Device for anchoring holding device on basement and method for obtaining the device
A retainer and anchoring technology, applied to building components, bridge parts, building reinforcements, etc., can solve problems such as increasing manufacturing costs
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no. 1 approach
[0069] In the first embodiment ( Figure 4 )middle:
[0070] The bearing surface 8E comprises a portion of the surface of the first hole 8C sized to fit watertightly on the second end 6D of the tubular member 6, the watertight annular element 7 surrounding the sheath 2E of the strand 2B retaining Therein, this bearing surface 8E is located adjacent to the bearing surface 8D of the drilled element 8 intended to limit the axial insertion of said end 6D of the tubular element 6,
[0071] The annular element 7 houses a watertight bearing surface 7A surrounding the sheath 2E of the strand 2B, sized to fit in the hole 8C of the drilled element 8 in such a way that it can be placed on the one hand. Between the bearing surface 8D of the element 8 and, on the other hand, the end face 6F of this end 6D, the bearing surface 8D of the element 8 serves to limit its insertion on the end 6D of the tubular member 6 .
[0072] In the second embodiment ( Figure 5 ), the bearing surface 8E o...
no. 3 approach
[0073] In the third embodiment ( Figure 6 and 7 ), that is, in the preferred embodiment, the drilled element 8:
[0074] In one aspect, at least two parts 81, 82 are included, namely,
[0075] A first part 81 comprising a first hole 8C dimensioned to fit watertightly on one end 6D of the tubular member 6 and a bearing surface 8D intended to be fitted by at least indirect pressure Axial insertion on said end 6D is restricted by resting on the end face 6F of said end 6D, and
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