阅读说明：本技术 一种紫外光固化油墨生产制造加工系统 (A kind of UV curable ink manufacturing system of processing ) 是由 李新岭 曲文驰 于 2019-08-30 设计创作，主要内容包括：本发明涉及一种紫外光固化油墨生产制造加工系统,包括固定座、液压推杆、驱动箱、搅拌杆、分散桶、卡环、定位组件和次级分散机构,所述固定座通过膨胀螺丝安装于工作地面上,固定座的顶端通过螺栓安装有液压推杆,液压推杆的上端焊接有驱动箱,驱动箱的一端连接有搅拌杆,搅拌杆的外侧设置有分散桶,分散桶的底部一侧设置有定位组件,分散桶的外壁安装有卡环,卡环通过万向节与液压推杆的外壁相连,分散桶的内腔底部中心位置设置有次级分散机构,本发明通过双搅拌盘反方向转动的方式对桶内的原料进行分散,有效的提高了分散的效率,且保证每次分散过程搅拌杆与分散桶都是同轴心运动,使得原料的分散更加的均匀与充分。(The present invention relates to a kind of UV curable inks to manufacture system of processing, including fixing seat, hydraulic push rod, driving box, stirring rod, dispersion bucket, snap ring, positioning component and secondary decentralized institution, the fixing seat is installed on work ground by setscrew, the top of fixing seat is equipped with hydraulic push rod by bolt, the upper end of hydraulic push rod is welded with driving box, one end of driving box is connected with stirring rod, dispersion bucket is provided on the outside of stirring rod, the bottom side of dispersion bucket is provided with positioning component, the outer wall of dispersion bucket is equipped with snap ring, snap ring is connected by universal joint with the outer wall of hydraulic push rod, the intracavity bottom center of dispersion bucket is provided with secondary decentralized institution, the present invention disperses the raw material in bucket in such a way that double agitator disk opposite directions rotate, effectively raise the efficiency of dispersion, and guarantee each dispersion process Stirring rod and dispersion bucket are all concentric movements, so that the dispersion of raw material is more uniformly and sufficiently.)

1. a kind of UV curable ink manufactures system of processing, including fixing seat (1), hydraulic push rod (2), driving box (3), Stirring rod (4), dispersion bucket (5), snap ring (6), positioning component (7) and secondary decentralized institution (8), it is characterised in that: the fixation Seat (1) is installed on work ground by setscrew, and the top of fixing seat (1) is equipped with hydraulic push rod (2), liquid by bolt The upper end of pressure push rod (2) is welded with driving box (3), and one end of driving box (3) is connected with stirring rod (4), the outside of stirring rod (4) It is provided with dispersion bucket (5), the bottom side of dispersion bucket (5) is provided with positioning component (7), and the outer wall of dispersion bucket (5) is equipped with card Ring (6), snap ring (6) are connected by universal joint with the outer wall of hydraulic push rod (2), and the intracavity bottom centre bit of dispersion bucket (5) installs It is equipped with secondary decentralized institution (8)；

The secondary decentralized institution (8) include secondary agitator disk (81), seal receptacle (82), spline (83), driving gear (84), Driven gear (85), gear fixing seat (86), connecting shaft (87) and ring gear (88), seal receptacle (82) are fixed on point by spot welding At the intracavity bottom center for dissipating bucket (5), the inside of seal receptacle (82) offers mounting groove, and it is solid that the upper end of mounting groove is welded with gear The circumferential direction of reservation (86), gear fixing seat (86) is connected with driven gear (85) by shaft, in the inside of fixing seat (86) Axle bed is installed at the heart, driving gear (84) is engaged on the inside of driven gear (85), is welded at the top of driving gear (84) Connecting cylinder, the top center of connecting cylinder offer spline (83), and driven gear is engaged with internal tooth on the outside of (85) It encloses (88), the outer wall of ring gear (88) is welded with secondary agitator disk (81), and the bottom center of driving gear (84) is welded with company Spindle (87), connecting shaft (87) are plugged on the inside of axle bed；

The positioning component (7) includes positioning seat (71), arc plate (72), Ω type sliding block (73), Ω type sliding slot (74), steel ball (75), support column (76) and inserting groove (77), positioning seat (71) are bolted on fixing seat (1), positioning seat (71) Upper end offers arc groove, and the inside of arc groove is successively placed with arc plate (72), and each adjacent arc plate (72) it Between be cooperatively connected by Ω type sliding block (73) and Ω type sliding slot (74), the bottom of each arc plate (72) is welded with slotting Access slot (77), the internal engagement of inserting groove (77) are equipped with support column (76), and support column is socketed with reset spring on the outside of (76), And the upper end of reset spring is against the bottom of inserting groove (77), the top of each arc plate (72) is embedded with steel ball (75), and the junction of steel ball (75) and arc plate (72) is provided with damping spring.

