Utility model content
In order to solve the problems of the technologies described above, the utility model provides a kind of mantle imprinting apparatus being applied to ultraviolet solidified nano impression that effectively can improve impression uniformity coefficient.
In order to achieve the above object, the technical solution of the utility model is as follows:
Be applied to the mantle imprinting apparatus of ultraviolet solidified nano impression, comprise rolling unit and template, this template thereon junction is formed and being fixedly connected with or removably connecting of rolling unit, and the remainder of this template is then overlying on the rolling surface of rolling unit.
Mantle imprinting apparatus of the present utility model mainly adds the improvement of rolling unit, template selects junction and the rolling unit that is fixedly connected with at this place or removably connects, the remainder of template is then be overlying on the rolling surface of rolling unit, namely the remainder of template does not produce annexation with rolling unit, it is just covered on rolling surface, when carrying out operation, rolling unit starts using the point of on product as starting point to roll, while rolling, template departs from the rolling surface of rolling unit gradually and is covered on ultra-violet curing glue gradually, until when template departs from the junction to itself and rolling unit, to be fixedly connected with rolling unit due to this place or to removably connect, therefore template so far can not depart from rolling unit, the rolling of rolling unit is also stopped at once, now according to the rolling distance of setting, template also can just in time be layed on the ultra-violet curing glue of product surface completely.
According to the above-mentioned course of work, we can see, mantle imprinting apparatus of the present utility model is compared to prior art, it launches gradually to the compacting of template, therefore it is equally distributed to the press power of template, just can not produce the problem covering the depth as the template produced in prior art thus, thus ensure the homogeneity of graphic-print, improve the yield of product.
Although, the technical scheme that mantle imprinting apparatus of the present utility model adopts is not really very complicated, it remains like the prior art and adopts rolling unit to carry out the compacting of template, but by improvement of the present utility model, the homogeneity of graphic-print is improved relative to prior art, that is, it achieves beyond thought technique effect relative to prior art.
On the basis of technique scheme, mantle imprinting apparatus of the present utility model can also do following improvement:
As preferred scheme, above-mentioned junction is positioned at the end of template.
Adopt above-mentioned preferred scheme, when launching gradually from another relative end of template, the printing of template and the rolling of rolling unit just can end at this end of template easily, thus can make full use of all length of template area in other words.
As preferred scheme, above-mentioned template also thereon second junction formed be connected with the separable of rolling unit.
Adopt above-mentioned preferred scheme, opposite formwork being fixedly connected with rolling unit or removably connecting, add the annexation of separable connection again, make before rolling, template can fully be overlying on the rolling surface of rolling unit, ensure can not produce the phenomenons such as gap between itself and rolling surface, thus also can help the homogeneity improving graphic-print.Such as, during by the starting point of rolling unit from the second junction, rolling unit only just can be rolled into above-mentioned junction step by step.
As preferred scheme, by drive unit drives, it rolls above-mentioned rolling unit.
Adopt above-mentioned preferred scheme, when tackling the printing in some larger areas, we can also connect the driver elements such as motor to drive the rolling of rolling unit on the axis of rolling of rolling unit, and making to realize some large-area printings also becomes possibility.
As preferred scheme, the above-mentioned mantle imprinting apparatus being applied to ultraviolet solidified nano impression also comprises the adjustable base be arranged at bottom product.
Adopt above-mentioned preferred scheme, make product can also adjust the position of self before printing, adapt to the position or its rotating direction etc. of rolling unit.
Embodiment
Preferred implementation of the present utility model is described in detail below in conjunction with accompanying drawing.
In order to reach the purpose of this utility model, as Figure 1-3, be applied in some embodiments of the mantle imprinting apparatus of ultraviolet solidified nano impression of the present utility model, comprise rolling unit 1 and template 2, this template 2 is flexible soft template, its material is PDMS or PET etc., this template 2 thereon junction 21 is formed and being fixedly connected with or removably connecting of rolling unit 1, be fixedly connected with or removably connect and specifically connect by known ways such as screw, latch, fixing locks, the remainder of this template 2 is then overlying on the rolling surface 11 of rolling unit 1.Wherein, rolling unit 1 specifically can adopt the modes such as roller, spin, roller to implement, the position of junction 21 then can be arranged on any place of template as required, as the needs such as length and area laid as required, the position of setting junction 21, the quantity of junction 21 then can arrange a place or many places as required, those skilled in the art are at the concrete form in the face of these rolling units 1, and the position of junction 21 and the change of quantity, just can draw under the prerequisite not paying creative work, will not enumerate at this.
