WO2013057181A1

WO2013057181A1 - Orthodontic adjustment system and method for the arrangement thereof

Info

Publication number: WO2013057181A1
Application number: PCT/EP2012/070642
Authority: WO
Inventors: Reinhold Grabosch; Martin Gerlich; Walter BÖRNER
Original assignee: Heliocos Gmbh
Priority date: 2011-10-21
Filing date: 2012-10-18
Publication date: 2013-04-25
Also published as: DE102011116646B3

Abstract

The present invention relates to an orthodontic adjustment system (1) and a method for arranging an orthodontic adjustment system (1). The orthodontic adjustment system (1) has at least one adjustment unit (2) for securing on a tooth surface (50). The adjustment unit (2) comprises at least two components (10, 20), one of which is a projecting component (10) and one of which is a receiving component (20), the projecting component (10) and the receiving component (20) each having a base body (100, 200). The orthodontic adjustment system (1) is characterised in that a projecting portion (101) extends from the base body (100) of the projecting component (10), the base body (200) of the receiving component (20) has a receiving portion (201), the dimensions (d) of the receiving portion (201) correspond at least partially to the dimensions (D) of the projecting portion (101) of the projecting component (10), the receiving portion (201) interacts with the projecting portion (101) in order to connect the projecting component (10) with the receiving component (20), and a passage (400) is provided in the base body (100, 200) of at least one of the components (10, 20). The orthodontic adjustment system (1) preferably comprises a treatment arch (30) that runs through a passage (400) of at least one adjustment unit (2).

Description

description

Orthodontic regulatory system and

Method for its arrangement

The present invention relates to an orthodontic regulatory system according to the preamble of claim 1 and to a method of arranging an orthodontic regulatory system according to the preamble of claim 14.

Nowadays, orthodontic control systems are used in many ways. The orthodontic regulatory systems, also referred to as braces, can be divided into loose and fixed systems. A fixed regulatory system generally includes a plurality of so-called brackets and a dental arch wire for the maxilla and mandible. The brackets are glued to the tooth surface. After bonding, an archwire is inserted into receptacles provided on the brackets. The brackets are connected to each other via the archwire and forces are applied to the teeth in such a way that the position of the teeth changes.

In DE 198 56 794 A1, for example, a bracket arrangement for a

Braces described. The brackets consist of a bracket base and a bracket cover. The bracket base can be fastened directly on a tooth surface and has a recess for receiving a dental arch wire. The bracket cover also has a recess for receiving a

Braces wire on. The bracket cover is pivotally connected to the bracket base via a hinge. At the bracket base various locking elements are provided, through which the bracket cover can be held on the bracket base. When the bracket cover is latched to the bracket base, the two recesses in the bracket cover and bracket base form an annular one

Recess, in which the braces wire can be clamped. A disadvantage of the known from the prior art solution is that by providing a locking mechanism and the rotatable connection between the bracket base and bracket cover, the two components have a complex structure. In addition, the attachment of the braces wire on the bracket is complicated and complicated, since the wire is fixed only by snapping the bracket cover on the bracket base.

The present invention is therefore based on the object of providing a simple and flexible orthodontic regulation system in which the production and the handling are extremely simple,

This object is achieved by the orthodontic

Regulatory system having the features according to independent claim 1 and by the method for arranging an orthodontic

Regulatory system with the characteristics according to the independent

Claim 14. Further advantages, features, aspects, effects and details of the invention will become apparent from the dependent claims, the description and the drawings. Revelations relating to the invention

Of course, the orthodontic regulation system also applies in connection with the method according to the invention and vice versa.

The present invention is based on the finding that the object can be achieved by designing the orthodontic control system in such a way that the components of the orthodontic regulatory system can be appropriately configured prior to placement on a tooth surface and the components can be interconnected by suitable geometrical configurations without being elaborate or complex

Verbindungsseiemente and process steps for the arrangement of

Regulatory system are required.

According to a first aspect of the present invention is a

orthodontic control system. The orthodontic regulatory system has at least one adjustment unit for attachment to a tooth surface. The regulation unit comprises at least two Components, of which one component is a collection component and a component is a receiving component, wherein the collection component and the receiving component each have a base body. The

Orthodontic regulation system is characterized in that extending from the main body of the survey component a survey that the main body of the receiving component has a receptacle that the

Dimensions of the recording the dimensions of the survey of

Survey component correspond at least partially, that the receptacle cooperates with the survey for connecting the survey component with the receiving component, and that in the main body of at least one of the components, a passage is provided.

As already described above, an orthodontic

Regulatory system also called braces or dental brace or

dental apparatus. The invention

orthodontic regulatory system provides a stuck

Regulatory system. An orthodontic control system can be used to correct a mandibular misalignment and / or malocclusion. To correct a Zahnfehlstefiung forces can be applied, for example, to the teeth to be corrected.

The orthodontic regulatory system includes at least one

Regulation unit. The orthodontic regulatory system typically includes multiple regulatory units, but the orthodontic regulatory system is not limited to a particular number of regulatory entities. Preferably, for every tooth in the orthodontic

Regulating system each provided a regulatory unit. A

or the regulation unit in turn comprises at least two components. The regulating unit can be attached to a tooth surface. That is, at least one component of the regulating unit can be mounted on a tooth surface. The tooth surface is, in particular, the outer surface or lateral surface of the tooth, wherein the regulating unit can also be applied to another tooth surface.

The at least two components of the regulating unit are on the one hand the survey component and on the other hand the receiving component. Both

Components have a base body. The main body of the two

Components thus represents a kind of base or foundation. The present invention is not limited to particular sizes or shapes of the basic body. Preferably, the main body of the component, which is attached to the tooth surface, has a larger area than the main body of the other component.

In the survey component extends from the main body of a survey. The main body of the receiving component has a receptacle. The

The present invention is not limited to particular embodiments of the survey or the recording. For example, the shape of the cross section of the elevation may correspond to the shape of the cross section of the receptacle. But it is also possible that the shape of the cross section of the survey does not correspond to the shape of the cross section of the recording. By way of example, the elevation may be a round, for example a cylindrical elevation. In such a case, the survey has a round or circular cross-section. In this case, the receptacle in its cross section may also be round. But it is also possible that the receptacle is formed in this case in its cross section, for example, square.

The dimensions of the survey and the recording should at least partially comply. The term "dimensions", which can also be used as a synonym for the term "dimensions", usually the relevant, characteristic length measures of an object are named. As dimensions, for example, length, width, height, depth or diameter are considered. Preferably, the corresponding or comparable dimensions should correspond at least partially. For example, if the survey is a round survey, the recording component may have a round recording. In such a case, the diameter of the Survey correspond to the diameter of the recording. Likewise, the height of the survey may correspond to the height of the photograph.

Furthermore, it is provided that the receptacle cooperates with the elevation for connecting the elevation component to the accommodating component. It is essential that the survey component is connected to the receiving component and the connection is preferably detachable. The connection between the

Surveying component and the receiving component may be configured such that after connecting the survey component with the receiving component, neither of the two components can be changed in position. For a change in position, it may be necessary that the connection between the survey component and the receiving component must first be solved. After the position change, a connection can again be made between the survey component and the recording component.

The connection between the survey component and the recording component is realized by the interaction of the survey with the recording.

For example, the interaction of the survey with the recording can be realized by the dimensions of the recording correspond to the dimensions of the survey at least partially. Here, the survey and the recording are at least partially against each other, so that there is a positive connection between these parts.

