CN203609531U - Artificial tooth implanting system - Google Patents
Artificial tooth implanting system Download PDFInfo
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- CN203609531U CN203609531U CN201320731695.1U CN201320731695U CN203609531U CN 203609531 U CN203609531 U CN 203609531U CN 201320731695 U CN201320731695 U CN 201320731695U CN 203609531 U CN203609531 U CN 203609531U
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Abstract
The utility model provides an artificial tooth implanting system which comprises an artificial tooth implant, a base and a center bolt, wherein the base is provided with an implant connecting section matched with an implant connecting hole, a stepped hole matched with the center bolt is formed inside the base, internal threads matched with the external threads of the center bolt are formed in the implant connecting hole, the screw of the center bolt is matched with the internal threads of the implant; threads are formed in the outer surface of the artificial tooth implant, the two ends of the artificial tooth implant are respectively a neck part and a head part, and a heliciform self-tapping groove is formed in the outer surface of the head part. The artificial tooth implanting system has reasonable cutting force and extrusion force to bone tissue at a planting part, and bone injuries can be effectively avoided; bone debris can be accommodated during a self-tapping process, and the bone healing time is shortened; rotation and loosening of the artificial tooth implant can be effectively prevented, and further the service life of artificial teeth can be prolonged.
Description
Technical field
This utility model relates to oral cavity medical apparatus technical field, relates in particular to a kind of manual tooth planting's system.
Background technology
Along with the development of tooth-planting technology, " implant tooth " technology is gradually ripe and stable.Implant tooth be first titanium artificial tooth root high biocompatibility is inserted in teeth groove fixing, sew up, and through the several months after the bone stable connection in artificial tooth root and teeth groove, then carry out follow-up artificial tooth installation.The artificial tooth root of " implant tooth " is directly combined with bone, and preferably support force can be provided, can be very popular to chewing compared with hard food.The fastness being connected with implantation body at the stability of the mid-early stage implantation body (root of the tooth) of implant tooth process and later stage corona, base station is the key of the final success of Dental Implant.
In recent years, increasing doctor and patient expect implantation body's load at once, and load at once can be shortened the course for the treatment of that plantation is repaired greatly, bring function at once of patient and attractive in appearance, and how realizing load at once just becomes study hotspot in recent years.The primary stability of implantation body is the key of load at once, research aspect implantation body mainly concentrates on implantation body's profile, helicitic texture and surface treatment etc., in addition bone extrusion technique also can improve implantation body's primary stability, but bone extrusion technique need to adopt special osteotomes, operating difficulty and treatment cost are greatly increased.Studies have found that to implantation body and add self tapping groove, Neng Shi implantation body possesses self tapping performance, without tapping step, can directly implantation body be screwed in the hole of getting ready, can produce to a certain extent bone extrusion effect.At present the structure of self tapping groove mainly with vertical, skewed slot is common, and two end faces of fluting are plane, and the angle of two planes be 90 ° in the majority.From mechanics and mechanistic aspect, vertically self tapping groove stressed substantially concentrating on a line in the time of cutting connecting hole, the cutting resistance producing is large, is easy to produce bone and burns; And vertically self tapping groove belongs to front clearance structure, the bone bits that produce in self tapping process cannot discharge or hold, and make the corner of vertical self tapping groove occur stress concentration, make implantation body produce micro-crack cracking at fluting place, cause planting unsuccessfully.Although skewed slot and implant axis are to having formed certain cutting angle, cause skewed slot more easily to cut than vertical self tapping groove, but being limited to the elongated cylindrical structural feature of implantation body, the angle of skewed slot fluting and the length of fluting restrict the included angle that cannot reach desirable and desirable fluting volume each other.
In addition on the one hand, existing base station and implantation body adopt four jiaos, hexagonal and anistree equal angles type to be connected, and this connected mode is prone to base station and implantation body produces micro-rotation, and osseous tissue healing rate is slow, the very difficult assurance of primary stability; And make implantation body part occur stress concentration, cause frontal resorption.Even if adopt central bolt in addition fastening, because implantation body is undersized with base station, cannot in production, accomplish fitting together perfectly truly, trickle rotation cannot be avoided.In the time there is trickle rotation, the face of angle type connection script and the Stress Transfer of face have just become the Stress Transfer of line and face, when stress is excessive or when long stress accumulation, just easily cause damage and the degeneration of junction, the rotation of implantation body and base station, loosening, thereby make manual tooth planting's failure, all that has been achieved is spoiled.
