mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a patient support; an accelerator (10, 502); and a gantry on which the accelerator (10, 502) is mounted to enable the accelerator (10, 502) to move through a range of positions around a patient on the patient support, the gantry being supported on two sides of the patient support for rotation (a) about a horizontal gantry axis of rotation that contains an isocenter in a patient on the patient support and (b) through a range of positions that is at least as large as 180 degrees and smaller than 360 degrees; wherein the gantry comprises two arms (508, 510) extending from the horizontal gantry axis of rotation and a truss between the two arms (508, 510) on which the accelerator (10, 502) is mounted, wherein the truss is parallel to the horizontal gantry axis of rotation, the patient support being rotatable about a vertical patient support axis that contains the isocenter; the accelerator (10, 502) comprising a synchrocyclotron configured to produce a proton or ion beam having an energy level of at least 150 MeV to reach any arbitrary target in the patient directly from positions within the range, the synchrocyclotron having superconducting windings. a patient support; an accelerator (10, 502); and a gantry on which the accelerator (10, 502) is mounted to enable the accelerator (10, 502) to move through a range of positions around a patient on the patient support, the gantry being supported on two sides of the patient support for rotation (a) about a horizontal gantry axis of rotation that contains an isocenter in a patient on the patient support and (b) through a range of positions that is at least as large as 180 degrees and smaller than 360 degrees; (a) about a horizontal gantry axis of rotation that contains an isocenter in a patient on the patient support and (b) through a range of positions that is at least as large as 180 degrees and smaller than 360 degrees; wherein the gantry comprises two arms (508, 510) extending from the horizontal gantry axis of rotation and a truss between the two arms (508, 510) on which the accelerator (10, 502) is mounted, wherein the truss is parallel to the horizontal gantry axis of rotation, the patient support being rotatable about a vertical patient support axis that contains the isocenter; the accelerator (10, 502) comprising a synchrocyclotron configured to produce a proton or ion beam having an energy level of at least 150 MeV to reach any arbitrary target in the patient directly from positions within the range, the synchrocyclotron having superconducting windings.
A bispecific antibody comprising two first polypeptides and two second polypeptides wherein the amino acid sequence of the first polypeptide is SEQ ID NO: 1 and the amino acid sequence of the second polypeptide is SEQ ID NO: 2.
A 3D printed article treatment apparatus comprising: a hermetically sealable treatment chamber comprising an interior into which an article to be treated can be disposed, the treatment chamber having an inlet (150, 150a, 150b) and an outlet; a pump in fluidic communication with the interior of the treatment chamber to form a closed loop about which a vaporised treatment agent can circulate, the pump coupled to the outlet to withdraw treatment agent from the interior and is coupled to the inlet (150, 150a, 150b) to return the treatment agent to the interior to circulate treatment agent around the closed loop; a disperser disposed within the closed loop, the disperser being arranged to disperse a treatment agent into the interior of the treatment chamber, the disperser comprising a gas diffusion plate connected to the inlet (150, 150a, 150b) of the treatment chamber. a hermetically sealable treatment chamber comprising an interior into which an article to be treated can be disposed, the treatment chamber having an inlet (150, 150a, 150b) and an outlet; a pump in fluidic communication with the interior of the treatment chamber to form a closed loop about which a vaporised treatment agent can circulate, the pump coupled to the outlet to withdraw treatment agent from the interior and is coupled to the inlet (150, 150a, 150b) to return the treatment agent to the interior to circulate treatment agent around the closed loop; a disperser disposed within the closed loop, the disperser being arranged to disperse a treatment agent into the interior of the treatment chamber, the disperser comprising a gas diffusion plate connected to the inlet (150, 150a, 150b) of the treatment chamber.
A sanitary outlet fitting, comprising - a housing base body, including a wall opening (3, 3') in a housing wall, - a connecting nipple (5, 5') fixed to the wall opening, which nipple has a passage opening (6, 6') in fluid communication with a fluid outlet of the housing base body, and - an outlet body (7, 7') fixed coaxially to the connecting nipple in axial direction and with the passage opening ending therein, - wherein the connecting nipple, in an installed position, has a first locking element on an upper side thereof, and the outlet body has a corresponding second locking element on an interior side, wherein the first and second locking elements cooperate to form a fixation. - a housing base body, including a wall opening (3, 3') in a housing wall, - a connecting nipple (5, 5') fixed to the wall opening, which nipple has a passage opening (6, 6') in fluid communication with a fluid outlet of the housing base body, and - an outlet body (7, 7') fixed coaxially to the connecting nipple in axial direction and with the passage opening ending therein, - wherein the connecting nipple, in an installed position, has a first locking element on an upper side thereof, and the outlet body has a corresponding second locking element on an interior side, wherein the first and second locking elements cooperate to form a fixation.
