CN208857357U - A kind of jewelry surface vacuum processing equipment - Google Patents
A kind of jewelry surface vacuum processing equipment Download PDFInfo
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- CN208857357U CN208857357U CN201821361346.4U CN201821361346U CN208857357U CN 208857357 U CN208857357 U CN 208857357U CN 201821361346 U CN201821361346 U CN 201821361346U CN 208857357 U CN208857357 U CN 208857357U
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Abstract
The utility model relates to the technical fields of noble metal processing surface treatment, disclose a kind of jewelry surface vacuum processing equipment, equipment includes being vacuum-treated cabinet, door body, switch control box, vaccum-pumping equipment, magnetron sputtering apparatus, coating evaporation part, material rotary power portion and material placing rack, the vacuum processing case-side portion is provided with vaccum-pumping equipment, side is provided with magnetron sputtering apparatus in the vacuum treatment chamber body, coating evaporation part is provided in the vacuum treatment chamber body, coating evaporation part lower part is provided with material rotary power portion, material rotary power portion top is provided with material placing rack around coating evaporation part.The utility model can make equipment plate high molecular nanometer coating to jewelry surface, and coating uniform is high-efficient, while equipment operation is simple, jewelry surface can be made not allow oxidizable, while wearability is higher, stain resistance is more preferable.
Description
[technical field]
The utility model relates to noble metal processing technical field, especially a kind of jewelry surface vacuum processing equipment
Technical field.
[background technique]
As the improvement of people's living standards, noble metal jewelry is at the necessity in for people's lives, particularly with youth
People, although noble metal has preferable oxidation resistance, the time is long, and lustrous surface can be dim, at the same anti-pollution compared with
Difference.
[utility model content]
The purpose of this utility model is exactly to solve the problems of the prior art, proposes that a kind of jewelry surface vacuum processing is set
It is standby, equipment can be made to plate high molecular nanometer coating to jewelry surface, coating uniform is high-efficient, while equipment operation is simple.
To achieve the above object, the utility model proposes a kind of jewelry surface vacuum processing equipments, including at vacuum
Manage cabinet, door body, switch control box, vaccum-pumping equipment, magnetron sputtering apparatus, coating evaporation part, material rotary power portion and object
Expect rack, the door body is arranged on being vacuum-treated cabinet by loose-leaf, and the vacuum processing case-side portion is provided with switch
Control cabinet, the vacuum processing case-side portion are provided with vaccum-pumping equipment, and side is provided with magnetic control in the vacuum treatment chamber body
Sputtering equipment, coating evaporation part is provided in the vacuum treatment chamber body, and coating evaporation part lower part is provided with material rotation
Power part is provided with material placing rack, the switch control box point around material rotary power portion, coating evaporation part, top
It is not electrically connected with vaccum-pumping equipment, magnetron sputtering apparatus, coating evaporation part and material rotary power portion.
Preferably, the vaccum-pumping equipment includes sliding vane rotary pump and molecular pump, connected between the sliding vane rotary pump and molecular pump
There is essence to take out valve.
Preferably, the coating evaporation part includes high-voltage insulation seat, conducting post, evaporation power connection seat, molybdenum filament and high score
Sub- nano coating stores box body, and upper and lower two sides are respectively arranged with high-voltage insulation seat in the vacuum treatment chamber body, and the high pressure is exhausted
Connection is bolted on the conducting post and is provided with evaporation power connection seat there are two conducting post between edge seat, the steaming
It is connected with molybdenum filament between hair power connection seat, high molecular nanometer coating storage box body is provided on the molybdenum filament, is arranged on the molybdenum filament
There is fixing groove, the high molecular nanometer coating storage box body is arranged in fixing groove.
Preferably, material rotary power portion includes fixed tooth circle, position-arresting disk, revolution seat, limit connecting rod, rotation
Axis, rotation driven gear, revolution movable tooth circle, rotary power motor, rotation driving gear, upper material fixed disk and fixed connecting rod,
Bottom is provided with fixed tooth circle in the vacuum treatment chamber body, and fixed tooth circle top is provided with position-arresting disk, the position-arresting disk top
It is provided with revolution seat, limit connecting rod is connected between revolution seat and the position-arresting disk, is provided with rotary shaft on the revolution seat,
The rotary shaft lower end is provided with rotation driven gear, and the rotation driven gear is engaged with fixed tooth circle, sets in the revolution seat
It is equipped with revolution movable tooth circle, is provided with rotation driving gear, the rotation driving gear in the rotary shaft of the rotary power motor
It is engaged with revolution movable tooth circle, the revolution seat top is connected with upper material fixed disk by fixed connecting rod.