In the body of at least one of the components is a passage

intended. The present invention is not limited to particular arrangements or embodiments of passages. For example, an aperture can be an aperture that passes through the entire body of a component. That means that the passage between two

opposite side surfaces of the body runs. Furthermore, the passage is preferably an opening which is surrounded over its length, in particular between an inlet and an outlet on opposite side surfaces of the base body, by material of the base body from all sides. For example, if the passage has a rectangular cross-section, the passage on all four sides may be surrounded by material of the body be. The passage is thus preferably completely in the body. The passage may be provided in each of the at least two components of the regulation unit. That is, the passage may be provided in the bump component and / or the receiving component.

The orthodontic regulatory system has a two-component regulatory unit. These two components are the

Survey component and the recording component.

By the survey component has a survey and the recording component has a receptacle and the dimensions of the survey and the

Accommodate recording at least partially, it is possible in a simple manner that the receiving component is connected to the survey component. This is done by taking the survey with the survey to connect the

Recording component cooperates with the survey component.

This embodiment of the regulation unit makes it possible to use the same regulation units for the upper jaw and the lower jaw. Since that

Interaction between the recording component and the

Survey component on the connection between the survey and the

Recording is limited, for example, the same for all teeth

Recording components and survey components are used. But it may also be that only the survey components for upper jaw and

Lower jaw to be chosen differently. In both cases, the storage is reduced and the arrangement of the regulating units on the teeth is facilitated. Also, a mutual positioning with subsequent fixing of the receiving component with the survey component in one step is possible by the survey and the recording. The two components can be positioned to each other and then fastened or fixed. In addition, the position between the receiving component and the elevation component can be easily released and changed. In addition, the passage in the regulation unit according to the invention is provided in one of the two components. Therefore, it is not necessary to align the two components to form the passage. Thus, the present invention allows a simpler arrangement of the Regulation unit. In addition, an alignment of the components of the

Regulating unit for treatment purposes possible, which will be explained in more detail later. In addition, the attachment of the two components of the

Regulation unit together by the component of the regulation unit itself, so that no additional Verbindungsmitte !, Such as screws are required.

As a result of the two-part design of the regulating unit, fewer impurities settle on the components of the regulating unit in comparison to conventional brackets with a large number of individual components. Provided

Contaminants should be present, these can be separated by separation

Components are removed from each other with subsequent cleaning.

The structure of the regulating unit in the form of a collection component and a receiving component results in the fact that a closure mechanism, as required for example in conventional brackets, can be dispensed with. Preferably, the orthodontic regulatory system additionally comprises one guided through the passage of at least one regulatory unit

Treatment bow. Thus, the orthodontic regulatory system in addition to at least one regulatory unit, preferably several

Regulating units, each consisting of a survey component and a receiving component, additionally comprise a treatment sheet.

Under a treatment sheet, also called a treatment wire or

Toothed wire can be called, the arc is understood, the individual regulatory units of a regulatory system at least partially interconnected. The treatment sheet is preferably associated with a jaw. This means that the regulatory system, for example, a

Treatment arch for the upper jaw and a treatment arch for the lower jaw may have. Due to the shape of the treatment sheet and the connection of the individual regulation units with one another, it is possible, for example, to apply forces for correcting a tooth offset position. Of the

Treatment sheet may be made of metal, for example. Of the Treating sheet may, for example, have a round or a rectangular, in particular square cross-section.

In order to associate the treatment sheet with a regulatory unit, the treatment sheet is passed through the passage of a regulatory unit. The passage is the passage already described above. If, for example, a component of the regulation unit has a passage, the treatment arc can be guided through the passage. Through the interaction of the recording with the survey, the component in which the Durchiass is provided to be connected to the other component of the Reguiierungseinheit.

The Behandlungsiungsbogen may have a square cross-section, in particular a square or rectangular cross-section. In such a case, the Durchiass, which is provided for example in the receiving component, ideally also has a square cross-section, in particular a

square or rectangular cross section, on. By introducing a rectangular treatment sheet into a rectangular passage of the receiving component, the receiving component can then be used in a simple manner for twisting or twisting the treatment sheet. In such a case, the receiving component as a handle for

Serve twisting or twisting of the treatment sheet. The

Tordieren or twisting of the treatment sheet, for example, to correct a lateral angulation, that is, a lateral tooth malposition, may be required.

For all teeth of the upper jaw and the lower jaw can be the same

Regulating units, ie the same survey components and

Recording components are used. In such a case, there is no risk of confusion of the components. Conventional brackets have a special marking or coding for each tooth. Such a special marking can be dispensed with in the case of the regulating units according to the invention consisting of a collection component and a receiving component. This leads to a simplified handling and more patient comfort. If the Regulation units for the upper jaw and the lower jaw are the same trained, the assistant of the physician in preparation, the components in which the passages are provided, in particular the receiving components, raise or thread on the treatment sheet. After threading the doctor then the recording component only on the

Press the survey component. This results in a work reduction for the attending physician.

In order to guide the treatment sheet in a simple manner through the passage of the at least one component, in particular the receiving component, this additionally has a threading aid. This threading aid can be arranged on only one side, but also on both sides of the main body of the respective component, in particular the receiving component. For example, the threading device may be an extension of the cross-section of the passage at one or both of the ends of the passage. The threading aid may for example be funnel-shaped.

By the treatment sheet through the passage of at least one

Regulation unit can be performed, the treatment sheet can be easily and easily connected to the regulation Einhett. In particular, the treatment sheet can be introduced into the passage before joining the two components together. The time required for arranging the regulation system is thereby reduced since it is not necessary to align the two components for the guidance of the treatment sheet.

If the treatment sheet through at least one passage

Regulation is performed, a regulatory unit or a component of a regulatory unit on the treatment sheet out. In a preferred embodiment, at least two components of at least two regulating units for connection to at least one further component of the respective regulating unit are guided on the treatment sheet. This means that different regulatory units can be raised on the treatment sheet. This is done by the treatment sheet is passed through the respective passages of the regulating units. Performing the Treatment arc through the passages according to the invention is preferably outside the mouth.

By the treatment sheet is guided through a respective passage of at least two regulating units, it is possible to fix the treatment sheet in a simple manner to the teeth so that the above

required forces, for example, for the desired correction of a

Malocclusion can be applied to the teeth.

As already described above, the elevation of the elevation component of the main body can have a round or circular cross-section. Preferably, which is different from the main body of

Surveying component extending survey conical. A cone, which can also be referred to as a cone or truncated cone, has a round cross section at least at one end. In a preferred embodiment, the cone has a round cross section over the entire length or height. A cone generally extends from a round one

Base in the height, the radius decreases with increasing height. Due to the decreasing radius results in an oblique to the base of the cone lateral surface. This inclined lateral surface can

For example, be described by the cone angle. The present invention is not limited to specific cone angles. For example, the cone angle may be in a range between 0.5 and 1.5 degrees. It is also possible that the conical elevation is designed in the form of a self-locking cone.

By the survey of the survey component is conical, a simple connection of the survey component with the receiving component, in particular a simple insertion of the cone in an example round recording, and thus a simple structure and ease of use of the regulating unit is possible.

The survey of the survey component extends from the main body. The direction in which the collection of the survey component is decisive or extends mainly, is referred to as the main extension direction. For example, if the survey is designed as a cone, then the cone preferably has a round cross-section. The

Main extension direction in such a case corresponds to the direction which is perpendicular to the radius. In the case of the cone this corresponds to the

Height direction of the cone. The main direction of extension can also be referred to as the length or the height of the elevation, that is to say the maximum distance between the elevation and the base body of the elevation component.

