TWM423010U - Threading plate, threading plate set and thread-forming machine - Google Patents

Description

V. New description: [New technical field] In a detailed description, it relates to a type of dental creation, a forming device plate, a dental plate set and a dental forming machine. [Prior Art] It is conventionally used to make screws or slabs of slabs and slabs, which are attached to various patterns corresponding to the second teeth, and a slab is placed between the slabs and the slabs. The two opposite directions are parallel to the f/j Du # 牙板/口动' so that the edge blank is threaded by the pressing surface of the second tooth plate, so as to do this...k on the billet table, the I know the tooth plate needs to be longer Straight away, so the squeegee set and the use of 兮 $ k 4 ''p distance 较大 larger size, so the known blister manufacturing materials and two Ν and the known slab group - only can be made - Screws or dowels, etc. = manufacturing costs are also higher. Furthermore, the problem of the conventional dental plate set on the blank 2 is known. The board can be squeezed and easy to fly, resulting in safety. In addition, in the conventional dental group, t-field embryos (usually round) are introduced into the board and are squeezed by the working surface. (4) The billet is not honed

The surface of the system 丨J has a surface of #,, 启, y- A ', and, in the excess of the friction with the working surface of the second slab, 'will cause the billet to roll due to the billet In the case of misalignment or skewing, the 1st weighting ~ ringing subsequent processing operation also makes the proportion of the thread embossed on the surface of the embossing surface 9 plus the proportion of the product and lowers the production mouth. Therefore, it is necessary to provide an innovation. ^ 4 and progressive dental plates - dental plates, and dental machinery to solve the above problems. M423010 [New content] The present invention provides a dental plate comprising a work surface including a >, a dental region, each of the dental regions including a low surface and a screw circle, the thread pattern portion is high The low-level surface is used to make the billet slide or/and rotate in the area. The thread pattern portion is: the material is positioned after the material to make the billet rotate. A pattern corresponding to the pattern of the thread pattern portion is formed on the surface of the blank. The present invention further provides a dental plate set comprising two dental plates as described above: the working faces of the two dental plates are substantially parallel to each other, and the working surfaces of the two dental plates are relatively moved in opposite directions. The present invention further provides a dental plate set comprising a second dental plate, wherein a working surface of one dental plate has at least one convex curved surface thread pattern, and a working surface of the other dental plate has at least one concave curved surface thread The pattern portion, the operation of the two dental plates: substantially parallel to each other and relatively oppositely moving in opposite directions. The present invention further provides a dental forming machine comprising: a dental plate set as described above and a control material element, wherein the (four) unit is connected to the dental plate plant, so that the two dental plates of the dental plate set operate. The dental plate system is relatively transported in the opposite direction: the thread pattern of the tooth plate of the tooth plate can be smashed and the medium can be positioned to the surface of the blank material, and the surface of the blank material is not damaged, and J ensures the accuracy and 70 integrity of the formed thread pattern. Moreover, products that have been embossed with this set of panels will not fly. The product collection is simple and does not pose a hazard. Furthermore, the stencil group of the present invention and the stencil forming machine using the squeegee group are simpler and can be of a smaller size, and are simultaneously manufactured in the same manner as a gentleman m + person Multiple products. M423010

