mhurhangee/ep-ind-claims huggingface dataset:
An actuator for an electromechanical drum brake, said drum brake including at least two friction members (3, 4) intended to come into contact with a drum secured in rotation to the wheel, said actuator being intended to apply said friction members (3, 4) against said drum, said actuator including a case extending according to a longitudinal direction, at least two pistons (28, 30), each piston (28, 30) being intended to exert a force on a friction member to apply it against the drum, said pistons (28, 30) being slidably mounted in through passages (32, 34) of the case along the longitudinal direction, the actuator also including a drive system mounted in the case and intended to bring the pistons (28, 30) away from each other during a braking phase and to bring them close to each other during a brake release phase, said drive system including a screw-nut set and at least one elastically-deformable element (40, 140, 240) mounted preloaded between two parts movable in translation relative to each other along the longitudinal direction, said system including first (42, 142, 242) and second longitudinal end faces each opposite first (44, 244) and second longitudinal bottoms of the case, characterised in that said drive system includes interposing means (I1, 12, 13) disposed so as to be interposed between the drive system and the first longitudinal bottom (44, 244) of the case, said interposing means (I1, 12, 13) being configured so that at the end of the brake release phase, they come into contact with the first longitudinal bottom (44, 244) of the case and form an elastic stop with the first longitudinal bottom (44, 244) of the case.
A method for preparing ingenol-3-angelate from 20-deoxy-ingenol or 20-deoxy-ingenol-3-angelate, wherein 20-deoxy-ingenol-3-angelate is oxidized the oxidation is performed using SeO 2, bis-(4-methoxyphenyl)selenoxide, SiO 2 or tert-butyl peroxide, or mixtures thereof as oxidation agents.
A foam forming composition comprising at least one diisocyanate component and/or at least one polyisocyanate component; and at least one aromatic polyester polyol component comprising: (i) at least one aromatic acid component; (ii) at least one hydroxylated component; (iii) at least one functionalized natural oil component which is the reaction product of an epoxidized natural oil reacted with water and/or a hydroxylated material to convert the epoxy groups to OH groups; and (iv) at least one catalyst component. (i) at least one aromatic acid component; (ii) at least one hydroxylated component; (iii) at least one functionalized natural oil component which is the reaction product of an epoxidized natural oil reacted with water and/or a hydroxylated material to convert the epoxy groups to OH groups; and (iv) at least one catalyst component.
A humanized antibody, or a binding fragment thereof, wherein the humanized antibody or a binding fragment thereof binds human ENO1, wherein the antibody or a binding fragment thereof comprises a light chain variable region domain comprising a CDR1 having the amino acid sequence LCDR1 of RASENIYSYLT (SEQ ID NO:6) and a CDR2 having the amino acid sequence LCDR2 of NAKTLPE (SEQ ID NO:7) and a CDR3 having the amino acid sequence LCDR3 of QHHYGTPYT (SEQ ID NO:8) and an antibody heavy chain variable region domain comprising a CDR1 having the amino acid sequence HCDR1 of GYTFTSCVMN (SEQ ID NO:3), a CDR2 having the amino acid sequence HCDR2 of YINPYNDGTKYNEKFKG (SEQ ID NO:4) and a CDR3 having the amino acid sequence HCDR3 of EGFYYGNFDN (SEQ ID NO:5), wherein framework regions in the light chain variable region domain and the heavy chain variable region domain comprise amino acid sequences from a human immunoglobulin, wherein the framework regions in the light chain variable region domain are from a kappa chain.
A film dispenser comprising a dispenser housing and a mounting apparatus having two roll holders arranged axially at a distance from one another in the dispenser housing and connected thereto for rotatably mounting a film roll which comprises a film wound onto a core, wherein the dispenser housing comprises an access opening for inserting and removing the film roll and a removal opening for extracting end portions of the film from the dispenser housing, and wherein the film dispenser comprises a separating device for detaching extracted end portions of the film, characterized in that a positioning device having a contact profile is movably mounted in the dispenser housing between a support position and a release position, wherein the support position is fixed so that the end portion of the film lies in contact with the contact profile during separation with the separating device, and wherein the release position is fixed so that the contact profile is arranged in the end region or outside of the access opening of the dispenser housing so that film rolls can be inserted into, and extracted from, the dispenser housing without hindrance, and in that the positioning device comprises a holding device, with which it can be held in the support position.