As already described above, the dimensions of the receptacle at least partially correspond to the dimensions of the survey. Preferably, the

Dimensions of the recording of the receiving component in the direction perpendicular to the main extension direction of the survey smaller than the corresponding

Dimensions of the survey of the survey component in the direction perpendicular to the main extension direction of the survey.

The elevation component and the containment component are interconnected by cooperating the elevation and the receptacle. So that the survey and the recording can work together so that the

Bumping component and the receiving component are connected to each other, preferably a dimension of the recording is smaller than the corresponding dimension of the survey. For example, if the elevation is round, the elevation has a diameter. To the

Survey component and the receiving component to connect to each other, the recording of the receiving component may also be formed round. In this case, the receptacle has a diameter. If the diameter of the recording is now minimally smaller than the diameter of the

Survey, so by interaction of the recording with the survey, the survey component can be connected to the recording component by forces act from the survey on the recording and vice versa. The orientation of such forces is determined by the geometry of the survey and the recording. For example, such forces may be vertical, horizontal, or even at any arbitrary angle therebetween. When the forces in one However, these forces preferably have a

horizontal share.

Characterized that the dimensions of the recording of the receiving component in the direction perpendicular to the main extension direction of the survey are smaller than the corresponding dimensions of the survey of the survey component in the direction perpendicular to the main extension direction of the survey, a

Kraftschuuss be realized between the two components. In particular, the two components can be connected via a press fit, which represents a special form of a transition fit, between survey and recording.

In that the dimensions of the accommodation of the receiving component in the direction perpendicular to the main extension direction of the projection are smaller than the corresponding dimensions of the elevation of the elevation component in the direction perpendicular to the main extension direction of the elevation, a simple connection of the receiving component and the elevation component by

Plugging and thus easy handling of the regulating unit possible. In addition, the connection ensures a secure fit of the components to each other in a press fit.

The regulatory unit of the orthodontic regulatory system is intended to be mounted on a tooth surface. This can be done for example by gluing. For example, a UV-curing adhesive may be used. The

Component which is mounted on the Zahnoberfiäche is preferably referred to as a fastening part and has a contact surface, in particular on the main body of the component, for bringing the component in contact with the tooth surface.

The Reguiierungseinheit consists of at least two components. These are the survey component and the recording component. According to the invention, it is provided that each of the two components can be mounted on a tooth surface, although in fact always only one component is attached to a tooth surface. The component which on the Zahnoberfiäche is to be fastened, preferably represents the fastening part. The contact surface of the fastening part may for example have a specific structure or the like. Also, the contact surface may have a coating that aids or aids in securing the attachment member to the tooth surface. Also, a network can be applied to the contact surface, which represents, for example, a glue net. For example, such a mesh may have adhesive for attaching the attachment component to the tooth surface. Also, such a mesh can support the even distribution of adhesive.

By having the component to be mounted on the tooth surface having a contact surface, a simple positioning and fixing of the

Component on the tooth surface possible.

Preferably, at least the main body of the fastening part is elastically and / or plastically deformable. The deformability of the main body of the

Fastening part can be achieved by the material used and / or the dimensions of the main body of the fastening part. For example, the thickness or height of the main body of the fastening part may be low, so that the desired deformability is achieved. For example, it is possible that the base body of the fastening part is only elastically deformed when mounting on a tooth surface. Also, it may be possible that the main body of the

Fastening part when attaching to a tooth surface is first elastic and then plastically deformed. The deformability can also be called flexibility of the

Basic body of Befestigungssteiis be designated. For example, it is possible that the main body of the fastening part by the Materia! and / or its dimensions have flexibility.

Of course, other components of the fastening part or the entire fastening part can be elastically and / or plastically deformable in addition to the main body of the fastening part. It is also possible in principle that the other components of the regulating unit are elastic and / or plastically deformable. by at least the main body of the fixing part is elastically and / or plastically deformable, the Befestigungsstei! in an easy way on / on

different tooth geometries or tooth surfaces are set or adjusted. It is also possible by the deformability to reduce the required amount of adhesive.

In a preferred embodiment, the contact surface of the fastening part is curved in at least one direction. As already described above, the

Component to be attached to the tooth surface to a contact surface on the main body of the component. The present invention is not limited to that the contact surface is curved in one direction only. For example, it may also be useful if the contact surface in two different

The direction is curved. Particularly preferably, the curvature of the

Contact surface of the curvature of the tooth surface.

By the contact surface of the fastening part is curved in at least one direction, the fastening part can be easily and quickly positioned and fastened on the tooth surface. In addition, by the curvature a more secure grip

be guaranteed and also possibly also the required amount of adhesive can be reduced. Due to the curvature of the contact surface, the

Kontaktfiäche have the shape of a shield. This shield can then be easily used for all teeth.

According to one embodiment, at least one of the main body, that is, the main body of the survey component and / or the main body of the

Recording component on a wedge-shaped cross-section. As wedge-shaped

Cross section is hereby referred to a cross section in which the thickness or height of the Grundköpers from one end to an opposite end of

Body decreases. In particular, the height or thickness of the main body can decrease over the length of the main body. In this context, the length of the base body is the dimension which lies in the state of the components fastened to the tooth in the longitudinal direction of the tooth. By providing such a wedge-shaped cross-section, for example, on the component which is attached to the tooth, a wink! between the Tooth surface and the front of the component. By this angle, which may for example be in the range of + 20 ° to -20 °, a so-called torque force can be applied to the tooth.

Preferably, the elevation component is formed as a fastening part, and the elevation extends from one of the contact surface gegenüberiiegenden surface of the main body of the elevation component.

In that the protrusion extends from a surface of the base body of the elevation component opposite the contact surface, the elevation which is fastened to the contact surface on the tooth surface can be joined to the surface

Recording component in a simple manner, in particular by simply plugging the receiving component, connected.

If the receiving component constitutes the fastening part, then the thickness of the base body of the receiving component must at least partially correspond to the height of the elevation to be introduced into the receptacle. By forming the survey component as a fastening part, however, it is possible to

Basic body of the fastening part to make very thin. This can reduce the overall height of the regulation unit. In addition, in a thin body of the fastening part of this for removing the

Regulating unit of the tooth surface are easily ground. But it can also cut the survey of the survey component and the remains are polished away. This can minimize the risk of molten salt extraction. If the base body of the survey component can be made thin, then, for example, can be dispensed with a curvature of Kontaktfiäche, since the body in a thin configuration in pressing the

Deformation component on the tooth surface deform, in particular can plastically deform.

The recording of the recording component is used to record the survey of the survey component. So that the survey of the survey component can be received by the inclusion of the recording component, the recording in the form of an opening, that is, a cavity, at least is partially in the body of the receiving component, be formed. In this case, the survey is taken by the recording. If the elevation has a round cross section, the receptacle may also have a round cross section. In such a case, the receiving component can be plugged with the recording on the survey of the survey component. It is also possible that the survey component is inserted with its collection in the recording of the recording component.

The opening which constitutes the receptacle may be in the form of a blind hole. In such a case, the height of the receptacle is less than the thickness or height of the main body of the receiving component. In this case, one side of the main body of the receiving component is closed and in the

opposite side is the recording. If the survey is inserted in such a recording or such a recording is attached to the survey, then the recording is for a person from the front to the

continuous side of the recording component of the Reguiierungseinheit does not look visible.

Preferably, the receptacle of the receiving component in the form of a

formed through the opening. This means that the opening of the receptacle between two opposite sides of the main body of the

Receiving component extends.

