The invention relates to a sealed spring suspension for a vehicle comprising a threaded bearing (1), made of a spring shackle bolt (2) and a spring bushing (4).
System for introducing by reflection additional informations in the ray path of binoculars.
According to the invention, the production of a wiping member (10) made from an elastomer-based material (M) comprises the use of a pair (38) of wiping members (10) joined to one another.
Said binoculars are useful as hand-held binoculars or hands-free goggles for night vision.
The distance between the bending cheek and its swivelling axis can be adjusted by swivelling the bending cheek (4) whereas the eccentric member (12) is fixed.
A sliding link (1) is fitted on a bearing and guide column (29) forming part of the sledge.
The leader (11) with the rammers (12) is mounted in a guiding unit (10).
The leader (11) with the rammers (12) is then shouldered by the hoisting arm (8) and the device can thus be driven to the next ramming position.
The distance between bending cheek (4) and swivelling axis is adjustable.
The system may be a pair of night-vision goggles or binoculars for foot soldiers enabling fusion of the sensors.
Any other application of a pair of night-vision goggles or binoculars with fused sensors is possible.
The "buddy" beam can be made in sections for ease of handling and installation.
Compact night vision binoculars with a centre of gravity close to the user.
In this way the roller track (15) is entrained during a transverse movement of the roller cheek (8).
These strains are caused by the reorientation of the twin structure of the actuator materials by the applied magnetic field.
An eccentric member (12) adjusts the distance between the bending cheek (4) and its swivelling axis (5) and a retaining member retains the eccentric member (12) in a predetermined angular position.
The folding press for bending and shaping sheet metal (1) has a C-frame (4), a fixed lower plate and an upper plate (6) adjustable for height and a bending beam (9) pivotable about the horizontal folding axis.
The object of the invention is to provide a sliding link capable of controlling the tremendous moment forces, especially the transverse moments, at any position of the sledge.
The rammer (21) is coupled to the sledge via holding arms (28) fitted on the outer hollow cylinder (16).
When the sledge is taken into the horizontal position, the weight of the rammer imposes considerable moments on the sliding link.
In the working position, the leader (11) stands vertically and the top (4) is turned over 90° with respect to the direction of the rails.
Each twin process chamber is thereby configured to allow multiple, isolated processes to be performed concurrently on at least two substrates in the processing regions.
A write unit (509) writes write-data subsequent to scrambling to the twin-cell (505) within the first storage unit (502).
At least one notch (64, 66) is previously provided in the aforementioned pair (38), so that the members (10) can be subsequently separated from one another.
The balun cavity (13) has a dipole (15, 17) extending between an unbalanced coax port (19) and an opposite end wall (29), the dipole junction (16) being connected to a balanced twin line (7).