Safety gate

A safety gate adapted to be removably and pivotally mounted on one of the sidewalls at the top or bottom of a stairway or one of the sidewalls of a door frame or other similar structure and selectively locked to an opposite sidewall to prevent unwanted passage therethrough, said safety gate comprising:

• a. a mounting rail,
• b. means for fixedly attaching said mounting rail to one of the sidewalls,
• c. a locking post,
• d. means for fixedly attaching said locking post to the other sidewall, opposite to the mounting rail,
• e. a gate frame, said gate frame having a generally rectangular shape and including a top, a bottom and a pair of sides,
• f. a mounting bar hingedly attached to one side of said gate frame and slidably and removably mounted on said mounting rail such that said gate frame can be pivoted back and forth relative to said mounting rail like a swinging door when said mounting bar is mounted on said mounting rail and, when desired can be removed from said mounting rail, and
• g. locking means mounted on said gate frame near said other side for selectively locking said other side of gate frame to said locking post, said locking post having a slot and said locking means comprises a locking bar and has a portion adapted to be brought into engagement with said slot in said locking post, said locking bar comprising a generally U shaped member having a pair of elongated slats joined together by a plate, each of said slats including an elongated slot at a lower end thereof and having a pin means disposed therethrough into engagement with said gate frame such that said locking bars pivotally and slidably mounted on said gate frame, each slat preventing swinging movement of said gate frame in one direction when said locking bar is in engagement with said locking post.