CN209314113U - High-efficiency environment friendly UV LED illumination curing apparatus - Google Patents
High-efficiency environment friendly UV LED illumination curing apparatus Download PDFInfo
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- CN209314113U CN209314113U CN201821579376.2U CN201821579376U CN209314113U CN 209314113 U CN209314113 U CN 209314113U CN 201821579376 U CN201821579376 U CN 201821579376U CN 209314113 U CN209314113 U CN 209314113U
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- led light
- light source
- environment friendly
- curing apparatus
- source module
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Abstract
This application discloses high-efficiency environment friendly UV LED illumination curing apparatus; including rack, the conveyer belt in the rack, the UV LED light source module on the upside of the conveyer belt, the water-cooling radiating module between the rack and the UV LED light source module, the protective gas jet module on the outside of the UV LED light source module, and the detection module set on UV LED light source module side.The application is matched by the protective gas jet module and the detection module; it realizes and sprays protective gas in real time to cooperate the UV LED light source module illumination curing product; to can not only reduce temperature when product illumination curing using part protective gas; and it can also achieve the purpose that exclude oxygen by protective gas; so that photochemical reaction is more abundant; decrease the generation of pernicious gas; it can also solve the problems, such as that object fades, color is different and poor adhesive force after photocuring simultaneously, also avoid generating pernicious gas and polluted environment.
Description
[technical field]
This application involves the cured technical field of ultraviolet light, in particular to a kind of high-efficiency environment friendly UV LED illumination is solid
Change equipment.
[background technique]
It is the photonasty for utilizing photoinitiator (photosensitizer) that ultraviolet (UV), which solidifies, causes shape under ultraviolet light irradiation
At excited ecological molecule, resolve into free radical or ion, polymerize unsaturated compounds, connect skill, the chemistry such as crosslinking it is anti-
It should be to reach cured purpose, and because it has drying immediately, low operating cost, high-quality, occupies little space and clean and effective
It is widely used in the production fields such as edge sealing, printing Deng prominent effect.
But existing UV LED the maximum difficult point of application be UV LED illumination solidification when, due to oxygen concentration too
Greatly, there are the technical problems such as uneven color, color are inconsistent, fade, poor adhesive force in the product after not only making illumination curing,
And a large amount of pernicious gases usually also are generated since illumination curing is insufficient, and then polluted environment.
[utility model content]
The application to be solved to be for above-mentioned existing ultraviolet light intensity as luminous range is remoter, intensity of illumination
Smaller technical problem provides a kind of high-efficiency environment friendly UV LED illumination curing apparatus.
In order to solve the above technical problems, the application is achieved through the following technical solutions:
High-efficiency environment friendly UV LED illumination curing apparatus, including rack and in the rack and the biography to transmit product
Send band, and its further include:
UV LED light source module is set on the upside of the conveyer belt, and to ultraviolet illumination cured article；
Water-cooling radiating module is set between the rack and the UV LED light source module, and described to cool
UV LED light source module；
Protective gas jet module is set on the outside of the UV LED light source module, and to injecting protective gas to match
Close the UV LED light source module cured article；
Detection module is set to UV LED light source module side, and temperature and week when solidifying to testing product
Enclose existing oxygen concentration.
High-efficiency environment friendly UV LED illumination curing apparatus as described above, the protective gas jet module include set on described
Left gas storage shell on the left of UV LED light source module and the right gas storage shell on the right side of the UV LED light source module；
The left gas storage shell is equipped with internally positioned left gas storage cavity, is additionally provided with before being located on the left gas storage shell
Side and the left front interface being connected with the left gas storage cavity, and downside and be connected with the left gas storage cavity equipped with being located at
Left spray-hole；
The right gas storage shell is equipped with internally positioned right gas storage cavity, is additionally provided with before being located on the right gas storage shell
Side and the right front port being connected with the right gas storage cavity, and downside and be connected with the right gas storage cavity equipped with being located at
Right spray-hole.
High-efficiency environment friendly UV LED illumination curing apparatus as described above, the left spray-hole are to spray towards the inclined bottom right in bottom right
Perforation
High-efficiency environment friendly UV LED illumination curing apparatus as described above, the right spray-hole are to incline towards the inclined lower-left in lower-left
Inclined hole.
