CN201169178Y

CN201169178Y - Carving equipment for jewelry

Info

Publication number: CN201169178Y
Application number: CNU2008200920314U
Authority: CN
Inventors: 洪腾生; 宁云生; 邓梓劲; 杨世宏
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-02-01
Filing date: 2008-02-01
Publication date: 2008-12-24
Anticipated expiration: 2018-02-01

Abstract

The utility model provides a jewelry engraving device which comprises a base, wherein, a machine is fixed above the base, the lateral wall of the machine is provided with a chuck, three engraving sets of axes of X, Y and Z are arranged simultaneously, each set of axes is driven by each electric motor, the engraving set of axes of X is connected with the chuck, the upper part of the chuck is provided with a claw use for fixing the jewelry to be engraved, and an engraving knife is used to engrave the inner wall of the jewelry fixed by the claw and is fixed on a knife clamping rack which is connected with the engraving sets of axes of Y and Z. The jewelry engraving device with the structure can conveniently engrave the jewelry, particularly the inner wall of the jewelry, solves the problem of the inability to engrave by the prior device and manually, and greatly improves the engraving efficiency.

Description

The engraving equipment that is used for jewellery

Technical field

The utility model design engraving equipment exactly is a kind of jewellery equipment of engraving automatically that is used for.

Background technology

Jewellery, as a kind of ornament, raising along with people's living standard, more and more receive everybody concern, ornaments such as simple ring, necklace, earrings can not satisfy the aesthetic requirement of people, increasing people requires designing various patterns on these jewellery, even has the people to require to carve out lover's name, image on jewellery.

For simple text engraving, undertaken by manual in the past, people were in order to raise the efficiency afterwards, having designed simply is engraving machinery, promptly adopt and shake wheel leader of a group of people graver, carve, this mode is because too in simply, can only process simple pattern and literal, for complicated patterns, still need manual carrying out, so have the jewellery of complex pattern, often, be difficult to be received by most consumers because processing technology complexity, cost are high especially.

Especially for belt jewellery such as rings, be not to carry out in the plane in the time of its engraving, but on arc-shaped interface, carve that particularly for inner edge, present engraving equipment is to be beyond one's reach.

Therefore, be necessary to design a kind of automatic jewellery engraving equipment, can be according to the pattern of engraving, the degree of depth and the amplitude of control engraving reach perfect jewellery engraving effect automatically.

The utility model content

Based on this, the purpose of this utility model provides a kind of engraving equipment that is used for jewellery, and this equipment can be carved the pattern on the jewellery under the control of computer automatically, and carving efficiency is provided greatly.

Based on this, the utility model is achieved in that

A kind of engraving equipment that is used for jewellery, it includes base, the base upper fixed has casing, chassis sidewall is provided with chuck, is provided with X, Y, three engraving axles of Z system simultaneously, and each system has the motor of oneself to drive, X engraving axle system connects chuck, chuck top is provided with the equally distributed plural claw along circular axle center, and claw is used for fixing the jewellery of being carved, X engraving axle system control claw suitable, rotate counterclockwise; The axis part of chuck is provided with perforate, casing also be provided with perforate for the position, graver stretches out from these two perforates, the jewellery inwall that claw is fixing is carved, graver is fixed on the folder knife rest, the folder knife rest then is connected with Y, Z engraving axle system, and Y, Z engraving axle system controls the front and back of graver respectively and moves up and down.

Described graver, it is to be arranged on the folder knife rest, the folder knife rest is fixed on the slide again.

Described X engraving axle is that it is to adjust direction of rotation and stroke by the cooperation of worm gear and motor.

Described Y engraving axle is that it is that screw mandrel drives slide, and graver is moved forward and backward by the rotation of driven by motor screw mandrel.

Described Z engraving axle is that it is connected on the folder knife rest.

Casing, its front portion is the tilting setting, and is anti-L shape structure, chuck is arranged at anti-L shape structure longitudinally on the sloped sidewall.

