CN203885522U - X-ray plate holding device for occlusion positioning - Google Patents
X-ray plate holding device for occlusion positioning Download PDFInfo
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- CN203885522U CN203885522U CN201420155728.7U CN201420155728U CN203885522U CN 203885522 U CN203885522 U CN 203885522U CN 201420155728 U CN201420155728 U CN 201420155728U CN 203885522 U CN203885522 U CN 203885522U
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- sheet device
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Abstract
The utility model relates to an X-ray plate holding device for occlusion positioning. The X-ray plate holding device comprises a substrate, a first deformation material, a second deformation material and a clamping element, and is used by matching with an X-ray plate and an X-ray machine irradiation tube. The top face and the bottom face of the substrate are respectively provided with a first positioning part for installing the first deformation material, and a second positioning part for installing the second deformation material; the clamping element is arranged on the side face of the substrate and is provided with a clamping space for clamping the X-ray plate. The first deformation material and the second deformation material on the upper and lower end faces of the substrate are subjected to occlusion of teeth of a patient to form a first three-dimensional tooth imprint and a second three-dimensional tooth imprint corresponding to the shapes and states of the teeth, the first three-dimensional tooth imprint and the second three-dimensional tooth imprint form a level device which can be repeatedly used and leveled, the substrate can be positioned to the same position of the mouth cavity of the patient through the level device, and thus track treatment by dentists or use in the implant surgery are facilitated.
Description
Technical field
This utility model relates to a kind of X-ray that can reuse location and holds sheet device, particularly a kind ofly sees through dental surface shape moulding and is positioned the same position in sufferer oral cavity, is convenient to follow the trail of diagnose or X-ray when correction value body is held sheet device.
Background technology
Along with the lifting to quality of life, people also focus on more for the image of appearance, have tooth, denture and face healthy, attractive in appearance and that function is good, contribute to expand social circle, amplification working opportunity and increase self-confidence, therefore the pathogenic wind of orthodontics, the rectification of tooth jaw and Dentition correcting is very prevailing, more creates a beautiful smile that can share with people at any time when promoting dental health.
Before dentist's office is corrected and planted body implant surgery, sufferer must be carried out the inspection and evaluation of complete mouthful, allows dentist can understand two interdental root of the tooth position relationships of sufferer, so that dentist can be implanted in tooth and interdental gap the suitably big or small body of planting.But traditional inspection and evaluation need be put into X-ray at intraoral two teeth of sufferer, and irradiates after X-ray, wait for that X-ray develops, allow dentist judgement be applicable to planting the implantation point of body.
Although so detecting the mode of assessment simply saves trouble, but in the process of irradiation X-ray, easily because the improper or error in manual operation, cause X-ray malposition in sufferer mouth, thereby cannot know and express tooth and interdental relative position, therefore, often need ancillary cost time and material cost again to irradiate again.In addition, although tooth and interdental relative position can be known expression on X-ray, allow dentist where understand implantation position, still cannot implant this implantation position by planting body exactly, one also likely injures because of carelessness root of the tooth, causes unnecessary injury.
Another kind of detection mode is that sharp computerized tomography is launched a kind of X ray to tooth, the 3-D technology of recycling computer reconstructs stereoscopic image, therefore, there is at leisure a little dentist to start to utilize computerized tomography to carry out the assessment operation before corrective procedure, facilitate dentist to judge whether suitable implantation space, can accurately implant default implantation space by planting body although utilize computerized tomography by dentist, but it is so high to utilize computerized tomography to assess the expense of operation, is not the medical expense that general sufferer can be born.
In view of this, tradition is planted assessment before body implant surgery for rectification and is detected and still have in the use weak point, have in fact create a kind of in the time estimating diagnosis, quick interpretation can be provided and there is the X-ray of measuring standard accurately hold sheet device.
Utility model content
Main purpose of the present utility model is that overhead traveling crane and electroplating bath fell in the very first time of target, gives the alarm and allows operator in time overhead traveling crane be decommissioned, and effectively reduces unexpected generation.
Main purpose of the present utility model is that X-ray can be held to sheet thinks highly of the same position being positioned to again in oral cavity, is convenient to dentist and carries out follow-up tracking treatment or plant body operation using.
