mhurhangee/ep-ind-claims huggingface dataset:
A complex containing a ligand and a metal or metal ion, wherein the complex has the structure of formula: wherein R 1, R 2, R 3, and R 4 are each independently an alkyl (C≤12), aryl (C≤12), or aralkyl (C≤12) group, or a substituted version of any of these groups; R 5 is a hydrogen atom or an alkyl (C≤12), aryl (C≤12), or aralkyl (C≤12) group, or a substituted version of any of these groups; each Z, independently, is CR 6, N or P; R 6 is a hydrogen atom or an alkyl (C≤12), aryl (C≤12), aralkyl (C≤12), or alkoxyl group or a substituted version of any of these groups, or an amino or hydroxyl group; D is NR 7 or CR 9 R 10; R 7, R 9 and R 10 are each independently a hydrogen atom, or an alkyl (C≤12), aryl (C≤12), or aralkyl (C≤12) group, or a substituted version of any of these groups; M is nickel (Ni), a nickel ion or a nickel salt; and X is a hydrogen atom. wherein R 1, R 2, R 3, and R 4 are each independently an alkyl (C≤12), aryl (C≤12), or aralkyl (C≤12) group, or a substituted version of any of these groups; R 5 is a hydrogen atom or an alkyl (C≤12), aryl (C≤12), or aralkyl (C≤12) group, or a substituted version of any of these groups; each Z, independently, is CR 6, N or P; R 6 is a hydrogen atom or an alkyl (C≤12), aryl (C≤12), aralkyl (C≤12), or alkoxyl group or a substituted version of any of these groups, or an amino or hydroxyl group; D is NR 7 or CR 9 R 10; R 7, R 9 and R 10 are each independently a hydrogen atom, or an alkyl (C≤12), aryl (C≤12), or aralkyl (C≤12) group, or a substituted version of any of these groups; M is nickel (Ni), a nickel ion or a nickel salt; and X is a hydrogen atom.
A method of generation of a secret key shared between a first terminal and a second terminal, where the said first and second terminals are connected by a wireless communication channel, and where the first terminal makes a first estimate of the said channel and the second terminal makes a second estimate of the said channel, wherein: (a) a first message representing the first estimate is sent by the first terminal to the second terminal, where the said first message has been previously encoded using a channel encoding, and punctured with a first puncturing pattern, at a sufficiently high puncturing rate that it cannot be decoded; (b) a second message representing the second estimate is stored by the second terminal, where the said second message has previously been encoded using the said channel encoding; (c) the said second message is combined with the first message to decode the first message; and (d) if the decoding of the first message is successful the second terminal determines the secret key from the first message thus decoded. (a) a first message representing the first estimate is sent by the first terminal to the second terminal, where the said first message has been previously encoded using a channel encoding, and punctured with a first puncturing pattern, at a sufficiently high puncturing rate that it cannot be decoded; (b) a second message representing the second estimate is stored by the second terminal, where the said second message has previously been encoded using the said channel encoding; (c) the said second message is combined with the first message to decode the first message; and (d) if the decoding of the first message is successful the second terminal determines the secret key from the first message thus decoded.
A resiliently deformable joint having a proximal end, a distal end and an axis, the resiliently deformable joint comprising a helical structure comprising a plurality of integrally formed body portions, each of which body portions comprising a turn of the helical structure and being moveable relative to adjacent body portions, the resiliently deformable joint further comprising a plurality of body joint components, each of which body joint components is formed on a respective body portion such that adjacent body joint components are abuttable with one another to form a body joint, the resiliently deformable joint further comprising first and second guides extending axially from the distal end to the proximal end of the resiliently deformable joint; characterised in that the body joint comprises a rolling joint.
