TW201501859A - Bruxism (bone) powder machine structure - Google Patents

Abstract

A bruxism (bone) powder machine structure mainly comprises a machine body and a support stand arranged on the machine body, wherein the machine body is mainly provided with a main motor and a vibration motor. The support stand comprises, sequentially from the bottom up, an inclined plate, a sieve screen and a blade capable of connecting with the main motor and an upper cover. A side of the support stand is provided with a withdrawable debris collection tray. A debris tray net is further disposed in the debris collection tray. A tooth (bone) is placed on the sieve screen inside the support stand during the usage. The main motor drives the blade to pulverize the tooth (bone) into powder, and proper vibration is generated by the vibration motor to allow the tooth (bone) powder to fall onto the inclined plate via the mesh holes of the sieve screen and sliding onto the debris tray net of the debris collection tray. Further, usable tooth (bone) powder having a proper size on the debris tray net can be sieved by the filter net disposed on the debris tray net to provide doctors to perform dental implant so that the tooth (bone) can be autologously obtained to produce tooth (bone) powder, thereby further enhancing the successful rate in dental implant.

Description

Molar (bone) powder machine structure

This creation is about a molar (bone) powder machine structure, especially a tooth (bone) that can be made from a tooth (bone) obtained from the body for use in implanting the bone (energy). Improve the success rate of the molar (bone) powder machine structure.

Generally, when the tooth is removed, the damaged tooth is usually removed, and then the powder mixed with the tooth powder is filled in the position of the cavity. After a period of time, the medicine and the gum are combined and stabilized, and then the steel nail is inserted. Insert the braces to complete the implant procedure. The known tooth powder, which is obtained from the teeth or bones of human or animal animals, or other synthetic substances, not only makes the implant patients more difficult to relie, but may also form a repulsive effect, which may lead to the failure of the valued teeth; the same situation, In patients with broken bones, the doctor usually removes the broken bones first, then fills the bone powder mixed with the medicine to make it heal with the bones. However, the bone powder is also obtained from the bones of human or animal, or other synthetic substances. It makes patients more difficult to reassure, and may also form rejection, leading to failure. Therefore, based on the above situation, if the patient can use the tooth extracted from the body or the bone fragments taken out to make the tooth powder or bone powder for use by itself, the patient can be healed and recovered more quickly and well. Improving the success rate is the most ideal way. In view of this, the applicant has been engaged in this business for many years. After continuous research and experimentation, he has designed a molar (bone) powder machine structure that can easily and immediately take the patient's teeth or bone fragments from the body. Grind for tooth powder or bone powder for use by itself.

The main purpose of this creation is to provide a molar (bone) powder machine structure, so that the doctor can automatically make teeth (bone) powder from the patient's own teeth (bone) for the purpose of implanting the teeth (the bone) When used, the process of healing and recovery of the patient can be made faster and better, and the success rate can be improved.

The aforementioned molar (bone) powder machine structure comprises a body and a seat placed on the body. The main body of the body is provided with a main motor and a vibration motor. The base is provided with a swash plate, a screen and a blade connectable to the main motor, and an upper cover, and a side of the seat is fastened from bottom to top. There is a stacking tray that can be pulled, and a chip net is additionally arranged in the stacking tray. When the tooth is used, the tooth (bone piece) is placed on the screen of the socket, and the tooth is broken by the main motor to crush the tooth (bone piece) into a powdery shape, and the vibration is made by the vibration motor to make the tooth The (bone) powder falls into the slanting plate through the mesh of the screen and slides into the chip tray of the chip collecting tray, and the screen is provided by the filter screen of the chip tray net to filter the appropriate thickness of the chip tray. Tooth (bone) powder for use by doctors in implanting teeth (reinforcing bone).

The above-mentioned molar (bone) powder machine structure, wherein the chip tray comprises a disk-shaped disk body, and a chip net placed in the disk body, and a filter mesh of a suitable mesh is arranged on the chip disk network. And a protruding support portion is respectively disposed on both sides of the chip net, so that the chip net can be placed in the chip collecting tray, and the positioning is formed by the supporting portion.