By the opening is formed as a through-opening, a simple plugging the receiving component on the survey component or a simple insertion of the survey component into the receiving component possible. In addition, a simple removal of the receiving component is possible because it can be accessed from the outside on the top of the survey and this can therefore serve as an abutment when removing the receiving component.

According to one embodiment, the survey component and the

Recording component of the regulating unit on a latching mechanism for mutual latching on. As already described above, the Surveying component plugged into the receiving component or the

Receiving component are attached to the survey component. This is a simple positioning of the survey component in relation to the

Recording component possible. Also, a rotational positioning of the elevation component with respect to the receiving component, that is, a rotation of the elevation component with respect to the receiving component is possible. This twisting is possible, for example, about an axis. Furthermore, this rotation is infinitely possible. However, if a precise angle between the

Survey component and recording component to be set, so the survey component and the recording component a

Have latching mechanism for mutual latching. The latching mechanism may be disposed on the elevation component and the receiving component. The locking mechanism may be formed, for example, fine or coarse. The locking mechanism or the Verrasterung can also by a

Gearing can be realized. The longitudinal extent of the toothing can extend along the height of the elevation, that is, for example, grooves or grooves can extend in the longitudinal direction on at least part of the outside of the survey. Accordingly, the teeth can run on the inside of the recording.

By the survey component and the recording component a

Locking mechanism for mutual latching, the relative

Position of the survey component and the receiving component to each other in a simple manner defined to be changed without the need for additional components.

Preferably, the main body of the survey component or the

Main body of the receiving component at least one lateral notch for receiving a ring, in particular a rubber ring on. The present invention is not limited to a particular embodiment of a notch.

It is only important that in the notch, a ring can be inserted or clamped. The notch is located on the side of the receiving component. The

Main extension direction of the notch, which is also formed as a groove or furrow may preferably corresponds to the main extension direction of the recording. Preferably, the notch is one around the main body of the component, which has the passage and hereinafter as Durchlasstei! referred to, circumferential notch.

By having the passage part, for example, the receiving component, a notch, a rubber ring for closing a gap between two teeth can be easily mounted. Compared to conventional brackets, which are sharp-edged, such reduces laterally

provided notch the risk of injury in the mouth.

Preferably, the collection component and / or the receiving component of the Reguiierungseinheit of ceramic and / or plastic and / or titanium and / or stainless steel are formed. Of course, the present invention is not limited to these materials or materials. If the

Surveying component and / or the receiving component are formed on plastic, it may, for example, a peek plastic, that is a polyetheretherketone plastic act. When the elevation component and / or the containment component are formed from stainless steel, it is understood to mean stainless steel in the light of the description. The materials or materials are characterized in particular by good compatibility and low weight.

By the survey component and / or the recording component of the

Regulating unit formed from the above materials is a good one

Compatibility with human tissue and low weight of

Regulating unit possible, resulting in easy handling.

According to the second aspect of the present invention, there is provided a method of disposing an orthodontic regulatory system. The orthodontic regulatory system consists of at least one

Regulating unit for attachment to a tooth surface. The

Reguiierungseinheit comprises at least two components, one component of a survey component and a component Recording component, wherein the survey component and the

Recording component each having a main body. The method is characterized by the steps of attaching a component of the regulation unit to a tooth surface and forming a fastener. The other component of the regulating unit, which has a passage in its main body and thus constitutes a passage part, is connected to the fastening part, wherein a receptacle which in the base body of the

Receiving component is arranged, cooperating with an extending from the main body of the survey component survey.

The connection can according to the invention, take place by the Durchlassteii is plugged / inserted on / in the fastening part.

The orthodontic regulatory system includes at least one

Regulation unit. This regulatory unit comprises at least one

Collection component and a receiving component, wherein the

Surveying component and the receiving component each having a base body.

To fix a regulating unit on a tooth surface, a component of the regulating unit is fixed on a tooth surface. Thus, this component constitutes a fixing part. On the tooth surface, either the bumping component or the receiving component can be fixed. The attachment of the elevation component or the receiving component can be done either on the tooth front side or the back of the tooth. Regardless of whether the elevation component or the receiving component is attached to the tooth front or the back of the tooth, the attachment should preferably be centered on the tooth surface. The attachment can be done for example by gluing. For example, a UV-curing adhesive may be used.

After one component is attached to the tooth surface and thus constitutes the attachment part, the other component is connected to the attachment part. The other component is a component that has a passage. Thus, the other component is also referred to as Durchlassteil. This means that the attachment part is always the part of the

Regulating unit, which is in contact with the tooth surface, that is attached to the tooth surface. The Durchlassteil represents the part of

Regulating unit, in whose base the passage is provided. If the elevation component is to be mounted on the tooth surface, then the elevation component in this case, the fastening part and the

If the receiving component to be attached to the tooth surface, so in this case, the

Recording component, the fastening part and the survey component is the Durchlassteil.

The receiving component and the elevation component or the Durchiassteil and the fastening part are preferably connected to each other by the pass-through part is plugged or inserted on or in the fastening part. For example, the recording component on the

Survey component are plugged. The survey component can also be plugged into the receiving component. The term "inserted" can also be understood as synonymous with the term "inserted".

The connection between the survey component and the recording component takes place in that the survey of the survey component interacts with the recording of the recording component. If, for example, the

Survey component represents the mounting part, then put the

Recording component is the Durchlassteil. The receiving component can then be plugged onto the survey of the survey component by the

Recording the collection of the survey component receives or includes or encloses.

The method makes it possible in a simple manner to fix an orthodontic regulation system in the form of a regulating unit on a tooth surface, in particular the passage in one of the components of the

Regulating unit already provided and therefore it requires no separate

Alignment of the two components to each other to create the Durchiass. Thus, the present invention allows a simpler arrangement of the regulating unit, In addition, an alignment of the components of the

Regulation unit together by the component of the regulation unit itself, so that no additional connection means, such as screws are required.

Preferably, the orthodontic treatment system additionally comprises a treatment arch. Before connecting the Durchlasteilils with the

Fastening part of the treatment sheet is passed through in each case a passage of at least two Durchiassteiien The connection can be made according to the invention by the pass-through part is plugged / inserted on / in the Befestigungssteii.

For example, after two fasteners are attached to the Zahnoberfiäche, the treatment sheet can be passed through a passage of at least two Durchlassteilen. This is done before the two Durchlassteiie be plugged onto the fasteners or plugged into the Befesttgungsteile. On the treatment sheet thus at least two Durchlassteile

reared. As already mentioned above, the through-passages may be the survey component or the recording component.

By passing through the treatment sheet through a passage of at least two Durchlassteilen the required Durchlassteile can be threaded onto the treatment sheet or raised. After they have been threaded or mounted, the Durchlassteile can simply plugged or pushed onto the mounting hardware or in the

Fasteners are inserted or inserted.

By passing the treatment sheet through a passage of the

Regulating units and the subsequent placement of the treatment sheet Durchlassteil component on the Befestistgungsteile a simple change of the treatment sheet is also possible. So the treatment sheet can be with it arranged Durchlassteilen be solved in a simple manner from the fastening parts.

Preferably, the method is performed using an orthodontic regulatory system according to the first aspect of the present invention.

By using an orthodontic regulatory system according to the first aspect, the handling of the regulatory system is easily possible.

