CN208801789U - The cambering gear of intelligent ceramic carving machine - Google Patents

Abstract

The utility model discloses a kind of cambering gear of intelligent ceramic carving machine, it includes the jig for loading ceramic workpiece to be processed, the knife handle being installed on the main shaft of ceramic carving machine and the cutter for being installed on knife handle lower end, the cutter is located above jig, cutter is cylindrical, and processing ceramic inside workpiece bottom surface is treated simultaneously and internal chamfering is processed, cutter lower end surface is equipped with for the plane machining face to the ceramic workpiece inner bottom surface processing to be processed, it is equipped between cutter lower end and periphery for the cyclic annular arc machining face chamfer machining inside the ceramic workpiece to be processed.The utility model at least uses plane machining face and cyclic annular arc machining face to process simultaneously to the ceramic workpiece inner bottom surface to be processed and internal chamfering using the cutter of customization, its working efficiency that can greatly promote finishing impression processing, and realize face processing, reduce machining tolerance, working (finishing) area is promoted simultaneously, the quantity for reducing tool sharpening run trace, further promotes processing efficiency.

Description

The cambering gear of intelligent ceramic carving machine

Technical field:

The utility model relates to ceramic finishing impression field of machining technology, refer in particular to a kind of concave surface processing of intelligent ceramic carving machine Device.

Background technique:

The ceramic carving machine attention increasingly by mechanical processing industry person in recent years, especially in processing mobile phone shell Even more highly sought in terms of equal 3C Products, this is mainly due to ceramic finishing impression functions to provide excellent machining accuracy and excellent Processing effect.

When ceramic carving machine treats the progress finishing impression processing of processing ceramic workpiece in the prior art, it is all made of point contact and is adding Work, tool sharpening run trace is various, and processing efficiency is low, is unfavorable for improving the working efficiency of ceramic carving machine, to production Person causes biggish puzzlement.

In view of this, the present inventor proposes following technical scheme.

Utility model content:

The purpose of the utility model is to overcome the deficiencies in the prior art, the concave surface for providing a kind of intelligent ceramic carving machine adds Tooling is set.

In order to solve the above-mentioned technical problem, the utility model uses following technical proposals: the intelligent ceramic carving machine Cambering gear includes: the knife handle for loading the jig of ceramic workpiece to be processed, being installed on the main shaft of ceramic carving machine With the cutter for being installed on knife handle lower end, which is located above jig, and the cutter is cylindrical, and simultaneously to described to be processed Ceramic workpiece inner bottom surface and internal chamfering are processed, wherein the cutter lower end surface is provided with for the pottery to be processed The plane machining face of porcelain inside workpiece bottom surface processing, is provided with for the pottery to be processed between the cutter lower end and periphery The cyclic annular arc machining face of porcelain inside workpiece chamfer machining.

Furthermore, in above-mentioned technical proposal, the ring-type arc machining face and plane machining face are diamond dust face, It is fixed on cutter by electroplating technology.

Furthermore, in above-mentioned technical proposal, it is additionally provided with annular machined surface on the outside of the cutter, the annular machined surface With cyclic annular arc machining face and plane machining face is smooth is connected.

Furthermore, in above-mentioned technical proposal, the knife handle lower end is provided with installation position, and the cutter upper end forms Protrusion, the protrusion inlay card lock in the installation position, and through screw.

Furthermore, in above-mentioned technical proposal, the knife upper end is provided with the mounting groove for main shaft installation.

Furthermore, in above-mentioned technical proposal, the jig upper end is provided with and the ceramic workpiece shape to be processed It is adapted to and is used to limit the locating slot of the ceramic workpiece to be processed, and the jig upper center is provided with vacuum sucking holes, the jig Side is provided with the stomata being connected to the vacuum sucking holes.

Furthermore, in above-mentioned technical proposal, the vacuum sucking holes are vertically arranged, porosity levels setting, the vacuum Sucker and the rectangular shape of stomata are distributed.

Furthermore, in above-mentioned technical proposal, the jig is in convex shape.

