mhurhangee/ep-ind-claims huggingface dataset:
A T-cell receptor having the property of binding to SLYNTVATL-HLA-A*0201 and comprising a TCR α chain variable domain and a TCR β chain variable domain CHARACTERISED IN THAT the TCR α chain variable domain has the sequence of Figure 1a and the TCR β chain variable domain has the sequence of Figure 1b, except that one or more of alpha chain variable region amino acids 95T, 96N, 97S, 98G, and 100A using the numbering shown in Figure 1a is/are mutated and/or one or more of beta chain variable region amino acids 51Y, 52E, 53E and 54E using the numbering shown in Figure 1b is/are mutated.
A bleed flow outlet panel for discharging bleed flow (P, Q) taken from a main flow through a gas turbine engine, the bleed flow outlet panel comprising: a perimeter edge formed around a major axis (Y-Y) of the bleed flow outlet panel and defining its planform shape; and a plurality of exit passages, the exit passages being formed in at least two distinct regions of the bleed flow outlet panel, each region comprising a plurality of adjacent exit passages, wherein: the exit passages in a first region are arranged to direct the bleed flow, in use, in a direction that is substantially aligned with the major axis of the bleed flow outlet panel; the exit passages in a second region are arranged to direct the bleed flow, in use, in a direction that, when projected onto a plane perpendicular to the major axis and containing the perimeter edge, points towards the closest point on the perimeter edge; characterised in that each region comprises at least two offset walls (282, 284, 286) that are offset from the perimeter edge; and each exit passage is defined at least in part by adjacent offset walls or by the perimeter edge and the offset wall immediately adjacent the perimeter edge. a perimeter edge formed around a major axis (Y-Y) of the bleed flow outlet panel and defining its planform shape; and a plurality of exit passages, the exit passages being formed in at least two distinct regions of the bleed flow outlet panel, each region comprising a plurality of adjacent exit passages, wherein: the exit passages in a first region are arranged to direct the bleed flow, in use, in a direction that is substantially aligned with the major axis of the bleed flow outlet panel; the exit passages in a second region are arranged to direct the bleed flow, in use, in a direction that, when projected onto a plane perpendicular to the major axis and containing the perimeter edge, points towards the closest point on the perimeter edge; characterised in that each region comprises at least two offset walls (282, 284, 286) that are offset from the perimeter edge; and each exit passage is defined at least in part by adjacent offset walls or by the perimeter edge and the offset wall immediately adjacent the perimeter edge. the exit passages in a first region are arranged to direct the bleed flow, in use, in a direction that is substantially aligned with the major axis of the bleed flow outlet panel; the exit passages in a second region are arranged to direct the bleed flow, in use, in a direction that, when projected onto a plane perpendicular to the major axis and containing the perimeter edge, points towards the closest point on the perimeter edge; characterised in that each region comprises at least two offset walls (282, 284, 286) that are offset from the perimeter edge; and each exit passage is defined at least in part by adjacent offset walls or by the perimeter edge and the offset wall immediately adjacent the perimeter edge.
A cathode active material for lithium secondary battery, comprising: a nickel-based lithium metal oxide particle doped with Zr and Al, wherein, the nickel-based lithium metal oxide particle comprises: a core portion having a constant molar content of nickel; and a shell portion surrounding the outer surface of the core portion and having a concentration gradient in which a molar content of nickel gradually decreases in a direction from the interface with the core portion to an outermost periphery. a core portion having a constant molar content of nickel; and a shell portion surrounding the outer surface of the core portion and having a concentration gradient in which a molar content of nickel gradually decreases in a direction from the interface with the core portion to an outermost periphery.
Share for uprooting crop, in particular beet crop, the share having a cutting edge for cutting in the soil, the share comprising: - a base body, which comprises an attachment portion adapted to attach the share to a support of a harvesting machine, - at least one basic insert (20, 22, 24, 26) fixed to the base body and forming al least a portion of the cutting edge, characterized in that the basic insert (20, 22, 24, 26) has a first end forming a portion remote from the cutting edge of the share, and a second end comprising an insert edge extending along an insert edge axis and forming at least a portion of the cutting edge of the share, in that the thickness of the insert, from the first end to the second end increases continuously and the second end has a thickness greater than a thickness of the first end. the share having a cutting edge for cutting in the soil, the share comprising: - a base body, which comprises an attachment portion adapted to attach the share to a support of a harvesting machine, - at least one basic insert (20, 22, 24, 26) fixed to the base body and forming al least a portion of the cutting edge, characterized in that the basic insert (20, 22, 24, 26) has a first end forming a portion remote from the cutting edge of the share, and a second end comprising an insert edge extending along an insert edge axis and forming at least a portion of the cutting edge of the share, in that the thickness of the insert, from the first end to the second end increases continuously and the second end has a thickness greater than a thickness of the first end. - a base body, which comprises an attachment portion adapted to attach the share to a support of a harvesting machine, - at least one basic insert (20, 22, 24, 26) fixed to the base body and forming al least a portion of the cutting edge, characterized in that the basic insert (20, 22, 24, 26) has a first end forming a portion remote from the cutting edge of the share, and a second end comprising an insert edge extending along an insert edge axis and forming at least a portion of the cutting edge of the share, in that the thickness of the insert, from the first end to the second end increases continuously and the second end has a thickness greater than a thickness of the first end.