The present invention will be summarized below briefly and in a simplified manner. According to one embodiment, this includes

orthodontic control system at least one regulating unit, which is also referred to as bracket, which has two parts, in the form of a

Fastener, which can also be referred to as a base and one

Durchlassteils, which can also be referred to as upper part includes. Furthermore, the orthodontic regulatory system comprises a treatment sheet. The treatment sheet runs in the bracket. The base, which is preferably a

Surveying component may be glued to the tooth surface and the upper part, which is preferably a receiving component, on the

Treatment bow be wound up so that a ligating, that is the

Fixation of the treatment sheet with the bracket completely eliminated. The base of the bracket can be made of ceramic, plastic, titanium or stainless steel and can adapt itself to the geometry of the flexible due to the flexible design

Adapt tooth surface. For the upper jaw and the lower jaw, identical brackets can be used. In this case, the base as well as the tops of the brackets for the maxilla and the mandible are identical.

Basically, it is also possible that the tops of the brackets for the

Lower jaw are narrower than the tops of the brackets for the upper jaw. The connection between the base and the upper part can preferably be ensured by a cone over which the upper part is slipped or onto which the upper part is slipped. Through this cone can on a

Screw connection can be omitted. In addition, every treatment process be easily and safely performed by loosening the Bracketoberteiie. In order to be able to perform an angulation, the upper part can be easily lifted out of the cone, rotated and pushed back onto the cone with little pressure. Under an angulation, for example, a tooth inclination, so a

Angular position, an oblique malposition or a tilt of the tooth axis in the gap dentition are understood. In addition, the cone may have a toothing or Verrasterung.

The upper part may have a passage, which may also be referred to as a channel or the like. The orthodontic treatment sheet can be movable in the slot, for example a square channel of the upper part. When changing the bow, the bow can be loosened with the tops of all brackels and after the end of the treatment it can easily be easily attached to the bases again. For Torquen, so applying a force or a moment to correct an angulation, the upper bracket can be removed and rotated in the buccal and lingual direction. In addition, the bracket can without

orthodontic forceps are anguiiert. It just has to be one

Manipulating instrument can be used.

A bracket can be mounted on a treatment sheet. Of the

Treatment arch can have a square cross-section, especially one

square or rectangular cross section. In such a case, the passage, which is provided for example in the receiving component, ideally also has a square cross section, in particular one

Serve twisting or twisting of the treatment sheet. The

Tordieren or twisting of the treatment sheet, for example, to correct a lateral angulation, that is, a lateral tooth malposition, be required. Basically, the bracket according to the invention is very flat. Also, the bracket has less undercuts due to the outer geometry. There are fewer points of friction in the mouth due to fewer undercuts, which significantly increases wearing comfort. Furthermore, the split bracket reduces the variety of different brackets, also prevents over-instrumentation and, in addition to the assignment, facilitates both the gluing application and the treatment application for the attending physician. Furthermore, it meets all hygienic, aesthetic and cosmetic requirements and makes treatment tendencies visible. In the event that, as described above, the brackets for all teeth of the upper jaw and the lower jaw are the same, there is no risk of confusion of the brackets. Conventional brackets have a special marking or coding for each tooth. Such a special mark can in the bracket according to the invention, consisting of survey component and

Recording component, omitted. This leads to a simplified handling and patient comfort, as in the conventional brackets by

Confusion of the bracket an unwanted or inaccurate tooth correction takes place. If the brackets for the upper jaw and the lower jaw are the same, then the assistant of the doctor in preparation can the brackets on the

Pull the treatment sheet up or catch it. After threading, the doctor only needs to press the receiving component onto the elevation component. This results in a work reduction for the attending physician.

The advantages of the orthodontic regulatory system are, for example, that it is formed in two parts and thus different materials can be used, that no ligature, so the fixation of the wire in the

Passage, which can also be referred to as a channel, is required. The ligation is completely eliminated. Furthermore, the orthodontic regulatory system is very shallow, resulting in increased and improved patient comfort. The round top also contributes to good patient comfort. The base can be made very thin and adapt to the Zahnwölbung. Furthermore, no

Shutter mechanism required and no angulation is specified. Uniform brackets can be used so that markings for Distinction is not required. When using ceramics, a reduction of friction in the cone can be achieved. The fixation of the upper part can be done by cone and grid. In addition, the treatment sheet is easily interchangeable and white spots, which are white enamel lesions, can be prevented due to soft adhesive surfaces. A

Over-instrumentation can be prevented. A large stocking is not required because universally applicable components can be used. By building the orthodontic regulatory unit can

Mucosal injuries are avoided. In addition, the orthodontic adjustment unit is easy to clean and offers a high aesthetic benefit, as well as a shorter treatment time.

To guide the treatment arch through the channel of the brackets in a simple manner, the brackets have a threading aid. This threading aid can be arranged on only one side, but also on both sides of the bracket. The threading aid can, for example, an extension of the cross section of the

Represent passage at one or both ends of the passage. The threading aid may for example be funnel-shaped.

The invention will now be explained in more detail by means of embodiments with reference to the accompanying drawings. In this case, general, inventive features are described in connection with the description of the figures, so that the examples explained below are also to be used to describe the general inventive concept. Show it:

1 shows a survey component of a regulation unit of a

orthodontic control system according to the invention, which is a Befestigungsstei! represents;

Figure 2 shows a receiving component of a regulating unit of

orthodontic regulation system according to the invention, the Durchlasstei! represents; FIG. 3 shows a regulation unit of the orthodontic regulation system according to the invention, consisting of an elevation component and a receiving component;

FIG. 4 shows a first arrangement of the regulation unit of the orthodontic control system according to the invention on a tooth;

FIG. 5 shows a second arrangement of the regulation unit of the orthodontic regulation system according to the invention on a tooth;

FIG. 6 shows the orthodontic regulation system according to the invention for

Correction of vertical tooth misalignment;

FIG. 7 shows the orthodontic regulation system according to the invention for

Correction of horizontal tooth misalignment;

FIG. 8 shows the orthodontic regulator system according to the invention for

Correction of a frontal angulation; and

FIG. 9 shows the orthodontic regulation system according to the invention for

Correction of a lateral angulation.

FIG. 1 shows a collection component 10 of a regulation unit 2 of a regulation system 1 according to the invention. The elevation component 10 has a main body 100. The main body 100 of the elevation component 10 has a front surface 102 and a back surface 103. The front surface 102 faces the back surface 103 on the base body 100. From the front surface 102 extends from the main body 100, a survey 101. Of the

Seen front surface 102, the survey 101 extends in to the

Reverse 103 of opposite direction. The elevation component 10 is designed as Befestigungsieii 3. This means that the back surface 103, which represents the side which is arranged on the tooth surface, constitutes a contact surface 60. The Rückfiäche 103 of the survey component 10 is in Figure 1 and the

Contact surface 60 of the fastening part 3, the Rückfiäche 103 and the contact surface 60 is curved for attachment to a tooth surface. FIG. 1 shows that the back surface 103 or the contact surface 60 is curved in a direction corresponding to the tooth surface. Of course it is also possible that the Rückfiäche 103 and the contact surface 60 is curved in two directions. By a curved contact surface 60, it is possible that

Fixing part 3 optimally to the tooth surface.

According to an embodiment not shown, the main body 100 of the elevation component 10 may have a wedge-shaped cross-section. As a wedge-shaped cross-section in this case a cross-section is referred to, in which the thickness or height of the Grundköpers from one end to an opposite end of

Body decreases.