Shown in composition graphs 1-3, this mantle imprinting apparatus mainly adds the improvement of rolling unit 1, template 2 is selected junction 21 and the rolling unit 1 that is fixedly connected with at this place or removably connects, the remainder of template 2 is then be overlying on the rolling surface 11 of rolling unit 1, namely the remainder of template 2 does not produce annexation with rolling unit 1, it is just covered on rolling surface 11, when carrying out operation, rolling unit 1 starts using the point of on product as starting point to roll, while rolling, template 2 departs from the rolling surface 11 of rolling unit 1 gradually and is covered on ultra-violet curing glue 3 gradually, until when template 2 departs from the junction 21 to itself and rolling unit 1, to be fixedly connected with rolling unit 1 due to this place or to removably connect, therefore template 2 so far can not depart from rolling unit 1, the rolling of rolling unit 1 is also stopped at once, now according to the rolling distance of setting, template 2 also can just in time be layed on the ultra-violet curing glue 3 on product 4 surface completely.
According to the above-mentioned course of work, we can see, this mantle imprinting apparatus is compared to prior art, it launches gradually to the compacting of template, therefore it is equally distributed to the press power of template, just can not produce the problem covering the depth as the template produced in prior art thus, thus ensure the homogeneity of graphic-print, improve the yield of product.
In order to optimize implementation result of the present utility model further, as Figure 1-3, be applied in other embodiments of the mantle imprinting apparatus of ultraviolet solidified nano impression of the present utility model, on the basis of the above, above-mentioned junction 21 is positioned at the end of template 2.Adopt the scheme of this embodiment, when launching gradually from another relative end of template, the printing of template and the rolling of rolling unit just can end at this end of template easily, thus can make full use of all length of template area in other words.
In order to optimize implementation result of the present utility model further, as Figure 1-3, be applied in other embodiments of the mantle imprinting apparatus of ultraviolet solidified nano impression of the present utility model, on the basis of the above, above-mentioned template 2 also thereon the second junction 22 formed and be connected with the separable of rolling unit 1, this separable connection equally can by screw, latch, fix the known way such as lock and connect.Adopt the scheme of this embodiment, opposite formwork being fixedly connected with rolling unit or removably connecting, add the annexation of separable connection again, make before rolling, template can fully be overlying on the rolling surface of rolling unit, ensure can not produce the phenomenons such as gap between itself and rolling surface, thus also can help the homogeneity improving graphic-print.Such as, during by the starting point of rolling unit from the second junction, rolling unit only just can be rolled into above-mentioned junction step by step.
In order to optimize implementation result of the present utility model further, as Figure 1-3, be applied in other embodiments of the mantle imprinting apparatus of ultraviolet solidified nano impression of the present utility model, on the basis of the above, above-mentioned rolling unit drives it to roll by driver element (not shown).Adopt the scheme of this embodiment, when tackling the printing in some larger areas, we can also connect the driver elements such as motor to drive the rolling of rolling unit on the axis of rolling of rolling unit, and making to realize some large-area printings also becomes possibility.
In order to optimize implementation result of the present utility model further, as Figure 1-3, be applied in other embodiments of the mantle imprinting apparatus of ultraviolet solidified nano impression of the present utility model, on the basis of the above, the above-mentioned mantle imprinting apparatus being applied to ultraviolet solidified nano impression also comprises the adjustable base 5 be arranged at bottom product 4.This adjustable base 5 can by some drive units, and as linear electric motors or cylinder etc., drive it can move to multiple directions, this structure can be known by some common practise, and in this not go into detail.Adopt the scheme of this embodiment, make product can also adjust the position of self before printing, adapt to the position or its rotating direction etc. of rolling unit.
In order to reach the purpose of this utility model, shown in Fig. 1-2, be applied in some embodiments of the mantle method for stamping of ultraviolet impressing of the present utility model, comprise the template 2 preparing to have setting pattern and the step applying ultra-violet curing glue 3 on product 4 surface, it also comprises following implementation step:
1) template 2 is overlying on the rolling surface 11 of rolling unit 1, the junction 21 being fixedly connected with or being removably connected to this rolling unit 1 is set in this template 2, namely shown in Fig. 1 simultaneously;
2) template 2 and rolling unit 1 are positioned on product 4, this rolling unit 1 starts using the point of on product 4 as starting point to roll, while rolling unit 1 rolls, this template 2 departs from the rolling surface 11 of rolling unit 1 gradually and is covered on ultra-violet curing glue 3 gradually, namely shown in Fig. 1-2;
3), when template 2 departs from the junction 21 to itself and rolling unit 1, the rolling of this rolling unit 1 stops, and this template 2 is covered on ultra-violet curing glue 3 completely, namely shown in Fig. 2.
