Adjustable length simulated knotted necktie combination

A simulated knotted necktie combination for a wearer comprising:

• a necktie length having a front display tail portion and a rear tail portion and an intermediate portion between the tail portions, said front display tail portion having a zone adjacent said intermediate portion,
• a simulated knot shaped body comprising means to predetermine the size and shape of a simulated knot, said body having a top and side surfaces and a front surface, said body being of generally inverted trapezoidal form as seen in front elevation and said top surface comprising a necktie length support when said necktie length is arranged with the zone of said front display tail overlaying said front surface of said simulated knot shaped body and the front display tail portion and rear tail portions extend in a common direction from the body and away from the top body surface;
• and
• shield means comprising means to slidably connect the necktie length to the simulated knot shaped body and to orient and hold the zone of the length in a simulated knot shape, said shield comprising
• a panel having spaced upper and lower edges,
• said panel being sized to cover the front face of said body,
• said panel having wrap around side flaps between the upper and lower edges to cover the side surfaces of the body,
• said panel being positionable over said front face of said body and zone of the necktie length covering said front face and
• said flaps including connector means to interengage with one another to slidably captivate the display tail of the necktie length to the body with said zone overlaying the front face of said body and
• said shield including a cover flap extending from the upper shield edge sized to cover the top surface of the body and including means to connect the cover flap to the flaps of the shield, and
• neckband means included in said combination for connection of the simulated knotted necktie combination about the neck of a wearer.