High-efficiency environment friendly UV LED illumination curing apparatus as described above, the left spray-hole are symmetrically set with the right spray-hole
It sets.
High-efficiency environment friendly UV LED illumination curing apparatus as described above, the right spray-hole is relative to the right gas storage shell
The tilt angle of downside is 30 °~60 °.
High-efficiency environment friendly UV LED illumination curing apparatus as described above, the detection module includes the temperature to detect temperature
Spend sensor and set on the temperature sensor side and the oxygen sensor to detect oxygen concentration.
High-efficiency environment friendly UV LED illumination curing apparatus as described above, the water-cooling radiating module include:
Radiating shell, inside to offer the cold water cavity to store cold water and the warm water to store warm water empty
Chamber, and the intercommunicating pore to be connected to the cold water cavity and warm water's cavity；
Water inlet interface is set on front side of the radiating shell, and is connected with the cold water cavity；
Water outlet mouthpiece is set on front side of the radiating shell, is located at the water inlet interface side, and with the warm water cavity phase
Connection.
High-efficiency environment friendly UV LED illumination curing apparatus as described above, the radiating shell downside are also provided with indent upward
Indent recessing groove, the UV LED light source module includes installation base plate in the indent recessing groove, is set to the peace
Fill substrate on UV LED light group, the hood guard light-transmitting plate on the downside of the installation base plate, and be set to the installation base plate with
Limit framework between the hood guard light-transmitting plate.
High-efficiency environment friendly UV LED illumination curing apparatus as described above, the ultraviolet wavelength that the UV LED light group is issued
For 300~400nm；
The high-efficiency environment friendly UV LED illumination curing apparatus further include be set to the rack on and with the radiating shell phase
The lifting drive module of connection.
Compared with prior art, above-mentioned application has the following advantages:
1, the application high-efficiency environment friendly UV LED illumination curing apparatus passes through the conveyer belt and the UV LED light source module
It matches, realizes the purpose of automatic illumination cured article, and cooled in real time the UV by the water-cooling radiating module
LED light source module then can avoid the UV LED light source module and occur the dangerous phenomenon such as overheating, burn out, in addition passes through institute again
It states protective gas jet module and the detection module matches, realize and spray protective gas in real time to cooperate the UV LED
Light source module illumination curing product, thus temperature when can not only reduce product illumination curing using part protective gas, and
It can also achieve the purpose that excluding oxygen decreases pernicious gas so that photochemical reaction is more abundant by protective gas
It generates, while can also solve the problems, such as that object fades, color is different and poor adhesive force after photocuring, and then production not only can be improved
Quality is also avoided that improve production efficiency and generates pernicious gas polluted environment.
2, the production of the application high-efficiency environment friendly UV LED illumination curing apparatus is not mercurous, and ozone free generates in production process,
Then up to environmental requirement.
3, the application high-efficiency environment friendly UV LED illumination curing apparatus stability is high, then can plug and play, while also having
Easy to maintenance, the simple to operation and outstanding features such as occupy little space.
[Detailed description of the invention]
Fig. 1 is the perspective view of the application high-efficiency environment friendly UV LED illumination curing apparatus.
Fig. 2 is that the rack, the conveyer belt and described are hidden in the application high-efficiency environment friendly UV LED illumination curing apparatus
Perspective view after going up and down drive module.
Fig. 3 is the partial enlarged view I of Fig. 2.
Fig. 4 is that the rack, the conveyer belt and described are hidden in the application high-efficiency environment friendly UV LED illumination curing apparatus
The exploded view of exploded is carried out after lifting drive module.
Fig. 5 is the partial enlarged view II of Fig. 4.
Fig. 6 is that the rack, the conveyer belt and described are hidden in the application high-efficiency environment friendly UV LED illumination curing apparatus
Cross-sectional view after going up and down drive module.
Fig. 7 is the cross-sectional view of radiating shell described in the application high-efficiency environment friendly UV LED illumination curing apparatus.
