CN203557721U - Ultraviolet irradiation curing equipment - Google Patents
Ultraviolet irradiation curing equipment Download PDFInfo
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- CN203557721U CN203557721U CN201320621897.0U CN201320621897U CN203557721U CN 203557721 U CN203557721 U CN 203557721U CN 201320621897 U CN201320621897 U CN 201320621897U CN 203557721 U CN203557721 U CN 203557721U
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Abstract
The utility model relates to ultraviolet irradiation curing equipment which comprises a first upper light source group, a first lower light source group, a second upper light source group, a second lower light source group, an upper light transmittance piece, a lower light transmittance piece, a conveying device, a carrier and a mold for bearing a workpiece. The light source groups are arranged above and below the workpiece, and two different types of irradiation powers, namely a front irradiation power and a rear irradiation power, are realized in the irradiation process according to the first light source group and the second light source group, so that the workpiece irradiation curing efficiency can be improved, and the precision of an irradiation-cured finished product can be improved.
Description
Technical field
The utility model is about a kind of UV-irradiation curing apparatus, particularly a kind ofly makes to treat that curing workpiece energy upper and lower surface accepts the equipment of UV-irradiation simultaneously.
Background technology
Some high-molecular photosensitive material is when irradiation ultraviolet radiation, can there is the variations such as curing, dry, this type of high-molecular photosensitive material is referred to as " ultraviolet curable resin ", same, this resinoid is irradiated with suitable ultraviolet ray, and then reach and make resin solidification, dry technology just be called " ultraviolet curing, dry technology ", be also called " photocuring ".
This kind of ultraviolet curing (UV Curing) technology starts to be applied on the print fields such as sealing or label before many decades.Except can being used in the encapsulation of the precision components such as coating, external coating, semiconductor and electronic component, optical element or the laminating of liquid crystal panel etc., also can be applicable to the processing procedure in the various fields such as nanometer technology, biochemical technology, fuel cell or solar cell.
TaiWan, China patent of invention discloses a kind of method of making contact lenses with ultraviolet curing technology that disclosed for No. 200800579, first the gluey raw material not yet solidifying is injected to the mould of contact lenses, with ultraviolet ray, irradiate gluey raw material is solidified again, then via successive process, complete the making of contact lenses.
At present, the board of making contact lenses of ultraviolet curing technology is only used the ultraviolet light of single irradiation power to irradiate workpiece, cause whole curing time-histories to elongate, except meeting increases time cost, also may affect the precision of solidifying finished product long hardening time, for example, may stress uneven and workpiece is out of shape in curing process; If the processing procedure by ultraviolet curing technology for following, may be lower for the requirement of precision, if but treat that curing workpiece is the optical object as contact lenses, just there is the more high-precision necessity of pursuit; In addition, irradiation time is grown the possible larger space that must account for of the board also just meaning for irradiating.For above shortcoming, the utility model is thought real necessity being improved.
Utility model content
For above-mentioned every shortcoming, a main purpose of the present utility model, for a kind of curing apparatus is provided, sees through the improvement of the arrangement, carrier and the mould that improve light source assembly, effectively increases the efficiency of curing process, increase curing precision, and can assemble more existing curing apparatus and want little board.
In order to reach above-mentioned purpose, the utility model proposes a kind of UV-irradiation curing apparatus, comprise: a carrier, there is a upper surface and a lower surface relative with upper surface, and there are a plurality of through holes and be through to lower surface by upper surface, carrier is transparent material, the equal light-permeable of upper surface and lower surface; One conveying device, in order to load carrier, and is delivered to a Second Region by carrier from one first district, then is delivered to the firstth district from Second Region, and carrier is reused in conveying device; One first ultraviolet light transmission element, is positioned at the top of conveying device, and has contained the firstth district and Second Region; One second ultraviolet light transmission element, relative with the first ultraviolet light transmission element, and be positioned at the below of conveying device, and contained the firstth district and Second Region, make carrier and the conveying device accommodation space between the first ultraviolet light transmission element and the second ultraviolet light transmission element; Light source group and one first time light source group on one first, lay respectively at the top of the first ultraviolet light transmission element in the firstth district and the below of the second ultraviolet light transmission element in the firstth district; And light source group and one second time light source group on one second, lay respectively at the top of the second ultraviolet light transmission element of Second Region and the below of the second ultraviolet light transmission element of Second Region, and on second the UV-light luminous power of light source group and second time light source group higher than the UV-light luminous power of light source group on first and first time light source group; Wherein, material tool ultraviolet light penetrability and diffusivity and the high temperature resistance of the first ultraviolet light transmission element and the second ultraviolet light transmission element, in order to the ultraviolet light of light source group on first and first time light source group is projected to the firstth district equably, and the ultraviolet light of light source group on second and second time light source group is projected to Second Region equably; And wherein, accommodation space is filled with an inert gas.
