Valve block, securing element, valve unit, method for producing a valve block, and method for producing a securing element
A technology for retaining components and valve blocks, applied in the directions of engine components, valve details, valve devices, etc., can solve problems such as increased cost and a large amount of machining, and achieve the effect of being conducive to installation
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[0100] Figure 1 to Figure 3 A valve block 10 for a valve, in particular a slide-in valve, is shown according to a preferred exemplary embodiment of the present invention. The valve block 10 is integrally formed by one-shot molding, especially injection molding or die-casting. The valve block 10 may be integrally formed by casting. The valve block can be formed from injection molded plastic parts or aluminum die cast parts.
[0101] The valve block 10 comprises: a cavity 11 for receiving the valve; three openings 12 for the inlet and / or outlet of the fluid; a collar 13 for securing the valve; and a mounting area 14 for securing the valve Connection of block 10 to a fluid system, in particular a hydraulic system. The fluid may be hydraulic oil. Alternatively, the fluid can also be a different fluid or gas.
[0102] according to figure 1 , the mounting area 14 of the valve block 10 is disc-shaped. The valve block 14 has a base body 36 which is arranged in the installation...
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