After adopting the above technical scheme, the utility model has the following beneficial effects: compared with prior art

1, the utility model is included at least using the cutter of customization and is had for the ceramic workpiece inner bottom surface to be processed The plane machining face of processing and for the cyclic annular arc machining face chamfer machining inside the ceramic workpiece to be processed, this is flat Face machined surface and cyclic annular arc machining face carry out finishing impression processing to the ceramic workpiece inner bottom surface to be processed and internal chamfering simultaneously, It realizes concave surface processing, the working efficiency of finishing impression processing, and the plane machining face in cutter and cyclic annular circular arc can be greatly promoted Machined surface realizes face and face contact with ceramic workpiece inner bottom surface to be processed and inside chamfering respectively, realizes face processing, reduces and add Work tolerance, while working (finishing) area is greatly improved, the quantity that cutter 3 processes run trace is reduced, reduces design difficulty, while can Further promote the processing efficiency of the utility model.

Detailed description of the invention:

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the cross-sectional view of the utility model；

Fig. 3 is the stereogram exploded view of the utility model；

Fig. 4 is the installation diagram of knife handle and cutter in the utility model.

Specific embodiment:

The present invention will be further described with attached drawing combined with specific embodiments below.

It is a kind of cambering gear of intelligent ceramic carving machine as shown in Fig. 1-4 comprising: it is to be processed for loading The jig 1 of ceramic workpiece 10, the knife handle 2 being installed on the main shaft of ceramic carving machine and the cutter 3 for being installed on 2 lower end of knife handle, should Cutter 3 is located at the top of jig 1, when work, the main shaft high speed rotation of the ceramics carving machine, and drive knife handle 2 and cutter 3 to jig The ceramic workpiece to be processed 10 positioned on 1 carries out finishing impression processing.

The cutter 3 is cylindrical, and simultaneously to 10 inner bottom surface 104 of ceramic workpiece to be processed and internal chamfering 105 are processed, wherein 3 lower end surface of cutter is provided with for processing to 10 inner bottom surface 104 of ceramic workpiece to be processed Plane machining face 34, be provided between 3 lower end of cutter and periphery for being fallen inside the ceramic workpiece 10 to be processed The cyclic annular arc machining face 35 that angle 105 processes.It is used for that is, the utility model is included at least using the cutter 3 of customization Plane machining face 34 to 10 inner bottom surface of the ceramic workpiece to be processed processing and for the ceramic workpiece to be processed The cyclic annular arc machining face 35 of 10 inside chamfer machinings, the plane machining face 34 and cyclic annular arc machining face 35 are to be added to this simultaneously 10 inner bottom surface of work ceramic workpiece and internal chamfering carry out finishing impression processing, i.e. the processing of realization concave surface, can greatly promote finishing impression and add The working efficiency of work, and plane machining face 34 in cutter 3 and cyclic annular arc machining face 35 respectively with ceramic workpiece 10 to be processed Inner bottom surface and internal chamfering realize face and face contact, realize face processing, reduce machining tolerance, while greatly improving machined surface Product reduces the quantity that cutter 3 processes run trace, reduces design difficulty, while can further promote the processing of the utility model Efficiency.

The ring-type arc machining face 35 and plane machining face 34 are diamond dust face, are fixed on knife by electroplating technology On tool 3.

Annular machined surface 36 is additionally provided on the outside of the cutter 3, the annular machined surface 36 and cyclic annular arc machining face 35 and The smooth linking in plane machining face 34.For the ceramic workpiece to be processed with internal side wall, which can be simultaneously to institute It states 10 inner bottom surface of ceramic workpiece and internal side wall to be processed and internal chamfering carries out three surface processing, it is practical further to promote this Novel processing efficiency.Wherein, the annular machined surface 36 is diamond dust face, for treating the internal side wall of processing ceramic workpiece It is processed.

2 lower end of knife handle is provided with installation position 21, and 3 upper end of cutter forms protrusion 37,37 inlay card of protrusion in In the installation position 21, and locked by screw, guarantees 3 firm installation of cutter in 2 lower end of knife handle.2 upper end of knife handle is set It is equipped with the mounting groove 22 for main shaft installation.

