d fills the pore structure of the central portion 28 of the mesh 25 as seen best in fig7 the initial step of implantation of this embodiment corresponds to the embodiment shown in fig3 the subsequent procedure is described above and illustrated in the sectional views of fig8 and 9 demonstrating securing the implant to the subjacent layers by means of staples the same numerals are reused for like components the staples 29 have the advantage that conventional available surgical instruments can be used as described above they are known to the surgeon easy to use and the entire securing of the implant is done within minutes furthermore the staples 29 squeezes and holds the mesh 25 the fascia 17 the peritoneum 22 and the wall of the intestine 21 firmly and sealingly tight together during the healing preventing fluid from penetrating in between these components and layers the risk of irritation and inflammation is thereby considerably reduced as can be seen from fig9 the circumferential wall of the cut out extend a small distance into the bore of the implant to establish a small protrusion for the staples in case the circumferential protrusion is of inconvenience to the patient the protrusion and the staples can easily be removed as soon as a sealingly tight and firm attachment is ensured securing of the anchoring section 4 on top of the fascia 17 can be made using any of the means sutures glue staples and any appropriate combinations of these means the first incision is closed and precautions may be taken not to put extensive load on the surgical structure for the first few days after.