Crane telescope locking device having - at least one cylinder locking hydraulic cylinder designed to detachably couple a telescopic cylinder to a telescopic section (1, 2); characterised in that the crane telescope locking device comprises a control device in hydraulic contact with a cylinder chamber of a telescopic cylinder of the crane telescope and for controlling the at least one cylinder locking hydraulic cylinder; wherein the control device comprises a valve which is open in the unactuated idle state and thus releases a fluidic connection between the cylinder chamber of the telescopic cylinder and the at least one cylinder locking hydraulic cylinder. - at least one cylinder locking hydraulic cylinder designed to detachably couple a telescopic cylinder to a telescopic section (1, 2); characterised in that the crane telescope locking device comprises a control device in hydraulic contact with a cylinder chamber of a telescopic cylinder of the crane telescope and for controlling the at least one cylinder locking hydraulic cylinder; wherein the control device comprises a valve which is open in the unactuated idle state and thus releases a fluidic connection between the cylinder chamber of the telescopic cylinder and the at least one cylinder locking hydraulic cylinder. characterised in that the crane telescope locking device comprises a control device in hydraulic contact with a cylinder chamber of a telescopic cylinder of the crane telescope and for controlling the at least one cylinder locking hydraulic cylinder; wherein the control device comprises a valve which is open in the unactuated idle state and thus releases a fluidic connection between the cylinder chamber of the telescopic cylinder and the at least one cylinder locking hydraulic cylinder.
A system comprising: a fluid flow control assembly; a pre-amplifier; an acoustic emission sensor, wherein the acoustic emission sensor is coupled to the fluid flow control assembly, and wherein the acoustic emission sensor is coupled to the pre-amplifier such that the acoustic emission sensor is a multi-source acoustic emission sensor; and an acoustic emission manager configured to obtain acoustic emission information from the acoustic emission sensor coupled to the fluid flow control assembly, the acoustic emission manager comprising: a collection engine configured to: obtain a measurement from the multi-source acoustic emission sensor; and obtain a state of the fluid flow control assembly; a selector configured to adjust a gain of the pre-amplifier based on the state of the fluid flow control assembly to adjust the measurement obtained from the multi-source acoustic emission sensor; and a condition identifier configured to identify a condition of the fluid flow control assembly based on the adjusted measurement. a fluid flow control assembly; a pre-amplifier; an acoustic emission sensor, wherein the acoustic emission sensor is coupled to the fluid flow control assembly, and wherein the acoustic emission sensor is coupled to the pre-amplifier such that the acoustic emission sensor is a multi-source acoustic emission sensor; and an acoustic emission manager configured to obtain acoustic emission information from the acoustic emission sensor coupled to the fluid flow control assembly, the acoustic emission manager comprising: a collection engine configured to: obtain a measurement from the multi-source acoustic emission sensor; and obtain a state of the fluid flow control assembly; a selector configured to adjust a gain of the pre-amplifier based on the state of the fluid flow control assembly to adjust the measurement obtained from the multi-source acoustic emission sensor; and a condition identifier configured to identify a condition of the fluid flow control assembly based on the adjusted measurement. a collection engine configured to: obtain a measurement from the multi-source acoustic emission sensor; and obtain a state of the fluid flow control assembly; obtain a measurement from the multi-source acoustic emission sensor; and obtain a state of the fluid flow control assembly; a selector configured to adjust a gain of the pre-amplifier based on the state of the fluid flow control assembly to adjust the measurement obtained from the multi-source acoustic emission sensor; and a condition identifier configured to identify a condition of the fluid flow control assembly based on the adjusted measurement.
Bellows for a transition device between two movably connected vehicle parts (301, 302) of a bus or a railway vehicle, the bellows having a plurality of surrounding frames and a plurality of corrugated or folded surface bodies which are received in the surrounding frames, - the outer contour of the surface bodies, by means of a radius section, transitioning from a side area into a roof area without over-heightening the course of the roof area, - and the surrounding frames transitioning from the side area into a head cover area, - characterized in that corrugated or folded cover surface bodies are received in the surrounding frames in the head cover area, whereby the surrounding frames in the head cover area, together with the cover surface bodies, form a frame-integrated head cover. - the outer contour of the surface bodies, by means of a radius section, transitioning from a side area into a roof area without over-heightening the course of the roof area, - and the surrounding frames transitioning from the side area into a head cover area, - characterized in that corrugated or folded cover surface bodies are received in the surrounding frames in the head cover area, whereby the surrounding frames in the head cover area, together with the cover surface bodies, form a frame-integrated head cover.