A combustion engine exhaust fluid delivery system for pumping exhaust fluid from an exhaust fluid source to a fluid storage tank on-board a vehicle, the system comprising: a primary fluid conduit having a first end insertable into an exhaust fluid source to allow selective fluid communication between the exhaust fluid source and the primary fluid conduit, a pump for pumping exhaust fluid out of the fluid source via the primary conduit towards a fluid storage tank, a secondary fluid conduit located downstream of the primary fluid conduit and the pump, and at least one filter (18; 66) for filtering the exhaust fluid as it flows towards the fluid storage tank, wherein the primary fluid conduit comprises a non-return valve configured such that exhaust fluid is retained within the primary fluid conduit after an instance of use of the pump has ceased; characterised in that first end of the primary fluid conduit comprises a free end which is capable of loose insertion into, or coupling with, the exhaust fluid source so as provide for the selective fluid communication therewith, and in that the system comprises a vehicle fluid tank cap assembly connected in fluid communication with the secondary fluid conduit, the cap assembly being attachable to an inlet of the fluid storage tank on-board a vehicle. a primary fluid conduit having a first end insertable into an exhaust fluid source to allow selective fluid communication between the exhaust fluid source and the primary fluid conduit, a pump for pumping exhaust fluid out of the fluid source via the primary conduit towards a fluid storage tank, a secondary fluid conduit located downstream of the primary fluid conduit and the pump, and at least one filter (18; 66) for filtering the exhaust fluid as it flows towards the fluid storage tank, wherein the primary fluid conduit comprises a non-return valve configured such that exhaust fluid is retained within the primary fluid conduit after an instance of use of the pump has ceased; characterised in that first end of the primary fluid conduit comprises a free end which is capable of loose insertion into, or coupling with, the exhaust fluid source so as provide for the selective fluid communication therewith, and in that the system comprises a vehicle fluid tank cap assembly connected in fluid communication with the secondary fluid conduit, the cap assembly being attachable to an inlet of the fluid storage tank on-board a vehicle.
A method for measuring high resolution temperature, comprising the steps of: synchronously measuring a coarse time period (Tcount) required to charge a first capacitor to a predefined voltage (Vref) through a resistive temperature sensor with a time counter that counts clock pulses representing time intervals determined by a clock frequency; asynchronously measuring a fine time period (T CTMU) by charging a second capacitor with a constant current source when the charge on the first capacitor is at the predefined voltage and by stopping said charging at a next clock pulse, whereby the resulting voltage on the second capacitor is proportional to the fine time period (T CTMU) and used to determine the fine time period (T CTMU); coupling a digital processor, in particular a digital processor in a microcontroller, with the circuitry for the coarse time period measurement and the fine time period measurement, to determine a high resolution time period by subtracting the fine time period (T CTMU) from the coarse time period (Tcount); and determining a high resolution temperature from the high resolution time period, wherein the step of determining the high resolution temperature comprises the step of calculating the high resolution temperature using a curve fitting technique. synchronously measuring a coarse time period (Tcount) required to charge a first capacitor to a predefined voltage (Vref) through a resistive temperature sensor with a time counter that counts clock pulses representing time intervals determined by a clock frequency; asynchronously measuring a fine time period (T CTMU) by charging a second capacitor with a constant current source when the charge on the first capacitor is at the predefined voltage and by stopping said charging at a next clock pulse, whereby the resulting voltage on the second capacitor is proportional to the fine time period (T CTMU) and used to determine the fine time period (T CTMU); coupling a digital processor, in particular a digital processor in a microcontroller, with the circuitry for the coarse time period measurement and the fine time period measurement, to determine a high resolution time period by subtracting the fine time period (T CTMU) from the coarse time period (Tcount); and determining a high resolution temperature from the high resolution time period, wherein the step of determining the high resolution temperature comprises the step of calculating the high resolution temperature using a curve fitting technique.
