mhurhangee/ep-ind-claims huggingface dataset:
A stowable tray table assembly, comprising: a tray table; an arm assembly supporting the tray table; and a frame comprising a vertical guide rail and a horizontal guide rail separately and consecutively guiding movement of the arm assembly, the arm assembly engaging the vertical guide rail when the tray table is in a vertical position and engaging the horizontal guide rail when the tray table is in a horizontal position, and further comprising a lift bracket, to apply a lifting force to the arm assembly, vertically slidable along the frame and engaging the arm assembly when the arm assembly is engaged with the vertical guide rail, characterised in that: the vertical guide rail defines a first end positioned apart from the horizontal guide rail and a second end positioned adjacent to the horizontal guide rail, and wherein the arm assembly is disengaged from the lift bracket when the arm assembly is positioned at the second end of the vertical guide rail. a tray table; an arm assembly supporting the tray table; and a frame comprising a vertical guide rail and a horizontal guide rail separately and consecutively guiding movement of the arm assembly, the arm assembly engaging the vertical guide rail when the tray table is in a vertical position and engaging the horizontal guide rail when the tray table is in a horizontal position, and further comprising a lift bracket, to apply a lifting force to the arm assembly, vertically slidable along the frame and engaging the arm assembly when the arm assembly is engaged with the vertical guide rail, characterised in that: the vertical guide rail defines a first end positioned apart from the horizontal guide rail and a second end positioned adjacent to the horizontal guide rail, and wherein the arm assembly is disengaged from the lift bracket when the arm assembly is positioned at the second end of the vertical guide rail.
A flyer bow, particularly for a machine for processing elongate strand material, comprising a groove in the body of the flyer bow which extends in the longitudinal direction of the flyer bow substantially over the entire longitudinal extension of the flyer bow and a tubular guide element for guiding the elongate strand material, wherein the guide element is arranged in the groove without interruption and substantially over the entire longitudinal extension of the groove, wherein the internal dimensions of the groove at any one point of the longitudinal extension of the guide element are greater than or equal to the external dimensions of the guide element at that point, characterized in that the cross section of the groove is configured with an overall length of at most 40%, preferably at most 30%, further preferably at most 25%, as well as preferably at least 10%, further preferably at least 20% of the longitudinal extension of the flyer bow in at least one removal area (5, 6) such that the guide element can be removed from the body of the flyer bow at each point of the removal area (5, 6) in a removal direction extending perpendicular to the longitudinal extension of the flyer bow without deformation to the cross section of the guide element at this point, and that at least one removal area (5, 6) is arranged in the region of one of the ends of the flyer bow.
Apparatus comprising an oscillator emitting a beam to be amplified and an optical amplifier, the optical amplifier comprising: an amplification medium that has a rectangular cross-section with a long edge and a short edge, the short edge of the cross-section is along an x-axis, the long edge is along a y-axis, and with the z-axis, the x-, y- and z-axes constitute a rectangular system of coordinates; at least two highly reflective mirrors (20,22), wherein the amplification medium is arranged between the at least two highly reflective mirrors, wherein the at least two highly reflective mirrors are designed and arranged in such a way that the beam makes at least one reflection from each of the at least two highly reflective mirrors to define first and second paths (16, 18), each of the paths comprising a plurality of traverses through the amplification medium in the yz plane, wherein the first and second paths are distinct from each other and overlap in the amplification medium, characterised in that: the beam, on entry to the optical amplifier, makes a double pass of a first path in a pre-amplifier stage and then makes a single pass of a second path in a power amplifier stage. an amplification medium that has a rectangular cross-section with a long edge and a short edge, the short edge of the cross-section is along an x-axis, the long edge is along a y-axis, and with the z-axis, the x-, y- and z-axes constitute a rectangular system of coordinates; at least two highly reflective mirrors (20,22), wherein the amplification medium is arranged between the at least two highly reflective mirrors, wherein the at least two highly reflective mirrors are designed and arranged in such a way that the beam makes at least one reflection from each of the at least two highly reflective mirrors to define first and second paths (16, 18), each of the paths comprising a plurality of traverses through the amplification medium in the yz plane, wherein the first and second paths are distinct from each other and overlap in the amplification medium, characterised in that: the beam, on entry to the optical amplifier, makes a double pass of a first path in a pre-amplifier stage and then makes a single pass of a second path in a power amplifier stage. the beam, on entry to the optical amplifier, makes a double pass of a first path in a pre-amplifier stage and then makes a single pass of a second path in a power amplifier stage.