A liquid dispenser comprising: a case; and a dispenser coupled to the case, wherein the dispenser includes: a dispenser side cover coupled to the case; a stationary cover coupled to the dispenser side cover; an adjustable cover configured to be movable within the stationary cover; a lifting motor coupled to the adjustable cover, a gear module operably coupled to the lifting motor; and a dispenser nozzle installed in the adjustable cover (200, 210) and configured to discharge liquid, wherein the stationary cover includes a rack gear extending in a vertical direction, wherein the gear module includes: a gear bracket attached to the adjustable cover; and a gear installed at the gear bracket and interconnected with the rack gear; wherein the gear is rotatable along the rack gear, and driven by the lifting motor to move the adjustable cover with respect to the stationary cover in vertical direction. a case; and a dispenser coupled to the case, wherein the dispenser includes: a dispenser side cover coupled to the case; a stationary cover coupled to the dispenser side cover; an adjustable cover configured to be movable within the stationary cover; a lifting motor coupled to the adjustable cover, a gear module operably coupled to the lifting motor; and a dispenser nozzle installed in the adjustable cover (200, 210) and configured to discharge liquid, a dispenser side cover coupled to the case; a stationary cover coupled to the dispenser side cover; an adjustable cover configured to be movable within the stationary cover; a lifting motor coupled to the adjustable cover, a gear module operably coupled to the lifting motor; and a dispenser nozzle installed in the adjustable cover (200, 210) and configured to discharge liquid, wherein the stationary cover includes a rack gear extending in a vertical direction, wherein the gear module includes: a gear bracket attached to the adjustable cover; and a gear installed at the gear bracket and interconnected with the rack gear; wherein the gear is rotatable along the rack gear, and driven by the lifting motor to move the adjustable cover with respect to the stationary cover in vertical direction. a gear bracket attached to the adjustable cover; and a gear installed at the gear bracket and interconnected with the rack gear; wherein the gear is rotatable along the rack gear, and driven by the lifting motor to move the adjustable cover with respect to the stationary cover in vertical direction.
A method for dividing a graphical simulation model into a first submodel and a second submodel, the functionality of the simulation model being modeled in the form of blocks at least partially connected by signals, the blocks being executed periodically and a sampling time being associated with each block of the simulation model, the first submodel being intended to be executed on a first computing unit, in particular a processor, and the second submodel being intended to be executed on a second computing unit, a programmable logic device, the method comprising the sequential steps: a. identifying at least one first block as associated with the first submodel and at least one second block as associated with the second submodel, the association being determined on the basis of the sampling time and/or a resource allocation, b. searching for cyclic groups of blocks, a cyclic group comprising two or more blocks connected by means of at least one signal, a first block of the cyclic group outputting a signal to a second block in the group and receiving an output signal of the second block at least indirectly, a cyclic group comprising blocks all having the same sampling time being considered atomic, c. identifying non-cyclic groups of blocks, d. associating the individual blocks from the groups to the first submodel or the second submodel, all blocks of an atomic cyclic group being associated with the same submodel, e. generating code for the first computing unit, in particular program code, from the first submodel, and f. generating code for the second computing unit, a configuration bitstream, from the second submodel. a. identifying at least one first block as associated with the first submodel and at least one second block as associated with the second submodel, the association being determined on the basis of the sampling time and/or a resource allocation, b. searching for cyclic groups of blocks, a cyclic group comprising two or more blocks connected by means of at least one signal, a first block of the cyclic group outputting a signal to a second block in the group and receiving an output signal of the second block at least indirectly, a cyclic group comprising blocks all having the same sampling time being considered atomic, c. identifying non-cyclic groups of blocks, d. associating the individual blocks from the groups to the first submodel or the second submodel, all blocks of an atomic cyclic group being associated with the same submodel, e. generating code for the first computing unit, in particular program code, from the first submodel, and f. generating code for the second computing unit, a configuration bitstream, from the second submodel.
Gas cooking zone with a gas burner, an ignition element, an ignition device for igniting the gas burner and a protection device arranged between the gas burner and the ignition device, wherein the ignition device is connected to the protection device such that a connection of the ignition device and the protection device cannot be released, in particular cannot be released non-destructively, wherein provided on the protection device are plug elements (13 - 16) for connecting the ignition device to the ignition element, characterised in that the protection device additionally has a plurality of insulating air chambers (17 - 25), wherein the air chambers (17 - 25) are connected to a surrounding environment of the gas cooking zone, and wherein the air chambers (17 - 25) are arranged distributed around the ignition device.