Utility model content
The purpose of this utility model is, during for the plantation of above-mentioned existing implantation body, difficult cutting, the too high bone that causes of cutting force are burnt; The bone bits that produce in self tapping process cannot discharge or hold, and cause manual tooth planting's failure; Implantation body and base station are loosening, cause low problem of Dental Implant life-span, propose a kind of manual tooth planting's system, when this implanting body of artificial tooth plantation, cutting force and extruding force are reasonable, local stress to plantation place osseous tissue is low, the generation that has effectively reduced or avoided bone to burn; This utility model manual tooth planting physical ability is held the bone bits that produce in self tapping process, shortens bone healing time; Effectively avoid implanting body of artificial tooth rotation and loosening generation, and then extended artificial tooth's service life.
For achieving the above object, the technical solution adopted in the utility model is: a kind of manual tooth planting's system, this manual tooth planting's system, comprise implanting body of artificial tooth (being called for short implantation body), base station and central bolt, described implantation body outer surface is provided with screw thread, described implantation body two ends are respectively cervical region and head, on the outer surface of described head, be provided with helical form self tapping groove, the hand of spiral of described helical form self tapping groove is identical with hand of thread spiral, and the lead angle of described helical form self tapping groove is different from the lead angle of screw thread.Described base station be provided with match with implantation body connecting hole plant body linkage section, described base station inside is provided with the shoulder hole matching with central bolt, in described implantation body connecting hole, is provided with the female thread matching with central bolt external screw thread.The screw rod of described central bolt, through the screw-internal thread fit of shoulder hole and implantation body, can be realized the fixing of implanting body of artificial tooth, base station and central bolt.
Further, described self tapping groove is made up of two arc surfaces, and the binding site of two arc surfaces is tangent connection.
Further, described self tapping groove number is more than two, and described more than two self tapping groove is distributed on the outer surface of head.
Further, described head is frustum, and the bigger diameter end of described head frustum is near cervical region, and described head is arc surface away from one end of cervical region; Described cervical region is frustum, and the bigger diameter end of described cervical region frustum is near head.
Further, the degree of depth of described self tapping groove shoals to the bigger diameter end of head frustum gradually from the miner diameter end of head frustum.
Further, described implant diameter is L, and L is long is 4mm-18mm; The maximum radius of described implantation body head is R, and L ︰ R is 1.8-3, and the radius of described head arc surface is no more than 1/2L; The length of described self tapping groove is 1/5L-7/10L, and the degree of depth of described self tapping groove is less than 1/2R.
Further, described implantation body outer surface thread is asymmetric double thread, and the angle of asymmetric double thread lower limb and horizontal plane is 15 °-20 °, is preferably 15 °; The angle of top edge and horizontal plane is 30 °-40 °, is preferably 35 °.The pitch of described asymmetric double thread is 1/10L, and the depth of thread is no more than 1/5R.
Further, described implantation body is provided with connecting hole, and described connecting hole is coaxial with implantation body, and described connecting hole comprises coaxial conical bore, quincunx hole, cylindrical hole and the tapped blind hole connecting in turn, described conical bore is near connecting hole opening, and described conical bore is the conical bore that meets Morse's taper; Described quincunx hole is that cross section is quincuncial through hole.
This utility model implanting body of artificial tooth system structure is reasonable, compact, has the following advantages compared with prior art:
1. this utility model manual tooth planting system is in the process screwing in, self tapping groove anterior angle (miner diameter end) contacts gradually with osseous tissue, laddering incision make cutting force and extruding force more reasonable, the power of all directions is more balanced, guarantee the implantation precision of implantation body, effectively avoid causing because cutting force is too low difficult cutting, the too high situation that causes bone to burn of cutting force.According to mechanics principle, spiral groove screw tap is than the fast 30%-50% of the cutting speed of vertical slots screw tap, this utility model helical form self tapping groove be arranged on the cutting speed that has improved to a certain extent implantation body.This utility model implanting body of artificial tooth screw in time cutting edge screw in successively, from vertical self tapping groove cutting edge concentrate on single line different, this utility model implantation body rotate vibration smaller, be not easy stuck.The distinctive rear chip removal feature of helical form self tapping groove, can avoid bone bits to pile up build-up of pressure and increase the risk that makes alveolar bone cracking, also can make osseous tissue produce certain extruding, increases the stability at initial stage.