Secondary objective of the present utility model is to allow dentist understand fast sufferer tooth and interdental root of the tooth position relationship, makes to plant physical ability and implants exactly again fast best implantation point, reduces because manual operation is improper or the situation of error wounded person root of the tooth.
Another object of the present utility model is according to the difference of planting body implantation sufferer oral cavity interior location, the annexation between assembly to be made to different groups and connect variation, makes X-ray hold sheet device and can be useful in the position, various oral cavity such as cheek side or tongue side.
Another object again of the present utility model is physical size and the gingival position according to sufferer tooth, group between conversion assembly connects sample state, and then relative position between change assembly, make X-ray hold sheet device to plant for the teeth of different sizes the detection and localization of body.
For achieving the above object, the technical solution adopted in the utility model is:
The X-ray of snap-in location is held a sheet device, coordinates an X-ray and an X-ray machine exposure tube to use, and it is characterized in that comprising:
One pedestal, is respectively equipped with one first location division and one second location division at its end face and bottom surface;
One first deformation material, is installed in described the first location division;
One second deformation material, is installed in described the second location division; And
One clamping piece, is installed in described pedestal side, and has the grasping part of a clamping described X-ray;
Wherein, described the first deformation material and the second deformation material are subject to respectively upper and lower row's dental articulation distortion in sufferer oral cavity, the end face that causes described the first type to become material forms the first three-dimensional tooth seal of arranging tooth sample state in a corresponding sufferer, and the bottom surface of described Second-Type change material forms the second three-dimensional tooth seal of arranging tooth sample state under a corresponding sufferer, and print with the second three-dimensional tooth and print the common level device that forms a use repeatly para-position by described the first three-dimensional tooth.
In technical scheme preferably: described X-ray is held sheet device and further comprised a lowering or hoisting gear, and described lowering or hoisting gear is located between described pedestal and clamping piece, is used for adjusting the relative height relation between described clamping piece and pedestal.
In technical scheme preferably: described lowering or hoisting gear comprises a plurality of locating holes that pedestal side presents differing heights that are positioned at, and the locating piece being arranged on described clamping piece, described locating piece is assembled in one of them of described a plurality of locating holes and is fixed.
In technical scheme preferably: be provided with a measuring basis part that is installed in described pedestal on the face of described pedestal with respect to described clamping piece, described measuring basis part has a Measurement scales, and described X-ray is parallel to Measurement scales.
In technical scheme preferably: be provided with an adjusting device between described pedestal and measuring basis part, for changing the spacing distance between described measuring basis part and clamping piece.
In technical scheme preferably: described adjusting device is provided with the extension of distance between the described measuring basis part of an increase and clamping piece, the first connecting portion of described extension one end formation one and the assembling of described measuring basis part, other end formation one is installed in the second connecting portion of described pedestal.
In technical scheme preferably: described measuring basis part by transmissive wire rod or radiopaque material wherein a kind of material formed.
In technical scheme preferably: described clamping piece has clamping an of base and an elasticity, described base one end stretches out and forms at least one baffle plate, the other end is installed clamping of described elasticity, and jointly between clamping of described baffle plate and elasticity forms described grasping part.
In technical scheme preferably: described X-ray is held sheet device and is further provided with a locating rack, described locating rack has a locating rod that is installed in described pedestal, located the locating ring of described X-ray machine exposure tube by described locating rod pivot joint one, make described measuring basis part between described locating ring and clamping piece, and described locating ring, clamping piece and measuring basis part three are parallel to each other.
In technical scheme preferably: described locating rack and described measuring basis part are positioned at the same side of described pedestal.
In technical scheme preferably: described X-ray is held sheet device and further comprised a handle, and described handle wears and is fixed on described base interior.
In technical scheme preferably: described X-ray is held sheet device and also comprised a locating rack, described locating rack has an assembled portion that is installed on described handle, and extend one by described assembled portion can be across the locating rod of establishing cheek, located again the locating ring of described X-ray machine exposure tube by described locating rod pivot joint one, make described measuring basis part between described locating ring and clamping piece, and described locating ring, clamping piece and measuring basis part three are parallel to each other.