2. a kind of UV curable ink according to claim 1 manufactures system of processing, it is characterised in that: described to stir The outer wall for mixing bar (4) is welded with level board, and the bottom of level board has been bolted PRIMARY STIRRING disk (41), stirring rod (4) Bottom be welded with grafting block, the circumferential position of grafting block is provided with spline, and spline and spline (83) are fit structure.

3. a kind of UV curable ink according to claim 1 manufactures system of processing, it is characterised in that: described point Dissipating bucket (5) includes universal wheel (51) and arc-shaped card slot (52), and the bottom of dispersion bucket (5), which is bolted, is equipped with universal wheel (51), the upper end of each universal wheel (51) is provided with brake, and the bottom outer wall of dispersion bucket (5) offers arc-shaped card Slot (52), arc-shaped card slot (52) and steel ball (75) are fit structure.

4. a kind of UV curable ink according to claim 1 to 2 manufactures system of processing, it is characterised in that: described The upper end of PRIMARY STIRRING disk (41) and secondary agitator disk (81) is welded with distribution blade, distribution blade be it is staggered up and down, And the upper surface of distribution blade is welded for the arc plate of the sizes such as two.

5. a kind of UV curable ink according to claim 1 manufactures system of processing, it is characterised in that: the drive The bottom of dynamic case (3) is equipped with driving motor close to one end of hydraulic push rod (2), passes through between driving motor and driving box (3) Motor fixing frame is fixed, and the upper end of driving motor is connected with driving wheel, and the inside other end of driving box (3) is equipped with by bearing Movable axis, the upper end of movable axis are welded with driven wheel, are connected between driven wheel and driving wheel by belt, and movable axis passes through shaft coupling Device is connected with stirring rod (4).

6. a kind of UV curable ink according to claim 1 manufactures system of processing, it is characterised in that: the card Ring (6) equidistantly offers rectangular channel, and the inside of each rectangular channel is embedded with O-ring.

Technical field

The present invention relates to ink to manufacture technical field of processing equipment, specifically a kind of UV curable ink production system Make system of processing.

Background technique

Ultraviolet light solidification (UV) ink refers to that under ultraviolet light irradiation, the ultraviolet light using different wave length and energy makes ink Film forming and dry ink.Using different ultraviolet spectras, different-energy can produce, by the monomer polymerization in different ink vehicles At polymer, so the color film of UV ink has good mechanically and chemically performance.In the production system of processing of UV ink, UV Printing ink dispersion machine is a kind of indispensable equipment, as long as the emulsification and dispersion etc. that are same as between the raw material such as pigment and UV monomer Process.

But the UV curable ink of existing market manufactures system of processing and can have following ask in use Topic, it is all that dispersion impeller rotation is driven using single pole that the existing Printing ink producing of a., which manufactures the UV printing ink dispersion machine majority in system of processing, Mode spread the work, when the volume of ladle mixing raw material is more, although which can complete the dispersion work of raw material Make, but the process dispersed is longer, it is inefficient；B. in the UV printing ink dispersion machine in existing Printing ink producing manufacture system of processing It is designed independently of each other between raw material filling cylinder and stirring rod, does not have time and the Raw material pail equipped with raw material is pushed under stirring rod When end, the concentricity of stirring rod and raw material filling cylinder is unable to control, so that stirring rod is at work, the raw material around distribution blade Mutual flow velocity has differences, and influences the effect and efficiency of dispersion.

Summary of the invention

To solve the above-mentioned problems, the present invention provides a kind of UV curable inks to manufacture system of processing, can be with Solve the problems mentioned above in the background art.