2. this utility model draws suitable self tapping groove size and the tangent design of two arc surface by computer simulation, makes it just to hold the bone bits that produce in self tapping process, and accelerated bone healing, reduces operating procedure, reduces patient suffering and realizes load at once.Avoid the bone bits that produce in existing implantation body self tapping process to discharge or to hold, thereby caused occurring stress concentration in the corner of self tapping groove, made implantation body produce micro-crack at fluting place, caused planting failed situation.
3. implantation body and base station adopt the connected mode of Morse's cone face (conical bore)+quincunx cylinder (quincunx hole), and coordinate with cylinder (cylindrical hole) spigot surface.This fit system has higher sealing, good anti-rotatory, accurate polarization and assembles feature smoothly, has effectively avoided the rotation of implantation body and base station and loosening generation, and then has increased the life-span of Dental Implant.
accompanying drawing explanation
Fig. 1 is the front view of this utility model implanting body of artificial tooth;
Fig. 2 is the axonometric chart of this utility model implanting body of artificial tooth;
Fig. 3 is the enlarged drawing of fine thread in Fig. 1;
Fig. 4 is the enlarged drawing of coarse-pitch thread in Fig. 1;
Fig. 5 is the upward view of Fig. 1;
Fig. 6 is the top view of Fig. 1;
Fig. 7 is the three-dimensional exploded view of this utility model manual tooth planting system.
the specific embodiment
The utility model discloses a kind of manual tooth planting's system that can be widely used in various anodontia implant prostheses processes.This manual tooth planting's system comprises implanting body of artificial tooth, base station and central bolt, and implanting body of artificial tooth and base station are fixed by central bolt.
Manual tooth planting's external surface is provided with screw thread, and implantation body two ends are respectively cervical region and head, is provided with helical form self tapping groove on the outer surface of head, and the hand of spiral of helical form self tapping groove is identical with hand of thread spiral.The lead angle of helical form self tapping groove is different from the lead angle of screw thread, and to prevent that bone bits are by outside self tapping groove and screw thread discharge implantation body, the lead angle of common described helical form self tapping groove is greater than the lead angle of screw thread.Self tapping groove described in the utility model is the cell body of length direction both ends open, and this cell body is made up of two arc surfaces, and the binding site of two arc surfaces is tangent connection, and showing as connection does not smoothly have the angle of projection or depression, two arc surface radius differences.This self tapping groove can be realized self tapping function in implantation body's implantation process.The number of this utility model self tapping groove is more than two, and more than two self tapping groove is distributed on the outer surface of head, and adjacent self tapping separation is identical.The preferred number of described self tapping groove is three.This utility model self tapping groove in the shape of a spiral, make implantation body in the process screwing in, self tapping groove anterior angle contacts gradually with osseous tissue, make cutting force and extruding force more reasonable, avoid bone injury, simultaneously helical form fluting is than the easier hold bone bits of general fluting, reduces or avoids the resistance of implantation body in screw-in process gradually, can effectively improve anti-rotatory and the stability of implantation body after self tapping groove hold bone bits.
The head of this utility model implantation body is frustum, the structure of head and natural root of the tooth is approached, to improve the long-time stability of implantation body.The angle of this utility model head frustum conical surface and horizontal plane is about 70 °-85 °, and the bigger diameter end of head frustum is near cervical region.Head is arc surface away from one end of cervical region, arc surface the stress that can effectively disperse head is set, reduce the damage to spongy bone.This utility model cervical region is frustum, and the angle of the cervical region frustum conical surface and horizontal plane is about 80 °-85 °, and the bigger diameter end of cervical region frustum is near head, and cervical region frustum can promote BMP(induced osteogenesis albumen) release, accelerated bone integrate.Be appreciated that between described cervical region and head and can also be provided with changeover portion, this changeover portion includes but not limited to cylinder.
The degree of depth of this utility model self tapping groove shoals to the bigger diameter end of head frustum gradually from the miner diameter end of head frustum, in order to realize bone extrusion effect, and the volume of this utility model self tapping groove and be advisable consistent with osseous tissue volume after screw thread extruding.