Anti-HSV antibody or an antigen-binding fragment thereof for use in treating an acute infection of mucosal or epidermal tissue in a subject caused by HSV-1 or HSV-2 selected from the group consisting of Herpes simplex labialis, Herpes simplex genitalis, chronic or disseminated cutaneous herpes simplex infection, Herpes gladiatorum and Eczema herpeticum, wherein said antibody is to be topically administered, wherein the anti-HSV antibody or the antigen-binding fragment thereof is capable of inhibiting the spreading of HSV from an infected cell to an adjacent second non-infected cell (cell-to-cell spread).
Switch actuating device for actuating a switch by eight possible types (3, 4, 31 to 38) of non-tactile gestures, which are to be carried out with a heat-emitting part, with a gesture sensor, which, at the exercising of one of the types (3, 4, 31 to 38) of the gestures, is configured so as to detect the heat emitted by the part by means of four pixels (21 to 24), and to issue per pixel (21 t24), which in each case comprise a thin film of pyroelectrical material, a signal (41 to 44, 71 to 74), with a signal amplitude (48, 78) corresponding to the temporal intensity course of the heat detected from the thin film of the corresponding pixel (21 to 24), with a signal evaluation unit, with which, from the temporal sequences of the signal amplitudes (48, 78), the exercise of one of the types of gestures can be determined, and with an actuator, which is in turn actuated by the signal evaluation unit, and, as soon as the exercise of one of the types of gestures is determined, actuates the switch, wherein the type (3, 4, 31 to 39) of gesture is formed from an approach phase, in which the part approaches the gesture sensor, followed by a waiting phase, in which the part remains stationary in proximity to the gesture sensor, and a translation phase following this, in which the part moves into one of eight directions, wherein four first directions are a longitudinal direction, a direction aligned contrary to the longitudinal direction, a transverse direction, which is at right angles to the longitudinal direction, a direction aligned contrary to the transverse direction, and four other directions (35 to 38), which in each case are rotated by 45° to the one of the four first directions (31 to 34) which corresponds to the particular other direction, wherein the four pixels (21 to 24) are in each case arranged in one of the corners of a convex rectangle, of which one of the diagonals is essentially parallel to the longitudinal direction and the other diagonal is essentially parallel to the transverse direction.
An indoor unit for an air conditioner, the indoor unit comprising a panel disposed on a lower end of a cabinet in which a heat exchanger and a blower fan are accommodated, and exposed to a ceiling, the panel having a suction hole for sucking air and one or more discharge holes for discharging air, a suction grill covering the suction hole, a wind visor (200, 300, 400, 510, 600, 700) mounted on one side of the panel to guide the air discharged from the discharge hole,the wind visor having an oblong shape, and a vane mounted on the panel and a motor assembly disposed on at least one end of both sides of the vane for rotating the vane to open or close the discharge hole or adjust a flow of discharged air, characterized in that the air indoor unit further includes a corner cover detachably disposed on a cover mount stepped downward at each of four edges of the panel, a top surface of the corner cover and top surfaces of the panel and the suction grill being flush with each other; the wind visor (200, 300, 400, 510, 600, 700) comprises: a guide plate (210, 510, 610, 710) disposed, in a state of the indoor unit being mounted to the ceiling, under the discharge hole and having a rounded inner surface to guide the air discharged from the discharge hole in a lateral direction; and a fixing part (131, 310, 430, 550, 630, 730) disposed on the corner cover and coupled to both ends of the guide plate (210, 510, 610, 710) to allow the guide plate (210, 510, 610, 710) to rotate at a preset angle; and a coupling part (211, 420) disposed on each of both ends of the guide plate (210, 510, 610, 710) and inserted into the fixing part (131, 310, 430, 550, 630, 730). a guide plate (210, 510, 610, 710) disposed, in a state of the indoor unit being mounted to the ceiling, under the discharge hole and having a rounded inner surface to guide the air discharged from the discharge hole in a lateral direction; and a fixing part (131, 310, 430, 550, 630, 730) disposed on the corner cover and coupled to both ends of the guide plate (210, 510, 610, 710) to allow the guide plate (210, 510, 610, 710) to rotate at a preset angle; and a coupling part (211, 420) disposed on each of both ends of the guide plate (210, 510, 610, 710) and inserted into the fixing part (131, 310, 430, 550, 630, 730).
