mhurhangee/ep-ind-claims huggingface dataset:
A deimmunized IgG1 antibody or antigen binding fragment thereof that binds the extracellular domain of EphB4, comprising (a) a heavy chain variable region comprising SEQ ID NO: 14 and a light chain variable region comprising SEQ ID NO: 18, or (b) a heavy chain variable region comprising SEQ ID NO: 3 and a light chain variable region comprising SEQ ID NO: 8, wherein said deimmunized IgG1 antibody or antigen binding fragment thereof of (a) is less immunogenic in a human than an unmodified mouse antibody produced from the hybridoma ATCC# PTA-6214, and said deimmunized antibody or antigen binding fragment thereof of (b) is less immunogenic in a human than an unmodified mouse antibody comprising a heavy chain comprising the sequence of SEQ ID NO: 49 and a light chain comprising the sequence of SEQ ID NO: 50. (a) a heavy chain variable region comprising SEQ ID NO: 14 and a light chain variable region comprising SEQ ID NO: 18, or (b) a heavy chain variable region comprising SEQ ID NO: 3 and a light chain variable region comprising SEQ ID NO: 8,
A system of multi-beam antennas comprising a network of N radiating elements (11a, 11b, 12a, 12b, 21a, 21b, 22a, 22b), N being an even integer, transmission lines (11, 12; 21, 22) connecting the radiation elements to form N/2 connected pairs of radiating elements, wherein the system further comprises M radiating sources (S1, S2, S3; 23, 24), M being an integer greater than 1, the radiating sources being positioned each at a distance Li from the centre of the network such that the distance Li is strictly less than the distance of the field called the far field and i varies from 1 to M, wherein each of the N radiating elements is configured to capture a part of a signal transmitted by any of the M radiating sources and to re-inject said signal via the respective transmission line towards the other radiating element of the respective pair of radiating elements.
Method for ascertaining a setpoint trajectory having at least one trajectory section for performing a manoeuvring procedure with a vehicle combination comprising a towing vehicle and a trailer that are connected to one another by an articulated coupling, wherein the setpoint trajectory is a setpoint trajectory for the trailer, the method comprising a step of creating at least one trajectory section, wherein creating the at least one trajectory section comprises juxtaposing segments (24, 26, 28), wherein the segments (24, 26, 28) comprise straight sections, clothoid sections and/or arcs, and creating the at least one trajectory section comprises creating a trajectory section, able to be differentiated between a respective starting point and end point, having a constant curved profile, characterized in that ascertaining the setpoint trajectory comprises creating a plurality of connected trajectory sections for manoeuvring in multiple moves. a step of creating at least one trajectory section, wherein creating the at least one trajectory section comprises juxtaposing segments (24, 26, 28), wherein the segments (24, 26, 28) comprise straight sections, clothoid sections and/or arcs, and creating the at least one trajectory section comprises creating a trajectory section, able to be differentiated between a respective starting point and end point, having a constant curved profile, characterized in that ascertaining the setpoint trajectory comprises creating a plurality of connected trajectory sections for manoeuvring in multiple moves.
An organometallic complex, characterized in that it consists of at least two elements of amino acid and at least two different metals, the molar ratio of amino acid per metal being 1-to-1, wherein the amino acid is glycine, and the metals are chosen from the group consisting of zinc, copper, iron, manganese, cobalt, calcium, molybdenum, chromium and magnesium.
A solar module comprising a solar cell and a light deflection element in the form of a film or a pane made of a transparent material, wherein the solar cell and the light deflection element are disposed opposite one another, and wherein the surface of the side of the light deflection element that faces the solar cell has straight prisms, which extend parallel to one another, wherein the base surface of said prisms has the shape of an isosceles triangle having an angle of 10° to 60° at the tip, wherein the tips of the triangles point away from the light deflection element, the axes of symmetry of the triangles are perpendicular to the surface of the side of the light deflection element facing away from the solar cell, and adjacent prisms adjoin one another, characterized in that the solar cell is a rectangular solar cell, and the light deflection element has the shape of a frame, a rectangular outer contour, and a rectangular opening, and is oriented parallel to the rectangular solar cell, wherein the entire outer contour of the light deflection element extends beyond the solar cell, the opening is completely covered by the solar cell, and the light deflection element covers 20-50% of the active side of the solar cell, and each of the four side parts (4, 6) of the frame-shaped light deflection element has prisms, which extend, in the longitudinal direction thereof, parallel to the outer edge of the solar cell that is covered by this side part (4, 6).