Setting this utility model implant diameter is L, and according to Asian oral environment and operation technique requirement, described L is long is 4mm-18mm.Described implantation body head radius maximum radius is R, and L ︰ R is 1.8-3.The radius of described head arc surface is no more than 1/2L, and the height of described cervical region frustum is 1/20L-1/10L.The opening angle of self tapping groove is 90 °-140 °, is preferably 120 °, and described self tapping groove fluting Guo Shenyishi implantation body in use ruptures.The degree of depth of self tapping groove described in the utility model is less than 1/2R, to guarantee the structural strength of implantation body.Described self tapping slot length is 0.5R-1.5R, is preferably R.Described self tapping groove cambered surface radius is 1/2R-1R, is preferably 1/2R.
Implantation body's outer surface thread is asymmetric double thread, and the described asymmetric cross section that refers to screw thread is not axisymmetric shape, and the angle of asymmetric double thread lower limb and horizontal plane is 15 °-20 °, is preferably 15 °; The angle of top edge and horizontal plane is 30 °-40 °, is preferably 35 °.The pitch of described asymmetric double thread is 1/10L-1/8L, is preferably 1/10L, and the depth of thread is no more than 1/5R.Described exterior is provided with fine thread, and described head outer surface is provided with coarse-pitch thread.Fine thread can increase the contact area of implantation body and osseous tissue, is beneficial to Level of Alveolar Bone and integrates and can prevent the intrusion of antibacterial and pollutant, and coarse-pitch thread can shorten operating time.The coarse-pitch thread depth of thread is 2-3 times of the fine thread depth of thread, is preferably 2.5 times, and described coarse-pitch thread is double thread, and helical pitch is the pitch of twice, and this arranges and can effectively shorten operating time.
Implantation body is provided with connecting hole, and connecting hole opening is arranged on cervical region one end away from head, and connecting hole is coaxial with implantation body, and connecting hole comprises coaxial conical bore, quincunx hole, cylindrical hole and the tapped blind hole connecting in turn.Conical bore is near connecting hole opening, and conical bore is the conical bore that meets Morse's taper; Quincunx hole is that cross section is quincuncial through hole, and its petal number is not limit, and is preferably hexagonal Flos Mume.The angle that this utility model meets between bus and the vertical curve of conical bore of Morse's taper is 10-15 °, and the degree of depth of conical bore is about 2/3rds of quincunx hole depth.Wherein conical bore, quincunx hole can be realized and the coordinating of base station; Cylindrical hole provides cylinder spigot surface for base station; Tapped blind hole and central bolt double-screw bolt threaded engagement.
Base station be provided with match with implantation body connecting hole plant body linkage section, base station inside is provided with the shoulder hole matching with central bolt, in implantation body's connecting hole, be provided with the female thread matching with central bolt external screw thread, the screw rod of central bolt, through the screw-internal thread fit of shoulder hole and implantation body, can be realized the fixing of implanting body of artificial tooth, base station and central bolt.
Particularly, this utility model base station two ends are respectively corona linkage section and plant body linkage section, corona linkage section and planting in the middle of body linkage section for wearing gum section, and corona linkage section is the frustum with two sections of taperings.Described frustum top (away from the one end of wearing gum section) tapering is 2 °-10 °, is preferably 6 °; Frustum bottom (near the one end of wearing gum section) tapering is 2 °-10 °, is preferably 3 °; Two sections of upper and lowers aspect ratio is 3:1-2, is preferably 3:1.The top of corona linkage section is provided with cutting groove vertically, and this cutting groove not only can be located corona, and plays anti-turning effort.Corona linkage section is arc transition with the junction of wearing gum section.Wear the asymmetrical taper seat that frustum that gum section comprises coaxial setting and simulating nature gingiva shape are repaired for aesthetics, according to Asian oral environment and operation technique requirement, wear gum section and be highly no more than 6mm.The diameter of base station diameter maximum is greater than the diameter of implantation body.
The body linkage section of planting of base station matches with the connecting hole of implantation body, the body linkage section of planting that is base station is provided with the cone, quincunx post and the cylinder that match with implantation body conical bore, quincunx hole and cylindrical hole, and the miner diameter end of wherein said cone is connected with quincunx post.Base station coordinates with the conical bore that implantation body adopts, conical surface presses close to form cold welding effect mutually, effectively prevents the generation of micro-leakage, eliminates the fine motion between base station and implantation body, and gmatjpdumamics is separated into axially and both direction radially, prevents that stress concentrations and central bolt from fractureing.Base station adopts the anti-rotation in quincunx hole to coordinate with implantation body, increase contact area, improve base station and be connected fastening stability with implantation body, even if can not destroy its inner geometry under higher stress, compare common hexagon by the quincunx connection of mechanical test and connect the stress concentration that can be reduced by least 30 percent.Base station adopts face of cylinder guiding to coordinate with implantation body, is convenient to base station to be inserted in implantation body, and cylindrical edge is provided with fillet, can make assembling action more smooth and easy.