Covering spacer suited to be interposed between two facing ends of two pipes (T1, T2) connected to each other through a joining element, comprising: - a first annular element having its external surface with constant diameter; - a second annular element having its internal surface with constant diameter, the external surface of said second annular element and the internal surface of said first annular element being configured so as to allow the coupling through interference between said two annular elements (2, 3); characterized in that it comprises: - yielding connection points suited to maintain said first and said second annular element (2, 3) joined together at the level of their two first ends (23, 33), said yielding connection points being configured so that they break up when said first annular element and said second annular element (2, 3) are pushed against each other with a pre-established minimum pressure, thus making it possible to obtain said coupling through interference between said first and said second annular element (2, 3). - a first annular element having its external surface with constant diameter; - a second annular element having its internal surface with constant diameter, the external surface of said second annular element and the internal surface of said first annular element being configured so as to allow the coupling through interference between said two annular elements (2, 3); - yielding connection points suited to maintain said first and said second annular element (2, 3) joined together at the level of their two first ends (23, 33), said yielding connection points being configured so that they break up when said first annular element and said second annular element (2, 3) are pushed against each other with a pre-established minimum pressure, thus making it possible to obtain said coupling through interference between said first and said second annular element (2, 3).
An over-pressure relief device comprising: a rupture disc including a central section having opposed faces (18, 42), and an outer flange section in surrounding relationship to said central section, at least one lased line of opening formed in said rupture disc, which defines, at least in part, an over-pressure relief area of said rupture disc, said at least one lased line of opening including one or more line-of-opening segments (38, 44) and one or more lased opening control features, said one or more line-of-opening segments (38, 44) comprising a channel (40, 46) penetrating into the disc from one of said faces toward the other of said faces, said one or more opening control features defined at least in part by a pair of lased side margins (29, 31, 33, 35), said pair of lased side margins (29, 31, 33, 35) converging toward each other in the direction of at least one of said line-of-opening segments (38, 44), characterised by: said one or more opening control features comprising a plurality of at least partially superposed lased trenches (26, 28, 30, 32, 34, 36), wherein, as said pair of lased side margins (29, 31, 33, 35) diverge away from each other, the superposed lased trenches (26, 28, 30, 32, 34, 36) each have an average trench depth that is less than the average depth of the channel (40, 46). a rupture disc including a central section having opposed faces (18, 42), and an outer flange section in surrounding relationship to said central section, at least one lased line of opening formed in said rupture disc, which defines, at least in part, an over-pressure relief area of said rupture disc, said at least one lased line of opening including one or more line-of-opening segments (38, 44) and one or more lased opening control features, said one or more line-of-opening segments (38, 44) comprising a channel (40, 46) penetrating into the disc from one of said faces toward the other of said faces, said one or more opening control features defined at least in part by a pair of lased side margins (29, 31, 33, 35), said pair of lased side margins (29, 31, 33, 35) converging toward each other in the direction of at least one of said line-of-opening segments (38, 44), characterised by: said one or more opening control features comprising a plurality of at least partially superposed lased trenches (26, 28, 30, 32, 34, 36), wherein, as said pair of lased side margins (29, 31, 33, 35) diverge away from each other, the superposed lased trenches (26, 28, 30, 32, 34, 36) each have an average trench depth that is less than the average depth of the channel (40, 46). said one or more opening control features comprising a plurality of at least partially superposed lased trenches (26, 28, 30, 32, 34, 36), wherein, as said pair of lased side margins (29, 31, 33, 35) diverge away from each other, the superposed lased trenches (26, 28, 30, 32, 34, 36) each have an average trench depth that is less than the average depth of the channel (40, 46).