The main body 100 of the elevation component 10, which constitutes the attachment part 3, has a triangular shape when viewed perpendicularly to the front surface 102, and the present invention is not limited to such a shape. From the front surface 102 of the base body 100, the survey 101 extends. The survey 101 is round and thus has a diameter D. The survey 101 is formed in Figure 1 as a cone. In the cone, so the

Survey 101, the diameter D decreases with increasing height or length of the survey 101. The cone, so the survey 101 is designed such that the diameter D is greater in the immediate vicinity of the front surface 102 of the body 100, as in a greater distance thereto. The minimum diameter D is at the maximum distance of the survey 101 of the Vorderfiäche 102 of the main body 100 before. The elevation 101 may be arranged centrally on the front surface 102 of the main body 100.

FIG. 2 shows a receiving component 20 of a regulating unit 2 of the regulation system 1 according to the invention. The receiving component 20 has a base body 200. In the main body 200, a receptacle 201 is introduced. The receptacle 201 is in the form of an opening 201. The opening 201 is continuous. That is, the opening 201 extends through the entire body 200 of the receiving component 20. More specifically, the opening 201 extends from the front 202 to the back 203 of the receiving component 20. The opening 201 has a circular cross-section, which is symbolized by the diameter d. The opening 201 or the receptacle 201 may according to the survey 101 of the survey component 10 may be formed conically from Figure 1. In this case, the diameter d on the rear side 203 of the main body 200 may be larger than the diameter d on the front side 202 of the main body 200.

The receiving component 20 is formed as a passage part 4. For this purpose, the receiving component 20 has a passage 400. The passage 400 is a through-flow 400. That is, the passage 400 extends completely through the body 200 of the receiving component 20. The passage 400 has a rectangular, in particular square

Cross-section on. The passage 400 is surrounded on all sides by the main body 200 and is open on the side surfaces of the main body 200. That is, the passage 400 in its main direction of extension of material of the

Basic body 200 is surrounded. The passage 400 runs parallel to the rear side 203 of the main body 200. The passage 400 extends in FIG. 2 perpendicular to the main extension direction of the receptacle 201. The rear 203 of the main body 200 is approximated to the rear 203 of a rectangular shape in the base body 200 The receiving component 20, both the receptacle 201 and the Durchiass 400 are introduced. The receptacle is off-center when viewed vertically on the front side 202, that is not arranged in the center or the center of the front side 202 and is arranged offset to the Durchiass 400.

In addition to the receptacle 201 and the passage 400, the receiving component 20 in FIG. 2 also has two opposite parallel notches 401, wherein only one notch 401 is shown in FIG. The notch 401 shown in FIG. 2 has the same main extension direction as the receptacle 201. The notch 401 extends at least partially from the back 203 to the front 202 of the main body 200 of the receiving component 20. It is also conceivable that the notch 401 extends on the back 203 of the receiving component 20.

FIG. 3 shows a regulation unit 2 of the invention

Reguiierungssystems 1, consisting of a survey component 10 and a receiving component 20 shown. The survey component 10 corresponds to the survey component 10 from FIG. 1 and the accommodation component 20 of FIG Recording component 20 of Figure 2. The collection component 10 represents the attachment part 3. That is, the elevation component 10 is on the

Attached tooth surface. The survey component 10, which has already been described in detail with respect to FIG. 1, has an elevation 101. The

Recording component 20, which has already been described in detail with respect to FIG. 2, has a receptacle 201 in the form of an opening 201. The

Receiving component 20 is connected to the elevation component 10 such that the elevation 101 is received by the receptacle 201. This is possible because the survey 101 as well as the receptacle 201 has a round cross-section. The survey 101 of the survey component 10 may be formed, for example, conical. The through opening 201 of the receiving component 20 may be formed such that the receiving component 20 with the receptacle 201 can be plugged or pushed onto the elevation 101 of the elevation component 10. In principle, the elevation component 10 with the elevation 101 can also be inserted into the receptacle 201 of the receiving component 20.

The connection of the elevation component 10 with the receiving component 20 takes place by interaction of the elevation 101 and the receptacle 201.

For example, the interaction of the elevation 101 with the receptacle 201 can take place in that the diameter d of the receptacle 201 is smaller than the one

Diameter D of the elevation 101. If the elevation 101 is designed as a cone, the diameter D decreases with increasing distance from the front surface 102 of the base body 100, as already described above. For example, the diameter D of the elevation 101 in unmitteibarer proximity to the front surface 102 may be greater than the diameter d of the receptacle 201 in close proximity to the back 203 of the receiving component 20. By the diameter D of

Survey 101 is greater than the diameter d of the receptacle 201, 10 forces can act on the survey component 10 after attaching the receiving component between the receptacle 201 and the survey 101. These forces allow a connection of the elevation component 10 with the

Recording component 20. Of course, it is also possible that the Collection component 10 inserted into the receiving component 20

or is inserted.

In Figure 3, the back 203 of the receiving component 20 is smaller than the front surface of the elevation component 10 and is fully on this.

FIG. 4 shows a first arrangement of the regulation unit 2 of FIG

Regulation system 1 according to the invention shown on a tooth 5. The tooth 5 shown in FIG. 4 is, for example, an incisor tooth. For better visibility of the first arrangement is shown in Figure 4, the arrangement in lateral Darsteilung. The tooth 5 is arranged in a mouth 6 or an oral cavity 6. The viewing direction B, which is indicated by the arrow, symbolizes the view into the mouth 6 or into the oral cavity 6, in which the tooth 5 can be seen from its tooth front side 500. The side opposite to the tooth front 500 is called the tooth back 501. The tooth front 500 and the tooth back 501 are the

Tooth surface 50 of the tooth 5, on which the regulating unit 2 is to be attached.

In FIG. 4, the regulation unit 2 shown in FIG. 3 is fastened on the tooth front side 500 of the illustrated tooth 5. For this purpose, the elevation component 10, which represents the fastening part 3 in FIG. 4, is connected to the back surface 103 on the

Tooth front 500 attached. Since the survey component 10 the

From the elevation component 10 extends from the front surface 102, the elevation 101. The receiving component 20, which represents the passage member 4 in Figure 4, is attached to the receptacle 201 on the elevation 101 , The connection between the receiving component 20 and the elevation component 10 has already been described in detail with reference to FIG. In the arrangement shown in FIG. 4, the front face 102 of the elevation component 10 and the rear face 203 of the receiving component 20 are opposite each other. In the direction B, the front 202 of the receiving component 20 is located in front. As can be seen in FIG. 4, the elevation 101 of the elevation component 10 can be moved over the front side 202 of FIG

Receiving component 20 stand out or flush with the front 202 of the Recording component 20 be. But it is also possible that the receptacle 201 does not extend completely through the receiving component 20. Such a case, for example, has aesthetic advantages.

FIG. 5 shows a second arrangement of the regulation unit 2 of FIG

inventive regulation system 1 shown on a tooth 5.

According to the figure 4, the second arrangement is shown in side view. This means that with a view B a person in the mouth. 6

or the oral cavity 6 and thus on the tooth front side 500 of the tooth 5 looks

In the second arrangement shown in FIG. 5, the regulating unit 2 is mounted on the tooth back 501 of the tooth 5

Regulating unit 2 is indeed fixed on the tooth surface 50, however, the regulation unit 2 is hidden by the attachment on the tooth back 501 from the viewing direction B through the tooth front side 500. Such an arrangement has, for example, aesthetic advantages.