Wherein, this UV-irradiation curing apparatus further comprises an aerating device, and it is positioned at outside this accommodation space, and this inert gas enters this accommodation space via this aerating device.
Wherein, the material of this first ultraviolet light transmission element and this second ultraviolet light transmission element is glass.
Wherein, this UV-irradiation curing apparatus further has a plurality of moulds, and described in each, mould is accepted by one of them of described through hole respectively, and described in each, aperture of through hole is less than the size of described mould.
Wherein, this mould further comprises a mold and a bed die, and the bottom of this bed die is circular arc convex.
Wherein, the range of curvature radius of the bottom of this bed die is 7 millimeters to 9 millimeters.
Wherein, the material of this carrier is glass.
Wherein, the pore diameter range of this through hole is 14 millimeters to 21 millimeters.
The utility model proposes a kind of UV-irradiation curing apparatus, comprise: a carrier, there is a upper surface and a lower surface relative with upper surface, carrier is transparent material, the equal light-permeable of upper surface and lower surface, and there are a plurality of through holes and be through to lower surface by upper surface, described in each, through hole is accepted a mould, described in each, the aperture of through hole is less than the size of mould, carries a ultraviolet curable resin material in mould; One conveying device, in order to load carrier, and is delivered to a Second Region by carrier from one first district, then is delivered to the firstth district from Second Region, and carrier is reused in conveying device; One first ultraviolet light transmission element, is positioned at the top of conveying device, and has contained the firstth district and Second Region; One second ultraviolet light transmission element, relative with the first ultraviolet light transmission element, and be positioned at the below of conveying device, and contained the firstth district and Second Region, make carrier and the conveying device accommodation space between the first ultraviolet light transmission element and the second ultraviolet light transmission element; Light source group and one first time light source group on one first, lay respectively at the top of the first ultraviolet light transmission element in the firstth district and the below of the second ultraviolet light transmission element in the firstth district; And light source group and one second time light source group on one second, lay respectively at the top of the second ultraviolet light transmission element of Second Region and the below of the second ultraviolet light transmission element of Second Region, and on second the UV-light luminous power of light source group and second time light source group higher than the UV-light luminous power of light source group on first and first time light source group; Wherein, material tool ultraviolet light penetrability and diffusivity and the high temperature resistance of the first ultraviolet light transmission element and the second ultraviolet light transmission element; And wherein, accommodation space is filled with an inert gas.
The utility model proposes again a kind of UV-irradiation curing apparatus, comprise a carrier, there is a upper surface and a lower surface relative with upper surface, and there are a plurality of through holes and be through to lower surface by upper surface, carrier is transparent material, the equal light-permeable of upper surface and lower surface; One conveying device, has a first paragraph and a second segment, and in order to load carrier, first paragraph is that carrier is delivered to a Second Region from one first district, then carrier is delivered to the firstth district from Second Region by second segment, and carrier is reused in conveying device; One first ultraviolet light transmission element, is positioned at the top of conveying device, and has contained the firstth district and Second Region; One second ultraviolet light transmission element, relative with the first ultraviolet light transmission element, and be positioned at the below of conveying device, and contained the firstth district and Second Region, make carrier and the conveying device accommodation space between the first ultraviolet light transmission element and the second ultraviolet light transmission element; Light source group and one first time light source group on one first, light source group is positioned at the top of the first ultraviolet light transmission element in the firstth district on first, and first time light source group is between the second ultraviolet light transmission element in the firstth district and the first paragraph of conveying device; And light source group and one second time light source group on one second, on second, light source group is positioned at the top of the first ultraviolet light transmission element of Second Region, second time light source group between the second ultraviolet light transmission element of Second Region and the second segment of conveying device, and on second the UV-light luminous power of light source group and second time light source group higher than the UV-light luminous power of light source group on first and first time light source group; Wherein, material tool ultraviolet light penetrability and diffusivity and the high temperature resistance of the first ultraviolet light transmission element and the second ultraviolet light transmission element, in order to the ultraviolet light of light source group on first and first time light source group is projected to the firstth district equably, and the ultraviolet light of light source group on second and second time light source group is projected to Second Region equably; And accommodation space is filled with an inert gas.