Fig. 8 is the partial enlarged view III of Fig. 7.
[specific embodiment]
The application is described in further detail below by specific embodiment combination attached drawing.
As shown in Fig. 1~8, high-efficiency environment friendly UV LED illumination curing apparatus, including rack 1, conveyer belt 2, UV LED light source
Module 3, water-cooling radiating module 4, protective gas jet module 5 and detection module 6.
Specifically, the conveyer belt 2 is set in the rack 1 and to transmit product.The UV LED light source module 3 is set
In 2 upside of conveyer belt, and to ultraviolet illumination cured article.The water-cooling radiating module 4 is set to the rack 1 and institute
Between stating UV LED light source module 3, and to the UV LED light source module 3 that cools.The protective gas jet module 5 is set
In 3 outside of UV LED light source module, and to injecting protective gas to cooperate the solidification of UV LED light source module 3 to produce
Product.The protective gas is helium, or is neon or is nitrogen, or is xenon, or is argon gas, or for helium, neon, nitrogen,
A variety of hybrid protection gases in xenon and argon gas.The detection module 6 is set to 3 side of UV LED light source module, and uses
Oxygen concentration present in temperature and surrounding when being solidified with testing product.
The application high-efficiency environment friendly UV LED illumination curing apparatus passes through the conveyer belt 2 and the UV LED light source module 3
It matches, realizes the purpose of automatic illumination cured article, and cooled in real time the UV by the water-cooling radiating module 4
LED light source module 3 then can avoid the UV LED light source module 3 and occur the dangerous phenomenon such as overheating, burn out, in addition passes through again
The protective gas jet module 5 and the detection module 6 match, and realize and spray protective gas in real time to cooperate the UV
3 illumination curing product of LED light source module, thus temperature when can not only reduce product illumination curing using part protective gas
Degree, and can also achieve the purpose that excluding oxygen decreases harmful gas so that photochemical reaction is more abundant by protective gas
The generation of body, while can also solve the problems, such as that object fades, color is different and poor adhesive force after photocuring, and then not only can be improved
Quality is produced to improve production efficiency, and is also avoided that and generates pernicious gas polluted environment.
The protective gas jet module 5 includes left 51 He of gas storage shell set on 3 left side of UV LED light source module
Right gas storage shell 52 set on 3 right side of UV LED light source module.The left gas storage shell 51 is equipped with an internally positioned left side
Gas storage cavity 511 is additionally provided with positioned at front side and is connected with the left gas storage cavity 511 left front on the left gas storage shell 51
Interface 512, and equipped with the left spray-hole 513 for being located at downside and being connected with the left gas storage cavity 511.The right gas storage shell
Body 52 is equipped with internally positioned right gas storage cavity 521, be additionally provided on the right gas storage shell 52 positioned at front side and with the right side
The right front port 522 that gas storage cavity 521 is connected, and equipped with being located at downside and be connected with the right gas storage cavity 521
Right spray-hole 523.The left spray-hole 513 is towards the inclined bottom right spray-hole in bottom right.The right spray-hole 523 is to incline towards lower-left
Oblique lower-left angling hole.The left spray-hole 513 is symmetrical arranged with the right spray-hole 523.It the advantage is that through left and right pair
The left spray-hole 513 and the right spray-hole 523 for claiming setting symmetrically eject protective gas, then can upper punching to greatest extent
Lively stock ambient oxygen so as to build the illumination curing space of hypoxemia or anaerobic, and has achieved the purpose that exclusion oxygen, into
And photochemical reaction can be made more abundant, reducing pernicious gas generates, at the same can also solve object after photocuring fade, color it is different
And the problem of poor adhesive force.
The right spray-hole 523 is 30 °~60 ° relative to the tilt angle of right 52 downside of gas storage shell, preferably
It is 45 °, then the left spray-hole 513 is 135 ° relative to the angle of left 51 downside of gas storage shell, so using angle
The advantages of right spray-hole 523 that the left spray-hole 513 and angle that degree is 135 ° are 45 °, is that protective gas can be made straight
Oxygen existing around impact product is connect, so as to reduce the oxygen concentration around product to greatest extent, and then can be into one
Step improves illumination fixed line effect.