A tray or similar container comprising a sheet or panel, folded and glued, which defines, in a configuration of use: - a base; - a plurality of walls (4, 6, 8, 12) around said base, which are connected to said base via a first set of folding lines (51, 53, 55, 57); and - at least one partition (14, 16) that runs through said base starting from a first wall of said plurality of walls, or a region in the proximity of said first wall, up to a second wall of said plurality of walls opposite to said first wall, or a region in the proximity of said second wall, wherein said sheet has a second set of folding lines (61, 63, 65, 67, 69, 71), which are arranged parallel to one another in a direction transverse to said first and second walls (12, 6) and are configured for identifying at least one first strip and one second strip (22, 24, 28, 32) of said sheet that are adjacent to one another, and at least one third strip and one fourth strip (18, 26, 34), which are connected to said first and second strips, respectively; and wherein in said configuration of use said first and second strips (22, 24, 28, 32) are raised with respect to said third and fourth strips (18, 26, 34), so that said first and second strips form said partition (14, 16) and said third and fourth strips (18, 26, 34) form said base or parts thereof, wherein said folded and glued sheet has a third set of folding lines (73, 75, 77, 79) that traverse at least one pair of walls (4, 8) of said plurality of walls in an inclined direction such that, by folding said at least one pair of opposite walls (4, 8) along said third set of folding lines (73, 75, 77, 79), rotation of said plurality of walls (4, 6, 8, 12) around said first set of folding lines (51, 53, 55, 57) is obtained, and wherein the end edges of said first and second strips that face said first and second walls, respectively, of said plurality of walls, are mobile with respect to said first and second walls (6, 12) so as to enable said first and second strips (22, 24, 28, 32) to rotate about said second set of folding lines (61, 63, 65, 67, 69, 71) said tray being characterized in that also the end edges of said third strip or of said fourth strip (18, 34), which face said first and second walls, respectively, of said plurality of walls, are mobile with respect to said first and second walls (6, 12) so as to enable said third or said fourth strip to rotate about said second set of folding lines (61, 63, 65, 67, 69, 71). - a base; - a plurality of walls (4, 6, 8, 12) around said base, which are connected to said base via a first set of folding lines (51, 53, 55, 57); and - at least one partition (14, 16) that runs through said base starting from a first wall of said plurality of walls, or a region in the proximity of said first wall, up to a second wall of said plurality of walls opposite to said first wall, or a region in the proximity of said second wall,
A vehicle activation system, comprising: a control device activated in response to turning on of a vehicle power switch and stopped in response to turning off of the vehicle power switch; a battery which supplies electric power to the control device; a power supply relay provided between the control device and the battery and capable of turning on/off the supply of electric power from the battery to the control device; an activation circuit which connects a backup power supply circuit for the control device and the power supply relay; and a switch (40, 301) connected to the backup power supply circuit through a signal circuit and capable of passing current so that current is passed from the backup power supply circuit to the signal circuit, the vehicle activation system being configured so that current is passed from the backup power supply circuit to the signal circuit in response to turning on of the switch (40, 301), so that electric power is supplied from the backup power supply circuit to the power supply relay, characterized in that the vehicle activation system further comprising an interruption circuit (62A, 62B) capable of interrupting the supply of electric power from the backup power supply circuit to the power supply relay upon occurrence of an abnormality which causes electric power to be kept being supplied from the backup power supply circuit to the power supply relay, whereby the control device cannot be stopped. a control device activated in response to turning on of a vehicle power switch and stopped in response to turning off of the vehicle power switch; a battery which supplies electric power to the control device; a power supply relay provided between the control device and the battery and capable of turning on/off the supply of electric power from the battery to the control device; an activation circuit which connects a backup power supply circuit for the control device and the power supply relay; and a switch (40, 301) connected to the backup power supply circuit through a signal circuit and capable of passing current so that current is passed from the backup power supply circuit to the signal circuit, the vehicle activation system being configured so that current is passed from the backup power supply circuit to the signal circuit in response to turning on of the switch (40, 301), so that electric power is supplied from the backup power supply circuit to the power supply relay, characterized in that the vehicle activation system further comprising an interruption circuit (62A, 62B) capable of interrupting the supply of electric power from the backup power supply circuit to the power supply relay upon occurrence of an abnormality which causes electric power to be kept being supplied from the backup power supply circuit to the power supply relay, whereby the control device cannot be stopped.