A truncated yeast ssk1 protein, wherein the truncated protein: i) misses the response regulator receiver domain; ii) comprises at least amino acid 1-50 of SEQ ID N° 2; and iii) comprises amino acids 330-356 of SEQ ID N°4; and wherein, glycerol production of a yeast strain comprising the truncated ssk1 protein, is lower than that of the strain with a wild type ssk1 protein and lower than that of the strain with a full deletion of the SSK1 gene, when used under the same fermentation conditions. i) misses the response regulator receiver domain; ii) comprises at least amino acid 1-50 of SEQ ID N° 2; and iii) comprises amino acids 330-356 of SEQ ID N°4;
A coupling member comprising: a shaft defining an axis and including at least one thread having an external thread form, the external thread form having a leading flank and a trailing flank, the external thread form defining a pitch and a crest, the crest having a width in a range of about 35% to about 50% of the pitch of the external thread form, wherein the leading flank and the trailing flank are angled in a proximal orientation relative to the thread axis, wherein the external thread form is configured to interlock with an internal thread form of an implant receiver, wherein the leading flank is disposed at a first angle relative to a transverse axis of the at least one thread and the trailing flank is disposed at a second angle relative to the transverse axis, the first angle being greater than the second angle, and wherein the first angle is about 15 degrees relative to the transverse axis and the second angle is about -5 degrees relative to the transverse axis. a shaft defining an axis and including at least one thread having an external thread form, the external thread form having a leading flank and a trailing flank, the external thread form defining a pitch and a crest, the crest having a width in a range of about 35% to about 50% of the pitch of the external thread form, wherein the leading flank and the trailing flank are angled in a proximal orientation relative to the thread axis, wherein the external thread form is configured to interlock with an internal thread form of an implant receiver, wherein the leading flank is disposed at a first angle relative to a transverse axis of the at least one thread and the trailing flank is disposed at a second angle relative to the transverse axis, the first angle being greater than the second angle, and wherein the first angle is about 15 degrees relative to the transverse axis and the second angle is about -5 degrees relative to the transverse axis.
A jaw crusher comprising a fixed jaw and a movable jaw for forming a crushing chamber therebetween which is open at the top, the fixed jaw comprising a first wear part mounted thereto and the movable jaw comprising a pitman and a second wear part mounted thereto; wherein the crushing chamber comprises an upper section, a middle section, and a lower section having equal heights (h); and the pitman is bearing-mounted to an eccentric shaft and to at least one slide member (9, 9'), characterized in that a substantially horizontal line passing through the centre of the eccentric shaft passes through the middle section of the crushing chamber and through the location of the at least one least one slide member (9, 9'); and that the at least one slide member (9, 9') is configured to slide in a direction substantially perpendicular to the vertical diagonal of the crushing chamber between a lower slide surface and an upper slide surface which are directed towards said slide member and configured to maintain a linear movement path of the pitman in the attachment region of the slide member.
Electric socket for a mains plug with at least two contact pins, comprising - a base with a front face, which has at least two holes, and with at least two contacts arranged behind the holes for electrical contacting of, in each case, a contact pin, inserted through the holes, of the mains plug, and - a collar, provided for plugging-in the mains plug, which is mounted on the base so as to be movable from a rear end position into an front end position in which the collar protrudes further forwards beyond the front face of the base than in the rear end position and surrounds the front face of the base in the manner of a collar, characterized by an extending mechanism which, on the one hand, acts upon the collar and, on the other hand, at least in the rear end position of the collar, engages between the front face of the base and the contacts in the path of motion of at least one of the two contact pins, and which is designed to extend the collar out of the rear end position into the front end position by means of the at least one inserted contact pin. - a base with a front face, which has at least two holes, and with at least two contacts arranged behind the holes for electrical contacting of, in each case, a contact pin, inserted through the holes, of the mains plug, and - a collar, provided for plugging-in the mains plug, which is mounted on the base so as to be movable from a rear end position into an front end position in which the collar protrudes further forwards beyond the front face of the base than in the rear end position and surrounds the front face of the base in the manner of a collar,
An apparatus for performing dissolved gas analysis, the apparatus being connectable to a first oil source and a second oil source the apparatus comprising a respective sample cell (14, 14') for each source; an analysis cell; means for performing gas analysis on a quantity of gas contained, in use, in said analysis cell; means (20, 20', 22, 22') for selectably connecting each sample cell to said analysis cell to allow fluid communication therebetween, said connecting means being arranged to provide a respective fluid flow path (20, 20') from an outlet of each sample cell to an inlet of the analysis cell, characterised in that the connecting means provides a respective fluid return path (22, 22') from an outlet of said analysis cell to a respective inlet of each sample cell, wherein at least part of said respective fluid flow and fluid return paths are provided by respective separate fluid conduits, and in that said apparatus further includes means (30, 23, 31) for causing gas to be directed from a selected one sample cell to the analysis cell and back to said selected one sample cell via the respective fluid flow path and fluid return path, while isolating the, or each, other sample cell from the analysis cell.