The technical features of this creation have been fairly broadly outlined above, so that the following inventories are carefully described (4) for better understanding. Other technical features that form the subject matter of this creation will be described below. It is to be understood by those of ordinary skill in the art that the concept and the specific embodiments disclosed below may be used to modify or design other structures or processes to achieve the same (4) as the present invention. It is also understood by those of ordinary skill in the art to which this invention pertains that such equivalent constructions are not departing from the spirit and scope of the present invention as defined by the appended claims. [Embodiment] Referring to the drawings, a schematic view of a dental plate set of an embodiment of the present invention is shown. The stencil of the present invention includes a work surface 1 ’ 'the work surface 1 〇 including at least one of the dentition regions 12'. Each of the dentition regions 12 includes a low-profile screw pattern. In other words, the thread pattern portion 16 is higher than the lower surface 14 . _ f 2 to 4 show the texture of the thread pattern portion of the dental plate of one embodiment. With reference to Figures 4 through 4, the thread pattern portion 16 includes at least one wire groove, at least one hole groove or at least one tooth, or a combination thereof. For example, the thread pattern portion 16 includes a plurality of oblique grooves or teeth 18 which are parallel to each other (as shown in FIG. 2); or the thread pattern portion 6 includes a plurality of The first trough 20 and the plurality of second troughs 22, and the first trough 20 intersect the second troughs 22 in a lattice shape (similar to a pineapple 'time, as shown by the circle 3); or, the thread The pattern portion 16 includes a plurality of holes 24 which are regularly arranged (similar to a pineapple pattern, as shown in FIG. 4). It should be particularly clear that the working surface 1 of the created tooth plate can include multiple M423010 several spaced-shaped dental regions 12' so that multiple blanks can be simultaneously printed for the in-process At the same time, a plurality of products such as screws are manufactured. It will be understood that the corresponding dentition regions 12 may have the same thread pattern' or may have different thread maps t (e.g., any combination of the patterns shown in Figures 2 to 4). Regarding the design of the thread pattern of the squeegee, the distribution position and the area are preferably (10) set to the thread portion 2 of the thread according to the size (e.g., radius) of the blank 2 to be reinforced. Referring to Figures 1, 2 and 5, the billet 2 is cylindrical and has half of the r' billet 2 having a circumference of 2πΓ, and the width of the thread pattern to be formed on the circumferential surface of the billet 2 is L, thus, The squeegee has a bipartite-pattern of the pattern of the torus 26 as shown in FIG. 5, that is, when the blank 2 is embossed by a plaque for at least a week, the slab is smashed by the slab The circumferential surface of the blank 2 is embossed to form a thread pattern of the knife (the embossing distance of each tooth plate 1 is π Γ). when . The plucking material 2 is embossed by each of the two dental plates i (constituting a dental plate group), and after half a week, the thread pattern of the mother tooth plate 1 is embossed to one half of the circumferential surface of the blank 2 and perfectly joined ( As shown in Figure 5, the complete pattern of the torus is %). Referring again to Figures 1 and 2, in the present embodiment, the lower surface 14 of each of the dentition regions 12 forms a notch 28 with the thread pattern portion 16, the notch 28 having a substantially uniform depth. In other embodiments, the notch 28 of the dental plate i has a progressively larger depth', i.e., each lower planar surface 14 is an oblique plane (as shown in Figure 6). The lower facet 4 does not have a pattern which allows the 2 blanks to slide or/and rotate in this area. Since the thread pattern portion 6 is higher than the lower surface 14, when the blank 2 moves to interfere with the thread pattern portion, the thread pattern portion M423010 $=:::::=== The thread pattern portion of each of the dentition regions 12 is at least erectively tilted (four), and is gradually inclined downward with respect to the lower plane 3, for example, the threaded portion of the slanted surface of the slanted surface is 12

An inclined surface 30 which is inclined away from the lower portion and has a thread pattern (as shown in FIG. 7 , it can be understood that the two ends of the thread pattern portion 16 of the Γ-tooth region 12 can each Having a slant (four), the inclined surface 3 is gradually inclined downward with respect to the lower surface 14), and the maximum depth of the inclined surface 3G is preferably greater than the texture depth of the pattern of the thread pattern portion 2· Alternatively, the thread pattern portion 16 of each of the dentition regions 12 is a curved surface (as shown in FIG. 8); alternatively, the tooth core may include a plurality of dentition regions 丨2, and the dentition regions 12 are Looped arrangement (as shown in Figure 9).