A humidification chamber for a respiratory therapy system, the humidification chamber being configured to hold a fluid in a fluid reservoir, and comprising: a base, a top wall and an outer side wall extending between the base and the top wall; an inner side wall at least partially defining the fluid reservoir, and spaced at a distance from the outer side wall to form a wall cavity, between the inner side wall and the outer side wall, that surrounds the inner side wall of the humidification chamber; a guide extending from the inner side wall to the outer side wall across the wall cavity, the guide defining an insulating channel through the wall cavity; a chamber inlet for receiving breathing gas, the chamber inlet comprising an opening into the wall cavity; a fluid reservoir inlet, the fluid reservoir inlet providing a path for gas to flow from the wall cavity to the fluid reservoir; a delivery outlet for delivering breathing gas from the fluid reservoir externally of the humidification chamber; wherein the insulating channel, fluid reservoir inlet and fluid reservoir provide a chamber gas flow path that extends between the chamber inlet and the delivery outlet. a base, a top wall and an outer side wall extending between the base and the top wall; an inner side wall at least partially defining the fluid reservoir, and spaced at a distance from the outer side wall to form a wall cavity, between the inner side wall and the outer side wall, that surrounds the inner side wall of the humidification chamber; a guide extending from the inner side wall to the outer side wall across the wall cavity, the guide defining an insulating channel through the wall cavity; a chamber inlet for receiving breathing gas, the chamber inlet comprising an opening into the wall cavity; a fluid reservoir inlet, the fluid reservoir inlet providing a path for gas to flow from the wall cavity to the fluid reservoir; a delivery outlet for delivering breathing gas from the fluid reservoir externally of the humidification chamber; wherein the insulating channel, fluid reservoir inlet and fluid reservoir provide a chamber gas flow path that extends between the chamber inlet and the delivery outlet.
A hydrogenated conjugated diene-based polymer, having a branch number (Bn) measured by viscosity detector-equipped GPC-light scattering measurement of 2.5 or more, and a hydrogenation rate of a structural unit derived from a conjugated diene compound of 30% or more and less than 99%.
A device for use in measuring, marking, and cutting material, the device comprising: a substrate having first and second mutually opposing surfaces and at least one visually perceptible invisible line formed on at least one of the first and second surfaces, the invisible line having an elongate shape with a longitudinal axis; a plurality of opposing line segment pairs defining the at least one visually perceptible invisible line, each line segment pair having first and second line segments (222, 224) in spaced relationship to form a space therebetween, the plurality of opposing line segment pairs positioned on the substrate with the spaces arranged in a linear arrangement, the at least one visually perceptible invisible line composed of the spaces; a first area surrounding each of the plurality of opposing line segment pairs and the invisible line, the first area being clear; a second area surrounding the first area, the second area of a contrasting color, tone, or shade to the first area; and a first translucent area surrounding the first and second areas, the first translucent area having a different color, tone, or shade from each of the first and second areas, wherein the first area, second area, and translucent area delineate the at least one visually perceptible invisible line. a substrate having first and second mutually opposing surfaces and at least one visually perceptible invisible line formed on at least one of the first and second surfaces, the invisible line having an elongate shape with a longitudinal axis; a plurality of opposing line segment pairs defining the at least one visually perceptible invisible line, each line segment pair having first and second line segments (222, 224) in spaced relationship to form a space therebetween, the plurality of opposing line segment pairs positioned on the substrate with the spaces arranged in a linear arrangement, the at least one visually perceptible invisible line composed of the spaces; a first area surrounding each of the plurality of opposing line segment pairs and the invisible line, the first area being clear; a second area surrounding the first area, the second area of a contrasting color, tone, or shade to the first area; and a first translucent area surrounding the first and second areas, the first translucent area having a different color, tone, or shade from each of the first and second areas, wherein the first area, second area, and translucent area delineate the at least one visually perceptible invisible line.
Housing of an electronic circuit for a fuel pump, composed of a base and a cover which is connected to the base, a printed circuit board which forms the base, a second cover which is connected to the printed circuit board on the opposite side thereof, with electric and/or electronic components which are arranged on both sides of the printed circuit board, wherein each component is arranged in a region covered by a cover and the covers are composed of metal, and wherein in each case an enclosed metallic track is arranged in at least the regions of the printed circuit board in which the covers bear, and the covers are connected to the respective track by means of a soldered connection.