An insulating panel for a refrigerated vehicle body, having at least one thermally insulating core layer and at least one cover plate, wherein the cover plate has an engagement element on an inner face, which engagement element engages form-fittingly in a recess in the core layer, wherein an inlay element is arranged in the recess, which inlay element has at least one cut-out, wherein the engagement element engages form-fittingly in the cut-out.
A method for estimating a direct-to-reverberant ratio of a sound signal, wherein the direct-to-reverberant ratio is indicative of a ratio between direct sound received from a sound source and reverberated sound received from reflections in an environment of the sound source, the method comprising: determining a first energy value of a sound signal for a first time frame; assigning to an onset value of the first time frame a positive value, if the difference of the first energy value of the first time frame and a second energy value of a preceding second time frame is greater than a threshold, and a zero value otherwise; determining the direct-to-reverberant ratio by providing an onset signal comprising the onset value to a machine learning algorithm, which has been trained to determine the direct-to-reverberant ratio based on said onset signal. determining a first energy value of a sound signal for a first time frame; assigning to an onset value of the first time frame a positive value, if the difference of the first energy value of the first time frame and a second energy value of a preceding second time frame is greater than a threshold, and a zero value otherwise; determining the direct-to-reverberant ratio by providing an onset signal comprising the onset value to a machine learning algorithm, which has been trained to determine the direct-to-reverberant ratio based on said onset signal.
A balloon catheter comprising: an inflatable balloon defining an inner surface and an outer surface; a first biocompatible layer releasably disposed on the exterior surface of the balloon; and a second drug containing layer disposed on the first biocompatible layer, the second drug containing layer comprising one or more drugs. an inflatable balloon defining an inner surface and an outer surface; a first biocompatible layer releasably disposed on the exterior surface of the balloon; and a second drug containing layer disposed on the first biocompatible layer, the second drug containing layer comprising one or more drugs.
An engine controller that controls a direct fuel-injection, spark-ignition engine including a fuel injection valve configured to directly inject a fuel into a cylinder; and an ignition plug that spark-ignites a mixture (A, B) in the cylinder, the engine controller comprising: an acceleration request sensor configured to detect an acceleration request of a driver, characterized by a control unit configured to control the ignition plug at a time when the acceleration request is detected by the acceleration request sensor, the control unit includes means for detecting a top surface temperature of a piston, and the control unit is configured to: determine whether the piston top surface temperature in the cylinder is a predetermined temperature at which a liquid fuel adhering to a top surface of the piston is brought over in a liquid state to the subsequent cycle, and retard, when the piston top surface temperature is the predetermined temperature, an ignition timing of the ignition plug in response to the acceleration request to a timing after a top dead center of the engine, which is on a retard side in terms of a crank angle, compared to a timing in case where the piston top surface temperature goes beyond the predetermined temperature. an acceleration request sensor configured to detect an acceleration request of a driver, characterized by a control unit configured to control the ignition plug at a time when the acceleration request is detected by the acceleration request sensor, the control unit includes means for detecting a top surface temperature of a piston, and the control unit is configured to: determine whether the piston top surface temperature in the cylinder is a predetermined temperature at which a liquid fuel adhering to a top surface of the piston is brought over in a liquid state to the subsequent cycle, and retard, when the piston top surface temperature is the predetermined temperature, an ignition timing of the ignition plug in response to the acceleration request to a timing after a top dead center of the engine, which is on a retard side in terms of a crank angle, compared to a timing in case where the piston top surface temperature goes beyond the predetermined temperature. determine whether the piston top surface temperature in the cylinder is a predetermined temperature at which a liquid fuel adhering to a top surface of the piston is brought over in a liquid state to the subsequent cycle, and retard, when the piston top surface temperature is the predetermined temperature, an ignition timing of the ignition plug in response to the acceleration request to a timing after a top dead center of the engine, which is on a retard side in terms of a crank angle, compared to a timing in case where the piston top surface temperature goes beyond the predetermined temperature.