Preferably, the material placing rack includes that rotation material places bar, rotation connector sleeve, material fixing sleeve and material
Coupler body is placed, the rotation material places bar lower end and is provided with rotation connector sleeve, is bolted on the rotation connector sleeve
It is provided with material fixing sleeve, the material for placing material is provided with around the material fixing sleeve and places coupler body.
Preferably, material fixing sleeve lower end is provided with limit groove body, rotary shaft upper end side is provided with limit
Position barred body, the limit barred body setting is in limit groove body.
The purpose of this utility model is exactly to solve the problems of the prior art, proposes a kind of jewelry surface vacuum processing side
Method can be such that jewelry surface does not allow oxidizable, while wearability is higher, and stain resistance is more preferable.
To achieve the above object, the utility model proposes a kind of jewelry surface vacuum processing methods, including
A) purified treatment: jewellery are started the cleaning processing；
B it) vacuumizes: jewellery is placed in vacuum treatment chamber body, vacuum thermal evaporation high molecular nanometer coating material is right
Vacuum processing cabinet carries out classification and vacuumizes；
C) sputter process: being filled with argon gas and high-purity oxygen into vacuum treatment chamber body, is sputtered and is aoxidized using magnetron sputtering
Silicon perhaps aoxidizes chromium target and crosses layer in jewellery surface cvd silicon oxide or chromium oxide；
D) evaporation coating is handled: jewellery are after cvd silicon oxide or chromium oxide cross layer, then use resistance-type thermal evaporation
Form evaporates high molecular nanometer coating material, generates uniform high molecular nanometer coating in substrate surface；
E) pass hull closure, off device power supply.
Preferably, the step A) in, it is cleaned in ultrasonic equipment 50 minutes using alcohol.
Preferably, the step B) in, 7pa will be extracted into vacuum treatment chamber body using sliding vane rotary pump first, then passed through
Molecular pump will be extracted into 3pa in vacuum treatment chamber body.
Preferably, the step C) in, the ratio of argon gas and high-purity oxygen is 1:1, and the high-purity oxygen is with foot
It is subject to and aoxidizes all jewellery in vacuum treatment chamber body.
The utility model has the beneficial effects that the utility model is by first cleaning jewelry surface, then to head
Jewelry surface carries out oxidation processes, then sputters silica or oxidation chromium target, the later period is made to coat high molecular nanometer coating not
It is easy to fall off, equipment can be made to plate high molecular nanometer coating to jewelry surface, coating uniform is high-efficient, while equipment is grasped
Make simply, jewelry surface can be made not allow oxidizable, while wearability is higher, stain resistance is more preferable.
The feature and advantage of the utility model will be described in detail by embodiment combination attached drawing.
[Detailed description of the invention]
Fig. 1 is a kind of main view of jewelry surface vacuum processing equipment of the utility model；
Fig. 2 is the main view sectional view for being vacuum-treated cabinet；
Fig. 3 is a kind of main view sectional view of jewelry surface vacuum processing equipment of the utility model；
Fig. 4 is the partial enlarged view in the portion A in Fig. 3；
Fig. 5 is the partial enlarged view in the portion B in Fig. 3；
Fig. 6 is molybdenum filament top view；
Fig. 7 is the right view of molybdenum filament.
In figure: 1- be vacuum-treated cabinet, 2- door body, 3- switch control box, 4- vaccum-pumping equipment, 5- magnetron sputtering apparatus,
6- coating evaporation part, 61- high-voltage insulation seat, 62- conducting post, 63- evaporate power connection seat, 64- molybdenum filament, 641- fixing groove, 65- high
Molecule nano coating stores box body, 7- material rotary power portion, 71- fixed tooth circle, 72- position-arresting disk, 73- revolution seat, 74- limit company
Extension bar, 75- rotary shaft, 76- rotation driven gear, 77- revolution movable tooth circle, 78- rotary power motor, 79- rotation driving gear,
The fixed connecting rod of the upper material fixed disk of 80-, 801-, 8- material placing rack, 81- rotation material place bar, 82- rotation connector sleeve, 83-
Material fixing sleeve, 84- material place coupler body.