The above-mentioned molar (bone) powder machine structure, wherein the screen of the socket is provided with a plurality of meshes arranged at intervals, and the screens of different aperture meshes can be replaced according to requirements, and the chip trays of different aperture filters can be replaced. The mesh can grind the teeth (bone) powder required for different thicknesses.

1‧‧‧ body

11‧‧‧Main motor

12‧‧‧Vibration motor

13‧‧‧ shaft

14‧‧‧lower transmission parts

15‧‧‧Control panel

2‧‧‧ socket

21‧‧‧ sloping plate

211‧‧ ‧ gap

22‧‧‧ screen

221‧‧‧ mesh

23‧‧‧blade

231‧‧‧ drive shaft

24‧‧‧Upper cover

25‧‧‧Fixed ring

26‧‧‧Upper transmission parts

3‧‧‧Sets

31‧‧‧ dish

311‧‧‧ Front plate

32‧‧‧ scraper net

33‧‧‧ Filter

34‧‧‧ 托部

The first picture is a perspective view of the creation.

Figure 2 is a three-dimensional exploded view of the seat of this creation.

The third figure is a three-dimensional exploded view of the set of scraps of this creation.

Figure 4 is an overall cross-sectional view of the creation.

Figure 5 is a diagram of the action state of the creation.

Please refer to Fig. 1 and Fig. 2 at the same time, and with reference to Fig. 3 and Fig. 4, it is a perspective view, an exploded perspective view, an exploded perspective view of the collecting disc and an overall sectional view of the present invention. As shown in the figure, the present invention includes a body 1 and a socket 2 that can be engaged with the body 1 or separated by the body 1. A main motor 11 and a vibration motor 12 are mainly disposed in the body 1. The shaft 13 of the main motor 11 is connected to the lower transmission member 14. The surface of the body 1 is provided with a control panel 15 and is transmitted through the control panel. The operation of the main motor 11 and the vibration motor 12 is controlled by a circuit.

The socket 2 has a cylindrical shape, and a swash plate 21, a screen 22, a blade 23, and an upper cover 24 are provided from the bottom to the top. The slanting plate 21 is provided with a notch 211 on one side, and the screen 22 is provided with a plurality of meshes 221 arranged at intervals, and the mesh screen 22 can be replaced with a mesh of different aperture meshes 221 as needed. 22, a fixing ring 25 is disposed between the swash plate 21 and the screen 22 to form an appropriate distance between the swash plate 21 and the screen 22. The blade 23 is provided with a transmission shaft 231 for the transmission shaft 231. Connected to an upper transmission member 26. One side of the socket 2 is provided with a squeegee disk 3 which can be pulled.

The swarf disk 3 includes a disk-shaped disk body 31 and a disk case 31 slightly smaller than the disk body 31 for inserting the chip tray 32 of the disk body 31. The front edge of the disk body 31 is provided with a front plate. The body 311 and the front plate body 311 are extended downward by a suitable length to facilitate finger holding, and the chip tray 32 is provided with a filter The mesh 33 is provided with a protruding bracket 34 on each side of the chip net 32, so that the chip net 32 can be embedded in the disk body 31 and placed on the disk body by the bracket portion 34. The sides of the 31 are configured to be positioned, and the chip net 32 can also replace the chip net 32 of the different aperture filters 33 as needed.

A molar (bone) powder machine is constructed by a combination of the foregoing members. When in use, the socket 2 is engaged with the body 1, so that the transmission member 26 above the transmission shaft 231 of the coupling blade 23 is engaged with the transmission member 14 under the shaft 13 of the main motor 11, and the initially disinfected teeth are The (bone piece) is placed on the screen 22 of the socket 2, and the upper cover 24 is covered, and the operation of the control panel 15 can be performed.

