like characters of reference designate like parts in those figures of the drawings in which they occur . referring first to fig1 , and 7 the reference numeral 10 indicates the prosthesis as a whole comprising an anchor or implant 12 , a saddle 14 , a guide or locator 16 , an abutment 18 , a tooth 20 , and a stud bolt - type connecting pin 22 . the implant 12 is sleeve - like having one open end and external and internal threads 24 and 26 , respectively , and characterized by a 45 ° outer periphery 28 at its open top end for the purposes presently explained . the outer cylindrical surface of the implant 12 may be smooth , if desired . the inner periphery of its upper end portion is provided with hexagonal wrench flats 29 for the purpose presently explained . the implant 12 is threadly inserted into a hole 30 formed through the alveolar ridge of the cortical plate 32 into the medullary bone 34 of a mandible 36 by an allen wrench , not shown , or the like . the implant 12 ( fig5 ) is relatively small , for example , 3 mm outside diameter by 4 mm in length for minimal disturbance of the medullary bone . referring also to the remaining figs ., the saddle 14 is strap - like inverted u - shape in general configuration having a coronal bight portion 38 and depending legs 40 and 42 with the leg 40 projecting downwardly beyond the limit of leg 42 in a triangular shape 40 &# 39 ;. the spacing between the legs 40 and 42 at their juncture with its bight portion 38 is dimensioned to closely envelop respective sides of the alveolar ridge which gives longitudinal support to the prosthesis during mastication . the legs 40 and 42 are arcuately curved to the left , as viewed in fig4 and 5 , for cooperative contact with the cortical bone 32 on the lingual and mesial sides , respectively , of the mandible . the bight portion 38 is centrally , drilled as at 44 for axial registration with the implant 12 and is counterbored from each end , as at 46 and 48 ( fig4 ), for the reasons presently explained . the upwardly facing surface of the counterbore 46 surrounding the bore 44 is roughened or matted , as at 49 , for the purpose presently explained . each of the saddle legs 40 and 42 are provided with a plurality of rectangular and triangular shaped openings 50 and 52 which allows a clinician adequate viewing of a periapical radiograph . the saddle 14 is fitted over the alveolar ridge in contact with and imbedded in the cortical bone 30 by grinding off a layer of the cortical bone in that area indicated between the dotted line 54 and the sectioned bone of fig5 . the locator or guide 16 comprises a sleeve having a smooth bore 55 , a hexagonal periphery 56 and a relatively thin outstanding flange 58 at its depending end , as viewed in the drawings , defining a beveled upwardly facing peripheral edge 60 preferably formed on an angle of 45 ° for the purposes presently explained . the perimeter of the flange 58 is closely received by the saddle counterbore 46 . the depending surface of the flange 58 is similarly roughened or matted , not shown , around the bore 55 for cooperative locking engagement with the matted surface 49 and precluding angular rotation of the guide 16 relative to the saddle 14 for the reason presently believed obvious . the adapter or abutment 18 is external and internal step diameter sleeve - like in general configuration having a hexagonal top end portion 62 shape , as viewed in the drawings and a cylindrical depending end portion 64 of larger diameter than the perimeter of the hexagonal end portion 62 defining an upwardly converging tapered perimeter edge 66 , preferably formed on a 45 ° angle . the sleeve bore 68 is formed on a diameter substantially equal with the smooth bore 55 of the guide 56 and the diametrically larger interior of its cylindrical portion 64 is defined by a hexagonal inner periphery 70 receiving the hexagonal end 56 of the guide 16 when placed thereover . the depending wall surface of the cylindrical end portion 64 is counterbored to form a 45 ° beveled surface 72 which cooperatively nests the beveled surface 60 of the guide flange 58 . the tooth 20 is molded in a conventional fashion having a central bore 74 and upper and lower counterbores 76 , 78 and 80 , respectively . the counterbore 80 having a 45 ° inner periphery . the counterbore 78 having an inner hexagonal periphery snugly receiving the hexagonal top portion 62 of the abutment 18 . the beveled surface of the counterbore 80 nests the abutment surface 66 . after inserting the stud bolt pin 22 and its lock washer 23 through the tooth 20 , the abutment 18 and guide 16 it is threadedly tightened in the implant 12 . reflect gingival tissue and take two impressions of the coronal portion of the alveolar ridge above the visible undercuts planned to utilize . double pour each impression ( one for a backup ). establish the location and angulation of the implant 12 to best suit tooth location . survey the diagnostic cast by lining the surveyor with the long axis of the implant . mark the height of contour of the jaw bone . build a stent on the master cast to include guide pins . the diagnostic cast will have the mesial , and distal implant limits drawn on it . the saddle 14 rests passively on the implant with its buccal and lingual limits coronal to the jaw bone height of contour . utilizing the stent drill a pilot hole and the implant hole in the master cast . a transfer implant is superglued in the hole in the master cast to mark the position of the implant in the jaw bone and where the saddle will seat on the implant . with the saddle 14 and implant 12 on hand reflect the tissue , place the stent on the jaw bone and drill a pilot hole and the hole for the implant 12 and insert it to the correct depth . the contoured saddle 14 is placed on the implant and areas of cortical plate 32 are relieved until the saddle is seated passively on the implant . slide a thin titanium wire , not shown , between the jaw bone and implant to ensure the saddle is resting entirely on the cylinder implant . take a periapical radiograph to ensure complete seating of the contoured saddle on the cylinder implant . fill in the voids under and around the contoured saddle region with freeze dried bone , not shown , to ensure complete coverage of the titanium saddle . use the guided tissue regeneration technique on the implant . obviously the invention is susceptible to changes or alterations without defeating its practicability . therefore , i do not wish to be confined to the preferred embodiment shown in the drawings and described herein .
a stress stabilizer for a dental implant is formed by an inverted substantially u - shaped saddle for straddling an intermediate portion of an alveolar ridge of a mandible in contiguous contact with cortical bone . the bight portion of the u - shape is bored and counterbored from respective ends of the bore for alignedly guiding prosthesis components secured together through the saddle bore by a pin .