Clip-on tie

A clip-on tie is a bow tie or necktie which is permanently tied, and worn by attaching it to the front of the shirt collar by a clip. Alternately, especially in the case of bow ties, the tie may have a band around the neck fastened with a hook and eye.

Clip-on tie. Inset: Metal clip used to fasten it onto the front of a shirt

Reasons for use

The following are some reasons that this style of tie may be used:

  • Tightly tied standard neckties may be a source of irritation and discomfort.
  • Some people, particularly children, do not know how to tie a standard necktie, or do not feel comfortable tying one.
  • Some persons with disabilities may be physically incapable of tying a tie, or only capable of it with extreme difficulty.
  • Police officers and security guards often wear clip-ons as a precaution against being strangled by a pulled necktie. (With uniform, a tie clip may be used to keep the tie from "flying" in the wind.)
  • Some schools require clip-on ties as part of their uniform instead of regular ties as this keeps students from loosening them in hot weather.
  • A clip-on tie can be put on more quickly than a conventional necktie.
  • A clip-on tie is used as a safety precaution in a manufacturing setting to avoid neck injury due to machine entanglement.
gollark: Hmm.
gollark: Just squareize that basic approach, I guess?
gollark: ```haskellimport Data.List (intersperse)square :: Int -> Char -> Stringsquare size char =intercalate"\n" $ replicate size (replicate size char)```
gollark: ```<interactive>:1:27: error: • Occurs check: cannot construct the infinite type: t ~ t -> t1 -> t2 • In the first argument of ‘haskell’, namely ‘haskell’ In the expression: haskell haskell haskell In an equation for ‘haskell’: haskell haskell = haskell haskell haskell • Relevant bindings include haskell :: t -> t1 -> t2 (bound at <interactive>:1:9)<interactive>:1:35: error: • Occurs check: cannot construct the infinite type: t1 ~ t -> t1 -> t2 • In the second argument of ‘haskell’, namely ‘haskell’ In the expression: haskell haskell haskell In an equation for ‘haskell’: haskell haskell = haskell haskell haskell • Relevant bindings include haskell :: t -> t1 -> t2 (bound at <interactive>:1:9)```
gollark: haskell haskell = haskell haskell haskell
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