A system for actuating a trigger wire in a delivery device, the system comprising: a handle having a handle proximal end, a handle distal end, and a longitudinal lumen between the proximal and distal ends; a rod disposed within the longitudinal lumen, the rod having a rod proximal end, a rod distal end, a first longitudinal surface with a first engagement mechanism disposed at a first angular orientation between the rod proximal end and the rod distal end, and a second longitudinal surface having a second engagement mechanism disposed at a second angular orientation between the proximal rod end and the distal rod end, wherein the rod is movable from a first axial position to a second axial position; a wire coiling assembly disposed within the handle, the wire coiling assembly: comprising a first rotary gear having a rotation linked to an axial movement of the first engagement mechanism, a second rotary gear linked to an axial movement of the second engagement mechanism, a first wire spool coupled to the rotation of the first rotary gear, the first wire spool windingly attached to a first retractable trigger wire, and a second wire spool coupled to the rotation of second rotary gear, the second wire spool attached to a second retractable trigger wire. a handle having a handle proximal end, a handle distal end, and a longitudinal lumen between the proximal and distal ends; a rod disposed within the longitudinal lumen, the rod having a rod proximal end, a rod distal end, a first longitudinal surface with a first engagement mechanism disposed at a first angular orientation between the rod proximal end and the rod distal end, and a second longitudinal surface having a second engagement mechanism disposed at a second angular orientation between the proximal rod end and the distal rod end, wherein the rod is movable from a first axial position to a second axial position; a wire coiling assembly disposed within the handle, the wire coiling assembly: comprising a first rotary gear having a rotation linked to an axial movement of the first engagement mechanism, a second rotary gear linked to an axial movement of the second engagement mechanism, a first wire spool coupled to the rotation of the first rotary gear, the first wire spool windingly attached to a first retractable trigger wire, and a second wire spool coupled to the rotation of second rotary gear, the second wire spool attached to a second retractable trigger wire. comprising a first rotary gear having a rotation linked to an axial movement of the first engagement mechanism, a second rotary gear linked to an axial movement of the second engagement mechanism, a first wire spool coupled to the rotation of the first rotary gear, the first wire spool windingly attached to a first retractable trigger wire, and a second wire spool coupled to the rotation of second rotary gear, the second wire spool attached to a second retractable trigger wire.
A speed governor assembly, comprising: a sheave (3, 94); a centrifugal mechanism mounted on the sheave (3, 94) and rotating together with the sheave (3, 94); an overspeed protection switch at a first distance from a radial outer side of the centrifugal mechanism; a core ring disposed coaxially with the sheave (3, 94); and a triggering arm rotating together with the core ring; wherein the centrifugal mechanism engages with the core ring and drives the core ring and the triggering arm to rotate when the sheave (3, 94) reaches a second speed, and the rotation of the triggering arm can contact and trigger the overspeed protection switch; characterized in that: the core ring is connected to a rocker arm, and the triggering arm is connected to the rocker arm. a sheave (3, 94); a centrifugal mechanism mounted on the sheave (3, 94) and rotating together with the sheave (3, 94); an overspeed protection switch at a first distance from a radial outer side of the centrifugal mechanism; a core ring disposed coaxially with the sheave (3, 94); and a triggering arm rotating together with the core ring; wherein the centrifugal mechanism engages with the core ring and drives the core ring and the triggering arm to rotate when the sheave (3, 94) reaches a second speed, and the rotation of the triggering arm can contact and trigger the overspeed protection switch; characterized in that: the core ring is connected to a rocker arm, and the triggering arm is connected to the rocker arm.