On central bolt screw rod, being provided with axis angle near one end of bolt head is the taper seat of 30 °, taper seat coordinates with corresponding taper seat in base station inner step hole, can avoid this cooperation place to form right angle corner, reduce the stress concentration of corner, increase and be fastenedly connected stability.In central bolt head, be provided with hexagonal wrench hole, be convenient to slewing maneuver central bolt.
This utility model manual tooth planting system is prepared from by titanium or the high metal material of the other biological compatibility.
The implantation methods of this utility model manual tooth planting system, specifically comprises the following steps:
Soft tissue is cut at position in needs of patients plantation, use borer boring in advance on the alveolar bone that need to plant tooth through the soft tissue cutting, the diameter in hole is slightly less than implantation body's external diameter, then implantation body is screwed in hole until implant neck is equal with bone plane away from one end of head;
The body linkage section of planting of base station is inserted in the connecting hole of implantation body, makes base station plant body linkage section and coordinate with the anti-spin orientation in quincunx hole of implantation body and the cooperation of cylindrical hole guiding.
The screw rod of central bolt, through the screw-internal thread fit of shoulder hole and implantation body, can be realized the fixing of implanting body of artificial tooth, base station and central bolt
Below in conjunction with specific embodiment, this utility model is further illustrated:
The present embodiment discloses a kind of manual tooth planting's system, as shown in Figure 7, comprises implanting body of artificial tooth 1, base station 2 and central bolt 3.This manual tooth planting's system adopts pure titanium to make.
As shown in Figure 1, implantation body's 1 outer surface is provided with screw thread, implantation body 1 two ends are respectively cervical region 19 and head 18, on the outer surface of head 18, be provided with helical form self tapping groove 11, the hand of spiral of helical form self tapping groove 11 and the hand of spiral of screw thread are dextrorotation, and the lead angle of helical form self tapping groove 11 is greater than the lead angle of screw thread.Self tapping groove 11 is made up of the first arc surface 111 and the second arc surface 112, and the binding site of the first arc surface 111 and the second arc surface 112 is tangent connection, can avoid angle to be recessed at the stress concentration of corner, improves implantation body's 1 intensity.The present embodiment head 18 is frustum, and the tapering conical surface of head frustum and the angle of horizontal plane are about 80 °, and the bigger diameter end of head 18 frustums is near cervical region 19, and head 18 is arc surface 10 away from one end of cervical region 19; Cervical region 19 is frustum, and the bigger diameter end of cervical region 19 frustums is near head 18.The degree of depth of self tapping groove 11 shoals to the bigger diameter end of head 18 frustums gradually from the miner diameter end of head 18 frustums, and the volume of self tapping groove 11 is with consistent with osseous tissue volume after screw thread extruding.
In the present embodiment, implantation body's 1 length L is 10mm.Implantation body's 1 head 18 radius maximum radiuses are R, and L ︰ R is 2.The radius of head 18 arc surfaces is no more than 1/2L, and the height of cervical region 19 frustums is 1/15L.The length of self tapping groove 11 is 1/2L, and the opening angle of self tapping groove 11 is 120 °, and self tapping groove 11 degree of depth are less than 1/2R.
As shown in Figure 3 and Figure 4, implantation body's 1 outer surface thread is asymmetric double thread, and the included angle B of asymmetric double thread lower limb and horizontal plane is 15 °, and the included angle A of asymmetric double thread top edge and horizontal plane is 35 °.The pitch of described asymmetric double thread is 1/10L, and the depth of thread is no more than 1/5R.Described exterior is provided with fine thread 13, and head outer surface is provided with coarse-pitch thread 12.The depth of thread of coarse-pitch thread 12 is 2.5 times of fine thread 13 depths of thread.