Shown in composition graphs 1-3, this mantle method for stamping mainly adds the improvement of rolling unit 1, template 2 is selected junction 21 and the rolling unit 1 that is fixedly connected with at this place or removably connects, the remainder of template 2 is then be overlying on the rolling surface 11 of rolling unit 1, namely the remainder of template 2 does not produce annexation with rolling unit 1, it is just covered on rolling surface 11, when carrying out operation, rolling unit 1 starts using the point of on product as starting point to roll, while rolling, template 2 departs from the rolling surface 11 of rolling unit 1 gradually and is covered on ultra-violet curing glue 3 gradually, until when template 2 departs from the junction 21 to itself and rolling unit 1, to be fixedly connected with rolling unit 1 due to this place or to removably connect, therefore template 2 so far can not depart from rolling unit 1, the rolling of rolling unit 1 is also stopped at once, now according to the rolling distance of setting, template 2 also can just in time be layed on the ultra-violet curing glue 3 on product 4 surface completely.
According to the above-mentioned course of work, we can see, mantle method for stamping of the present utility model is compared to prior art, it launches gradually to the compacting of template, therefore it is equally distributed to the press power of template, just can not produce the problem covering the depth as the template produced in prior art thus, thus ensure the homogeneity of graphic-print, improve the yield of product.
In order to optimize implementation result of the present utility model further, as shown in Figure 3, be applied in other embodiments of the mantle method for stamping of ultraviolet solidified nano impression of the present utility model, on the basis of foregoing teachings, above-mentioned method also comprises step 4), namely by demoulding step that rolling unit 1 carries out, this step is, rolling unit 1 continues to move using junction 21 as starting point to rollback, template 2 departs from ultra-violet curing glue 3 gradually and is retracted to the rolling surface 11 of rolling unit 1 gradually, regain completely after on the rolling surface 11 of this rolling unit 1 to this template 2, the design transfer of template 2 is on ultra-violet curing glue 3.Adopt the scheme of this embodiment, the process of the demoulding also can be reclaimed by means of the tumble action of rolling unit is past, its course of work is the same with above-mentioned pressing process, just rotating direction is contrary, therefore it is on the basis of above-mentioned technique effect, when also making the demoulding, template also can form uniform distribution from the breakaway force ultra-violet curing glue, thus can improve the homogeneity of graphic-print further.
In order to optimize implementation result of the present utility model further, as Figure 1-3, be applied in other embodiments of the mantle method for stamping of ultraviolet solidified nano impression of the present utility model, on the basis of foregoing teachings, above-mentioned rolling unit is driven by driver element (not shown) and rolls.Adopt the scheme of this embodiment, when tackling the printing in some larger areas, we can also connect the driver elements such as motor to drive the rolling of rolling unit on the axis of rolling of rolling unit, and making to realize some large-area printings also becomes possibility.
In order to optimize implementation result of the present utility model further, as Figure 1-3, be applied in other embodiments of the mantle method for stamping of ultraviolet solidified nano impression of the present utility model, on the basis of foregoing teachings, above-mentioned product 4 adjusts position by adjustable base 5.This adjustable base 5 can by some drive units, and as linear electric motors or cylinder etc., drive it can move to multiple directions, this structure can be known by some common practise, and in this not go into detail.Adopt the scheme of this embodiment, make product can also adjust the position of self before printing, adapt to the position or its rotating direction etc. of rolling unit.
In above-mentioned mantle method for stamping, as Figure 1-3, in step 3) after, ultraviolet source 6 also can be utilized fully to expose, and for other NM contents of this mantle method for stamping, can be obtain reference the Chinese utility model patent of 201110118347.2 from application number, this is no longer going to repeat them.
Above-described is only preferred implementation of the present utility model; it should be pointed out that for the person of ordinary skill of the art, under the prerequisite not departing from the utility model creation design; can also make some distortion and improvement, these all belong to protection domain of the present utility model.