The sliding connection component (5) cooperates with the rotary connection component (6) and the spring-loaded structure (4).

The secondary beam (11) is slidably connected to the hopper device (12).

The spring-loaded structure (4) controls the sliding connection component (5) by means of interaction with a key.

A middle sleeve (24) is slidably engaged with the tubular body and releasably coupled to the shoe.

The lens holder (15) and liquid-crystal holder (17) overlap coaxially and are slidably coupled.

A storage system including a first component (102), and an extendable component (130) slidably mounted on the first component.

One end of the scraper is matched with the lead screw; the other end thereof is slideably connected with the sliding bar.

The mechanical cylinder comprises a cylinder body (1), a spring-loaded structure (4), a sliding connection component (5), a rotary connection component (6), a cam (420), and a gear (430).

A retainer (14) is also provided to maintain the thrust pads (12) in slidable communication with the protrusions (20).

The driving shaft that is slidingly connected to the support (3) allows the angle between the inclined shaft (6) and the intermediate shaft (5) to be reduced or increased.

The drive uses a high-precision linear slide to maintain the alignment of the probe (26) with the test site (18) during the plunging movement.

A manual advancement device slidingly engages the guide assembly such that the manual advancement device is movable along the guide assembly.

An adjustment mechanism includes a movable member slidably interconnected with a fixed member for linear movement relative to the fixed member.

In a preferred embodiment the display device comprises a vertical hollow column (10) slidably attached by a saddle (11) to a horizontal hollow column (20).

The drilling lug segment is slidably engaged with a distal end of the drill stem and movable between an initial configuration and an extended configuration.