As shown in Figure 2 and Figure 6, implantation body 1 is provided with connecting hole, connecting hole opening is arranged on cervical region 19 one end away from head 18, connecting hole is coaxial with implantation body 1, connecting hole comprises coaxial conical bore 14, quincunx hole 15, cylindrical hole 16 and the tapped blind hole 17 connecting in turn, conical bore 14 is near connecting hole opening, and conical bore 14 is for meeting the conical bore of Morse's taper.The angle meeting between bus and the vertical curve of conical bore 14 of Morse's taper is 15 °, and the degree of depth of conical bore is quincunx hole depth 2/3rds.
Central bolt 3 screw rod 32 bottoms are furnished with binding thread 31, and it is the taper seat 33 of 30 ° that screw rod 32 is provided with axis angle near one end of head 34, and taper seat 33 coordinates with corresponding taper seat in base station 2 inner step holes.In central bolt 3 heads 34, be provided with hex wrench hole 35, for slewing maneuver central bolt 3.
The screw rod 32 of central bolt 3, through the shoulder hole of base station 2 and the screw-internal thread fit of implantation body 1, can be realized the fixing of implanting body of artificial tooth 1, base station 2 and central bolt 3.
The implantation methods of the present embodiment manual tooth planting system comprises the following steps: first on the position of needs of patients plantation, soft tissue is cut, use borer boring in advance on the alveolar bone that need to plant tooth through the soft tissue cutting, the diameter in hole will be slightly less than the external diameter of implantation body 1, then by instrument, implantation body 1 is screwed in hole until implantation body's 1 cervical region 19 is equal with bone plane away from one end of head 18.Implantation body 1 is in the process screwing in, self tapping groove 11 anterior angles are organized gradually and are contacted with alveolar bone, make cutting force and extruding force more reasonable, avoid bone injury, helical form self tapping groove 11 is than the easier hold bone bits of general fluting simultaneously, make implantation body 1 not being obstructed in screw-in process gradually, after self tapping groove 11 hold bone bits, can effectively improve anti-rotatory and the stability of implantation body.
The body linkage section of planting of base station 2 is inserted in the connecting hole of implantation body 1, realizing taper seat is sealed and matched, the anti-spin orientation of quincunx post coordinates and cylinder guiding coordinates, be implantation body's 1 inner circle taper hole 14 with base station Morse's taper cone 26 close and, the interior quincunx hole 15 of implantation body 1 coordinates with the quincunx post 24 of base station, and the interior cylindrical hole 16 of implantation body 1 coordinates with base station 2 cylinders 22.
The screw rod 32 of central bolt 3, through the shoulder hole of base station 2 and the screw-internal thread fit of implantation body 1, can be realized the fixing of implanting body of artificial tooth 1, base station 2 and central bolt 3.
Experimental results show that this manual tooth planting's system initial planting stability and intensity are high, local stress is little, and healing time is short, can effectively avoid rotation and loosening generation, long service life.
Be appreciated that; this utility model is not limited to manual tooth planting's system that above-described embodiment is recorded, and the change of the inner connecting hole shape of the change of the change of each part dimension, the change of self tapping groove shape, self tapping groove direction of rotation and implantation body is all within protection domain of the present utility model.
Finally it should be noted that: above each embodiment, only in order to the technical solution of the utility model to be described, is not intended to limit; Although this utility model is had been described in detail with reference to aforementioned each embodiment, those of ordinary skill in the art is to be understood that: its technical scheme that still can record aforementioned each embodiment is modified, or some or all of technical characterictic is wherein equal to replacement; And these modifications or replacement do not make the essence of appropriate technical solution depart from the scope of the each embodiment technical scheme of this utility model.
Claims (8)
1. manual tooth planting's system, it is characterized in that, comprise implanting body of artificial tooth, base station and central bolt, described manual tooth planting's external surface is provided with screw thread, described implanting body of artificial tooth two ends are respectively cervical region and head, on the outer surface of described head, be provided with helical form self tapping groove, the hand of spiral of described helical form self tapping groove is identical with hand of thread spiral, and the lead angle of described helical form self tapping groove is different from the lead angle of screw thread;
Described base station be provided with match with implantation body connecting hole plant body linkage section, described base station inside is provided with the shoulder hole matching with central bolt, in described implantation body connecting hole, be provided with the female thread matching with central bolt external screw thread, the screw rod of described central bolt is through the screw-internal thread fit of shoulder hole and implantation body.