It can be understood that, in the present embodiment, the tooth plate group ι (9) - each of the working faces 1G of the dental plate 1 - the dental region 12 may have no lower surface ^, wherein the working surface of the dental plate 1 〇 has at least one convex curved surface thread pattern portion 16, and the other working surface 1 牙 has at least one concave curved surface thread pattern portion 16' Move in the opposite direction. Each of the dental plates 1 may include a plurality of dental regions 12 which are arranged in a ring shape (refer to Figs. 8 and 9). Preferably, the portion 32 between the lower surface 14 of the dental plate 1 and the thread pattern portion 16 of the various embodiments described above is curved, and more preferably, the thread pattern portion I 6 is close to the lower portion 10) . The top 34 of one side of the face 4 is curved (refer to the embodiment shown in FIG. 1 , the set of teeth (10) includes a second plate 1 'the working face 10 of the two plates 1 substantially Parallel to each other, the two faces of the two teeth are relatively oppositely moved in the opposite direction. It can be understood that the working surface 1() of the two dental plates 1 can be moved in the same manner as the working surface of the teeth. The movement is carried out while the other side of the slab is fixed or the second slab is simultaneously moved in the opposite direction. The second tooth plate 1 rotates in the opposite direction "亍 moving f吏 blank 2 to the second tooth plate] and the screw pattern (4) (4) of the dental plate i is printed on the surface of the blank 2 to cause the surface of the blank 2 to be changed. Corresponding textures (for example, threads) are used to make buckles such as screws. In order to make the surface of the product smooth and uniform, the pattern of the surface of the two dental plates 1 should be correspondingly set, or any corresponding arrangement relationship For example, for every -1 a, the η tooth plate 1 has a pattern of a pattern of the torus 26 as shown in FIG. 5, that is, After the blank 2 is embossed by a dental plate 1 for at least half a week, the dental plate is embossed on the circumferential surface of the blank 2 to form one-half of the thread pattern (the embossing distance of each tooth plate! When the blank 2 is rotated by half a week relative to a dental plate 1 (constitution - dental plate group _), the thread pattern of each tooth plate i is imprinted onto one half of the circumferential surface of the blank 2 and is perfect. Opposite & (as shown in Figure 5, the complete pattern of the torus 26). Relative to the second plate! The lower plane 14 has a spacing distance §. The spacing distance S is greater than or equal to the blank 2 Preferably, the spacing M423010 is slightly larger than the diameter of the blank 2 from the s system, such that when the working surface 10 of the two dental plates 1 is relatively moved in opposite directions, the snail of the two teeth The side wall of the tooth pattern portion 16 pushes the blank 2 without embossing the thread pattern.

When the blank 2 is pushed between the respective lower planes 14 to the side wall of only one of the thread pattern portions 16, the blank 2 can be slid or/and rotated in this region, and the blank 2 is also returned. The embossed thread pattern is not embossed until the billet 2 is pushed between the respective lower planes 14 to simultaneously interfere with the corresponding snail pattern. When the side wall of the Μ6, the blank 2 is positioned by the corresponding two thread pattern portion '6. At this time, the blank 2 is rotated without sliding, and then the corresponding second thread pattern portion (10) is imprinted on the circumferential surface of the blank 2 The thread pattern is such that the surface of the blank 2 forms a pattern corresponding to the pattern of the thread pattern portions 16. In the dental plate set 100 shown in FIG. 6, when the blank 2 does not simultaneously interfere with the side wall of the corresponding two thread pattern portion 16, the distance between the corresponding lower surface 14 is the distance from the diameter of the blank 2, when the second tooth When the working surface (7) of the slab is relatively moved in the opposite direction, the side wall of the thread pattern portion 16 of the slab 1 pushes the blank 2 without embossing the thread pattern. Then, the two teeth! Continue to move in parallel in the opposite direction, and the distance s between the corresponding low-level faces 14 continues to decrease. The blank 2 continues to be pushed by the side wall of the thread pattern (4), and the blank 2 is not yet subjected to the embossed thread pattern. . a = when the blank 2 is pushed between the corresponding lower planes 14 to simultaneously interfere with the side walls of the corresponding tooth profile finger, the spacing distance between the corresponding low planes μ is equal to the diameter of the (4) 2, so that the blank 2 can Corresponding to the corresponding low-level surface - the screw pattern portion 16 is precisely positioned, at this time, the billet 2 is rotated and not rotated, and then the corresponding two-thread pattern portion 6 is inserted into the M423010 line of the billet 2 The pattern of the thread pattern portion 16 is formed on the surface of the blank 2 so as to form a pattern corresponding to the pattern of the thread pattern portion 16. The front of the silk is Η Η 板 板 板 板 板 板 板 板 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该The pattern of the pattern: the snail::30 respectively has a distance from the corresponding inclined surface 30 of the thread __ continuous privately. The snail of the threaded pattern 2 can be snailed by the corresponding inclined surface 30 The tooth pattern is slowly released and released, and the embossed product does not fly. When the distance between the corresponding inclined faces 30 is greater than the diameter of the embossed product: the product can be easily taken out, so the product collection is simple and dangerous. . 0 In the dental plate set (10) shown in Figures 8 and 9, the two dental plates! There is a corresponding curved surface thread pattern portion 16, wherein one tooth plate 1 has a convex curved surface thread pattern portion! 6' The other tooth plate 1 has a concave curved surface thread pattern portion. The two dental plate 1 can be disposed In the fixed relative position (selectable according to the size of the blank 2, set and adjusted), and preferably, one of the dental plates 1 is fixed, and only the other dental plate 1 can be rotated. For example: The embossing step of the thread pattern can be completed by rotating the squeegee having the convex curved surface pattern portion 16 without the need for a long straight embossing distance as in the conventional slab-shaped slabs. 〇〇 and the use of the dental group of the dental unit (for example, the rolling machine shown in FIG. 200) is more compact and can be of a smaller size, and The manufacturing material and cost of the dental plate 1 can be reduced. In the dental plate set 100 shown in FIG. 10, the portion 32 between the lower surface baffle of each dental plate and the thread pattern portion 16 is curved. And the end portion 34 of the thread pattern portion 16 on the side close to the lower surface 14 is curved, so that 10 M423010 can be avoided.