Moreover, between between described pedestal side and handle and described pedestal side and locating rack, adopt charge-coupled of mutually corresponding gluing assembly, card fixing component, snapping assembly or down wherein a kind of structure mutually group connect.
Feature of the present utility model is that the first type change material and the Second-Type change material that are positioned at pedestal upper and lower surface are subject to sufferer dental articulation, the the first three-dimensional tooth that forms corresponding dental surface prints with the second three-dimensional tooth and prints, and then print with the second three-dimensional tooth and print the level device of formation jointly through the first three-dimensional tooth, make pedestal repeatability be positioned over the same position in sufferer oral cavity, so that dentist is followed the trail for the treatment of or planted the use that body is performed the operation.
In addition, present Duplicate Samples state and coordinate base top surface and the first type that bottom surface respectively has a fixing teeth becomes material and Second-Type change material by measuring basis part and the X-ray that is clamped on grasping part, make to irradiate out the relativeness that X-ray can present the Measurement scales of tooth and measuring basis part, allow dentist can understand fast the position relationship between tooth and root of the tooth, and then make to plant physical ability and implant accurately again default implantation point fast, and can reduce because of operation personal error wounded person root of the tooth situation.
In addition, connecing state by the group between pedestal, handle and locating rack three can, according to the difference of planting body implantation sufferer oral cavity interior location, produce different groups and connect variation, makes X-ray can hold sheet device and is applicable to the position, various oral cavity such as cheek side and tongue side.
Moreover, there is lowering or hoisting gear and pedestal and measuring basis part by pedestal and clamping piece and there is adjusting device, make the dentist can be according to the physical size of sufferer tooth and gingiva line position, the group that is used for changing between pedestal, clamping piece and measuring basis part three connects sample state, makes X-ray hold sheet device to plant for the physical size of different dental and gingiva line position the detection and localization of body.
Brief description of the drawings
Fig. 1 is the exploded view of this utility model the first preferred embodiment;
Fig. 2 is the schematic diagram of this utility model Measurement scales;
Fig. 3 is the schematic diagram that sufferer interlock the first type becomes material and Second-Type change material;
Fig. 4 is the cutaway view of Fig. 3;
Fig. 5 is the schematic diagram of pedestal installing measuring basis part and locating rack
Fig. 6 is the schematic diagram of X-ray machine exposure tube illumination of teeth;
Fig. 7 is the schematic diagram of X-ray display measurement standard and tooth;
Fig. 8 is the schematic diagram of preparing to plant body;
Fig. 9 is the schematic diagram of this utility model the second preferred embodiment;
Figure 10 is the schematic diagram of Fig. 9 using state;
Figure 11 is the schematic diagram of this utility model the 3rd preferred embodiment;
Figure 12 is the schematic diagram of Figure 11 using state;
Figure 13 is the schematic diagram of this utility model the 4th preferred embodiment;
Figure 14 is the schematic diagram of Figure 13 using state.
Description of reference numerals: the X-ray of 1-snap-in location is held sheet device; 10-pedestal; 11-the first location division; 12-the second location division; 13-through hole; 14-fixation holes; 15-locating hole; 16-bit block; 20-the first type becomes material; The three-dimensional tooth of 21-first prints; 22-the first fixture block; 30-Second-Type becomes material; The three-dimensional tooth of 31-second prints; 32-the second fixture block; 40-clamping piece; 41-base; 411-locating piece; 412-File plate; Clamping of 42-elasticity; 43-grasping part; 50-measuring basis part; 51-Measurement scales; 52-the first alignment mark; 53-the second alignment mark; 54-location structure; 60-locating rack; 61-assembled portion; 611-fixes groove; 62-locating rod; 63-locating ring; 64-bending section; 65-engages groove; 70-handle; 71-engages projection; 72-bends handle; 80-lowering or hoisting gear; 81-adjusting device; 811-extension; 812-the first connecting portion; 813-the second connecting portion; 82-X mating plate; 83-X ray machine exposure tube.
Detailed description of the invention
Hereby, for ease of further structure of the present utility model, use and feature thereof being had to clear and definite, the full and accurate understanding of darker one deck and understanding, preferred embodiment is enumerated in whence, coordinates diagram to be described in detail as follows:
Refer to shown in Fig. 1, in the first preferred embodiment, the X-ray of this utility model snap-in location is held sheet device 1 and is mainly become material 30, a clamping piece 40, a measuring basis part 50, a locating rack 60 and a handle 70 and formed by a pedestal 10, one first type change material 20, a Second-Type.