[specific embodiment]
- Fig. 7 refering to fig. 1, a kind of jewelry surface vacuum processing equipment of the utility model, including it is vacuum-treated cabinet 1, door
Body 2, switch control box 3, vaccum-pumping equipment 4, magnetron sputtering apparatus 5, coating evaporation part 6, material rotary power portion 7 and material are put
Frame 8 is set, the door body 2 is arranged on being vacuum-treated cabinet 1 by loose-leaf, and 1 side of vacuum processing cabinet is provided with switch
Control cabinet 3,1 side of vacuum processing cabinet are provided with vaccum-pumping equipment 4, and 1 inside portion of vacuum processing cabinet is provided with
Magnetron sputtering apparatus 5 is provided with coating evaporation part 6 in the vacuum processing cabinet 1, and 6 lower part of coating evaporation part is provided with
Material rotary power portion 7, material rotary power portion is provided with material placing rack 8 around 7 top coating evaporation part 6, described
Switch control box 3 electrically connects with vaccum-pumping equipment 4, magnetron sputtering apparatus 5, coating evaporation part 6 and material rotary power portion 7 respectively
It connects, the vaccum-pumping equipment 4 includes sliding vane rotary pump and molecular pump, and essence is connected between the sliding vane rotary pump and molecular pump and takes out valve, described
Coating evaporation part 6 includes high-voltage insulation seat 61, conducting post 62, evaporation power connection seat 63, molybdenum filament 64 and the storage of high molecular nanometer coating
Deposit box body 65, two sides are respectively arranged with high-voltage insulation seat 61 up and down in the vacuum processing cabinet 1, the high-voltage insulation seat 61 it
Between connection there are two conducting post 62, be bolted on the conducting post 62 and be provided with evaporation power connection seat 63, the steaming
It is connected with molybdenum filament 64 between hair power connection seat 63, high molecular nanometer coating storage box body 65, the molybdenum are provided on the molybdenum filament 64
Fixing groove 641 is provided on silk 64, the high molecular nanometer coating storage box body 65 is arranged in fixing groove 641, the material
Rotary power portion 7 includes fixed tooth circle 71, position-arresting disk 72, revolution seat 73, limit connecting rod 74, rotary shaft 75, rotation driven gear
76, revolve movable tooth circle 77, rotary power motor 78, rotation driving gear 79, upper material fixed disk 80 and fixed connecting rod 801, institute
It states bottom in vacuum processing cabinet 1 and is provided with fixed tooth circle 71,71 top of fixed tooth circle is provided with position-arresting disk 72, the position-arresting disk
72 tops are provided with revolution seat 73, and limit connecting rod 74, the revolution seat are connected between the revolution seat 73 and position-arresting disk 72
Be provided with rotary shaft 75 on 73,75 lower end of rotary shaft is provided with rotation driven gear 76, the rotation driven gear 76 with
Fixed tooth circle 71 engages, and is provided with the movable tooth circle 77 that revolves in the revolution seat 73, in the rotary shaft 75 of the rotary power motor 78
It is provided with rotation driving gear 79, the rotation driving gear 79 is engaged with revolution movable tooth circle 77, and 73 top of revolution seat is logical
It crosses fixed connecting rod 801 and is connected with material fixed disk 80, the material placing rack 8 includes that rotation material places bar 81, rotation connects
Female connector 82, material fixing sleeve 83 and material place coupler body 84, and the rotation material places 81 lower end of bar and is provided with rotation connector sleeve
82, it is bolted on the rotation connector sleeve 82 and is provided with material fixing sleeve 83,83 surrounding of the material fixing sleeve setting
There is the material for placing material to place coupler body 84,83 lower end of material fixing sleeve is provided with limit groove body, the rotary shaft
75 upper ends side are provided with limit barred body, and the limit barred body setting is in limit groove body.