In the second arrangement shown in FIG. 5, contrary to the arrangement from FIG. 4, the receiving component 20 is fastened on the tooth surface 50, more precisely on the back of the tooth 501. The receiving component 20, in FIG. 5, represents the fastening part 3. The receiving component 20, that is to say the fastening part 3, is arranged with the rear side 3 on the tooth surface 50. The rear side 203 of the receiving component 20 thus represents the contact surface 60

Recording component 20 has a receptacle 201. The receptacle 201 does not extend in this arrangement over the entire thickness of the main body of the receiving component 20, but ends at a distance from the contact surface 60. in this receptacle 201, the survey 101 of the survey component 10 is inserted. This insertion leads to a connection of the elevation component 10 with the receiving component 20, as has been described in detail with reference to FIG. 3, for example. In the second arrangement shown in FIG. 5, the front side 202 of the receiving component 20 and the rear face 103 of the elevation component 10 lie directly opposite one another. The front surface 102 faces the rear surface 103 of the elevation component 10. The elevation component 10 represents the passage part 4 in FIG. 5. The fastening part 3 is understood to be the part which is fastened to the tooth surface 50. Under the passage part 4, the part which is on the

Fixing part 3 is inserted on or in the fastening part 3, understood and the passage 400 has.

FIG. 6 shows the orthodontic regulation system 1 according to the invention for the correction of a vertical tooth misalignment. Since in Figure 6 the

The orthodontic regulation system 1 according to the invention, which is referred to below only as a regulatory system 1, all for the first time

Comprehensively illustrated components, the arrangement of the

Regulation system 1 will be briefly described first. The method of arranging the regulation system 1 also includes the attachment of the

Regulation unit 2 on a tooth. The description of the attachment of the regulating unit 2 to a tooth is made for the arrangement shown in FIG. 6, which corresponds to the first arrangement shown in FIG. Of course, the method can also be used for the second arrangement shown in FIG.

In addition to at least one regulation unit 2, the regulation system 1 also comprises a treatment sheet 30. FIGS. 6, 7 and 8 each show three regulation units 2, which are fastened on a respective tooth 5. In the first arrangement of the regulation units 2 shown in FIG. 4 and in FIGS. 6, 7 and 8, the elevation component 10 represents the attachment part 3 and the accommodation component 20 the passage part 4

Bump components 10 are respectively mounted on the tooth surface 50 of a tooth 5. This can be done for example by gluing. The

Bumping components 10 are fastened on the tooth surfaces 50 as fastening elements 3. In advance or in parallel or after attachment of the fastening parts 3, the passage parts 4, which in the figures 6, 7 and 8 by the

Receiving components 20 are formed, are raised to the treatment sheet 30. For this purpose, according to the number of fastening parts 3, the passage parts 4 are mounted on the treatment sheet 30, in the in FIGS. 6, 7 and 8, the regulation system 2 is constituted by three bump components 10 each as fixing parts 3, three receiving components 20 as through holes 4, and a treatment sheet 30. The passage parts 4 can be wound on the treatment sheet 30 by applying the

Treatment sheet 30 through the respective passages 400 of the individual

Passing 4 is guided. The mounting of the passage parts 4 on the

Treatment sheet 30 is made before plugging or inserting the passage parts 4 on the mounting parts. 3

When the fasteners 3 are mounted on the tooth surface 50 and the

By means of bias parts 4 are mounted on the treatment sheet 30, then the transmission parts 4 can be plugged onto the fastening parts 3 or inserted into the fastening parts 3. In FIGS. 6, 7 and 8, the through-pieces 4 are realized by the receiving components 20

Surveying components 10 attached. How this can be done has already been described in detail with reference to FIG. In a simplified manner, it is possible to say that only after they have been mounted on the treatment sheet 30 are the push-through parts 4 fitted or plugged into the fastening parts 3 which are fastened to the tooth surface 50. The insertion or insertion of the individual Durchias parts 4 on the respective fasteners 3 is preferably carried out sequentially, that is, not all Durchlas parts 4 are attached at once to the mounting hardware 3.

After the basic method for the arrangement of the regulation system 1 according to the invention has been described, the mode of operation and the setting possibilities of the regulation system 1 will now be described with reference to FIGS. 6 to 9. The teeth 5 illustrated in FIGS. 6 to 9 may be teeth 5 of an upper jaw. The regulating units 2 are fixed on the tooth surface as shown in FIGS. 6 to 9, wherein the present invention is not limited to the illustrated orientation or orientation.

As already described, the orthodontic regulation system 1 according to the invention for the correction of a vertical tooth misalignment is shown in FIG. The vertical tooth misalignment results from the fact that of the three teeth 5 shown in Figure 6 of the central tooth 5 a shifted down position in the

Compared to the other two teeth 5 has. The middle tooth 5 must be moved upwards, ie in the vertical direction. In order to move the central tooth 5 upwards, is on the treatment sheet 30 through

Drawing on the passage parts 4 is connected to the mounting units 3, generates a horizontal force K _h . By the offset position of the central tooth 5 of the treatment sheet 30 is directed downward, resulting in a deflection of the horizontal force K _h in the region of the central tooth 5. This deflection of the horizontal force K _h causes the central tooth 5 to become vertical

Component of the force K _h acts as a force K _v . By this vertical force K _{v of} the central tooth 5 is still moved up.

FIG. 7 shows the orthodontic regulation system 1 according to the invention for the correction of a horizontal tooth misalignment. As in FIG. 6, a total of three teeth 5 are shown in FIG. 7, of which the central tooth 5 has a horizontal misalignment. That is, the horizontal distance of the teeth 5 from each other is not constant. The middle tooth 5 shown in FIG. 7 lies directly against the left tooth 5. To the right tooth 5 is a large distance. Further, as shown in FIG. 7, the regulating units 2 are fixed to the tooth surface 50 of the teeth 5 with the fixing parts 3 corresponding to the ridge components 10. In order to correct the distance between the middle and right teeth 5, the receiving component 20, which represents the passage part 4 in FIG. 7, has two notches 401, which have already been described in detail with respect to FIG. Around the left notch 401 of the middle tooth 5 and around the right notch 401 of the right tooth 5 is a ring 7,

For example, a rubber ring 7, laid. Through this ring 7, a horizontal force K _h between the middle and right teeth 5 is generated. So that the right tooth 5 does not change its position, an abutment 8 is fixed on the treatment sheet 30. The abutment 8 abuts on the left side of the right tooth 5 and thus prevents the right tooth 5 from going to the left. Through the rubber ring 7 and the abutment 8 acts a horizontal force K _h on the central tooth 5, so that the distance between middle and right tooth is reduced. In order to be able to place the ring 7 around the notch 401, there is ideally a distance between the front surface 102 of the elevation component 10 and the rear side 203 of the

Receiving component 20,

FIG. 8 shows the orthodontic regulation system 1 according to the invention for the correction of a frontal angulation. An angulation is an angular misalignment of a tooth 5. In FIG. 8, in turn, three teeth 5 are shown. On the tooth surface 50 of each tooth 5, a fastening part 3 in the form of a collection component 10 is attached. On each collection component 10, a receiving component 20 is plugged as a passage part 4. The central tooth 5, when viewed perpendicularly on the tooth surface 50, for example the tooth front side 500, has a misalignment, an angulation. Around

To correct misalignment, the position between the receiving component 20 and the elevation component 10 can be adjusted accordingly. For this purpose, the receiving component 20, which corresponds to the passage part 4 in FIG. 8, is drawn off from the conical elevation 101 of the elevation component 10, which represents the attachment part 3. After removal, the receiving component 20 is rotated relative to the elevation component 10 and re-attached to the survey 101. After this twisting, the elevation component bottom 104 of the middle tooth 5 does not extend to the receiving component bottom 204 of the middle tooth 5. The elevation component bottom 104 is parallel to the tooth bottom 51. That is, the elevation component 10 is preferably mounted on the tooth surface 50 such that the elevation component bottoms 104 runs parallel to the tooth bottom 51. If the