Described pedestal 10 is provided with one first location division 11 in end face, and there is one second location division 12 with respect to the opposite face of described the first location division 11, the adjacent surface at 12 two ends, described the second location division has a through hole 13 that runs through described pedestal 10, and between described the first location division 11 and the second location division 12, thering is at least one fixation holes 14 that is communicated with described pedestal both ends of the surface Shang Xia 10, described pedestal 10 is provided with a plurality of locating holes 15 that present differing heights adjacent to the surface of described fixation holes 14 again.
Described the first type change material 20 is installed in the first location division 11 of described pedestal 10, and described Second-Type change material 30 is installed in the second location division 12 of described pedestal 10.Wherein, described the first type change material 20 is subject to arranging up and down dental articulation in sufferer oral cavity with Second-Type change material 30 and can stretches out with irregular direction, the end face that causes described the first type to become material 20 forms the first three-dimensional tooth seal 21 of arranging tooth bottom shape sample state in a corresponding sufferer, and forms with respect to the opposite face of described the first three-dimensional tooth seal 21 the first fixture block 22 that wears described fixation holes 14; And described Second-Type becomes the bottom surface of material 30 and forms the second body tooth of arranging tooth end face shape sample state under a corresponding sufferer and print 31, and print 31 opposite face with respect to described the second three-dimensional tooth and form second fixture block 32 that wears described fixation holes 14.
Wherein, described the first type becomes the level devices of the first three-dimensional tooth seal 21 of material 20 and the common formation one energy use repeatly para-positions of the second three-dimensional tooth seal 31 of Second-Type change material 30.In a possible embodiments, described the first type become material 20 and Second-Type become material 30 be by Gypsum Fibrosum, resin, silica gel with or cured wherein one form.
Described clamping piece 40 is installed in the adjacent surface of described the first location division 11, and is made up of a base 41 and clamping 42 of elasticity.Described base 41 has the locating piece 411 of the described locating hole 15 of a cooperation, and upwards extend to form in one end Zhi Shao mono-File plate 412, the other end is installed described elasticity clamping 42, and the common grasping part 43 that forms between clamping 42 of described paper plate 412 and elasticity, wherein, the locating hole 15 of described pedestal 10 fixes mutually with the locating piece 411 of described base 41, jointly forms a lowering or hoisting gear 80 that is used for adjusting height relationships between described pedestal 10 and clamping piece 40.
Described measuring basis part 50 is positioned at the opposite face of described pedestal 10 with respect to described clamping piece 40, and has one with the Measurement scales 51 that transmission material is not made, and is interconnected by an adjusting device 81 between described pedestal 10 and measuring basis part 50.In the first preferred embodiment, described adjusting device 81 has the extension 811 of distance between the described measuring basis part 50 of an increase and clamping piece 40, first connecting portion 812 that is connected in described measuring basis part 50 is extended in described extension 811 one end, the other end has second connecting portion 813 that is installed in described pedestal 10, by the described extension 811 of different-thickness size, can be used for changing the distance and position between described measuring basis part 50 and clamping piece 40, and then described pedestal 10, between clamping piece 40 and measuring basis part 50 threes, can hold the tooth of different size shape.
But described measuring basis part 50 has described with the only use of convenient explanation of Measurement scales 51 that transmission material is not made, and do not limited the sample state of described measuring basis part 50, that is described measuring basis part 50 can be made up of Permeability wire rod.
Refer to shown in Fig. 2, described Measurement scales 51 is in being longitudinally provided with a plurality of the first alignment marks 52, and be laterally provided with a plurality of the second alignment marks 53, between described the first alignment mark 52 and the second alignment mark 53, form a plurality of location structures 54, as shown in the figure, by the letter symbol of sequentially arranging A, B and C in the first alignment mark 52, and described the second alignment mark 53 is sequentially arranged the I, II, III and the IV that there are Roman number, makes each location structure 54 have corresponding symbolic coding.