Utility model works process:
Jewelry during the work time, is hung over material and placed by a kind of jewelry surface vacuum processing equipment of the utility model
On coupler body 84, door body 2 is then shut, equipment moving is controlled by switch control box 3, is driven and is rotated by rotary power motor 78
Driving gear 79 rotates, and drives revolution movable tooth circle 77 and revolution seat 73 to rotate by rotation driving gear 79, passes through the seat 73 that revolves
It drives rotary shaft 75 to revolve, 75 rotation of rotary shaft is driven by fixed tooth circle 71 and the cooperation of rotation driven gear 76, passes through rotary shaft
75 drive rotation material to place 81 rotation of bar, place bar 81 by rotation material and drive jewelry revolution and rotation, pass through magnetic control
Sputtering equipment 5 makes jewelry surface cvd silicon oxide or chromium oxide cross layer, is stored by molybdenum filament 64 to high molecular nanometer coating
Box body 65 is heated, and jewelry surface is made to form high molecular nanometer coating.
A kind of jewelry surface vacuum processing equipment of the utility model, by magnetron sputtering apparatus 5 sputter silica or
Chromium target is aoxidized, so that jewelry surface cvd silicon oxide or chromium oxide is crossed layer, so that the later period is coated high molecular nanometer coating and do not allow
It is easy to fall off, box body 65 is stored to high molecular nanometer coating by the molybdenum filament 64 on coating evaporation part 6 and is heated, jewelry table is made
Face forms high molecular nanometer coating, and equipment can be made to plate high molecular nanometer coating, coating uniform, efficiency to jewelry surface
It is high.
A kind of jewelry surface vacuum processing method of the utility model, including A) purified treatment: jewellery are carried out at cleaning
Reason；B it) vacuumizes: jewellery is placed in vacuum treatment chamber body, vacuum thermal evaporation high molecular nanometer coating material, to vacuum
Processing cabinet carries out classification and vacuumizes；C) sputter process: it is filled with argon gas and high-purity oxygen into vacuum treatment chamber body, using magnetic
Control sputtering sputtering silica perhaps aoxidizes chromium target and crosses layer in jewellery surface cvd silicon oxide or chromium oxide；D) evaporation coating
Processing: jewellery are after cvd silicon oxide or chromium oxide cross layer, then use the form of resistance-type thermal evaporation, evaporate high molecular nanometer
Coating material generates uniform high molecular nanometer coating in substrate surface；E) pass hull closure, off device power supply.The step
A it in), is cleaned in ultrasonic equipment 50 minutes using alcohol.The step B) in, use sliding vane rotary pump by vacuum treatment chamber first
It is extracted into 7pa in vivo, 3pa then will be extracted into vacuum treatment chamber body by molecular pump.The step C) in, argon gas and high purity oxygen
The ratio of gas is 1:1, and the high-purity oxygen, which is subject to, is enough to aoxidize all jewellery in vacuum treatment chamber body.
A kind of jewelry surface vacuum processing method of the utility model, by being cleaned first to jewelry surface, so
Oxidation processes are carried out to jewelry surface afterwards, silica or oxidation chromium target is then sputtered, the later period is made to coat high molecular nanometer
Coating is not easy to fall off, jewelry surface can be made not allow oxidizable, while wearability is higher, stain resistance is more preferable.
Above-described embodiment is the description of the invention, is not limitation of the invention, after any pair of simple transformation of the present invention
Scheme all belong to the scope of protection of the present invention.
Claims (6)
1. a kind of jewelry surface vacuum processing equipment, it is characterised in that: including being vacuum-treated cabinet (1), door body (2), switch
Control cabinet (3), vaccum-pumping equipment (4), magnetron sputtering apparatus (5), coating evaporation part (6), material rotary power portion (7) and material
Rack (8), the door body (2) are arranged on being vacuum-treated cabinet (1) by loose-leaf, vacuum processing cabinet (1) side
It is provided with switch control box (3), vacuum processing cabinet (1) side is provided with vaccum-pumping equipment (4), the vacuum treatment chamber
Body (1) inside portion is provided with magnetron sputtering apparatus (5), is provided with coating evaporation part (6), institute in the vacuum processing cabinet (1)
It states coating evaporation part (6) lower part and is provided with material rotary power portion (7), the evaporation of material rotary power portion (7) top coating
It is provided with material placing rack (8) around portion (6), the switch control box (3) sets with vaccum-pumping equipment (4), magnetron sputtering respectively
Standby (5), coating evaporation part (6) and material rotary power portion (7) are electrically connected.