Wiper blade device comprising at least one spring strip (10a-e), at least one wiper strip support (12a-e) and at least one end termination unit (14a-e), wherein the end termination unit (14a-e) comprises at least two latching elements (16a-e, 18a-e, 20a; 20b) for fastening the spring strip (10a-e) and/or the wiper strip support (12a-e), characterized in that the spring strip (10a; 10b; 10d) and the wiper strip support (12a; 12b; 12d) are fixed on the end termination unit (14a; 14b; 14d) by means of the latching elements (16a, 18a, 20a; 16b, 18b, 20b; 16d, 18d).
Silane-terminated resin for an adhesive or coating material, especially for construction purposes, including silane-terminated polymers of isocyanates which are obtainable in the reaction of, as first component, a) one or more silanes which carry at least one hydrolysable alkoxy radical and at least one amino, sec.-amino and/or mercapto group; and at least two further components b) selected from b1) aliphatic, aromatic or araliphatic polyisocyanates having cyclic uretdione-type, isocyanurate-type, iminooxadiazinone-type, uretonimine-type or oxadiazinetrone-type structures formed by reaction of isocyanate groups with one another and a viscosity of at most 15,000 mPa·s at 23°C; b2) aliphatic (preferred), aromatic or araliphatic polyisocyanates having biuret-type, allophanate-type or carbodiimide-type structures and a viscosity of at most 15,000 mPa·s at 23°C; and b3) prepolymers having a viscosity of 60,000 mPa·s or less at 23°C, producible from the reaction of b1) and/or b2) with compounds having at least two groups that are reactive towards isocyanates, and wherein the said viscosities are measured with a Brookfield DV-III+ viscometer using spindle 3 at 10 revolutions/minute at 23°C in accordance with DIN EN ISO 2555. a) one or more silanes which carry at least one hydrolysable alkoxy radical and at least one amino, sec.-amino and/or mercapto group; b1) aliphatic, aromatic or araliphatic polyisocyanates having cyclic uretdione-type, isocyanurate-type, iminooxadiazinone-type, uretonimine-type or oxadiazinetrone-type structures formed by reaction of isocyanate groups with one another and a viscosity of at most 15,000 mPa·s at 23°C; b2) aliphatic (preferred), aromatic or araliphatic polyisocyanates having biuret-type, allophanate-type or carbodiimide-type structures and a viscosity of at most 15,000 mPa·s at 23°C; and b3) prepolymers having a viscosity of 60,000 mPa·s or less at 23°C, producible from the reaction of b1) and/or b2) with compounds having at least two groups that are reactive towards isocyanates,
Conductor arrangement composed of a number of conductors, the number of conductors being surrounded by a main insulation impregnated by means of an impregnating resin which is a catalytically curable impregnating resin and comprises at least one reactive resin mixed with at least one reactive diluent and a curing catalyst, wherein the impregnating resin comprises an imidazole compound and the reactive diluent has a heterocyclic four-membered ring.
Thermoelectronic energy conversion device, comprising: - an electron emitter, which is adapted for a temperature-dependent release of electrons, - an electron collector, which is adapted for a collection of the electrons, wherein the electron collector and the electron emitter are spaced from each other by a gap, and - a gate electrode, which is arranged between the electron emitter and the electron collector, wherein the gate electrode is adapted for subjecting the electrons in the gap to an electrical potential, characterized in that - the gate electrode comprises at least one membrane-shaped, electrically conductive or semiconductive electrode layer, wherein the material of the electrode layer is at least partially transparent for the electrons. - an electron emitter, which is adapted for a temperature-dependent release of electrons, - an electron collector, which is adapted for a collection of the electrons, wherein the electron collector and the electron emitter are spaced from each other by a gap, and - a gate electrode, which is arranged between the electron emitter and the electron collector, wherein the gate electrode is adapted for subjecting the electrons in the gap to an electrical potential, - the gate electrode comprises at least one membrane-shaped, electrically conductive or semiconductive electrode layer, wherein the material of the electrode layer is at least partially transparent for the electrons.