Have the control circuit system in the casing, connect the motor of engraving axle system, the stroke and the engraving route of engraving axle system are controlled.

The described engraving equipment that is used for jewellery, its control circuit system comprises mainboard, display screen, touch-screen and control circuit, display screen is arranged on the lateral sidewalls of anti-L shape structure, mainboard and control circuit then are arranged at casing inside, and are fixed on the base plate of this engraving equipment, and base plate and casing constitute a sealed whole body.

This control circuit system adopts serial communication mode to obtain process data from host computer, simultaneously the form of data with file is kept among the FLASH.The main file system of supporting FAT12, FAT16, FAT32 form, touch-screen mainly are responsible for the collection of key information, and fileinfo and machining information all show on display screen.Specifically can be divided into following six major parts:

I, motion-control module: adopt the MCX312 control chip, finish control to 3 axles.

II, serial communication: main function is exactly the process data that receives host computer.

III, relevant FLASH operational module: be responsible for the storage of file.

IV, file system module: file system module is responsible for the access of file, with the file is that unit organizes relevant data, these files are left in the access section of system according to certain access format agreement, the file format of support has the data format of FAT12, FAT16, FAT32.

V, main program module: main program module is responsible for the scheduling to key value collection and functional module, by the control to these functional modules, realizes the work that cooperatively interacts of each module.

VI, display module: the prompting that display module is responsible for whole ARM program display information, realize a personal-machine display interface; The information indicating of display floater is according to the state of program operation and the duty of machine, and different demonstration information indicatings is arranged under different states.

The utility model is taked above-mentioned frame mode, can be easily to jewellery, and particularly the jewellery inwall is carved, and has solved existing equipment and artificial the problem that can not carve, and has improved carving efficiency greatly.

But also can under programme-control, the pattern and the literal of required engraving be carved, avoided the error of engraving, can carve various patterns and literal, satisfied the various needs of people.

Description of drawings

Fig. 1 is the structural representation that the utility model is implemented,

Fig. 2 is the front elevation of the utility model embodiment shown in Figure 1.

The specific embodiment

Shown in accompanying drawing, enforcement of the present utility model is described further.

Figure 1 shows that side structure cutaway view of the present utility model, shown in the figure, casing 1 and base plate 2 constitute this and are used for the shell of the engraving equipment of jewellery, and base plate 2 is arranged at the bottom of casing 1, forms a complete integral body with casing 1.

Control circuit and mainboard as this equipment are integrated into control circuit board 3, and this control circuit board 3 is fixed on the top of bottom 2.

The left side of casing 1 is anti-L shaped structure, is used to be provided with display screen 4 and graver 9.

Display screen 4 is positioned at the horizontal position of anti-L shaped structure, is convenient to control.

On the casing 1 anti-L shaped structure vertically begin a perforate, last outer wall is provided with chuck, the perforate of the corresponding casing 1 of chuck also is provided with a corresponding perforate, graver 9 stretches out from this perforate; The inboard of graver connects folder knife rest 18, and folder knife rest 18 is fixed in again on the slide 19.

The opening part of casing 1 is provided with one, and fixes with casing 1 by axle sleeve 10, interior jump ring 11, and this inboard then is provided with spacer 12, and fixedly y-axis motor 16 of mounting 24 is also passed through in this state.

Chuck 7 tops are provided with the equally distributed plural claw 5 along circular axle center, and claw 5 is used for fixing the jewellery of being carved, X engraving axle system control claw 5 suitable, rotate counterclockwise.

X-axis motor 15 connects worm gears 13 by worm screw 14, and worm gear 13 is connected on the chuck 7, and X-axis driven by motor worm screw 14 is rotated and is delivered to worm gear 13 again, chuck 7 with just finish, de-rotation.

Y-axis motor 16 connects screw mandrel 21 (screw 20 is arranged on it) by connecting shaft cover 22, and screw mandrel connects slide 19, and y-axis motor 16 drives screw mandrel 21 and rotates, and graver 9 is moved forward and backward under the drive of slide 19.