A teether comprising: a mouth-engageable portion; holding means; and lip engageable means to externally engage the lips of a user; wherein said mouth-engageable portion is generally U-shaped so as to define upper and lower surfaces and outer ends (26, 27), and dimensioned to be engageable between the upper and lower teeth of a user, said mouth-engageable portion is relatively thicker at and adjacent said outer ends (26, 27) and relatively thinner in a centre region generally midway between said outer ends (26, 27) adjacent to said lip engageable means characterised in that said mouth-engageable portion and said holding means are provided as a unitary piece; wherein said mouth-engageable portion and said holding means are linked by a bridging portion that extends through an opening in said lip engageable means; wherein said mouth-engageable portion and said holding means include opposed flanges (22, 32) about said bridging portion, and said lip engageable means is accommodated between said flanges (22, 32); wherein the separation of said flanges (22, 32) in a relaxed state of said unitary piece in the absence of said lip engageable means is less than their separation with said lip engageable means in place, whereby to apply tension to the unitary piece and to thereby increase the stiffness of said mouth-engageable portion relative to said lip engageable means. a mouth-engageable portion; holding means; and lip engageable means to externally engage the lips of a user; wherein said mouth-engageable portion is generally U-shaped so as to define upper and lower surfaces and outer ends (26, 27), and dimensioned to be engageable between the upper and lower teeth of a user, said mouth-engageable portion is relatively thicker at and adjacent said outer ends (26, 27) and relatively thinner in a centre region generally midway between said outer ends (26, 27) adjacent to said lip engageable means characterised in that said mouth-engageable portion and said holding means are provided as a unitary piece;
A thermoelectric heat exchanger component, comprising: a circuit board; a plurality of thermoelectric devices attached to the circuit board, wherein two or more of the plurality of thermoelectric devices have different heights relative to the circuit board; a heat spreading lid (46, 58) over the plurality of thermoelectric devices; and a thermal interface material (72, 70) between the plurality of thermoelectric devices and the heat spreading lid; characterized in that the heat spreading lid is oriented in accordance with the respective heights of the plurality of the thermoelectric devices such that a thickness of the thermal interface material, and thus a thermal interface resistance, is minimized for the plurality of thermoelectric devices. a circuit board; a plurality of thermoelectric devices attached to the circuit board, wherein two or more of the plurality of thermoelectric devices have different heights relative to the circuit board; a heat spreading lid (46, 58) over the plurality of thermoelectric devices; and a thermal interface material (72, 70) between the plurality of thermoelectric devices and the heat spreading lid; characterized in that the heat spreading lid is oriented in accordance with the respective heights of the plurality of the thermoelectric devices such that a thickness of the thermal interface material, and thus a thermal interface resistance, is minimized for the plurality of thermoelectric devices.
Multi-sensor laser system for the selective trace analysis of organic material of a sample, the multi-sensor system having as detectors at least one laser ion mobility spectrometer, a detector for absorption measurement and a fluorescent measuring device, characterised by a laser system with a first laser source, a second laser source and a third laser source, which are coupled for the simultaneous generation of a common laser beam by means of a beam coupling, whereby the laser beams of the laser sources (11, 12, 13) have different wavelengths and are geared to the different detectors (2, 3, 4), and whereby the laser sources (11, 12, 13) are synchronised by means of a pulse control unit, in order to generate a synchronised laser pulse with pulse components of different wavelengths and duration for the simultaneous operation of the laser ion mobility spectrometer, the detector for absorption measurement and the fluorescent measuring device.