To achieve the goals above, the present invention is realized using following technical scheme: a kind of UV curable ink production Manufacture system of processing, including fixing seat, hydraulic push rod, driving box, stirring rod, dispersion bucket, snap ring, positioning component and secondary dispersion Mechanism, the fixing seat are installed on work ground by setscrew, and the top of fixing seat is equipped with hydraulic thrust by bolt Bar, the upper end of hydraulic push rod are welded with driving box, and one end of driving box is connected with stirring rod, dispersion is provided on the outside of stirring rod Bucket, the bottom side of dispersion bucket are provided with positioning component, and the outer wall of dispersion bucket is equipped with snap ring, snap ring by universal joint with it is hydraulic The outer wall of push rod is connected, and the intracavity bottom center of dispersion bucket is provided with secondary decentralized institution；

The secondary decentralized institution includes secondary agitator disk, seal receptacle, spline, drives gear, driven gear, gear solid Reservation, connecting shaft and ring gear, seal receptacle are fixed at the intracavity bottom center of dispersion bucket by spot welding, and the inside of seal receptacle is opened Equipped with mounting groove, the upper end of mounting groove is welded with gear fixing seat, and the circumferential direction of gear fixing seat is connected with by shaft driven Gear is equipped with axle bed at the inside center of fixing seat, driving gear is engaged on the inside of driven gear, drives the top of gear It is welded with connecting cylinder, the top center of connecting cylinder offers spline, is engaged with ring gear on the outside of driven gear, The outer wall of ring gear is welded with secondary agitator disk, and the bottom center of gear is driven to be welded with connecting shaft, and connecting shaft is plugged on axis The inside of seat, stirring rod drive driving gear to rotate in axle bed, are intermeshed between the driving gear and driven gear of rotation, To drive driven gear to rotate in gear fixing seat, and then it is intermeshed between the driven gear and ring gear rotated, band Dynamic ring gear rotation drives secondary agitator disk rotation, complete the twice dispersing of pigment inside dispersion bucket, and secondary agitator disk with The steering of PRIMARY STIRRING disk is on the contrary, mutually collide between pigment in bucket, so that the dispersion of pigment is more abundant, together When, twice dispersing process and primarily broken process share same actuator, so that device is more energy saving；

The positioning component includes positioning seat, arc plate, Ω type sliding block, Ω type sliding slot, steel ball, support column and inserting groove, Positioning seat is bolted in fixing seat, and the upper end of positioning seat offers arc groove, and the inside of arc groove is successively placed with Arc plate, and be cooperatively connected by Ω type sliding block and Ω type sliding slot between each adjacent arc plate, each circular arc The bottom of plate is welded with inserting groove, and the internal engagement of inserting groove is equipped with support column, reset bullet is socketed on the outside of support column Spring, and the upper end of reset spring is against the bottom of inserting groove, the top of each arc plate are embedded with steel ball, and steel ball with The junction of arc plate is provided with damping spring, first passes through hydraulic push rod and stirring rod is driven to rise, when the height of rising is greater than When the height of dispersion bucket, an operator pushes dispersion bucket close to positioning seat, according to the demand of actual size, another operation Personnel step on corresponding arc plate by foot, and dispersion bucket is pushed to the side wall of arc plate, effective in this way to guarantee stirring Bar is overlapped with the axis of dispersion bucket, so that stirring rod relative distribution bucket coaxially rotates, so that the pigment inside dispersion bucket disperses More uniformly and sufficiently.

Further, the outer wall of the stirring rod is welded with level board, and the bottom of level board has been bolted primary Agitator disk, the bottom of stirring rod are welded with grafting block, and the circumferential position of grafting block is provided with spline, and spline and spline are cooperation Structure drives stirring rod to move down by hydraulic push rod, drives the spline of stirring rod bottom to be inserted in spline and mutually stings It closes, so that stirring rod is able to drive secondary decentralized institution work while work.

Further, the dispersion bucket includes universal wheel and arc-shaped card slot, and the bottom of dispersion bucket is bolted peace Equipped with universal wheel, the upper end of each universal wheel is provided with brake, and the bottom outer wall of dispersion bucket offers arc-shaped card Slot, arc-shaped card slot and steel ball are fit structure, are moved easily dispersion bucket by the universal wheel personnel of being convenient to operation, dispersion bucket exists When being positioned with positioning component, the lock between dispersion bucket and positioning component can be completed by the cooperation of arc-shaped card slot and steel ball It is fixed.