Z spindle motor 17 connects folder knife rest 18, and its rotation drives folder knife rest 18, and graver 9 is moved up and down.

The afterbody of slide 19 has guide pillar 23, in order to retrain its route.

During engraved ring, manually rotation is by locking gear wheel 8 to utilize locking device 25, and slide block 6 makes claw 5 clamp ring, by adjusting the stroke and the direction of graver, carves with the diamond pin on the graver 9 again.

Claims

1, a kind of engraving equipment that is used for jewellery, it is characterized in that this equipment includes base, the base upper fixed has casing, chassis sidewall is provided with chuck, is provided with X, Y, three engraving axles of Z system simultaneously, and each system has the motor of oneself to drive, X engraving axle system connects chuck, chuck top is provided with the equally distributed plural claw along circular axle center, and claw is used for fixing the jewellery of being carved, X engraving axle system control claw suitable, rotate counterclockwise; The axis part of chuck is provided with perforate, casing also be provided with perforate for the position, graver stretches out from these two perforates, the jewellery inwall that claw is fixing is carved, graver is fixed on the folder knife rest, the folder knife rest then is connected with Y, Z engraving axle system, and Y, Z engraving axle system controls the front and back of graver respectively and moves up and down.

2, the engraving equipment that is used for jewellery as claimed in claim 1 is characterized in that described graver, and it is to be arranged on the folder knife rest, and the folder knife rest is fixed on the slide again.

3, the engraving equipment that is used for jewellery as claimed in claim 1 is characterized in that described X engraving axle is that it is to adjust direction of rotation and stroke by the cooperation of worm gear and motor.

4, the engraving equipment that is used for jewellery as claimed in claim 2 is characterized in that described Y engraving axle is, it is to rotate by the driven by motor screw mandrel, and screw mandrel drives slide, and graver is moved forward and backward.

5, the engraving equipment that is used for jewellery as claimed in claim 1 is characterized in that described Z engraving axle is that it is connected on the folder knife rest.

6, the engraving equipment that is used for jewellery as claimed in claim 1 is characterized in that casing, and its front portion is the tilting setting, and is anti-L shape structure, and chuck is arranged at anti-L shape structure longitudinally on the sloped sidewall.

7, the engraving equipment that is used for jewellery as claimed in claim 1 is characterized in that having the control circuit system in the casing, connects the motor of engraving axle system, and the stroke and the engraving route of engraving axle system are controlled.

8, the engraving equipment that is used for jewellery as claimed in claim 7, it is characterized in that the described engraving equipment that is used for jewellery, its control circuit system comprises mainboard, display screen, touch-screen and control circuit, display screen are arranged on the lateral sidewalls of anti-L shape structure, and mainboard and control circuit then are arranged at casing inside, and be fixed on the base plate of this engraving equipment, base plate and casing constitute a sealed whole body.

9, the engraving equipment that is used for jewellery as claimed in claim 8 is characterized in that this control circuit system adopts serial communication mode to obtain process data from host computer, is kept at the form of data with file among the FLASH simultaneously.The main file system of supporting FAT12, FAT16, FAT32 form, touch-screen mainly are responsible for the collection of key information, and fileinfo and machining information all show on display screen, specifically can be divided into following six major parts:

I, motion-control module: adopt MCX 312 control chips, finish control to 3 axles;

II, serial communication: main function is exactly the process data that receives host computer;

III, relevant FLASH operational module: be responsible for the storage of file;

IX, file system module: file system module is responsible for the access of file, with the file is that unit organizes relevant data, these files are left in the access section of system according to certain access format agreement, the file format of support has the data format of FAT12, FAT16, FAT32;

V, main program module: main program module is responsible for the scheduling to key value collection and functional module, by the control to these functional modules, realizes the work that cooperatively interacts of each module;