ADAS calibration system including motor vehicle centerline alignment element

A method of calibrating ADAS sensors directed from an end of a motor vehicle supported on a substantially horizontally level underlying floor, said method comprising:

• providing an ADAS target assembly that includes a base having a linear alignment edge and an upright support attached to and extending vertically upwardly from the base, which support carries an ADAS target panel having a target surface facing forwardly of the base, which said target surface has a horizontal axis substantially parallel to the linear alignment edge;
• attaching said target panel to said base such that said target panel is restricted from pivoting horizontally relative to said base and said horizontal axis of said target surface is fixed substantially parallel to said forward and rearward beams;
• hingedly attaching said ADAS target panel to said support and pivoting said target panel about said horizontal axis of said target surface to direct said target surface at a predetermined angle to the ADAS sensors;
• providing an elongate alignment element for extending forwardly from the linear alignment edge of the base;
• positioning the assembly on the underlying floor such that the target surface of the ADAS target panel faces and opposes the ADAS sensors of the motor vehicle;
• extending said alignment element perpendicularly from said alignment edge to intersect a pair of marks disposed respectively below front center and rear center ends of the motor vehicle and establish a longitudinal centerline of the motor vehicle;
• and
• manipulating the target assembly and the alignment element such that the alignment element is aligned with the longitudinal centerline of the motor vehicle and extends perpendicularly to the linear alignment edge of the base, whereby the horizontal axis of the target surface of the ADAS target panel is oriented perpendicularly to the centerline of the motor vehicle.

A system for calibrating ADAS sensors directed from an end of a motor vehicle supported on a substantially level horizontal underlying floor, said system comprising:

• a target assembly including a base having a linear alignment edge, said target assembly further including an upright support attached to and extending vertically upwardly from said base, said support carrying an ADAS target panel having a target surface secured to and facing forwardly of the base, which said target surface has a horizontal axis substantially parallel to said linear alignment edge, said ADAS target panel being attached to said base such that said target panel is restricted from pivoting horizontally relative to said base and said horizontal axis of said target surface is fixed substantially parallel to said forward and rearward beams, said ADAS target panel being hingedly connected to said support for pivoting said ADAS target panel to direct said target surface forwardly at a predetermined vertical angle relative to the underlying floor and ADAS sensors of the motor vehicle;
• and
• an elongate alignment element for engaging and extending forwardly from said linear alignment edge;
• said target assembly being positioned on the underlying floor such that said target surface of said ADAS target panel faces and opposes the ADAS sensors of the motor vehicle and said alignment element being extendable perpendicularly from said linear alignment edge of said base for intersecting a pair of marks disposed respectively below front center and rear center ends of the motor vehicle to align with and determine a longitudinal centerline of the motor vehicle, whereby said horizontal axis of said target surface is oriented perpendicularly to the longitudinal centerline of the vehicle.

A system for calibrating one or more ADAS sensors of a motor vehicle supported on a substantially level horizontal underlying floor, said system comprising:

• a target assembly that includes a base for engaging the underlying floor, said base including a parallel pair of forward and rearward beams;
• said target assembly further including an upright support attached to and extending vertically upwardly from said base, said support carrying an ADAS target panel having a target surface that faces forwardly of said base and which said target surface includes a horizontal axis that is substantially parallel to said forward and rearward beams, said support includes a pair of vertical posts and in which said ADAS target panel is connected to a horizontal crossbar, which crossbar is mounted to said vertical posts for moving selectively in upward and downward directions along said posts to adjust a height of said target panel relative to the one or more ADAS sensors of the motor vehicle, said ADAS target panel being hingedly connected to said horizontal crossbar for adjusting an angle of said forward-facing target surface relative to the underlying floor and one or more ADAS sensors of the motor vehicle;
• and
• an elongate alignment element extending between said rearward and forward beams of said base, said alignment element for engaging and extending forwardly beyond said forward beam;
• said system being positioned and oriented on the underlying floor such that said target surface of said ADAS target panel faces and opposes the one or more ADAS sensors of the motor vehicle and said alignment element aligns with a longitudinal centerline of the motor vehicle and extends perpendicularly from said forward beam of said base, whereby said horizontal axis of said target surface is oriented perpendicularly to the longitudinal centerline of the vehicle.