A blank for manufacturing a security-turn key with at least two coding rows / pin rows (Ai) on the flat sides of the key for an assigned cylinder with tumbler pins and with counter pins of a lock system with an insertion block, acting by means of an extended counter pin, characterised by - two parallel lateral grooves (RB-SN) and a central projecting part (RB-M) between the lateral grooves, and which are formed parallel to the key axis (x) and symmetrically to the central plane of a coding row / pin row, - wherein the lateral grooves (RB-SN) and the central projecting part (RB-M) are extending from the key tip to a coding region (RB-P) of first coding positions (P1, P2) - and said lateral grooves (RB-SN) in an entry region (RB-E) at the key tip running at a high level and in the coding region (RB-P) of the first coding positions (P1, P2) running in a sunk manner at a lower level, - wherein the lateral grooves (RB-SN) are suitably shaped, in order to correspond to additional lateral shoulder (RB-ZH-S) extending in the longitudinal and transverse direction to the key axis (x) of an associated cylindrical special tumbler pin (RB-ZH) and an extended counter pin (RB-GZH) at the rearmost coding position (P1, P2) of the cylinder, - so that an additional insertion block, acting by means of the extended counter pin (RB-GZH) in the entry region (RB-E) and an additional rotation block in the coding region (RB-P) can be carried out by the lateral grooves (RB-SN) of the blank and the lateral shoulders (RB-ZH-S) of the associated special tumbler pin. - two parallel lateral grooves (RB-SN) and a central projecting part (RB-M) between the lateral grooves, and which are formed parallel to the key axis (x) and symmetrically to the central plane of a coding row / pin row, - wherein the lateral grooves (RB-SN) and the central projecting part (RB-M) are extending from the key tip to a coding region (RB-P) of first coding positions (P1, P2) - and said lateral grooves (RB-SN) in an entry region (RB-E) at the key tip running at a high level and in the coding region (RB-P) of the first coding positions (P1, P2) running in a sunk manner at a lower level, - wherein the lateral grooves (RB-SN) are suitably shaped, in order to correspond to additional lateral shoulder (RB-ZH-S) extending in the longitudinal and transverse direction to the key axis (x) of an associated cylindrical special tumbler pin (RB-ZH) and an extended counter pin (RB-GZH) at the rearmost coding position (P1, P2) of the cylinder, - so that an additional insertion block, acting by means of the extended counter pin (RB-GZH) in the entry region (RB-E) and an additional rotation block in the coding region (RB-P) can be carried out by the lateral grooves (RB-SN) of the blank and the lateral shoulders (RB-ZH-S) of the associated special tumbler pin.
A pivoting axle system for an aerial lift vehicle including a chassis, the pivoting axle system comprising a plurality of axles pivotally secured to the chassis at respective pivot points between a stowed position and a working position, each axle coupleable with a wheel assembly at distal ends thereof and actuators connected between the chassis and each of the plurality of axles, respectively, wherein the actuators are connected to the chassis at positions spaced from the pivot points, respectively; characterised in that: each of the plurality of axles and each wheel assembly is independently controllable, wherein each wheel assembly comprises a spindle and king pin mounted at an outer end of an inner section of an axle. each of the plurality of axles and each wheel assembly is independently controllable, wherein each wheel assembly comprises a spindle and king pin mounted at an outer end of an inner section of an axle.
A system, comprising: landing gear struts of an aircraft; a memory that stores computer executable components; a processor, operably coupled to the memory, and that executes computer executable components stored in the memory, wherein the computer executable components comprise: a compression component that calculates compression of the landing gear struts based on height above ground of the aircraft while the aircraft is on the ground; a gravity component that determines center of gravity based on differential compression of the landing gear struts; and an optimization component that automatically optimizes the center of gravity to a rear limit of a center of gravity margin by means of fuel transfer on the aircraft. landing gear struts of an aircraft; a memory that stores computer executable components; a processor, operably coupled to the memory, and that executes computer executable components stored in the memory, wherein the computer executable components comprise: a compression component that calculates compression of the landing gear struts based on height above ground of the aircraft while the aircraft is on the ground; a gravity component that determines center of gravity based on differential compression of the landing gear struts; and an optimization component that automatically optimizes the center of gravity to a rear limit of a center of gravity margin by means of fuel transfer on the aircraft. a compression component that calculates compression of the landing gear struts based on height above ground of the aircraft while the aircraft is on the ground; a gravity component that determines center of gravity based on differential compression of the landing gear struts; and an optimization component that automatically optimizes the center of gravity to a rear limit of a center of gravity margin by means of fuel transfer on the aircraft.
A communication method, comprising: determining, by a network device, a second moment based on a first moment and a first processing delay, wherein the first moment is an estimated earliest moment at which a terminal device can send feedback information for first downlink data, the first processing delay is an estimated delay in processing second downlink data by the terminal device, a time resource carrying the second downlink data is subsequent to a time resource carrying the first downlink data, and the second moment is after the first moment; and sending, by the network device, indication information to the terminal device, wherein the indication information is used to indicate the terminal device to send feedback information for the second downlink data at the second moment or after the second moment. determining, by a network device, a second moment based on a first moment and a first processing delay, wherein the first moment is an estimated earliest moment at which a terminal device can send feedback information for first downlink data, the first processing delay is an estimated delay in processing second downlink data by the terminal device, a time resource carrying the second downlink data is subsequent to a time resource carrying the first downlink data, and the second moment is after the first moment; and sending, by the network device, indication information to the terminal device, wherein the indication information is used to indicate the terminal device to send feedback information for the second downlink data at the second moment or after the second moment.