CN208424323U - A kind of sealed in unit for the micro-nano quartz crystal of SMD - Google Patents
A kind of sealed in unit for the micro-nano quartz crystal of SMD Download PDFInfo
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- CN208424323U CN208424323U CN201821582220.XU CN201821582220U CN208424323U CN 208424323 U CN208424323 U CN 208424323U CN 201821582220 U CN201821582220 U CN 201821582220U CN 208424323 U CN208424323 U CN 208424323U
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- storing box
- material storing
- spin coating
- charging tray
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Abstract
A kind of sealed in unit for the micro-nano quartz crystal of SMD, including cabinet, it is characterized by: being provided with X-axis mobile mechanism on cabinet, Y-axis moving mechanism, adsorption mechanism, receive material fetching mechanism, spin coating mechanism, material storage mechanism, Y-axis moving mechanism, adsorption mechanism is fixedly mounted in X mobile mechanism, row's suction nozzle is provided on adsorption mechanism, material storage mechanism includes No.1 material storing box and No. two material storing box, charging tray is placed in No.1 material storing box and No. two material storing box, charging tray is provided with hole close to the side for receiving material fetching mechanism, two receipts material fetching mechanism difference face No.1 material storing box and No. two material storing box.The utility model structure is simple, cost of labor is low, packaging efficiency is high.
Description
Technical field
The utility model relates to arrive quartz crystal encapsulation technology field, refer specifically to a kind of for the micro-nano quartz crystal of SMD
Sealed in unit.
Background technique
Crystal oscillator encapsulation currently on the market common are parallel seam welding and glue envelope.Parallel seam welding can be carried out heating and vacuumize,
To reduce the content of humidity and oxygen molecule in BASE, it be oxidized the crystal oscillator of interiors of products should not, make crystal oscillator
It is not influenced and is played a protective role by extraneous factor.But parallel seam welding complex process, equipment is expensive, and processing cost is high.And
Glue envelope is low in cost, and process is simple, is suitble to the application of low-end electronic product.But glue envelope need artificial blanking, labor intensity compared with
Greatly, production efficiency is not high.
Summary of the invention
The purpose of the utility model is to overcome the above problems present in the encapsulation of crystal oscillator in the prior art, provide a kind of structure
Simply, the sealed in unit for the micro-nano quartz crystal of SMD that cost of labor is low, packaging efficiency is high.
In order to achieve the above object, the technical solution of the utility model is: a kind of for the micro-nano quartz crystal of SMD
Sealed in unit, including cabinet, it is characterised in that: X-axis mobile mechanism, Y-axis moving mechanism, adsorption mechanism, receipts are provided on cabinet
Material fetching mechanism, spin coating mechanism, material storage mechanism, Y-axis moving mechanism, adsorption mechanism are fixedly mounted in X-axis mobile mechanism, suction
It is provided with row's suction nozzle in mechanism, material storage mechanism includes No.1 material storing box and No. two material storing box, No.1 material storing box and No. two storings
Charging tray is placed in case, charging tray is provided with hole close to the side for receiving material fetching mechanism, and two receipts material fetching mechanisms distinguish face No.1
Material storing box and No. two material storing box.
The spin coating mechanism includes spin coating disk and scraper, is provided with rotation drive device below spin coating disk.
The receipts material fetching mechanism includes rack and supporting plate, and supporting plate is fixed on the rack by radial-movement devices, under rack
Fang Shuzhi is connected with cylinder, and supporting plate is provided with thimble close to the side of material storage mechanism.
The radial-movement devices are screw structure.
The utility model has the following beneficial effects:
1, include X-axis mobile mechanism in the design, Y-axis moving mechanism, adsorption mechanism, receive material fetching mechanism, spin coating mechanism, storage
Expect mechanism, when encapsulation, No.1 material storing box and No. two material storing box are respectively provided with BASE charging tray and LID charging tray, utilize and receive material fetching mechanism
On supporting plate charging tray is moved on station, adsorption mechanism picks up LID to spin coating mechanism, so that LID is stained with glue, then with BASE
Charging tray is packaged, and completes feeding-viscose glue-encapsulation a series of actions, and structure is simple, and packaging efficiency is high.