The beneficial effects of the utility model: the UV-irradiation curing apparatus proposing via the utility model, see through two groups of light sources that UV-irradiation power is different, can effectively be reduced hardening time, increase the precision of product, the space accounting for that can reduce UV-irradiation curing apparatus simultaneously.
The UV-irradiation curing apparatus proposing via the utility model, see through up and down can printing opacity mould and carrier, the light source group of irradiation and there is the transmission element of light diffusion effect simultaneously up and down, ultraviolet light is radiated on workpiece more uniformly, can further improves the precision of solidifying finished product.
The UV-irradiation curing apparatus proposing via the utility model, sees through the design of aerating device and accommodation space, can allow inert gas more be evenly distributed in accommodation space, further reduces the chance that workpiece reacts with oxygen in solidification process.
Accompanying drawing explanation
The UV-irradiation curing apparatus schematic diagram of Figure 1A the utility model the first embodiment;
The UV-irradiation curing apparatus schematic diagram of Figure 1B the utility model the second embodiment;
On the carrier of Fig. 2 UV-irradiation curing apparatus of the present utility model, look schematic diagram;
The carrier of Fig. 3 UV-irradiation curing apparatus of the present utility model is accepted the generalized section of a mould;
Fig. 4 UV-irradiation curing apparatus of the present utility model first on look schematic diagram under light source group.
Symbol description
1 first time light source group 164 of UV-irradiation curing apparatus
1 ' second time light source group 165 of UV-irradiation curing apparatus
Conveying device 12 light fixtures 166
Conveying device 12 ' carrier 18
First district's 120 upper surfaces 180
The first ultraviolet light transmission element 142 bed dies 202
The second ultraviolet light transmission element 144 bottoms 203
Aerating device 146 tops 204
The specific embodiment
The utility model relates to a kind of UV-irradiation curing apparatus, the method of improvement has been proposed for current conventional UV-irradiation curing apparatus, curing efficiency can further be improved, as for the detailed frame for movement of curing apparatus, and the chemical analysis for the treatment of curing plastics has been prior art, be not therefore exposure emphasis of the present utility model.
First, please first consulting Figure 1A, is the UV-irradiation curing apparatus schematic diagram of the utility model the first embodiment.As shown in Figure 1A, UV-irradiation curing apparatus 1 comprises: light source group 163 in light source group 162, second on conveying device 12, the first ultraviolet light transmission element 142, the second ultraviolet light transmission element 144, first, first time light source group 164, second time light source group 165, carrier 18, mould 20 and aerating device 146, as for the mutual annexation of each parts, wait a moment and can describe in detail.
UV-irradiation curing apparatus 1 is with mould 20 carrying workpiece 21, and mould 20 is placed among the through hole 182 of carrier 18, makes each through hole 182 all accept a mould 20, as for detailed structure and the annexation of carrier 18 and mould 20, waits a moment and can describe in detail; UV-irradiation curing apparatus 1 can be divided into the first 120Ji Second Region, district 121, and conveying device 12 is in order to load carrier 18, and carrier 18 can be transported to Second Region 121 by the first district 120; The first ultraviolet light transmission element 142 is positioned at the top of conveying device 12 and has contained the first 120Ji Second Region, district 121, simultaneously, the second ultraviolet light transmission element 144 is relative with the first ultraviolet light transmission element 142, and be positioned at the below of conveying device 12 and contained the first 120Ji Second Region, district 121, between the first ultraviolet light transmission element 142 and the second ultraviolet light transmission element 144, can form an accommodation space 148, and carrier 18 and conveying device 12 are positioned among accommodation space 148; In enforcement state preferably, among accommodation space 148, be filled with inert gas (not shown), to avoid workpiece 21 to produce extra reaction because contacting oxygen in the process of irradiating ultraviolet light, inert gas (not shown) can be the aerating device 146 in accommodation space 148 outsides via position, in accommodation space 148, is filled with; In enforcement state preferably, carrier 18 is to make with transparent material, the equal light-permeable of its upper surface and lower surface; Glass for example.