The surface of the 6 liter blank 2 directly opposes the sharper corner of the thread pattern portion 16 with a smaller area, so that the surface of the blank 2 is not damaged and the precision and integrity of the formed thread pattern are ensured. Referring to Fig. 11, there is shown a schematic view of a dental machine of an embodiment of the present invention. In the present embodiment, the dental forming machine 200 includes a dental plate set 100 as shown in FIG. 1 and a control/drive unit 36. The dental plate set 1 has a second dental plate 1 which has been detailed in the above embodiment. The description will not be described in detail here. It will be understood that the dental plate set 1 of the dental forming machine 200 can be any of the dental plate sets 100 as described above. The control/drive unit 36 is connected to the dental plate set 1〇〇 such that the working surface 10 of the second plate i of the dental plate set 100 is relatively moved in the opposite direction. 2 processing into a product with a grain. The technical content and technical features of the present invention have been disclosed as above. However, those having ordinary knowledge in the technical field of the present invention should understand that the teaching and disclosure of the present invention should be carried out without departing from the spirit and scope of the present invention as defined by the scope of the appended patent application. Can be used for various substitutions and modifications. For example, many of the processes disclosed above may be implemented in different ways or in other processes or in a combination of the two. Further, the scope of the present invention is not limited to the processes, machines, manufacture, compositions, means, methods or steps of the specific embodiments disclosed above. Those of ordinary skill in the art to which the present invention pertains should understand that, based on the teachings of the present teachings and the disclosure of processes, machines, manufactures, components, devices, methods, or steps of the material, whether present or later, the implementation of the present invention The example revealer performs substantially the same work in substantially the same way: 'and achieves substantially the same result, and can also be used in the present work. Therefore, the scope of the patent application is intended to cover the components, devices, methods or steps used in such processes, machines, and articles. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view showing a dental plate set according to an embodiment of the present invention; FIGS. 2 to 4 show a schematic view of a different thread pattern portion of the present creation:

Figure 5 of the thread pattern of the tooth plate shows that the creation has a phase ring diagram; and Figures 6 to 10 show the TM of the different tooth sets of the creation, Fig. 1 shows the creation of the tooth Schematic diagram of the machine. [Main component symbol description]