Machine for cutting slabs of stone or stone-like material comprising a fixed or rotating work bench, two lateral support structures (14, 16) between which at least one beam runs; on said at least one beam there being arranged a first machining unit comprising: a carriage adapted to slide along the beam; a sleeve adapted to slide with respect to the carriage in the vertical direction; a machining head, connected to the lower end of the sleeve and adapted to rotate relative to the sleeve about a vertical axis; said machining head comprising a spindle, on which a cutting disc is mounted; and manipulator means for slabs or portions thereof; characterized in that it comprises a second machining unit slidably mounted on said at least one beam and comprising at least one second machining head with fixed orientation, adapted to be moved in the vertical direction and comprising a spindle on which a cutting disc is mounted. a carriage adapted to slide along the beam; a sleeve adapted to slide with respect to the carriage in the vertical direction; a machining head, connected to the lower end of the sleeve and adapted to rotate relative to the sleeve about a vertical axis; said machining head comprising a spindle, on which a cutting disc is mounted; and manipulator means for slabs or portions thereof; characterized in that it comprises a second machining unit slidably mounted on said at least one beam and comprising at least one second machining head with fixed orientation, adapted to be moved in the vertical direction and comprising a spindle on which a cutting disc is mounted.
A single variable domain antibody for binding to a P2X 7 receptor, the single variable domain antibody having an antigen binding site being defined by general formula: FR1 - CDR1 - FR2 - CDR2 - FR3 - CDR3 - FR4 wherein: FR1, FR2, FR3 and FR4 are each framework regions; CDR1, CDR2 and CDR3 are each complementarity determining regions; wherein: CDR1 has a sequence: RNHDMG SEQ ID NO: 88; CDR2 has a sequence: AISGSGGSTYYADSVKG SEQ ID NO: 89; CDR3 has a sequence: EPKPMDTEFDY SEQ ID NO: 9. wherein: FR1, FR2, FR3 and FR4 are each framework regions; CDR1, CDR2 and CDR3 are each complementarity determining regions; FR1, FR2, FR3 and FR4 are each framework regions; CDR1, CDR2 and CDR3 are each complementarity determining regions; wherein: CDR1 has a sequence: RNHDMG SEQ ID NO: 88; CDR2 has a sequence: AISGSGGSTYYADSVKG SEQ ID NO: 89; CDR3 has a sequence: EPKPMDTEFDY SEQ ID NO: 9. CDR1 has a sequence: RNHDMG SEQ ID NO: 88; CDR2 has a sequence: AISGSGGSTYYADSVKG SEQ ID NO: 89; CDR3 has a sequence: EPKPMDTEFDY SEQ ID NO: 9.
A cell stack device comprising: a cell stack comprising a plurality of cells that are arranged in a direction; a manifold fixing an end of each of the cells thereto with a sealing material, and configured to allow a reaction gas to be supplied to the cells; and an electrically conductive end member disposed at an end of the cell stack in an arrangement direction of the cells, and characterized in that a first end of the electrically conductive end member at a side of the manifold is separated from the manifold. a cell stack comprising a plurality of cells that are arranged in a direction; a manifold fixing an end of each of the cells thereto with a sealing material, and configured to allow a reaction gas to be supplied to the cells; and an electrically conductive end member disposed at an end of the cell stack in an arrangement direction of the cells, and characterized in that a first end of the electrically conductive end member at a side of the manifold is separated from the manifold.
A compost bin module for aerobic decomposition of organic matter, said module in the form of a container, characterised in that said module comprises a free-standing portable structural frame for placement on or above the ground, sidewalls all of which are removable, an open top and open bottom, each of said sidewalls insertable into said structural frame and laterally restrained thereby, wherein said structural frame comprises at least three spaced-apart posts, at least an equal number of structural members to said posts spanning between and interconnecting said posts, each of said structural members spanning between two adjacent posts at or near their base, and all of said structural members interconnect said posts at or near the base of said posts, and said removable sidewalls are insertable into axially extending slots integral with said posts, said axially extending slots located immediately above said structural members, wherein said compost bin module is removably connectable to a like compost bin module having connector means thereby forming a compost bin assembly; and wherein said connector means allow for said structural frame of said compost bin module to be connected to the structural frame of a like compost bin module in movable engagement, so that they slide relative to each other in a substantially vertical direction wherein at least one of said removable sidewalls comprises a plurality of slats, wherein at least two of said posts of said compost bin module have mating faces which are abutted and secured against the mating faces of at least two respective like posts of said like compost bin module to form at least two pairs of abutted posts, wherein said mating faces of at least one of the pair of abutted posts each have axially extending re-entrant grooves, in which an axially extending joining strip spans between and engages with said axially extending re-entrant grooves.