Refer to again shown in Fig. 1, described locating rack 60 has an assembled portion 61, described assembled portion 61 is installed in described pedestal 10, and the identical faces that be positioned at described pedestal 10 same with described measuring basis part 50, described assembled portion 61 stretches out and forms a positioning rod 62, described locating rod 62 pivot joints one and described clamping piece 40 and measuring basis part 50 present the locating ring 63 of same level position, and described locating ring 63 and described measuring basis part 50 are positioned at the same side of described pedestal 10, make described measuring basis part 50 between the locating ring 63 and described clamping piece 40 of described locating rack 60.
Described handle 70 is arranged in the through hole 13 of described pedestal 10.But, the group that described handle 70 is arranged in described through hole 13 connects only convenient explanation of relation, and the group being limited between described pedestal 10 and handle 70 connects relation, that is between described pedestal 10 two ends and handle 70, can adopt card fixing component, paste assembly, charge-coupled of down and snapping assembly wherein a kind of structure mutually group connect.
As shown in the figure, described measuring basis part 50 belows are provided with one and are stretched out and formed a bit block 16 by described pedestal 10, and the assembled portion 61 of described locating rack 60 is made as the fixing groove 611 of a corresponding described bit block 16, described bit block 16 and the mutual card of fixing groove 611 are established fixing, make the locating ring 63 of described locating rack 60 jointly present parastate with measuring basis part 50 with described clamping piece 40.
It is mainly to want to squeeze into oral cavity lip side and use planting body that the X-ray of this utility model the first preferred embodiment snap-in location is held sheet device 1.Refer to shown in Fig. 1, Fig. 3 and Fig. 4, first, gingival position by the base of described clamping piece 40 41 according to inside, sufferer oral cavity, by the locating piece 411 of described base 41 and the common described lowering or hoisting gear 80 forming of the locating hole of described pedestal 10 15, adjust the height relationships that described clamping piece 40 prints with respect to the three-dimensional tooth of described pedestal 10.
And in the physical size according to sufferer tooth, select the described extension 811 with suitable thickness, be installed in the opposite face of described pedestal 10 with respect to described clamping piece 40 by the second connecting portion 813 of described extension 811, make can hold the tooth with difformity size between described the first connecting portion 812 and described clamping piece 40, now, dentist can be by the preliminary definite implantation position of planting body implantation gingiva of described the first connecting portion 812, described pedestal 10 is subject to before sufferer arranges dental articulation up and down, can not produce excessive site error, and then the irradiation number of times of X-ray is irradiated in reduction.
Described the first type is become to material 20 and be installed in described pedestal 10 end faces, and described Second-Type change material 30 is installed in the opposite face of described pedestal 10 with respect to described the first type change material 20, described handle 70 is arranged in the through hole 13 of described pedestal 10, is convenient to dentist and by described handle 70, described pedestal 10 is moved between upper row's tooth and lower row's tooth.By the tooth of arranging up and down of sufferer, the first type change material 20 of described pedestal 10 end faces and bottom surface is carried out to snap-action with Second-Type change material 30 again, and described the first type becomes material 20 and Second-Type and becomes material 30 and be subject to sufferer and arrange up and down after dental articulation, can stretch out with irregular direction, the end face that causes described the first type to become material 20 forms the first three-dimensional tooth seal 21 of arranging tooth bottom shape sample state in a corresponding sufferer, and forms with respect to the opposite face of described the first three-dimensional tooth seal 21 the first fixture block 22 that wears described fixation holes 14; And described Second-Type becomes the bottom surface of material 30 and forms the second body tooth of arranging tooth end face shape sample state under a corresponding sufferer and print 31, and print 31 opposite face with respect to described the second three-dimensional tooth and form second fixture block 32 that wears described fixation holes 14.
Afterwards, described the first type is become to material 20 and carry out sclerosis means with Second-Type change material 30, be subject to arranging up and down tooth interlock once again even if make described the first type change material 20 become material 30 with Second-Type, also can not produce the variation on body.The the first three-dimensional tooth seal 21 that makes described the first type become material 20 prints the described level device of 31 common formation with the second three-dimensional tooth that Second-Type becomes material 30.