A terminal comprising: a base including a circuit board provided therein, and upper and lower housings; a display main body; a support unit comprising an outer tube (23, 24), an inner tube, a cover member and a head part for combination with the display main body, wherein the outer tube (23, 24) is configured to surround at least part of the inner tube, wherein the inner tube is combined with a combining part on the lower housing, wherein the cover member is combined with the head part and is inserted into the inner tube to be moved in a downward or upward direction, wherein the cover member comprises a gas cylinder that is compressed when the cover member slides along the inner tube in the downward direction; a first hole located on the upper housing at a position that corresponds to the combining part; and a second hole located on the circuit board at a position that corresponds to the combining part; and a locking unit combined with one side of the support unit; wherein the inner tube comprises a movable part formed by cutting a portion of the surface of the inner tube and contacting the locking unit to fix the height of the support unit by pressing the cover member. a base including a circuit board provided therein, and upper and lower housings; a display main body; a support unit comprising an outer tube (23, 24), an inner tube, a cover member and a head part for combination with the display main body, wherein the outer tube (23, 24) is configured to surround at least part of the inner tube, wherein the inner tube is combined with a combining part on the lower housing, wherein the cover member is combined with the head part and is inserted into the inner tube to be moved in a downward or upward direction, wherein the cover member comprises a gas cylinder that is compressed when the cover member slides along the inner tube in the downward direction; a first hole located on the upper housing at a position that corresponds to the combining part; and a second hole located on the circuit board at a position that corresponds to the combining part; and a locking unit combined with one side of the support unit; wherein the inner tube comprises a movable part formed by cutting a portion of the surface of the inner tube and contacting the locking unit to fix the height of the support unit by pressing the cover member.
A thin film transistor, a channel of which being obtainable by using a single slit mask, wherein the single slit mask has a single slit corresponding to a channel of the thin film transistor, the single slit has a bent portion and extension portions provided on both sides of the bent portion, and a slit width of the bent portion is larger than a slit width of the extension portion, wherein the slit width of the bent portion is between 2.5 μm and 5 μm, and the slit width of the extension portion is between 1 μm and 4 μm, and wherein the channel of the thin film transistor has a bent portion and extension portions provided on both sides of the bent portion, and a channel width of the bent portion is larger than a channel width of the extension portion, and the channel width of the bent portion is between 3 μm and 6 μm, and the channel width of the extension portion is between 2 μm and 2.5 μm.
Clamp holder with a receiving opening for releasably clamping a cutting insert, which is defined by a lower clamping jaw, an upper clamping jaw opposite this and a rear stop, the receiving opening in the rear area next to the rear stop successive lining up a slot and an extension, the design of which allows the upper clamping jaw to be spread apart from the lower clamping jaw, characterized in that the upper area of the extension is followed by at least three to twenty arcuate or open polygonal slot (30, 31, 32, 33) which - viewed from the front of the clamp holder - run in a left curve over an angle of at least 120°.
A method of handling a data stream during a handover in a communications network comprising a first user agent having a fixed address, a proxy server and a second user agent, said method comprising the steps of: (i) mapping at the proxy server the fixed address with a dynamic network address allocated to the first user agent; (ii) sending a request by the first user agent to the second user agent for a data stream; (iii) generating by the second user agent in response to the request a plurality of messages each comprising part of the data stream requested and the fixed address of the first user agent, wherein the message is a session initiation protocol message, and sending the messages to the proxy server; (iv) receiving the messages at the proxy server and determining the mapped dynamic network address corresponding to the fixed address in the message, and forwarding the messages to the determined dynamic network address; and (v) when the first user agent is allocated a new dynamic network address, replacing by the proxy server the mapped dynamic network address with the new dynamic network address and forwarding the received messages to the new dynamic network address. (i) mapping at the proxy server the fixed address with a dynamic network address allocated to the first user agent; (ii) sending a request by the first user agent to the second user agent for a data stream; (iii) generating by the second user agent in response to the request a plurality of messages each comprising part of the data stream requested and the fixed address of the first user agent, wherein the message is a session initiation protocol message, and sending the messages to the proxy server; (iv) receiving the messages at the proxy server and determining the mapped dynamic network address corresponding to the fixed address in the message, and forwarding the messages to the determined dynamic network address; and (v) when the first user agent is allocated a new dynamic network address, replacing by the proxy server the mapped dynamic network address with the new dynamic network address and forwarding the received messages to the new dynamic network address.
A therapeutically effective amount of tetrahydro-N,N-dimethyl-2,2-diphenyl-3-furanmethanamine hydrochloride (A2-73) for use in treating a neurodevelopmental disorder in a subject, wherein the neurodevelopmental disorder is Rett syndrome.