On first, light source group 162 and first time light source group 164 lay respectively at top and the below in the first district 120 of conveying device 12, simultaneously, the first ultraviolet light transmission element 142 can be on first between light source group 162 and conveying device 12, and the second ultraviolet light transmission element 144 can be between first time light source group 164 and conveying device 12; On second, light source group 163 and second time light source group 165 lay respectively at top and the below of the Second Region 122 of conveying device 12, simultaneously, the first ultraviolet light transmission element 142 can be on second between light source group 163 and conveying device 12, and the second ultraviolet light transmission element 144 can be between second time light source group 165 and conveying device 12; Wherein, UV-irradiation curing apparatus 1 is to send UV-irradiation workpiece 21 with light source group in light source group on first 162, second 163, first time light source group 164 and second time light source group 165, and the workpiece 21 that makes not moulding is subject to the equipment of thermoforming, workpiece 21 can be the material consisting of ultraviolet curable resin, for example contact lenses.
On of the present utility model first, light source group 162 and first time light source group 164 are sent the ultraviolet light of the first power, and on second, light source group 163 and second time light source group 165 are sent the ultraviolet light of the second power, the scope of the first power is 20 watts to 50 watts, the second power is 800 watts to 1200 watts, in enforcement state preferably, the first power is 36 watts, and the second power is 1000 watts; In addition, the first 120Ji Second Region, district 121 has different length, and wherein, the Length Ratio of the first 120Ji Second Region, district 121 is 3～5:1, and in enforcement state preferably, this Length Ratio is 4:1; Meanwhile, the length of whole UV-irradiation curing apparatus 1 is 10 meters to 20 meters, and in enforcement state preferably, the length of the utility model UV-irradiation curing apparatus 1 is 13 meters; In addition, UV-irradiation curing apparatus 1 of the present utility model also can see through the distance of adjusting light source group and carrier 20, changes the UV-irradiation intensity that workpiece 21 is irradiated to.
When operation UV-irradiation curing apparatus 1 of the present utility model, can see through controlling conveying device 12 transporting velocities, control the time that carrier 18 stops in the first 120Ji Second Region, district 121, further make the first power ultraviolet light and the second power ultraviolet light have different irradiation times to the workpiece 21 of not moulding, for example, the workpiece 21 of moulding is not first with lower-powered the first power UV-irradiation, after workpiece 21 is cured to a degree, again with the second larger power UV-irradiation of power, so that workpiece 21 completes is faster curing.
Under another enforcement state, UV-irradiation curing apparatus 1 of the present utility model can further have charger (not graphic) and the discharge mechanism (not graphic) of mould 20; Charger (not graphic) is positioned at the outside and adjacent with the first district 120 of accommodation space 148, the mould 20 that workpiece 21 is housed can be loaded among the through hole 182 of carrier 18; After conveying device 12 moves to Second Region 121 by the carrier 18 that mould 20 is housed and workpiece 21 is completed and solidifies, be positioned at outside and adjacent with Second Region 121 discharge mechanism (not graphic) of accommodation space 148 and mould 20 can be shifted out to the through hole 182 of carrier 18, now, the carrier 18 of unloaded mould 20 can be transmitted device 12 and send the first district 120 back to, waits for and by charger (not graphic), packs other mould that workpiece 21 is housed 20 into again; Described in before combining, conveying device 12 can be delivered to Second Region 121 from the first district 120 by carrier 18, then 121 sends the first district 120 back to from Second Region, and allows carrier 18 constantly be reused in conveying device 12, and conveying device 12 is for example a circulating belt.