Refer to shown in Fig. 5, dentist grips described handle 70 taking-up is equiped with the pedestal 10 of described adjusting device 81 and clamping piece 40 subsequently, and an X-ray 82 is positioned over to the grasping part 43 of described clamping piece 40, and described X-ray 82 is subject to clamping 42 of described elasticity and the mutual clamping position of File plate 412, described measuring basis part 50 is buckled in the first connecting portion 812 of described extension 811, and assembled portion 61 snappings of described locating rack 60 are positioned the bit block 16 of described pedestal 10, again described pedestal 10 is put into sufferer oral cavity by described handle 70 and carry out snap-action, and mutually corresponding with the shape moulding of tooth bottom through described the first three-dimensional tooth seal 21 and the second three-dimensional tooth seal 31, make described pedestal 10 can be arranged in the same position in sufferer oral cavity.
Now, described X-ray 82 is positioned at tooth jaw side, and described measuring basis part 50 is positioned at tooth lip side, and described locating rack 60 is positioned at the oral external of sufferer, must be noted that Measurement scales 51 bottoms of described measuring basis part 50 must be higher than the gingiva line of sufferer.
Refer to shown in Fig. 6, one X-ray machine exposure tube 83 is positioned to the locating ring 63 of described locating rack 60, the Measurement scales 51 described X-ray machine exposure tube 83 corresponding to the X-ray 82 that is positioned at described grasping part 43 of described measuring basis part 50 presented after a plumbness, start to carry out image photographic, and after described X-ray 82 imagings, the X-ray of whole described snap-in location is held to sheet device 1 and take out from sufferer oral cavity by described handle 70.
Refer to shown in Fig. 7, because Measurement scales 51 bottoms of described measuring basis part 50 are higher than the gingiva line of sufferer, therefore, after described X-ray 82 irradiates via described X-ray machine exposure tube 83 images, described X-ray 82 can be known the Measurement scales 51 that shows tooth and interdental relative position and described measuring basis part 50, now, the image that dentist can show by described X-ray 82, judgement is planted the best of body and is implanted point.
Refer to shown in Fig. 8, confirming after described implantation point, described clamping piece 40 is removed from described pedestal 10 with locating rack 60, only leave described the first type and become material 20, Second-Type becomes material 30, measuring basis part 50 extensions 811 and handle 70, and grip described handle 70 described pedestal 10 is put be located at sufferer oral cavity on arrange between tooth and lower row's tooth, the the first three-dimensional tooth that coordinates again the first type described in sufferer interlock to become material 20 prints 21 the second three-dimensional teeth that become material 30 with Second-Type and prints 31, the Measurement scales 51 that makes described measuring basis part 50 with last time put that to establish position identical, afterwards, dentist is implanted some position according to the best on described measuring basis part 50, directly will plant body and implant sufferer tooth jaw side, so can will plant body implants between two teeth of sufferer exactly.
Plant body and implant sufferer tooth jaw rear flank, can preserve with the pedestal 10 that Second-Type becomes material 30 being equiped with described the first type change material 20, be convenient to dentist and make described pedestal 10 identical with the position of planting body through described the first three-dimensional tooth seal 21 and the second three-dimensional tooth seal 31, and carry out follow-up tracking and diagnosis for the body of planting of implanting.
Refer to shown in Fig. 9 and Figure 10, in the second preferred embodiment, and the first preferred embodiment difference is to be provided with between the assembled portion 61 of described locating rack 60 and described locating ring 63 bending section 64 that can be located at sufferer cheek, and dentist can coordinate described handle 70 by the bending section of described locating rack 60 64, described pedestal 10 is positioned over to the rear row's tooth in sufferer oral cavity, make described clamping piece 40 be positioned at tooth tongue side with X-ray 82, and described measuring basis part 50 and the first connecting portion 812 are positioned at tooth cheek side, thereby, after described X-ray 82 irradiates via described X-ray machine exposure tube 83 images, make described X-ray 82 can demonstrate the relative position relation figure of rear row's tooth, relatively can allow dentist implant the tooth cheek side of arranging tooth after sufferer by planting body.
Its group between relevant described pedestal 10, clamping piece 40, measuring basis part 50, locating rack 60 and handle 70 5 connects identical the first preferred embodiment of sample state, for irradiating fast the tooth cheek side of arranging tooth after sufferer, allow dentist will plant the tooth cheek side of arranging tooth after body is implanted exactly again fast, identical with the first preferred embodiment as for using method, not in this to go forth.