Further, the upper end of the PRIMARY STIRRING disk and secondary agitator disk is welded with distribution blade, and distribution blade is It is staggered up and down, and the upper surface of distribution blade is welded for the arc plate of the sizes such as two, stirring rod drives primary to stir When mixing disk and secondary agitator disk rotation, interlaced distribution blade and arc plate effectively increase the contact surface between pigment Product, keeps the dispersion of pigment more abundant.

Further, the bottom of the driving box is equipped with driving motor close to one end of hydraulic push rod, driving motor with It is fixed between driving box by motor fixing frame, the upper end of driving motor is connected with driving wheel, and the inside other end of driving box is logical It crosses bearing and movable axis is installed, the upper end of movable axis is welded with driven wheel, is connected between driven wheel and driving wheel by belt, living Moving axis is connected by shaft coupling with stirring rod, and driving motor is connect with extraneous power supply, it is controlled into working condition, passes through drive Dynamic motor drives driving wheel rotation, then moves driven wheel rotation by belt driving band, and then drive stirring rod to turn by driven wheel It is dynamic, guarantee normal operation of the invention.

Further, the equidistant of the snap ring offers rectangular channel, and the inside of each rectangular channel is embedded with O-shaped Circle, when being fastened by snap ring to dispersion bucket, O-ring is directly contacted with the outer wall of dispersion bucket, prevent snap ring directly with dispersion Bucket contact, causes dispersion bucket outer wall to wear.

The beneficial effects of the present invention are:

1. the present invention is provided with the components such as driving box and secondary decentralized institution, the present invention is in traditional single pole decentralized institution On the basis of, secondary decentralized institution is added, so that stirring rod is able to drive secondary decentralized institution corotation while work, it is right Raw material in bucket carries out twice dispersing, and secondary decentralized institution steering and stirring rod on the contrary, forming raw material in bucket Convection current effectively raises dispersion efficiency of the invention, meanwhile, same driving knot is shared between secondary decentralized institution and stirring rod Structure realizes energy-efficient effect.

2. the present invention is provided with the components such as snap ring and positioning component, the present invention passes through positioning group before spreading the work Cooperation between part and dispersion bucket, so that it is concentric between stirring rod and dispersion bucket, guarantee stirring rod at work, distribution blade The flow velocity of surrounding raw material is on the whole consistent so that the dispersion of raw material it is more uniform with it is abundant.

Detailed description of the invention

Present invention will be further explained below with reference to the attached drawings and examples.

Fig. 1 is overall structure diagram of the invention；

Fig. 2 is the cross-sectional view of dispersion bucket of the invention；

Fig. 3 is the enlarged diagram of A structure in Fig. 2 of the invention；

Fig. 4 is the top view of positioning component of the invention；

Fig. 5 is the cross-sectional view of the positioning component of figure of the present invention；

Fig. 6 is the bottom view of the dispersion bucket of figure of the present invention.

Specific embodiment

In order to which technical problems, technical solutions and advantages to be solved are more clearly understood, tie below Accompanying drawings and embodiments are closed, the present invention will be described in further detail.It should be appreciated that specific embodiment described herein is only To explain the present invention, it is not intended to limit the present invention.

Refering to shown in 1-6, a kind of UV curable ink manufactures system of processing, including fixing seat 1, hydraulic push rod 2, Driving box 3, stirring rod 4, dispersion bucket 5, snap ring 6, positioning component 7 and secondary decentralized institution 8, the fixing seat 1 pass through expanding screw Silk is installed on work ground, and the top of fixing seat 1 is equipped with hydraulic push rod 2 by bolt, and the upper end of hydraulic push rod 2 is welded with Driving box 3, one end of driving box 3 are connected with stirring rod 4, and the outside of stirring rod 4 is provided with dispersion bucket 5, the bottom one of dispersion bucket 5 Side is provided with positioning component 7, and the outer wall of dispersion bucket 5 is equipped with snap ring 6, and snap ring 6 passes through the outer wall phase of universal joint and hydraulic push rod 2 Even, the intracavity bottom center of dispersion bucket 5 is provided with secondary decentralized institution 8；