2, spin coating mechanism includes spin coating disk and scraper in the design, is provided with rotation drive device, scraper below spin coating disk
Fixed, before carrying out viscose glue operation every time, spin coating, which is spiraled, circles, and glue drawout is guaranteed that the edge LID can be stained with glue by scraper
Water, and guarantee the consistency of thickness of glue.
3, it includes rack and supporting plate that material fetching mechanism is received in the design, is connected with cylinder vertically below rack, supporting plate passes through diameter
Material storage mechanism is shifted to mobile device, cylinder jacks up supporting plate, and supporting plate is provided with thimble close to the side of material storage mechanism, and thimble hooks
It is removed on the hole of charging tray, charging tray is driven to return to above station, cylinder decline, charging tray is stably placed on viscose glue station.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
In figure: spin coating mechanism 1, spin coating disk 11, scraper 12, rotation drive device 13, X-axis mobile mechanism 2, Y-axis moving machine
Structure 3, adsorption mechanism 4 receive material fetching mechanism 5, rack 51, pallet 52, radial-movement devices 53, cylinder 54, thimble 55, No.1 storing
Case 6, No. two material storing box 7, cabinet 8, material storage mechanism 9, charging tray 91, hole 92, suction nozzle 10.
Specific embodiment
The utility model is described in further detail below in conjunction with Detailed description of the invention and specific embodiment:
Referring to Fig. 1, a kind of sealed in unit for the micro-nano quartz crystal of SMD, including cabinet 8 is provided with X on cabinet 8
Material fetching mechanism 5, spin coating mechanism 1, material storage mechanism 9, Y-axis moving machine, adsorption mechanism 4, are received at Y-axis moving mechanism 3 by axis mobile mechanism 2
Structure 3, adsorption mechanism 4 are fixedly mounted in X-axis mobile mechanism 2, and row's suction nozzle 10 is provided on adsorption mechanism 4, and material storage mechanism 9 wraps
No.1 material storing box 6 and No. two material storing box 7 are included, is placed with charging tray 91 in No.1 material storing box 6 and No. two material storing box 7, charging tray 91 leans on
The nearly side for receiving material fetching mechanism 5 is provided with hole 92, two receipts material fetching mechanism 5 difference face No.1 material storing box 6 and No. two material storing box
7。
The spin coating mechanism 1 includes spin coating disk 11 and scraper 12, is provided with rotation drive device 13 below spin coating disk 11.
The receipts material fetching mechanism 5 includes rack 51 and supporting plate 52, and supporting plate 52 is fixed on rack by radial-movement devices 53
On 51,51 lower section of rack is connected with cylinder 54 vertically, and supporting plate 52 is provided with thimble 55 close to the side of material storage mechanism 9.
The radial-movement devices 53 are screw structure.
Include X-axis mobile mechanism 2 in the design, Y-axis moving mechanism 3, adsorption mechanism 4, receive material fetching mechanism 5, spin coating mechanism
1, material storage mechanism 9, when encapsulation, No.1 material storing box 6 and No. two material storing box 7 are respectively provided with BASE charging tray and LID charging tray, using collecting
Supporting plate 52 in material mechanism 5 moves to charging tray 91 on station, and the suction nozzle 10 on adsorption mechanism 4 picks up LID to spin coating mechanism 1
Place, makes LID be stained with glue, then be packaged with BASE charging tray, completes feeding-viscose glue-encapsulation a series of actions, and structure is simple,
Packaging efficiency is high.Spin coating mechanism 1 includes spin coating disk 11 and scraper 12 in the design, and rotation driving dress is provided with below spin coating disk 11
13 are set, scraper 12 is fixed, and before carrying out viscose glue operation every time, spin coating disk 11 rotates a circle, and glue drawout is guaranteed LID by scraper 12
Edge can be stained with glue, and guarantee the consistency of thickness of glue.It includes rack 51 and supporting plate that material fetching mechanism 5 is received in the design
52,51 lower section of rack is connected with cylinder 54 vertically, and supporting plate 52 shifts to material storage mechanism 9 by radial-movement devices 53, and cylinder 54 will
Supporting plate 52 jacks up, and supporting plate 52 is provided with thimble 55 close to the side of material storage mechanism 9, and thimble hook removes on the hole of charging tray 91 92,
Charging tray 91 is driven to return to above station, cylinder 54 declines, and charging tray 91 is stably placed on viscose glue station.The No.1 of material storage mechanism 9
It is respectively provided with ten floor BASE charging trays, ten floor LID charging tray inside material storing box 6 and No. two material storing box 7, receives material fetching mechanism 5 and in order will
Charging tray 91 is moved out on viscose glue station.When charging tray 91 is moved to job position, cylinder 54 declines, charging tray 91 be shelved in station into
Row viscose glue operation.X-axis mobile mechanism 2, Y-axis moving mechanism 3 realize the running fix of adsorption mechanism 4, multiple on adsorption mechanism 4
Suction nozzle 10 picks up LID in LID charging tray, is placed on spin coating disk 11 and dips glue, and LID is then placed on another BASE charging tray
Inside it is packaged.LID charging tray is consistent with BASE charging tray station quantity, draws all be placed in corresponding BASE charging tray every time.It is complete
After all crystal oscillator encapsulation, the cylinder 54 for receiving material fetching mechanism 5 jacks up supporting plate 52, and supporting plate 52 is moved to 9 station of material storage mechanism
On, after completing all 91 viscose glue operations of charging tray, manually material storage mechanism 9 is taken out.