Refer to shown in Figure 11 and Figure 12, in the 3rd preferred embodiment, can plant body same with the second embodiment implanted rear tooth cheek side of arranging tooth, and described measuring basis part 50 is positioned at described tooth folder side, and described X-ray 82 is positioned at tooth tongue side, but be that with the first embodiment difference the assembled portion 61 of described locating rack 60 is sheathed on described handle 70, described handle 70 is provided with an engaging projection 71, and described locating rack 60 has one and engages the projection 71 engaging groove 65 of engaging location mutually with described, with making described locating rack 60 be positioned a fixed position, and then make to be articulated in the locating ring 63 of described locating rod 62, can present level with the Measurement scales of described measuring basis part 50 51 and the X-ray 82 that is positioned at grasping part 43.As for, the using method of the 3rd preferred embodiment is identical with the first preferred embodiment, therefore not in this to go forth.
Refer to shown in Figure 13 and Figure 14, in the 4th preferred embodiment, with pedestal 10 described in the 3rd preferred embodiment difference with respect to the same side of described measuring basis part 50 have one stretch out form one with the integrally formed bending handle 72 of described handle 70, and described bending handle 72 two ends are respectively through once bending, make the first location division 11 and second location division 12 and the mutual level of described handle 70 of described pedestal 10, and there is the sample state of high low head.It is identical with the first embodiment with using method, is repeated at this.
In sum, this utility model becomes material by the first type that is positioned at base top surface and bottom surface and Second-Type change material is subject to sufferer dental articulation, the first three-dimensional tooth that can form the moulding of corresponding tooth bottom shape prints with the second three-dimensional tooth and prints, and then see through the first three-dimensional tooth and print with the second three-dimensional tooth and print and make the resetting of pedestal energy to the same position in sufferer oral cavity, so that dentist can be followed the trail for the treatment of or plant the use that body is performed the operation.
In addition, measuring basis part is positioned at same plane with the X-ray that is clamped on grasping part and coordinates base top surface and three-dimensional tooth that bottom surface has a fixing teeth prints, make to irradiate out the Measurement scales relativeness that X-ray can present tooth and measuring basis part, allow dentist can understand fast tooth and interdental position relationship, and then make to plant physical ability and implant accurately again fast default implantation point, reduce after selected correct implantation point, but still because of operation personal error wounded person root of the tooth situation.
Moreover, there is lowering or hoisting gear and pedestal and measuring basis part by pedestal and clamping piece and there is adjusting device, make the dentist can be according to the physical size of sufferer tooth and gingiva line position, the group that is used for changing between pedestal, clamping piece and measuring basis part three connects sample state, makes X-ray hold sheet device to plant for the physical size of different dental and gingiva line position the detection and localization of body.
More than illustrate this utility model just illustrative; and nonrestrictive, those of ordinary skill in the art understand, in the case of not departing from the spirit and scope that claim limits; can make many amendments, variation or equivalence, but within all falling into protection domain of the present utility model.
Claims (12)
1. the X-ray of snap-in location is held a sheet device, coordinates an X-ray and an X-ray machine exposure tube to use, and it is characterized in that comprising:
One pedestal, is respectively equipped with one first location division and one second location division at its end face and bottom surface;
One first deformation material, is installed in described the first location division;
One second deformation material, is installed in described the second location division; And
One clamping piece, is installed in described pedestal side, and has the grasping part of a clamping described X-ray;
Wherein, described the first deformation material and the second deformation material are subject to respectively upper and lower row's dental articulation distortion in sufferer oral cavity, the end face that causes described the first type to become material forms the first three-dimensional tooth seal of arranging tooth sample state in a corresponding sufferer, and the bottom surface of described Second-Type change material forms the second three-dimensional tooth seal of arranging tooth sample state under a corresponding sufferer, and print with the second three-dimensional tooth and print the common level device that forms a use repeatly para-position by described the first three-dimensional tooth.
2. the X-ray of snap-in location according to claim 1 is held sheet device, it is characterized in that: described X-ray is held sheet device and further comprised a lowering or hoisting gear, described lowering or hoisting gear is located between described pedestal and clamping piece, is used for adjusting the relative height relation between described clamping piece and pedestal.