A laser system, comprising: a diode pump source; and a frequency doubled solid state visible laser pumped by the diode pump source, the frequency doubled solid state visible laser being operable to produce a pulsed laser output; a detection device to monitor the laser output delivered to a target site; and a feedback control system responsive to a signal from the detection device to control the frequency doubled visible laser to create the pulsed output with a train of pulses with on and off times that provide for substantial confinement of thermal effects at a target site which results in photoactivation without coagulation in tissue at the target site; wherein the feedback control system is configured to control the frequency doubled visible laser to create the pulsed output having a pulse on time of 25 microseconds to 10,000 microseconds and a pulse off time of 75 to 100,000 microseconds. a diode pump source; and a frequency doubled solid state visible laser pumped by the diode pump source, the frequency doubled solid state visible laser being operable to produce a pulsed laser output; a detection device to monitor the laser output delivered to a target site; and a feedback control system responsive to a signal from the detection device to control the frequency doubled visible laser to create the pulsed output with a train of pulses with on and off times that provide for substantial confinement of thermal effects at a target site which results in photoactivation without coagulation in tissue at the target site; wherein the feedback control system is configured to control the frequency doubled visible laser to create the pulsed output having a pulse on time of 25 microseconds to 10,000 microseconds and a pulse off time of 75 to 100,000 microseconds.
Measurement apparatus for measuring the stiffness of flat articles, which apparatus comprises a rectilinear conveying portion along which the flat articles are conveyed in series and on edge, and a stiffness sensor operating on the principle of measuring deflection of a beam in bending, which sensor is disposed along said conveying portion for measuring in contactless manner the stiffness of each flat article, a deflection roller being disposed in staggered offset manner between two wheels (11a, 11b) having deformable rims in such a manner as to form a substantially triangular peak on the conveying portion, said measurement apparatus being characterized in that an inlet ramp is disposed upstream from said peak relative to the conveying direction in which the flat articles are conveyed so as to cause the flat articles to follow the upward slope of the peak without any obstacle.
A phosphor comprising as a host crystal a CaAlSiN 3 crystal or a crystal having a same crystal structure as the CaAlSiN 3 crystal and the phosphor including at least Li, Ca, Si, Al, O (oxygen), N (nitrogen), and Ce elements, wherein an atomic fraction of a of Ce and an atomic fraction of b of Li satisfy: b ≥ 1.2 × a.
A check valve comprising a valve member including a spout member with a pouring port of a vessel provided at an outer end portion, an urging member with a base end portion supported by an inner end portion of the spout member, and a valve body connected to a tip end portion of the urging member, and a cylindrical member with a valve seat portion on which the valve body is seated to be capable of hermetically sealing provided on an inner circumferential face, inside the spout member, a first flow path in which a content in the vessel flows being provided, inside the cylindrical member, a second flow path through which the content in the vessel flows being provided, and the first flow path and the second flow path communicating with each other to configure an outflow path through which the content in the vessel flows out, and the spout member being fixedly attached to the cylindrical member so that the valve body and the urging member are inserted into the cylindrical member, and the valve body is urged to the valve seat portion by the urging member, wherein the spout member, the urging member and the valve body are integrally molded, characterised in that the valve body has a guided portion that restricts movement of the valve body, at an upstream side in the outflow path, and the cylindrical member has a guide portion that causes the guided portion to slide in a central axis direction of the valve body, at an upstream side in the outflow path of the valve seat portion. inside the spout member, a first flow path in which a content in the vessel flows being provided, inside the cylindrical member, a second flow path through which the content in the vessel flows being provided, and the first flow path and the second flow path communicating with each other to configure an outflow path through which the content in the vessel flows out, and the spout member being fixedly attached to the cylindrical member so that the valve body and the urging member are inserted into the cylindrical member, and the valve body is urged to the valve seat portion by the urging member, wherein the spout member, the urging member and the valve body are integrally molded, characterised in that the valve body has a guided portion that restricts movement of the valve body, at an upstream side in the outflow path, and the cylindrical member has a guide portion that causes the guided portion to slide in a central axis direction of the valve body, at an upstream side in the outflow path of the valve seat portion.