Embodiment described above, only the utility model preferred embodiments, not limit the scope of the utility model, therefore
All equivalent change or modifications done according to structure, feature and principle described in the utility model, in the protection of the utility model
In range.
Claims (4)
1. a kind of sealed in unit for the micro-nano quartz crystal of SMD, including cabinet (8), it is characterised in that: cabinet is set on (8)
It is equipped with X-axis mobile mechanism (2), Y-axis moving mechanism (3), adsorption mechanism (4), receives material fetching mechanism (5), spin coating mechanism (1), storing
Mechanism (9), Y-axis moving mechanism (3), adsorption mechanism (4) are fixedly mounted on X-axis mobile mechanism (2), and adsorption mechanism is set on (4)
Be equipped with row's suction nozzle (10), material storage mechanism (9) includes No.1 material storing box (6) and No. two material storing box (7), No.1 material storing box (6) and
It being placed with charging tray (91) in No. two material storing box (7), charging tray (91) is provided with hole (92) close to the side for receiving material fetching mechanism (5),
Two receipts material fetching mechanisms (5) difference face No.1 material storing box (6) and No. two material storing box (7).
2. a kind of sealed in unit for the micro-nano quartz crystal of SMD according to claim 1, it is characterised in that: described
Spin coating mechanism (1) includes spin coating disk (11) and scraper (12), is provided with rotation drive device (13) below spin coating disk (11).
3. a kind of sealed in unit for the micro-nano quartz crystal of SMD according to claim 1, it is characterised in that: described
Receiving material fetching mechanism (5) includes rack (51) and supporting plate (52), and supporting plate (52) is fixed on rack by radial-movement devices (53)
(51) it on, is connected with cylinder (54) vertically below rack (51), supporting plate (52) is provided with thimble close to the side of material storage mechanism (9)
(55).
4. a kind of sealed in unit for the micro-nano quartz crystal of SMD according to claim 3, it is characterised in that: described
Radial-movement devices (53) are screw structure.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201821582220.XU CN208424323U (en) | 2018-09-27 | 2018-09-27 | A kind of sealed in unit for the micro-nano quartz crystal of SMD |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201821582220.XU CN208424323U (en) | 2018-09-27 | 2018-09-27 | A kind of sealed in unit for the micro-nano quartz crystal of SMD |
Publications (1)
Publication Number | Publication Date |
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CN208424323U true CN208424323U (en) | 2019-01-22 |
Family
ID=65122916
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
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CN201821582220.XU Active CN208424323U (en) | 2018-09-27 | 2018-09-27 | A kind of sealed in unit for the micro-nano quartz crystal of SMD |
Country Status (1)
Country | Link |
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CN (1) | CN208424323U (en) |
-
2018
- 2018-09-27 CN CN201821582220.XU patent/CN208424323U/en active Active
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Address after: 441300 Zengdou Economic Development Zone, Hubei, Suizhou Patentee after: Taijing Technology Co., Ltd Address before: 441300 Zengdou Economic Development Zone, Hubei, Suizhou Patentee before: HUBEI TKD ELECTRONIC TECHNOLOGY Co.,Ltd. |