The invention relates to a drawing press (10) having a first ram (17) and a second ram (18).
An umbrella framework (6) is disposed on the auxiliary upper runner (4) and the auxiliary lower runner (5).
The spring actuates a reciprocating ram.
The invention relates to a device (DE 1 95 21 041 A1) mounted onto a slider crank for generating a displacement of a part (ejection spring ram 6) that is mounted onto a slide (press ram 5) in relation to the latter.
A trigger mechanism (130) is operably connected to both the cutting ram and the termination ram.
A slider is slidably engaged to the clevis, the slider comprising a pin.
A guide slot cap (3) lies below the slide (2), the cover (6) of said cap also having a pouring orifice configured in one sector and a groove behind said orifice that acts as a slot guide for the boss on the slide (2).
The head slider is secured to the head slider mounting part.
A conventional head slider can be employed as the head slider (23).
Therefore, the distortional movement of the slide member hardly occurs when the slide member moves.
The sine transmission device comprises a main sliding block (8) and an auxiliary sliding block (9).
The lower end of the thrust plunger is connected with the sliding block (14).
External flexible leads connect the sliding block to the pincer-electrodes.
The invention further relates to a sliding block (11) for a loading rail (1).
Each sliding block has a cutting edge (9) and the sliding block (8) can be moved along the face of the groove by operating adjusting screws (17).
The eccentric is pivotally connected to a slider block.
Said large eccentric is pivotally connected to a slider block.
The output shafts are connected with the crank block through the said frame, and the crank block is hinged with the slip rods set on both sides of the frame.
The press involves four columns, an upper beam, a main slide block, a hold down slide block, a fixing worktable, a floating worktable and a lower beam.
When a control device associated with the slide (30) is actuated, it brings the slide (30) from a normally blocking position into in a released position.
The slider is capable of sliding movement relative to said bracket and said support member is capable of pivotal movement relative to said slider.
The main slider (40) is linked to the sub-slider (50) through a cam lever (70).
The slider has a second low friction material layer on at least one side of the slider.
A projection is provided on the sub-slider, and a projection is provided on the slider arm.
The slide assembly includes a slider configured to move laterally along a longest axis of the slider, and an actuator, coupled to the slider, having a detent contact area.
In one embodiment, a groove is provided in a slider’s compression pad near the trailing edge of the slider.
A second slider is slidably set on the said vertical rail.
In one embodiment, a groove extends from a slider’s leading edge, splits, and terminates in two locations at the slider’s trailing edge.
Outward movement of the plunger with respect to the piston causes the plunger to disconnect from the piston.
The second slide beam is inserted into the first slide beam.
slotting machine with transverse displacement slide
The third slide beam is inserted into the second slide beam.
The displacement of a slide is obtained by a micrometric screw (12) operating on a nut integral with the slide.
The discharging device concerned has a slide for at least one electronic component and a housing surrounding the slide, wherein the housing has a first translucent region.
The variable resistance can either be within the moving shuttle, or the shuttle can comprise a commutating shuttle that moves the current over a series of stationary resistors.
Said closure plates (13, 14) can be pressed against one another in that the slide unit (12) is braced against the slide housing (11).
The second slide (5) is able to rotate with respect to the first slide (4) and presents a curved space (8) in which guide means (7), integral with the first slide (4).
A step is attached to the third slide beam.
The device includes a center slide (12).
The invention relates to an energy accumulator for a step switch, comprising a slide which can be pulled upwards and a latchable switch slide that follows the movement of the pull-up slide in an elastic manner upon release.
The sheath (1) is activated by a thumb glide (5) that slides in a glide track (6).
horizontal broaching machine with simple slide
vertical broaching machine with simple slide
Requêtes fréquentes français :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
Requêtes fréquentes anglais :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
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