The ejecting rod (410) is ejected out of the plug body when the ejecting element is triggered.

An ejection lever (58) is pivotally mounted on the housing and is operatively associated with the ejection rod (48) for pivoting the lever in response to linear movement of the rod.

The blood collection pen comprises a housing and a locked ejection structure with an ejecting rod.

The ejecting element includes a launching spring (420) and an ejecting rod (410) arranged in the plug body.

This rod is made axially immovable, and capable of being engaged with and disengaged from an ejection plate (11) which is formed integrally with an ejection rod (10) provided slidably in a bore (9) in the platen.

The invention relates to a break-off device comprising a break-off pin (1) with a base (4), a head (5), and an upper break-off plate (2) that has a thickness (D) of 15 mm.

The break-off pin (1) should have a length (L) of 48 mm.

An ejection rod slides reciprocally within the cutting tool between a stowed position and an expulsion position.

There is a needle slide link (145) coupled to the needle slide (35) and adapted to receive a pair of ejector rods (231), each ejector rod (231) being insertable back and forth through a corresponding hollow needle (137).

A pushing hook extends to the ejection rod to engage with the end face of it.

An ejection head inserted in the inserting aperture, which facing the hitting surface of the blood collection needle, is provided on the fore-end of the ejecting rod.

An ejection rod is reciprocally mounted on the housing for linear movement generally parallel to the insertion and ejection direction (20).

The ejecting rod (410) bunts the optical fiber adapter so as to eject the plug body out of the optical fiber adapter.

The test fixture (10) includes an ejection rod for facilitating removal of the hard drive from the text fixture (10).

The driving shaft (5) is driven by a driving mechanism to drive the ejector rod (3) to move forwards and backwards.