1 upper end of jig is provided with 10 external shape fits of ceramic workpiece to be processed and for limiting the pottery to be processed The locating slot 11 of porcelain workpiece 10, and 1 upper center of jig is provided with vacuum sucking holes 12, which is provided with true with this The stomata 13 that suction hole 12 is connected to.In use, connect with air pump by 13 external pipe of stomata, with realization to vacuum sucking holes 12 into Row pumping vacuumize process, achievees the purpose that the ceramic workpiece to be processed 10 that absorption is placed in the locating slot 11 of jig 1.

The vacuum sucking holes 12 are vertically arranged, and the stomata 13 is horizontally disposed, the vacuum sucking holes 12 and the rectangular shape of stomata 13 Distribution.The jig 1 is in convex shape.

In conclusion the utility model is included at least using the cutter 3 of customization to be had for the ceramic workpiece to be processed 10 inner bottom surfaces processing plane machining face 34 and for the ring-type the 10 inside chamfer machining of ceramic workpiece to be processed Arc machining face 35, the plane machining face 34 and cyclic annular arc machining face 35 are simultaneously to 10 inner bottom surface of ceramic workpiece to be processed And internal chamfering carries out finishing impression processing, i.e. realization concave surface processing can greatly promote the working efficiency of finishing impression processing, and cutter 3 In plane machining face 34 and cyclic annular arc machining face 35 it is real with 10 inner bottom surface of ceramic workpiece to be processed and internal chamfering respectively Existing face and face contact realize face processing, reduce machining tolerance, while greatly improving working (finishing) area, reduce the processing walking of cutter 3 The quantity of track reduces design difficulty, while can further promote the processing efficiency of the utility model.

It certainly, is not to limit the utility model and implement the foregoing is merely specific embodiment of the utility model Range, all equivalent change or modifications done according to structure, feature and principle described in present utility model application the scope of the patents, should all wrap It includes in present utility model application the scope of the patents.

Claims (8)

1. the cambering gear of intelligent ceramic carving machine comprising: for loading the jig of ceramic workpiece to be processed (10) (1), the knife handle (2) that is installed on the main shaft of ceramic carving machine and the cutter (3) for being installed on knife handle (2) lower end, cutter (3) position Above jig (1), it is characterised in that:

The cutter (3) is cylindrical, and carries out simultaneously to ceramic workpiece (10) inner bottom surface to be processed and internal chamfering Processing, wherein cutter (3) lower end surface is provided with for the plane to ceramic workpiece (10) the inner bottom surface processing to be processed Machined surface (34), the cutter (3) are provided with for falling ceramic workpiece (10) inside to be processed between lower end and periphery The cyclic annular arc machining face (35) of angle processing.

2. the cambering gear of intelligent ceramic carving machine according to claim 1, it is characterised in that: the ring-type circular arc Machined surface (35) and plane machining face (34) are diamond dust face, are fixed on cutter (3) by electroplating technology.

3. the cambering gear of intelligent ceramic carving machine according to claim 2, it is characterised in that: the cutter (3) Outside is additionally provided with annular machined surface (36), the annular machined surface (36) and cyclic annular arc machining face (35) and plane machining face (34) smooth linking.

4. the cambering gear of intelligent ceramic carving machine according to claim 1, it is characterised in that: the knife handle (2) Lower end is provided with installation position (21), and cutter (3) upper end forms protrusion (37), and protrusion (37) inlay card is in the installation position (21) in, and locked by screw.

5. the cambering gear of intelligent ceramic carving machine according to claim 4, it is characterised in that: the knife handle (2) Upper end is provided with the mounting groove (22) for main shaft installation.

6. the cambering gear of intelligent ceramic carving machine described in -5 any one according to claim 1, it is characterised in that: institute Jig (1) upper end is stated to be provided with ceramic workpiece (10) external shape fits to be processed and for limiting the ceramic workpiece to be processed (10) locating slot (11), and jig (1) upper center is provided with vacuum sucking holes (12), jig (1) side be provided with The stomata (13) of the vacuum sucking holes (12) connection.

7. the cambering gear of intelligent ceramic carving machine according to claim 6, it is characterised in that: the vacuum sucking holes (12) it is vertically arranged, the stomata (13) is horizontally disposed, and at right angles shape is distributed for the vacuum sucking holes (12) and stomata (13).

8. the cambering gear of intelligent ceramic carving machine according to claim 6, it is characterised in that: the jig (1) In convex shape.