The detection module 6 includes temperature sensor 61 to detect temperature and is set to 61 side of temperature sensor
And the oxygen sensor 62 to detect oxygen concentration.The advantage is that can precisely detect acquisition by the temperature sensor 61
Temperature information when product is by 3 illumination curing of UV LED light source module, and real time temperature information is sent to Background control
Center, while can precisely be detected by the oxygen sensor 62 and obtain product by 3 illumination curing of UV LED light source module
When ambient oxygen concentration information, and real-time oxygen concentration information is sent to background control center, then in Background control
The heart receives oxygen concentration information transmitted by temperature information transmitted by the temperature sensor 61 and the oxygen sensor 62,
And oxygen concentration information transmitted by the temperature information according to transmitted by the temperature sensor 61 and the oxygen sensor 62
Control whether the protective gas jet module 5 ejects protective gas to cooperate 3 illumination curing of UV LED light source module
Product.
The water-cooling radiating module 4 includes radiating shell 41, water inlet interface 42 and water outlet mouthpiece 43.The radiating shell 41
Inside offers the cold water cavity 411 to store cold water and warm water's cavity 412 to store warm water, and to even
Lead to the intercommunicating pore 413 of the cold water cavity 411 and warm water's cavity 412.The water inlet interface 42 is set to the radiation shell
41 front side of body, and be connected with the cold water cavity 411.The water outlet mouthpiece 43 is located at institute in 41 front side of radiating shell
42 side of water inlet interface is stated, and is connected with the warm water cavity 412.It the advantage is that and facilitate to form hot and cold water circulation.
The indent recessing groove 414 of indent upward, the UV LED light source module 3 are also provided on the downside of the radiating shell 41
Including be set to the indent recessing groove 414 in installation base plate 31, the UV LED light group 32 on the installation base plate 31, set
Hood guard light-transmitting plate 33 in 31 downside of installation base plate, and be set between the installation base plate 31 and the hood guard light-transmitting plate 33
Limit framework 34.It the advantage is that by caused by UV LED light group 32 described in the hood guard light-transmitting plate 33 not only transmissive
Ultraviolet light, and can also UV LED light group 32 described in hood guard, and then the UV LED light group 32 is avoided to be destroyed.
The ultraviolet wavelength that the UV LED light group 32 is issued is 300~400nm.It the advantage is that this wave-length coverage
Ultraviolet light has extra long life, high light energy, irradiation uniformly to greatly improve curing efficiency.
The high-efficiency environment friendly UV LED illumination curing apparatus further include be set to the rack 1 on and with the radiating shell 41
The lifting drive module 7 being connected.
The production of the application high-efficiency environment friendly UV LED illumination curing apparatus is not mercurous, and ozone free generates in production process, after
And up to environmental requirement.
The application high-efficiency environment friendly UV LED illumination curing apparatus stability is high, then can plug and play, while also there is dimension
Repair conveniently, the simple to operation and outstanding features such as occupy little space.
Presently filed embodiment is explained in detail in summary, but the application is not limited to above embodiment.
Even if it is to the application, various changes can be made, then still falls within the protection scope in the application.
Claims (10)
1. high-efficiency environment friendly UV LED illumination curing apparatus, including rack (1) and it is set on the rack (1) and to transmit product
Conveyer belt (2), it is characterised in that: the high-efficiency environment friendly UV LED illumination curing apparatus further include:
UV LED light source module (3) is set on the upside of the conveyer belt (2), and to ultraviolet illumination cured article；
Water-cooling radiating module (4) is set between the rack (1) and the UV LED light source module (3), and to cool
The UV LED light source module (3)；
Protective gas jet module (5) is set on the outside of the UV LED light source module (3), and to injecting protective gas with
Cooperate UV LED light source module (3) cured article；
Detection module (6) is set to UV LED light source module (3) side, and temperature when solidify to testing product with
Oxygen concentration present in surrounding.