2. manual tooth planting's system according to claim 1, is characterized in that, described self tapping groove is made up of two arc surfaces, and the binding site of two arc surfaces is tangent connection.
3. according to manual tooth planting's system described in claim 1 or 2, it is characterized in that, described self tapping groove number is more than two, and described more than two self tapping groove is distributed on the outer surface of head.
4. manual tooth planting's system according to claim 1, is characterized in that, described head is frustum, and the bigger diameter end of described head frustum is near cervical region, and described head is arc surface away from one end of cervical region; Described cervical region is frustum, and the bigger diameter end of described cervical region frustum is near head.
5. manual tooth planting's system according to claim 4, is characterized in that, the degree of depth of described self tapping groove shoals to the bigger diameter end of head frustum gradually from the miner diameter end of head frustum.
6. manual tooth planting's system according to claim 1, is characterized in that, described implant diameter is L, and L is long is 4mm-18mm; The maximum radius of described implantation body head is R, and L ︰ R is 1.8-3, and the length of described self tapping groove is 1/5L-7/10L, and the degree of depth of described self tapping groove is less than 1/2R.
7. manual tooth planting's system according to claim 6, it is characterized in that, described implantation body outer surface thread is asymmetric double thread, the angle of described asymmetric double thread lower limb and horizontal plane is 15 °-20 °, the angle of described asymmetric double thread top edge and horizontal plane is 30 °-40 °, the pitch of described asymmetric double thread is 1/10L, and the depth of thread is no more than 1/5R.
8. manual tooth planting's system according to claim 1, it is characterized in that, described implantation body is provided with connecting hole, described connecting hole is coaxial with implantation body, described connecting hole comprises coaxial conical bore, quincunx hole, cylindrical hole and the tapped blind hole connecting in turn, described conical bore is near connecting hole opening, and described conical bore is the conical bore that meets Morse's taper; Described quincunx hole is that cross section is quincuncial through hole.
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| CN201320731695.1U CN203609531U (en) | 2013-11-18 | 2013-11-18 | Artificial tooth implanting system |
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| CN201320731695.1U CN203609531U (en) | 2013-11-18 | 2013-11-18 | Artificial tooth implanting system |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103550004A (en) * | 2013-11-18 | 2014-02-05 | 大连三生科技发展有限公司 | Artificial dental implant, artificial dental implanting system and implanting method |
| CN106491226A (en) * | 2016-12-23 | 2017-03-15 | 大连三生科技发展有限公司 | A kind of implant system with straight base station |
| CN106725929A (en) * | 2016-12-23 | 2017-05-31 | 大连三生科技发展有限公司 | A kind of straight base station implant system of titanium zirconium anti-rotation |
| CN106923919A (en) * | 2017-03-29 | 2017-07-07 | 西安康拓医疗技术有限公司 | A kind of personalized planting body base station component |
| CN109567983A (en) * | 2018-11-28 | 2019-04-05 | 北京航空航天大学 | Horn-like implantation material and its method for implantation |
| CN111658197A (en) * | 2020-06-23 | 2020-09-15 | 西安交通大学口腔医院 | Dental implant |
-
2013
- 2013-11-18 CN CN201320731695.1U patent/CN203609531U/en not_active Withdrawn - After Issue
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103550004A (en) * | 2013-11-18 | 2014-02-05 | 大连三生科技发展有限公司 | Artificial dental implant, artificial dental implanting system and implanting method |
| CN103550004B (en) * | 2013-11-18 | 2016-08-17 | 大连三生科技发展有限公司 | Implanting body of artificial tooth and implanting body of artificial tooth system |
| CN106491226A (en) * | 2016-12-23 | 2017-03-15 | 大连三生科技发展有限公司 | A kind of implant system with straight base station |
| CN106725929A (en) * | 2016-12-23 | 2017-05-31 | 大连三生科技发展有限公司 | A kind of straight base station implant system of titanium zirconium anti-rotation |
| CN106923919A (en) * | 2017-03-29 | 2017-07-07 | 西安康拓医疗技术有限公司 | A kind of personalized planting body base station component |
| CN109567983A (en) * | 2018-11-28 | 2019-04-05 | 北京航空航天大学 | Horn-like implantation material and its method for implantation |
| CN111658197A (en) * | 2020-06-23 | 2020-09-15 | 西安交通大学口腔医院 | Dental implant |
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