Please refer to Figure 5 for the action state diagram of this creation. Please cooperate with the figures 1~4. As shown in the figure, the seat 2 has been engaged with the body 1 during the work, so the blade 23 has been driven by the upper and lower transmission members 26, 14 and the main motor 11. Connected and rotated by the main motor 11, and the base 2 and the body 1 are subjected to the vibration motor 12, and the whole body is in a proper vibration state during operation, when the teeth on the screen 22 (bone pieces) The powder is pulverized and formed into a proper vibration by the vibration motor 12, so that the tooth (bone) powder is shaken onto the swash plate 21 via the mesh 221 of the screen 22 and slid into the swarf disk 3 In the chip net 32, the fine powder which is not available is filtered by the filter screen 33 of the chip net 32, and falls into the disk body 31 of the chip collecting tray 3; when the crushing process is completed, the The chip tray 3 is pulled away from the socket 2 (with the finger hooked to the position where the front plate body 311 extends downward, and pulled out), and the chip tray 32 is picked up from the chip tray 3, and the chip tray net is taken up. 32 is the tooth (bone) powder suitable for the thickness and can be used after sterilization.

It should be noted that the thickness of the upper (bone) powder of the scraper net 32 depends on the size of the mesh 221 of the screen 22 and the mesh size of the filter 33 of the chip net 32. Therefore, if the mesh of different apertures is replaced, The screen 22 of 221, in conjunction with the replacement of the chip net 32 of the different aperture filters 33, is capable of grinding and screening the teeth (bone) powder required for different thicknesses.

The foregoing embodiments are merely illustrative of the preferred embodiments of the present invention, and are not intended to limit the scope of the present invention, and the details of the present invention are not deviated from the spirit of the present invention.

In summary, the creation of the machine with the main motor and the vibration motor is matched with the seat of the blade and the screen to form the structure of the molar (bone) powder machine. For the purpose of using the teeth (bone pieces) obtained by the body to be broken into teeth (bone) powder for use in implanting teeth (bone), it is a practical design, and it is a novel creation.爰Apply for patents according to law, the Bureau of Prayer is to review it, and grant patents as soon as possible.

1‧‧‧ body

2‧‧‧lower transmission parts

15‧‧‧Control panel

2‧‧‧ socket

24‧‧‧Upper cover

3‧‧‧Sets

Claims (7)

A molar (bone) powder machine structure comprising a body, and a socket that can be engaged with the body or separated by the body, wherein the body is mainly provided with a main motor and a vibration motor, so that the main motor The shaft is connected to the lower transmission member, and a control panel is arranged on the surface of the body, and the main motor and the vibration motor are controlled by the circuit through the control panel, wherein the socket is cylindrical and has a The upper cover has a sloping plate, a screen and a blade respectively from bottom to top; the slant plate is provided with a notch on one side; the screen is provided with a plurality of meshes arranged at intervals; the blade is A drive shaft is disposed, and the drive shaft is coupled to an upper transmission member; and a pullable collecting tray is disposed on one side of the socket. The molar (bone) powder machine structure according to claim 1, wherein the swarf disk comprises a disk-shaped disk body, and is slightly smaller than the disk body for being embedded in the disk body. The chip net, the chip net, is provided with a filter. The molar (bone) powder machine structure according to claim 1, wherein a fixing ring is disposed between the swash plate and the screen to form an appropriate distance between the swash plate and the screen. The molar (bone) powder machine structure according to claim 1 or 2, wherein the leading edge of the collecting disc is provided with a front plate body, and the front plate body is extended downward by an appropriate length. Conducive to finger holding. The molar (bone) powder machine structure according to claim 1, wherein the mesh screen can replace the mesh of different aperture meshes as needed. The molar (bone) powder machine structure according to claim 2, wherein the two of the chip nets The side portions are respectively provided with protruding protrusion portions, so that when the chip tray mesh is embedded in the disk body of the chip collecting tray, the supporting portion can be placed on both sides of the disk body to form a positioning. The molar (bone) powder machine structure according to claim 2, wherein the chip net can replace the chip net of different aperture filters as needed.