A method of decoding video data, the method comprising: initializing context information for a current slice of a current picture by inheriting context information of a previously-decoded block of a previously-decoded slice of a previously-decoded picture as initialized context information for the current slice of the current picture, wherein the previously-decoded block comprises a largest coding unit, LCU, that is at a center position within the previously-decoded picture; and decoding data of the current slice of the current picture using the initialized context information; wherein the current slice is included in a plurality of slices in the current picture for which context information is inherited from the previously-decoded slice, the method further comprising initializing respective context information for all of the plurality of slices by inheriting the context information after decoding the LCU. initializing context information for a current slice of a current picture by inheriting context information of a previously-decoded block of a previously-decoded slice of a previously-decoded picture as initialized context information for the current slice of the current picture, wherein the previously-decoded block comprises a largest coding unit, LCU, that is at a center position within the previously-decoded picture; and decoding data of the current slice of the current picture using the initialized context information; wherein the current slice is included in a plurality of slices in the current picture for which context information is inherited from the previously-decoded slice, the method further comprising initializing respective context information for all of the plurality of slices by inheriting the context information after decoding the LCU.
Method of determining a size of an implant to be implanted into a valve in an organ, the method comprising: - generating, by a computer, a three-dimensional, 3-D, model of the organ from scanned images of the organ; - defining a 3-D valve annulus of the valve; - fitting, by the computer, a first plane through the 3-D valve annulus: - measuring, by the computer, a distance between a first location of a relevant anatomical structure of the organ in the 3-D model and a second location of the relevant anatomical structure in the 3-D model; - defining an average diameter of at least one cross section of the 3-D model around the valve annulus comprising; - slicing the 3-D model above and below the first plane to obtain two or more parallel cross-sections; - capturing, by the computer, a contour of lumen through each cross-section: - extracting, by the computer, an average measurement for each cross-section: - determining, by the computer, the size of the implant to be implanted based on the measured distance and the average diameter. - generating, by a computer, a three-dimensional, 3-D, model of the organ from scanned images of the organ; - defining a 3-D valve annulus of the valve; - fitting, by the computer, a first plane through the 3-D valve annulus: - measuring, by the computer, a distance between a first location of a relevant anatomical structure of the organ in the 3-D model and a second location of the relevant anatomical structure in the 3-D model; - defining an average diameter of at least one cross section of the 3-D model around the valve annulus comprising; - slicing the 3-D model above and below the first plane to obtain two or more parallel cross-sections; - capturing, by the computer, a contour of lumen through each cross-section: - extracting, by the computer, an average measurement for each cross-section: - slicing the 3-D model above and below the first plane to obtain two or more parallel cross-sections; - capturing, by the computer, a contour of lumen through each cross-section: - extracting, by the computer, an average measurement for each cross-section: - determining, by the computer, the size of the implant to be implanted based on the measured distance and the average diameter.
A fluidic cartridge for processing a liquid sample, comprising: a main channel for passing the liquid sample therethrough from an upstream end (B100a) to a downstream end(B100b); and one or more branch channels that join the main channel for introducing liquid and gas into the main channel after the liquid sample has passed downstream of the one or more branch channels, the one or more branch channels including a first branch channel, wherein the first branch channel comprises: a gas inlet (B101 a) for introducing a gas into the first branch channel; a liquid inlet (B101d) for introducing a liquid into the first branch channel; and a valve (B101c) configured to move between a closed position in which it prevents liquid and gas in the first branch channel from passing into the main channel and an open position in which it permits liquid and gas in the first branch channel to pass into the main channel, wherein the or each gas inlet is located further from the junction of the branch channel with the main channel than the or each liquid inlet. a main channel for passing the liquid sample therethrough from an upstream end (B100a) to a downstream end(B100b); and one or more branch channels that join the main channel for introducing liquid and gas into the main channel after the liquid sample has passed downstream of the one or more branch channels, the one or more branch channels including a first branch channel, wherein the first branch channel comprises: a gas inlet (B101 a) for introducing a gas into the first branch channel; a liquid inlet (B101d) for introducing a liquid into the first branch channel; and a valve (B101c) configured to move between a closed position in which it prevents liquid and gas in the first branch channel from passing into the main channel and an open position in which it permits liquid and gas in the first branch channel to pass into the main channel, wherein the or each gas inlet is located further from the junction of the branch channel with the main channel than the or each liquid inlet. a gas inlet (B101 a) for introducing a gas into the first branch channel; a liquid inlet (B101d) for introducing a liquid into the first branch channel; and a valve (B101c) configured to move between a closed position in which it prevents liquid and gas in the first branch channel from passing into the main channel and an open position in which it permits liquid and gas in the first branch channel to pass into the main channel, wherein the or each gas inlet is located further from the junction of the branch channel with the main channel than the or each liquid inlet.