1 The tooth plate of the creation 2 The blank material 10 Working surface 12 The toothed area 14 The lower surface 16 The thread pattern portion 18 The oblique groove or the tooth 20 The first line groove 22 The first line groove 24 The hole groove 26 The torus 28 The notch M423010

30 32 34 36 100 200 L

S Top surface control/driving unit on one side of the curved portion of the curved surface between the lower surface of the inclined surface and the thread pattern portion. The tooth plate of the created mechanical tooth thread pattern is spaced from the lower surface of the radius of the blank material. distance

Claims (1)

M423010 Sixth, the scope of application for patents: year, month and day fi 1〇〇. Set 丨43⁄4 no 1. - dental plate, including: - work surface 'including at least one of the tooth area, each of the dentition area ^|·^ - low level And a thread pattern portion, the lower surface and the thread pattern portion are located on the working surface, and the thread pattern portion is higher than the low surface surface, wherein the low surface surface is used to make the billet slide in the area or/and Rotating, the thread pattern portion is in contact with the secret material; (4), so that the secret material is rotated without sliding, so that the surface of the billet surface forms a pattern corresponding to the pattern of the thread pattern portion. 2. The dental plate of claim 1 wherein each of the lower surface of the dentition region forms a recess with the thread pattern portion. The recess has a depth of substantially uniform. 3. The tooth plate of claim 1 wherein the lower surface of the dentition region and the thread pattern portion are formed - the recesses are oriented away from the thread pattern portion, and the depth of the recess is gradually increased. 4. The sloping surface of each of the dentitions of the π-finished region has a sloped surface which is gradually inclined downward with respect to the lower surface. 5. If the tooth plate of item 4 is found next to s, the maximum storage depth of the inclined surface of the inclined surface is the depth of the pattern t of the thread pattern portion of the thread. The tooth plate of the long item 1 wherein the thread pattern portion comprises at least one line 7 such as two less than one hole or at least one tooth, or a combination thereof. For example, if the slab of the squad is 5, the stagnation of the α 一 _ 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 Line...Hay et al. 'Line trough and the second line 14 M423010 8. The tooth plate of claim 5, wherein the thread pattern groove' is regularly arranged. Year, month, day ^ ¢.0- 12. 1 4. Zou system consists of a plurality of holes - 4 faces and the thread pattern portion 9. The tooth plate of claim 1 is the arc connection. 10. The top of the tooth plate of the requester, wherein the thread pattern portion is close to the lower side, is curved. 11. Such as the request item! The tooth plate of the tooth plate has a curved surface. Pattern section 12. The dental plate of claim U, wherein the dental plate comprises a plurality of dentition regions which are arranged in a ring shape. The slab of any one of claims 1 to 12, comprising a plurality of spaced apart dentition regions. A dental plate set comprising two dental plates, such as request items 丨 to 12, wherein the working surfaces of the two dental plates are substantially parallel to each other, and the working surfaces are relatively moved in opposite directions. 15. A dental panel set comprising two dental panels as claimed in claim 13, the working surfaces of the two dental plates being substantially parallel to each other, the working surfaces of the two dental plates being relatively oppositely moving in opposite directions. 16· a dental plate set comprising a second dental plate, wherein a working surface of one dental plate has at least a convex curved surface thread pattern portion, and a working surface of the other dental plate has at least one concave curved surface screw pattern portion, the second The working faces of the dental plates move substantially parallel to each other and relatively in opposite directions. 17. The dental plate set of claim 16, wherein each of the dental plates comprises a plurality of dentition regions, the dentition regions being annularly arranged. 15 18 kinds of dental machinery 'contains a control unit such as hul/control 'drive unit'. The control/drive unit connection group: 19. = The working surface of the two dies is relatively moving in the opposite direction: "" The device includes a dental plate set and a control drive unit according to claim 15, wherein the control/drive unit is coupled to the dental plate set such that the working surface of the plate and the dental plate are relatively moved in opposite directions . The dental forming machine includes a dental plate set as claimed in claim 16 or a series of (4)/(four) single ^' (four)/drive unit connected to the dental plate set such that the working surface of the second dental plate of the dental plate set is relatively The ground moves in the opposite direction. 16