3. the X-ray of snap-in location according to claim 2 is held sheet device, it is characterized in that: described lowering or hoisting gear comprises a plurality of locating holes that pedestal side presents differing heights that are positioned at, and the locating piece being arranged on described clamping piece, described locating piece is assembled in one of them of described a plurality of locating holes and is fixed.
4. the X-ray of snap-in location according to claim 1 is held sheet device, it is characterized in that: described pedestal is provided with a measuring basis part that is installed in described pedestal with respect to the face of described clamping piece, described measuring basis part has a Measurement scales, and described X-ray is parallel to Measurement scales.
5. the X-ray of snap-in location according to claim 4 is held sheet device, it is characterized in that: between described pedestal and measuring basis part, be provided with an adjusting device, for changing the spacing distance between described measuring basis part and clamping piece.
6. the X-ray of snap-in location according to claim 5 is held sheet device, it is characterized in that: described adjusting device is provided with the extension of distance between the described measuring basis part of an increase and clamping piece, the first connecting portion of described extension one end formation one and the assembling of described measuring basis part, other end formation one is installed in the second connecting portion of described pedestal.
7. the X-ray of snap-in location according to claim 4 is held sheet device, it is characterized in that: described measuring basis part by transmissive wire rod or radiopaque material wherein a kind of material formed.
8. the X-ray of snap-in location according to claim 1 is held sheet device, it is characterized in that: described clamping piece has clamping an of base and an elasticity, described base one end stretches out and forms at least one baffle plate, the other end is installed clamping of described elasticity, and jointly between clamping of described baffle plate and elasticity forms described grasping part.
9. the X-ray of snap-in location according to claim 1 is held sheet device, it is characterized in that: described X-ray is held sheet device and is further provided with a locating rack, described locating rack has a locating rod that is installed in described pedestal, located the locating ring of described X-ray machine exposure tube by described locating rod pivot joint one, make described measuring basis part between described locating ring and clamping piece, and described locating ring, clamping piece and measuring basis part three are parallel to each other.
10. the X-ray of snap-in location according to claim 9 is held sheet device, it is characterized in that: described locating rack and described measuring basis part are positioned at the same side of described pedestal.
The X-ray of 11. snap-in location according to claim 1 is held sheet device, it is characterized in that: described X-ray is held sheet device and further comprised a handle, and described handle wears and is fixed on described base interior.
The X-ray of 12. snap-in location according to claim 11 is held sheet device, it is characterized in that: described X-ray is held sheet device and also comprised a locating rack, described locating rack has an assembled portion that is installed on described handle, and extend one by described assembled portion can be across the locating rod of establishing cheek, located again the locating ring of described X-ray machine exposure tube by described locating rod pivot joint one, make described measuring basis part between described locating ring and clamping piece, and described locating ring, clamping piece and measuring basis part three are parallel to each other.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420155728.7U CN203885522U (en) | 2014-04-01 | 2014-04-01 | X-ray plate holding device for occlusion positioning |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420155728.7U CN203885522U (en) | 2014-04-01 | 2014-04-01 | X-ray plate holding device for occlusion positioning |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203885522U true CN203885522U (en) | 2014-10-22 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420155728.7U Expired - Fee Related CN203885522U (en) | 2014-04-01 | 2014-04-01 | X-ray plate holding device for occlusion positioning |
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| Country | Link |
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| CN (1) | CN203885522U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104970819A (en) * | 2014-04-01 | 2015-10-14 | 万得福牙材有限公司 | Occlusion positioning X-ray film holder |
| CN116115253A (en) * | 2023-01-18 | 2023-05-16 | 珠海市睿影科技有限公司 | Portable dental X-ray machine dental film adjusting device |
-
2014
- 2014-04-01 CN CN201420155728.7U patent/CN203885522U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104970819A (en) * | 2014-04-01 | 2015-10-14 | 万得福牙材有限公司 | Occlusion positioning X-ray film holder |
| CN116115253A (en) * | 2023-01-18 | 2023-05-16 | 珠海市睿影科技有限公司 | Portable dental X-ray machine dental film adjusting device |
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