2. a kind of jewelry surface vacuum processing equipment as described in claim 1, it is characterised in that: the vaccum-pumping equipment
(4) include sliding vane rotary pump and molecular pump, essence is connected between the sliding vane rotary pump and molecular pump and takes out valve.
3. a kind of jewelry surface vacuum processing equipment as described in claim 1, it is characterised in that: the coating evaporation part
It (6) include high-voltage insulation seat (61), conducting post (62), evaporation power connection seat (63), molybdenum filament (64) and the storage of high molecular nanometer coating
It deposits box body (65), two sides are respectively arranged with high-voltage insulation seat (61), the high-voltage isulation up and down in the vacuum processing cabinet (1)
Connection is there are two conducting post (62) between seat (61), is bolted on the conducting post (62) and is provided with evaporation and connects electricity
Seat (63) is connected with molybdenum filament (64) between the evaporation power connection seat (63), and high molecular nanometer is provided on the molybdenum filament (64) and is applied
Layer stores box body (65), is provided with fixing groove (641) on the molybdenum filament (64), and the high molecular nanometer coating stores box body (65)
It is arranged in fixing groove (641).
4. a kind of jewelry surface vacuum processing equipment as described in claim 1, it is characterised in that: the material rotary power
Portion (7) includes that fixed tooth circle (71), position-arresting disk (72), revolution seat (73), limit connecting rod (74), rotary shaft (75), rotation are passive
Gear (76), revolution movable tooth circle (77), rotary power motor (78), rotation driving gear (79), upper material fixed disk (80) and
Fixed connecting rod (801), the interior bottom of the vacuum processing cabinet (1) are provided with fixed tooth circle (71), and fixed tooth circle (71) top is set
It is equipped with position-arresting disk (72), position-arresting disk (72) top, which is provided with, revolves seat (73), the revolution seat (73) and position-arresting disk (72)
Between be connected with limit connecting rod (74), be provided with rotary shaft (75) on the revolution seat (73), rotary shaft (75) lower end
It is provided with rotation driven gear (76), the rotation driven gear (76) is engaged with fixed tooth circle (71), in the revolution seat (73)
It is provided with revolution movable tooth circle (77), is provided with rotation driving gear in the rotary shaft (75) of the rotary power motor (78)
(79), the rotation driving gear (79) is engaged with revolution movable tooth circle (77), and the revolution seat (73) top passes through fixed connecting rod
(801) material fixed disk (80) are connected with.
5. a kind of jewelry surface vacuum processing equipment as claimed in claim 4, it is characterised in that: the material placing rack
It (8) include that rotation material places bar (81), rotation connector sleeve (82), material fixing sleeve (83) and material placement coupler body (84), institute
It states rotation material placement bar (81) lower end to be provided with rotation connector sleeve (82), be bolted on the rotation connector sleeve (82)
It is provided with material fixing sleeve (83), the material for placing material is provided with around the material fixing sleeve (83) and places coupler body
(84)。
6. a kind of jewelry surface vacuum processing equipment as claimed in claim 5, it is characterised in that: the material fixing sleeve
(83) lower end is provided with limit groove body, and rotary shaft (75) the upper end side is provided with limit barred body, the limit barred body setting
In limit groove body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821361346.4U CN208857357U (en) | 2018-08-23 | 2018-08-23 | A kind of jewelry surface vacuum processing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821361346.4U CN208857357U (en) | 2018-08-23 | 2018-08-23 | A kind of jewelry surface vacuum processing equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208857357U true CN208857357U (en) | 2019-05-14 |
Family
ID=66415403
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821361346.4U Active CN208857357U (en) | 2018-08-23 | 2018-08-23 | A kind of jewelry surface vacuum processing equipment |
Country Status (1)
| Country | Link |
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| CN (1) | CN208857357U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110172675A (en) * | 2018-08-23 | 2019-08-27 | 深圳市昊翀珠宝科技有限公司 | A kind of jewelry surface vacuum processing equipment and method |
-
2018
- 2018-08-23 CN CN201821361346.4U patent/CN208857357U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110172675A (en) * | 2018-08-23 | 2019-08-27 | 深圳市昊翀珠宝科技有限公司 | A kind of jewelry surface vacuum processing equipment and method |
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