A computer implemented method for providing privacy protection of data content comprising the steps of: identifying one or more applications running on a presentation device; marking each of said one or more applications to indicate that a respective one of said one or more identified applications is permitted or not permitted to issue messages when the presentation device is operating in an all share public mode, wherein, in the all share public mode, one or more participant device screens display content (22, 22') shown on a screen of the presentation device; detecting by one of the one or more applications that an all share public mode in the presentation device is activated; and in response to detecting that the all share public mode is activated, determining, prior to interrupting to display message data content, whether the one or more applications are permitted or not permitted to show the message data content, wherein if said one or more applications is marked to indicate that it is not permitted to issue messages when the presentation device is operating in the all share public mode: data content of a message issued by said one or more applications, marked to indicate that it is not permitted to issue messages, is not displayed on the one or more participant device screens; and at least an indication of the message is displayed on the screen of the presentation device. identifying one or more applications running on a presentation device; marking each of said one or more applications to indicate that a respective one of said one or more identified applications is permitted or not permitted to issue messages when the presentation device is operating in an all share public mode, wherein, in the all share public mode, one or more participant device screens display content (22, 22') shown on a screen of the presentation device; detecting by one of the one or more applications that an all share public mode in the presentation device is activated; and in response to detecting that the all share public mode is activated, determining, prior to interrupting to display message data content, whether the one or more applications are permitted or not permitted to show the message data content, wherein if said one or more applications is marked to indicate that it is not permitted to issue messages when the presentation device is operating in the all share public mode: data content of a message issued by said one or more applications, marked to indicate that it is not permitted to issue messages, is not displayed on the one or more participant device screens; and at least an indication of the message is displayed on the screen of the presentation device. data content of a message issued by said one or more applications, marked to indicate that it is not permitted to issue messages, is not displayed on the one or more participant device screens; and at least an indication of the message is displayed on the screen of the presentation device.
Forcing-off device of a container for electronic devices, in particular an explosion-proof or flameproof container, the container comprising at least one base body with an opening surrounded by an opening edge and a cover part that can be placed onto or inserted into the opening edge, wherein a forcing-off shoulder is formed on the base body or the cover part, at least in a section in a circumferential direction of the container, wherein the forcing-off shoulder is part of a shoulder running around the opening edge, and wherein at least one forcing-off part is rotatably mounted in a lateral recess on the cover part or on the base body, in an eccentric fashion between a forcing-off position and a passive position, wherein the forcing-off part is formed as an eccentric disc and in the forcing-off position is in abutment with the forcing-off shoulder, to achieve a gap-forming spacing of the cover part and the base body.
A ventricular assist device comprising: a systolic support sac for wrapping around a portion of a patient's heart, the sac having an inflatable chamber for compressing the heart when the chamber is inflated; characterised by a blood pump comprising a blood compartment, a pumping compartment and a pumping membrane separating the blood and pumping compartments; a driver means (300: 400) operable to fill said pumping compartment with a first fluid and withdraw the first fluid from the pumping compartment and inflate said inflatable chamber with a second fluid and withdraw the second fluid from the inflatable chamber; a manifold (100A; 100) having a first flow passage and a second flow passage that intersect at an angle and are configured such that, in use, the first pathway can be completely embedded in the patient's aorta with the second flow passage leading toward outside of the aorta to receive blood from said blood compartment; and a controller to control the driver means (300; 400) to alternately or intermittently repeat the steps of a) filling the pumping compartment with the first fluid while withdrawing the second fluid from the inflatable chamber and b) filling the inflatable chamber with the second fluid while withdrawing the first fluid from the pumping compartment such that, in use, during a systolic phase the inflatable chamber inflates while blood flows out of the aorta through the manifold (100A; 100) and during a diastolic phase the inflatable chamber deflates while blood from the blood compartment flows into the aorta through the manifold. a systolic support sac for wrapping around a portion of a patient's heart, the sac having an inflatable chamber for compressing the heart when the chamber is inflated; characterised by a blood pump comprising a blood compartment, a pumping compartment and a pumping membrane separating the blood and pumping compartments; a driver means (300: 400) operable to fill said pumping compartment with a first fluid and withdraw the first fluid from the pumping compartment and inflate said inflatable chamber with a second fluid and withdraw the second fluid from the inflatable chamber; a manifold (100A; 100) having a first flow passage and a second flow passage that intersect at an angle and are configured such that, in use, the first pathway can be completely embedded in the patient's aorta with the second flow passage leading toward outside of the aorta to receive blood from said blood compartment; and a controller to control the driver means (300; 400) to alternately or intermittently repeat the steps of a) filling the pumping compartment with the first fluid while withdrawing the second fluid from the inflatable chamber and b) filling the inflatable chamber with the second fluid while withdrawing the first fluid from the pumping compartment such that, in use, during a systolic phase the inflatable chamber inflates while blood flows out of the aorta through the manifold (100A; 100) and during a diastolic phase the inflatable chamber deflates while blood from the blood compartment flows into the aorta through the manifold.