Then, referring to Figure 1B, is the UV-irradiation curing apparatus schematic diagram of the utility model the second embodiment.As shown in Figure 1B, the conveying device 12 ' of the UV-irradiation curing apparatus 1 ' of the present embodiment is different from the conveying device 12 of UV-irradiation curing apparatus 1, the position that conveying device 12 ' is carried by the first 120Wang Second Region, district 121 is first paragraph 1200, 1200 of first paragraphs are between the first ultraviolet light transmission element 142 and the second ultraviolet light transmission element 144, first paragraph 1200 is in order to the carrier 18 that workpiece 21 is housed is carried by the first 120Wang Second Region, district 121, simultaneously, from Second Region, 121 positions of carrying toward the first district 120 are second segment 1202 to conveying device 12 ', 1202 of second segments are at the second ultraviolet light transmission element 144, the below of first time light source group 164 and second time light source group 165, second segment 1202 is in order to the carrier 18 that workpiece 21 is not housed 121 is carried toward the first district 120 from Second Region, other parts as for UV-irradiation curing apparatus 1 ' are all identical with UV-irradiation curing apparatus 1, therefore repeat no more, thus, when the carrier 18 that is mounted with workpiece 21 when first time light source group 164 and second time 165 pairs of light source group irradiates, just can not stopped by any object and have a better illumination efficiency.
Then, refer to Fig. 2, for looking schematic diagram on the carrier 18 of UV-irradiation curing apparatus 1 of the present utility model.As shown in Figure 2, carrier 18 comprises upper surface 180 and the lower surface 181 relative with upper surface 180, upper surface 180 further has a plurality of through holes 182 and is through to lower surface 181 by upper surface 180, through hole 182 is in upper surface 180 proper alignment, form arrangement mode as shown in Figure 2, but the utility model does not limit through hole 182 at the arrangement mode of upper surface 180; In addition, the upper surface 180 of carrier 18 and the equal light-permeable of lower surface 181, can be made with transparent high-temperature resistance plastice.
Then, refer to Fig. 3, for the carrier 18 of UV-irradiation curing apparatus 1 of the present utility model is accepted the generalized section of a mould 20.As shown in Figure 3, mould 20 can be divided into mold 206 and bed die 202, and wherein, the top 204 of bed die 202 is the surface of a circular arc convex, and top 204 can also engage relatively with the bottom 207 of mold 206, and workpiece 21 is placed between top 204 and bottom 207; The radius of curvature of bed die 202 tops 204 and mold 206 bottoms 207 all can have different demands and make change according to workpiece 21, and the utility model is not limited this; Bed die 202 and mold 206 are all made by the object of heat-resisting and printing opacity, therefore when irradiating ultraviolet light, can't affect the irradiation moulding of workpiece 21; The bottom 203 of bed die 202 is the surface of a circular arc convex, and the diameter of bed die 202 wants large compared with the aperture of carrier 18 through holes 182, therefore, when mould 20 is placed in the through hole 182 of carrier 18 by the upper surface 180 of carrier 18, mould 20 can't penetrate through hole 182, and the scope in through hole 182 apertures is 14 millimeters to 21 millimeters; In addition, one, preferably implement state, the range of curvature radius of bed die 202 bottoms 203 is 7 millimeters to 9 millimeters.
Then, refer to Fig. 4, for UV-irradiation curing apparatus of the present utility model first on look schematic diagram under light source group.As shown in Figure 4, each on first light source group 162 comprise a plurality of light fixtures that are arranged in parallel 166, wherein, each light fixture 166 can be an independent ultraviolet source, as for the structure of light source group 163 and second time light source group 165 in first time light source group 164, second all with first on light source group 162 similar, therefore repeat no more, ultraviolet light is to be sent by a plurality of independent light fixtures 166, such structure is to conventional curing machine is similar at present, may cause ultraviolet light too to disperse, so, as shown in Figure 1, the utility model is light source group 162 on first, first time light source group 164, on second, between light source group 163 and second time light source group 165 and carrier 18, add the first ultraviolet light transmission element 142 and the second ultraviolet light transmission element 144, one preferably in enforcement state, the material of the first ultraviolet light transmission element 142 and the second ultraviolet light transmission element 144 is the glass of tool ultraviolet light penetrability and diffusivity and high temperature resistance, in order to the ultraviolet light of light source group 162 on first and first time light source group 164 is projected to the first district 120 equably, and the ultraviolet light of light source group 163 on second and second time light source group 165 is projected to Second Region 121 equably, in the time of making ultraviolet light penetrate the first ultraviolet light transmission element 142 and the second ultraviolet light transmission element 144, become uniform ultraviolet light, effectively solve the inhomogeneous problem of ultraviolet light that a plurality of independent light fixtures 166 cause, and the first ultraviolet light transmission element 142 and the second ultraviolet light transmission element 144 can Yin Gaowen and easily damage yet, make the UV-irradiation curing apparatus 1 can more efficient running.