A system for calibrating one or more ADAS sensors of a motor vehicle supported on a substantially level horizontal underlying floor, said system comprising:

• a target assembly that includes a base for engaging the underlying floor, said base including a parallel pair of forward and rearward beams;
• said target assembly further including an upright support attached to and extending vertically upwardly from said base, said support carrying an ADAS target panel having a target surface that faces forwardly of said base and which said target surface includes a horizontal axis that is substantially parallel to said forward and rearward beams;
• and
• an elongate alignment element extending between said rearward and forward beams of said base, said alignment element for engaging and extending forwardly beyond said forward beam, said forward and rearward beams including respective linear midpoints that are aligned such that said alignment element perpendicularly intersects said rearward and forward beams at each respective linear midpoint;
• said base further including an alignment bracket perpendicularly interconnecting said forward and rearward beams and having a central slot aligned with said respective midpoints of said forward and rearward beams, said alignment element being aligned with said central slot and interconnecting said respective linear midpoints of said forward and rearward beams at each respective linear midpoint;
• said system being positioned and oriented on the underlying floor such that said target surface of said ADAS target panel faces and opposes the one or more ADAS sensors of the motor vehicle and said alignment element aligns with a longitudinal centerline of the motor vehicle and extends perpendicularly from said forward beam of said base, whereby said horizontal axis of said target surface is oriented perpendicularly to the longitudinal centerline of the vehicle.

A system for calibrating one or more ADAS sensors of a motor vehicle supported on a substantially level horizontal underlying floor, said system comprising:

• a target assembly that includes a base for engaging the underlying floor, said base including a parallel pair of forward and rearward beams;
• said target assembly further including an upright support attached to and extending vertically upwardly from said base, said support carrying an ADAS target panel having a target surface that faces forwardly of said base and which said target surface includes a horizontal axis that is substantially parallel to said forward and rearward beams, said forward and rearward beams including respective linear midpoints that are aligned such that said alignment element perpendicularly intersects said rearward and forward beams at each respective linear midpoint, said linear midpoints of said forward and rearward beams including respective guidelines that mark respective points of intersection of said linear alignment element with said forward and rearward beams;
• and
• an elongate alignment element extending between said rearward and forward beams of said base, said alignment element for engaging and extending forwardly beyond said forward beam;
• said system being positioned and oriented on the underlying floor such that said target surface of said ADAS target panel faces and opposes the one or more ADAS sensors of the motor vehicle and said alignment element aligns with a longitudinal centerline of the motor vehicle and extends perpendicularly from said forward beam of said base, whereby said horizontal axis of said target surface is oriented perpendicularly to the longitudinal centerline of the vehicle.

A method of calibrating ADAS sensors directed from an end of a motor vehicle supported on a substantially horizontally level underlying floor, said method comprising:

• providing an ADAS target assembly that includes a base having a linear alignment edge and an upright support attached to and extending vertically upwardly from the base, which support carries an ADAS target panel having a target surface facing forwardly of the base, which target surface has a horizontal axis substantially parallel to the linear alignment edge;
• further providing an elongate alignment element for extending forwardly from the linear alignment edge of the base;
• positioning the assembly on the underlying floor such that the target surface of the ADAS target panel faces and opposes the ADAS sensors of the motor vehicle;
• hingedly attaching the ADAS target panel to the support and pivoting the ADAS target panel to direct the target surface forwardly at a predetermined angle to the ADAS sensors
• determining a longitudinal centerline of the motor vehicle;
• and
• manipulating the target assembly and the alignment element such that the alignment element is aligned with the longitudinal centerline of the motor vehicle and extends perpendicularly to the linear alignment edge of the base, whereby the horizontal axis of the target surface of the ADAS target panel is oriented perpendicularly to the centerline of the motor vehicle.

A method of calibrating ADAS sensors directed from an end of a motor vehicle supported on a substantially horizontally level underlying floor, said method comprising:

• providing an ADAS target assembly that includes a base having a linear alignment edge and an upright support attached to and extending vertically upwardly from the base, which support carries an ADAS target panel having a target surface facing forwardly of the base, which said target surface has a horizontal axis substantially parallel to the linear alignment edge;
• further providing an elongate alignment element for extending forwardly from the linear alignment edge of the base;
• positioning the assembly on the underlying floor such that said target surface of the ADAS target panel faces and opposes the ADAS sensors of the motor vehicle;
• determining a longitudinal centerline of the motor vehicle;
• manipulating the target assembly and the alignment element such that the alignment element is aligned with the longitudinal centerline of the motor vehicle and extends perpendicularly to the linear alignment edge of the base;
• and
• securing the alignment element to the underlying floor at a first location beyond the end of the motor vehicle that is opposite the end from which the ADAS sensors are directed and at a second location rearwardly of the base, whereby the horizontal axis of the target surface of the ADAS target panel is oriented perpendicularly to the centerline of the motor vehicle.