Bump component bottom side 104 of the middle tooth 5 is not parallel to the receiving component bottom side 204 of the central tooth 5, so the position between the receiving component 20 and the bump component 10 may be referred to as twisted. By such a twisted position acts on the middle tooth 5 on the one hand, an oblique force K _s , since the horizontal force K _{h is} deflected, and on the other hand a moment M, so that the angulation of the central tooth 5 can be corrected. FIG. 9 shows the orthodontic regulation system 1 according to the invention for correcting lateral angulation. In this type of misalignment, the tooth 5, for example, when viewed from the side on the tooth to a misalignment. As already described with reference to FIGS. 6 to 8, a regulating unit 2 consisting of an elevation component 10, as shown in FIG

Mounting part 3 and a receiving component 20, as Durchstestei! 4 attached. The regulation unit 2 is, for example, on the front 500 of

Tooth surface 50 attached. In order to correct the lateral skew of the tooth 5, a moment M and a force K _h can be applied to the tooth 5 by the treatment sheet 30 which is guided through the passage 400 of the passage part 4. The moment M or the force K _h can be determined, for example, by a torsion of the treatment arch 30 or by the length of the

Treatment sheet 30 are applied to the tooth 5. For that, the

Treatment sheet 30, for example, a square cross section, so have a rectangular or square cross-section.

Alternatively, for this type of angulation also a bumping component 10 may be used, the thickness of which increases in the view shown in Figure 9 from top to bottom. The angle which the thus formed wedge-shaped base body (not shown) encloses the bumping component can be for example 20 °. Through this angle, a so-called torque force can be applied to the tooth 5.

When using the regulation system 1 according to the invention, the forces K _h , K _s , K _v or moments M, which act on the tooth 5, can be adjusted in a targeted manner. For exact correction of misaligned teeth, the forces K _h , K _s , K _v or moments M can be very small or small. It is also possible for the misalignments shown in FIGS. 6 to 9 to occur in combination. In such a case, the corrective measures may be applied simultaneously in combination or sequentially. LIST OF REFERENCE NUMBERS

1 Orthodontic regulatory system

2 regulatory unit

3 fixing part

4 passage part

6 mouth / oral cavity

7 ring

8 abutment 10 survey component

100 basic body

101 survey

102 front surface

103 rear surface

104 survey component bottom

20 recording component

200 main body

201 recording / opening

202 front side

203 back side

204 pickup component bottom

30 treatment sheet 400 passage

401 notch

5 tooth

50 tooth surface

51 tooth bottom

500 tooth front

501 tooth back

60 contact area

B viewing direction

D Diameter of the survey d Diameter of the recording

K _h force in the horizontal direction

K _s force acting in an oblique direction

K _v force in the vertical direction

M direction of rotation

Claims

claims

An orthodontic regulatory system (1) comprising at least one adjustment unit (2) for attachment to a tooth surface (50), the adjustment unit (2) comprising at least two components (10, 20), one component comprising a bump component (10) and a component is a receiving component (10), wherein the

Surveying component (10) and the receiving component (20) each having a base body (100, 200), characterized in that extending from the base body (100) of the elevation component (10) has a survey (101), that the base body (200) of Receiving component (20) has a receptacle (201) that the dimensions (d) of the receptacle (201) the dimensions (D) of the survey (101) of the survey component (10) at least partially correspond, that the receptacle (201) with the survey (101) for connecting the elevation component (10) with the

Receiving component (20) cooperates, and in that in the base body (100, 200) of at least one of the components (10, 20), a passage (400) is provided.

2. Orthodontic regulatory system (1) according to claim 1, characterized

characterized in that the orthodontic regulatory system (1) additionally comprises, through an aperture (400) at least one of

Regulating unit (2) guided treatment sheet (30).

3. Orthodontic regulatory system (1) according to claim 2, characterized

in that at least two components of at least two regulating units (2) for connection to at least one weatherproof component of the respective regulating unit (2) are guided on the treatment sheet (30).

4. An orthodontic regulatory system (1) according to any one of claims 1 to 3, characterized in that from the base body (100) of the elevation component (10) extending elevation (101) is conical.

5. Orthodontic regulation system (1) according to one of claims 1 to 4, characterized in that the dimensions (d) of the receptacle (201) of the receiving component (20) in the direction perpendicular to

Main extension direction of the survey (101) are smaller than the

corresponding dimensions (D) of the survey (101)

Collection component (10) in the direction perpendicular to

Main extension direction of the survey (101) and optionally at least one of the base body (100, 200) has a wedge-shaped cross-section.

6. An orthodontic regulatory system (1) according to any one of claims 1 to 5, characterized in that the component (10, 20) which is fixed on the tooth surface (50), as a fastening part (3) is formed by the component (10 , 20) mounted on the tooth surface (50) has a contact surface (60) for contacting the component (10, 20) with the tooth surface (50).

7. Orthodontic regulatory system (1) according to claim 6, characterized

in that at least the main body (100, 200) of the

Fastening part (3) is elastically and / or plastically deformable.

8. orthodontic regulation system (1) according to claim 6 or 7,

characterized in that the contact surface (60) of the fastening part (3) is curved in at least one direction.

9. Orthodontic regulatory system (1) according to one of claims 6 to 8, characterized in that the elevation component (10) as a fastening part (3), and in that the elevation (101) of one of the contact surface (60) opposite surface of the base body (100) of the elevation component (10) extends from.

10. Orthodontic regulatory system (1) according to one of claims 1 to 9, characterized in that the receptacle (201) of the

Recording component (20) in the form of a through hole (201) is formed.

11. orthodontic regulation system (1) according to one of claims 1 to 10, characterized in that the elevation component (10) and the receiving component (20) of the regulating unit (2) a

Have latching mechanism for mutual latching.

12. Orthodontic regulatory system (1) according to one of claims 1 to 11, characterized in that the base body (100) of the

Collection component (10) or the main body (200) of the

Recording component (20) has at least one lateral notch (401) for receiving a ring (7), in particular a rubber ring (7).

13. Orthodontic regulatory system (1) according to one of claims 1 to 12, characterized in that the elevation component (10) and / or the receiving component (20) of the regulating unit (2) made of ceramic and / or plastic and / or titanium and / or Stainless steel are formed.

14. A method for the arrangement of an orthodontic regulatory system (1), comprising at least one adjustment unit (2) for attachment on a tooth surface (50), wherein the regulation unit (2) comprises at least two components (10, 20), one component of which comprises a collection component (10) and a component

Receiving component (20), wherein the elevation component (10) and the receiving component (20) each have a base body (100, 200), characterized by the following steps:

a component (10, 20) of the regulating unit (2) is fastened on a tooth surface (50) and constitutes a fastening part (3),

- The other component (20, 10) of the regulating unit (2), which in its main body (200, 100) has a passage (400) and thus a Durchlassteil (4), is connected to the fastening part (3), wherein a Image (201) in the main body (200) of the

Receiving component (20) is arranged, with a of the base body (100) of the elevation component (10) extending survey (101) cooperates.

15. The method according to claim 14, characterized in that the

orthodontic regulatory system (1) in addition to one

Treatment bow (30), and that before connecting the

Durchias part (4) with the fastening part (3) of the treatment sheet (30) is guided by a respective passage (400) of at least two Durchlassteilen (4).

16. The method according to claim 14 or 15, characterized in that the method using an orthodontic

Regulatory system (1) according to one of claims 1 to 13 is performed.