The UV-irradiation curing apparatus 1 proposing according to the utility model, the ultraviolet source simultaneously irradiating through upper and lower surface, carrier 18, mould 20, the first ultraviolet light transmission element 142 and the second ultraviolet light transmission element 144 of particular design, can make the process of workpiece 21 curing moldings more efficient, reduce the time of curing molding, what allow UV-irradiation curing apparatus 1 conventional curing apparatus comes at present is little, and also can make ultraviolet light irradiate more uniformly, more can further increase the precision of product.
Although the utility model discloses as above with aforesaid preferred embodiment; so it is not in order to limit the utility model; any familiar alike skill person; within not departing from spirit and scope of the present utility model; when doing a little change and retouching, therefore scope of patent protection of the present utility model must be as the criterion depending on the appended claim person of defining of this description.
Claims (10)
1. a UV-irradiation curing apparatus, is characterized in that, comprising:
One carrier, has a upper surface and a lower surface relative with this upper surface, and has a plurality of through holes and be through to this lower surface by this upper surface, and this carrier is transparent material, this upper surface and the equal light-permeable of this lower surface;
One conveying device, in order to load this carrier, and is delivered to a Second Region by this carrier from one first district, then is delivered to this firstth district from this Second Region, and this carrier is reused in this conveying device;
One first ultraviolet light transmission element, is positioned at the top of this conveying device, and has contained this Ji Gai Second Region, the firstth district;
One second ultraviolet light transmission element, relative with this first ultraviolet light transmission element, and be positioned at the below of this conveying device, and contained this Ji Gai Second Region, the firstth district, make this carrier and this conveying device accommodation space between this first ultraviolet light transmission element and this second ultraviolet light transmission element;
Light source group and one first time light source group on one first, lay respectively at the top of this first ultraviolet light transmission element in this firstth district and the below of this second ultraviolet light transmission element in this firstth district; And
Light source group and one second time light source group on one second, lay respectively at the top of this second ultraviolet light transmission element of this Second Region and the below of this second ultraviolet light transmission element of this Second Region, and the UV-light luminous power of this light source group and this second time light source group on second is higher than the UV-light luminous power of this light source group and this first time light source group on first;
Wherein, material tool ultraviolet light penetrability and diffusivity and the high temperature resistance of this first ultraviolet light transmission element and this second ultraviolet light transmission element, in order to by this on first the ultraviolet light of light source group and this first time light source group be projected to equably this firstth district, and by this on second the ultraviolet light of light source group and this second time light source group be projected to equably this Second Region; And
Wherein, this accommodation space is filled with an inert gas.
2. UV-irradiation curing apparatus according to claim 1, is characterized in that, this UV-irradiation curing apparatus further comprises an aerating device, and it is positioned at outside this accommodation space, and this inert gas enters this accommodation space via this aerating device.
3. UV-irradiation curing apparatus according to claim 1, is characterized in that, the material of this first ultraviolet light transmission element and this second ultraviolet light transmission element is glass.
4. UV-irradiation curing apparatus according to claim 1, it is characterized in that, this UV-irradiation curing apparatus further has a plurality of moulds, and described in each, mould is accepted by one of them of described through hole respectively, and described in each, aperture of through hole is less than the size of described mould.
5. UV-irradiation curing apparatus according to claim 4, is characterized in that, this mould further comprises a mold and a bed die, and the bottom of this bed die is circular arc convex.
6. UV-irradiation curing apparatus according to claim 5, is characterized in that, the range of curvature radius of the bottom of this bed die is 7 millimeters to 9 millimeters.
7. UV-irradiation curing apparatus according to claim 1, is characterized in that, the material of this carrier is glass.
8. UV-irradiation curing apparatus according to claim 1, is characterized in that, the pore diameter range of this through hole is 14 millimeters to 21 millimeters.