A device for predistortion and pulse shaping filtering in a communication system comprising - input scaling means arranged for scaling an applied transmit symbol with an adaptable input gain scaling factor, - a pulse shaping filter and a predistortion unit arranged for applying on said input gain scaled transmit symbol in either order a filtering operation and a non-linear predistortion operation, so obtaining a predistorted signal, said non-linear predistortion operation represented by a set of parameter values selectable among a plurality of given sets of parameter values, said predistortion unit being arranged for selecting said set of parameter values exploiting a given performance measure, - output scaling means arranged for scaling said predistorted signal with an output gain scaling factor, so obtaining a transmit signal, whereby said adaptable input gain scaling factor and said output gain scaling factor are precalculated values corresponding to at least the selected set of parameter values. - input scaling means arranged for scaling an applied transmit symbol with an adaptable input gain scaling factor, - a pulse shaping filter and a predistortion unit arranged for applying on said input gain scaled transmit symbol in either order a filtering operation and a non-linear predistortion operation, so obtaining a predistorted signal, said non-linear predistortion operation represented by a set of parameter values selectable among a plurality of given sets of parameter values, said predistortion unit being arranged for selecting said set of parameter values exploiting a given performance measure, - output scaling means arranged for scaling said predistorted signal with an output gain scaling factor, so obtaining a transmit signal,
A method for determining welding parameters to produce a weld joint having a predetermined strength, the method comprising: forming by a servo-controlled ultrasonic welding process a plurality of sample assemblies using one of a weld velocity or a dynamic hold velocity as a varying weld process setting; measuring a plurality of melt layer thicknesses of weld joints for the plurality of sample assemblies; measuring a plurality of failure loads of weld joints for the plurality of sample assemblies, each of the measured plurality of failures loads being associated with one of the measured plurality of melt layer thicknesses; selecting a first failure load from the plurality of measured failure loads responsive to determining that the first failure load corresponds to a predetermined weld strength; and selecting a first melt layer thickness from the plurality of measured melt layer thicknesses that is associated with the selected first measured failure load, wherein measuring the plurality of failures loads includes applying a tensile strength test to at least some of the plurality of sample assemblies. forming by a servo-controlled ultrasonic welding process a plurality of sample assemblies using one of a weld velocity or a dynamic hold velocity as a varying weld process setting; measuring a plurality of melt layer thicknesses of weld joints for the plurality of sample assemblies; measuring a plurality of failure loads of weld joints for the plurality of sample assemblies, each of the measured plurality of failures loads being associated with one of the measured plurality of melt layer thicknesses; selecting a first failure load from the plurality of measured failure loads responsive to determining that the first failure load corresponds to a predetermined weld strength; and selecting a first melt layer thickness from the plurality of measured melt layer thicknesses that is associated with the selected first measured failure load, wherein measuring the plurality of failures loads includes applying a tensile strength test to at least some of the plurality of sample assemblies.
Apparatus (20, 50, 60, 70, 80, 90, 91) for forming a linear channel in nervous tissue for implantation of a medical device, comprising an oblong rigid pin (21, 51, 61, 71, 81) having a front end and a rear end (21") and a layer (22, 52, 62, 72, 82) comprising dry gel forming agent disposed on a pin section extending from the front end in a distal direction and enclosing said section, wherein said agent contains less than 20 % by weight of water, preferably less than 10 % by weight, most preferred less than 5 % by weight, wherein the pin is sufficiently rigid to allow it to be inserted into nervous tissue in absence of its layer comprising dry gel forming agent and wherein after contact of the gel forming agent with aqueous body fluid said pin can be withdrawn from the formed gel.
Apparatus for cleaning surfaces, comprising a body comprising a tank for containing an abrasive material and a first duct for a flow of compressed air; a mixing valve, associated with said tank for mixing said abrasive material with said flow of compressed air; sprayer means predisposed to be connected with said mixing valve; said first duct being predisposed for allowing the flow of said compressed air both directly into said tank so as to allow an efficient storage of said abrasive material inside said tank, and towards said mixing valve, characterized in that said mixing valve comprises a first inlet duct for the passage of said flow of compressed air, a central duct extended along a central axis, shaping a mixing chamber and communicating with said first inlet duct; a second inlet duct for the passage of said abrasive material, communicating with said central duct, extending along a longitudinal axis inclined with respect to the said central axis of said central duct of an acute angle (α) and characterized in that it comprises a conveying member mounted inside said tank, in a lower position, having a hollow conical shape being asymmetric with respect to its revolution axis.