The invention concerns a fitting (2) comprising a first thimble (9) and a second thimble (10) arranged at a distance (T) with respect to the first thimble (9).

A second assembly (31) houses a thimble (55) and one or more filters (16).

The device has a thimble (1) which locates in the mouth of a drilling through bone, a nut (2) captively seated in the thimble, and an anchorage element (3) with a screw threaded stud (12) which can engage the nut.

A fiber optic ferrule comprises a precision ferrule capillary (2) and a ferrule base (10).

The ferrule may be removed without making contact with the ferrule.

A seal section (63) that seals the front ferrule (4) and a back ferrule (5) to each other is formed between said front ferrule (4) and back ferrule (5).

The ferrule includes an inner ferrule wall and an outer ferrule wall, the inner ferrule wall and the outer ferrule wall being separated by a well having an opening.

A feedthrough assembly may include a ferrule defining a ferrule opening, a feedthrough at least partially disposed within the ferrule opening and attached to the ferrule, and a plurality of chip capacitors.

The ferrule base (10) and the collar (6) cooperate to resist rotational and axial displacement of the ferrule capillary relative to the ferrule base (10).

The ferrule capillary (2) has a polygonal collar (6).

Hinges (25) are connected to internal generators for the collar.

The ferrule base (10) is molded over the collar (6).

The leaves (10a, 10b) and the collar (12) are produced as a single part.

A rolling device for the shell ring includes a first roller (31) and a second roller (32) which extrude the inner wall and the outer wall of the shell ring respectively.

A rolling method for a shell ring includes a first roller (31) and a second roller (32) which extrude the inner wall and the outer wall of the shell ring respectively.

The dilution holes (39) in a shell ring (2, 3) of a turbomachine combustion chamber are covered with platelets (40) which delimit chambers (49) around them on the interior face of the shell ring.

The collet (36) has a slit (50) that separates a collet flange from a collet base.

A spiral/collet assembly for a horological movement comprises a collet (1) and a spiral (3) attached by its internal end to the collet (1).

Further, the tool holder (14) includes a collet (22) which may be an ER collet.

The collet has a plurality of collet sections joined at a first end to form a generally cylindrical edge and at least one tooth disposed on an inner surface at a second end of each collet section.

The locking fastener (56) can be actuated to push the collet flange away from the collet base and to lock the first fastener (32) to the collet (36).

reinforcing ring of chisel and gouge

The fiber optic connector includes a connector housing and a ferrule assembly having a ferrule and a spring.

circular welds covering the entire thickness of the cylinder wall

A dust shroud assembly for a power tool includes a shroud portion, a barrel, and a helical spring.

A pretightening ferrule (6) is mounted on the outer ring of the main shaft (1), and a piezoelectric actuator (9) is mounted on the pretightening ferrule (6) through a mounting hole provided in the pretightening ferrule (6).

The invention relates to a thermo roll comprising a roll shell provided with fluid ducts (11A, 11B, 11C) for passing through the roll shell a fluid that heats and/or cools the roll shell.

The sleeve (11) is connected to channels oriented inside the shell (6) for supplying flushing water to the outer shell.

A first grommet and a second grommet each are located on the container shell and each include a perimeter that defines an aperture through the grommet.

In order to axially position the roll shell (2), a mechanical locating link (23) is provided which is disposed externally of the roll shell (2).

Each rib (52) has a first base secured to the wall of the outer shell (14), and a second opposite base, supported by being fitted on the inner shell (12).