9. a UV-irradiation curing apparatus, is characterized in that, comprising:
One carrier, there is a upper surface and a lower surface relative with this upper surface, this carrier is transparent material, this upper surface and the equal light-permeable of this lower surface, and there are a plurality of through holes and be through to this lower surface by this upper surface, described in each, through hole is accepted a mould, and described in each, the aperture of through hole is less than the size of this mould, carries a ultraviolet curable resin material in this mould;
One conveying device, in order to load this carrier, and is delivered to a Second Region by this carrier from one first district, then is delivered to this firstth district from this Second Region, and this carrier is reused in this conveying device;
One first ultraviolet light transmission element, is positioned at the top of this conveying device, and has contained this Ji Gai Second Region, the firstth district;
One second ultraviolet light transmission element, relative with this first ultraviolet light transmission element, and be positioned at the below of this conveying device, and contained this Ji Gai Second Region, the firstth district, make this carrier and this conveying device accommodation space between this first ultraviolet light transmission element and this second ultraviolet light transmission element;
Light source group and one first time light source group on one first, lay respectively at the top of this first ultraviolet light transmission element in this firstth district and the below of this second ultraviolet light transmission element in this firstth district; And
Light source group and one second time light source group on one second, lay respectively at the top of this second ultraviolet light transmission element of this Second Region and the below of this second ultraviolet light transmission element of this Second Region, and the UV-light luminous power of this light source group and this second time light source group on second is higher than the UV-light luminous power of this light source group and this first time light source group on first;
Wherein, material tool ultraviolet light penetrability and diffusivity and the high temperature resistance of this first ultraviolet light transmission element and this second ultraviolet light transmission element; And
Wherein, this accommodation space is filled with an inert gas.
10. a UV-irradiation curing apparatus, is characterized in that, comprising:
One carrier, has a upper surface and a lower surface relative with this upper surface, and has a plurality of through holes and be through to this lower surface by this upper surface, and this carrier is transparent material, this upper surface and the equal light-permeable of this lower surface;
One conveying device, have a first paragraph and a second segment, in order to load this carrier, this first paragraph is that this carrier is delivered to a Second Region from one first district, by this second segment, this carrier is delivered to again to this firstth district from this Second Region, this carrier is reused in this conveying device;
One first ultraviolet light transmission element, is positioned at the top of this conveying device, and has contained this Ji Gai Second Region, the firstth district;
One second ultraviolet light transmission element, relative with this first ultraviolet light transmission element, and be positioned at the below of this conveying device, and contained this Ji Gai Second Region, the firstth district, make this carrier and this conveying device accommodation space between this first ultraviolet light transmission element and this second ultraviolet light transmission element;
Light source group and one first time light source group on one first, this on first light source group be positioned at the top of this first ultraviolet light transmission element in this firstth district, this first time light source group is between this second ultraviolet light transmission element in this firstth district and this first paragraph of this conveying device; And
Light source group and one second time light source group on one second, this on second light source group be positioned at the top of this first ultraviolet light transmission element of this Second Region, this second time light source group is between this second ultraviolet light transmission element of this Second Region and this second segment of this conveying device, and the UV-light luminous power of this light source group and this second time light source group on second is higher than the UV-light luminous power of this light source group and this first time light source group on first;
Wherein, material tool ultraviolet light penetrability and diffusivity and the high temperature resistance of this first ultraviolet light transmission element and this second ultraviolet light transmission element, in order to by this on first the ultraviolet light of light source group and this first time light source group be projected to equably this firstth district, and by this on second the ultraviolet light of light source group and this second time light source group be projected to equably this Second Region; And
Wherein, this accommodation space is filled with an inert gas.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320621897.0U CN203557721U (en) | 2013-10-09 | 2013-10-09 | Ultraviolet irradiation curing equipment |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201320621897.0U CN203557721U (en) | 2013-10-09 | 2013-10-09 | Ultraviolet irradiation curing equipment |
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| CN203557721U true CN203557721U (en) | 2014-04-23 |
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| CN111804545A (en) * | 2020-08-20 | 2020-10-23 | 东莞市海派自动化科技有限公司 | UV curing oven that shines from top to bottom of track |
| WO2022063112A1 (en) * | 2020-09-27 | 2022-03-31 | 北京北方华创微电子装备有限公司 | Semiconductor reaction chamber |
| CN114394391A (en) * | 2021-12-06 | 2022-04-26 | 昆山可腾电子有限公司 | Automatic UV optical equipment of crossing of carrier |
| CN115805179A (en) * | 2022-10-21 | 2023-03-17 | 昆山科亚迪自动化设备有限公司 | UV glue curing equipment |
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2013
- 2013-10-09 CN CN201320621897.0U patent/CN203557721U/en not_active Expired - Fee Related
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