2. high-efficiency environment friendly UV LED illumination curing apparatus according to claim 1, it is characterised in that: the protective gas spray
Module (5) is penetrated to include left gas storage shell (51) on the left of the UV LED light source module (3) and be set to the UV LED light
Right gas storage shell (52) on the right side of source module (3)；
The left gas storage shell (51) is equipped with internally positioned left gas storage cavity (511), goes back on the left gas storage shell (51)
Equipped with being located at front side and the left front interface (512) that is connected with the left gas storage cavity (511), and be equipped with positioned at downside and with
The left spray-hole (513) that the left gas storage cavity (511) is connected；
The right gas storage shell (52) is equipped with internally positioned right gas storage cavity (521), goes back on the right gas storage shell (52)
Equipped with the right front port (522) for being located at front side and being connected with the right gas storage cavity (521), and it is equipped with and is located at downside simultaneously
The right spray-hole (523) being connected with the right gas storage cavity (521).
3. high-efficiency environment friendly UV LED illumination curing apparatus according to claim 2, it is characterised in that: the left spray-hole
It (513) is towards the inclined bottom right spray-hole in bottom right.
4. high-efficiency environment friendly UV LED illumination curing apparatus according to claim 3, it is characterised in that: the right spray-hole
It (523) is towards the inclined lower-left angling hole in lower-left.
5. high-efficiency environment friendly UV LED illumination curing apparatus according to claim 4, it is characterised in that: the left spray-hole
(513) it is symmetrical arranged with the right spray-hole (523).
6. high-efficiency environment friendly UV LED illumination curing apparatus according to claim 5, it is characterised in that: the right spray-hole
(523) tilt angle relative to right gas storage shell (52) downside is 30 °~60 °.
7. high-efficiency environment friendly UV LED illumination curing apparatus according to claim 1, it is characterised in that: the detection module
It (6) include to detect the temperature sensor of temperature (61) and set on the temperature sensor (61) side and to detect oxygen
The oxygen sensor (62) of concentration.
8. high-efficiency environment friendly UV LED illumination curing apparatus according to claim 1, it is characterised in that: the water-cooling mould
Block (4) includes:
Radiating shell (41), inside offer the cold water cavity (411) to store cold water and the temperature to store warm water
Hot water cavity (412), and the intercommunicating pore to be connected to the cold water cavity (411) and warm water's cavity (412)
(413)；
Water inlet interface (42) is set on front side of the radiating shell (41), and is connected with the cold water cavity (411)；
Water outlet mouthpiece (43), be set to the radiating shell (41) on front side of, be located at the water inlet interface (42) side, and with the temperature
Hot water cavity (412) is connected.
9. high-efficiency environment friendly UV LED illumination curing apparatus according to claim 8, it is characterised in that: the radiating shell
(41) downside is also provided with the indent recessing groove (414) of indent upward, and the UV LED light source module (3) includes being set in described
Installation base plate (31) in recessed recessing groove (414), the UV LED light group (32) being set on the installation base plate (31), be set to it is described
Hood guard light-transmitting plate (33) on the downside of installation base plate (31), and it is set to the installation base plate (31) and the hood guard light-transmitting plate (33)
Between limit framework (34).
10. high-efficiency environment friendly UV LED illumination curing apparatus according to claim 9, it is characterised in that: the UV LED light
The ultraviolet wavelength that group (32) is issued is 300~400nm；
The high-efficiency environment friendly UV LED illumination curing apparatus further include be set to the rack (1) on and with the radiating shell (41)
The lifting drive module (7) being connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821579376.2U CN209314113U (en) | 2018-09-27 | 2018-09-27 | High-efficiency environment friendly UV LED illumination curing apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821579376.2U CN209314113U (en) | 2018-09-27 | 2018-09-27 | High-efficiency environment friendly UV LED illumination curing apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209314113U true CN209314113U (en) | 2019-08-27 |
Family
ID=67670298
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821579376.2U Expired - Fee Related CN209314113U (en) | 2018-09-27 | 2018-09-27 | High-efficiency environment friendly UV LED illumination curing apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209314113U (en) |
-
2018
- 2018-09-27 CN CN201821579376.2U patent/CN209314113U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190827 Termination date: 20200927 |