The secondary decentralized institution 8 includes secondary agitator disk 81, seal receptacle 82, spline 83, driving gear 84, driven tooth Wheel 85, gear fixing seat 86, connecting shaft 87 and ring gear 88, seal receptacle 82 are fixed on the intracavity bottom of dispersion bucket 5 by spot welding At center, the inside of seal receptacle 82 offers mounting groove, and the upper end of mounting groove is welded with gear fixing seat 86, gear fixing seat 86 Circumferential direction driven gear 85 is connected with by shaft, axle bed is installed at the inside center of fixing seat 86, driven gear 85 Inside is engaged with driving gear 84, and the top of driving gear 84 is welded with connecting cylinder, and the top center of connecting cylinder is opened Equipped with spline 83, the outside of driven gear 85 is engaged with ring gear 88, and the outer wall of ring gear 88 is welded with secondary agitator disk 81, The bottom center of driving gear 84 is welded with connecting shaft 87, and connecting shaft 87 is plugged on the inside of axle bed, and stirring rod 4 drives driving Gear 84 rotates in axle bed, is intermeshed between the driving gear 84 and driven gear 85 of rotation, to drive driven gear 85 rotate in gear fixing seat 86, and then are intermeshed between the driven gear 85 and ring gear 88 rotated, drive ring gear 88 rotations, that is, drive secondary agitator disk 81 to rotate, and completes the twice dispersing of 5 inside pigment of dispersion bucket, and secondary agitator disk 81 with The steering of PRIMARY STIRRING disk 41 is on the contrary, mutually collide between pigment in bucket, so that the dispersion of pigment is more abundant, together When, twice dispersing process and primarily broken process share same actuator, so that device is more energy saving；

The positioning component 7 includes positioning seat 71, arc plate 72, Ω type sliding block 73, Ω type sliding slot 74, steel ball 75, support Column 76 and inserting groove 77, positioning seat 71 are bolted in fixing seat 1, and the upper end of positioning seat 71 offers arc groove, circle The inside of arc slot is successively placed with arc plate 72, and passes through Ω type sliding block 73 and Ω type between each adjacent arc plate 72 Sliding slot 74 is cooperatively connected, and the bottom of each arc plate 72 is welded with inserting groove 77, the internal engagement installation of inserting groove 77 There is support column 76, the outside of support column 76 is socketed with reset spring, and the upper end of reset spring is against the bottom of inserting groove 77, often The top of a arc plate 72 is embedded with steel ball 75, and the junction of steel ball 75 and arc plate 72 is provided with damping bullet Spring first passes through hydraulic push rod 2 and stirring rod 4 is driven to rise, when the height of rising is greater than the height of dispersion bucket 5, an operator Member pushes dispersion bucket 5 close to positioning seat 71, and according to the demand of actual size, another operator is stepped on corresponding by foot Arc plate 72, and dispersion bucket 5 is pushed to the side wall of arc plate 72, effectively guarantee the axis of stirring rod 4 and dispersion bucket 5 in this way Be overlapped so that 4 relative distribution bucket 5 of stirring rod coaxially rotates so that pigment dispersion bucket 5 inside disperse more uniformly with fill Point.

The outer wall of the stirring rod 4 is welded with level board, and the bottom of level board has been bolted PRIMARY STIRRING disk 41, The bottom of stirring rod 4 is welded with grafting block, and the circumferential position of grafting block is provided with spline, and spline and spline 83 are cooperation knot Structure drives stirring rod 4 to move down, the spline of 4 bottom of stirring rod is driven to be inserted in spline 83 mutually by hydraulic push rod 2 Occlusion, so that stirring rod 4 is able to drive secondary decentralized institution 8 and works while work.

The dispersion bucket 5 includes universal wheel 51 and arc-shaped card slot 52, and the bottom of dispersion bucket 5, which is bolted, to be equipped with The upper end of universal wheel 51, each universal wheel 51 is provided with brake, and the bottom outer wall of dispersion bucket 5 offers arc-shaped card Slot 52, arc-shaped card slot 52 and steel ball 75 are fit structure, and by universal wheel, 51 personnel of being convenient to operation are moved easily dispersion bucket 5, dispersion bucket 5 can complete dispersion bucket 5 by the cooperation of arc-shaped card slot 52 and steel ball 75 when being positioned with positioning component 7 With the locking between positioning component 7.

The upper end of the PRIMARY STIRRING disk 41 and secondary agitator disk 81 is welded with distribution blade, and distribution blade is to hand over up and down Mistake arrangement, and the upper surface of distribution blade is welded for the arc plate of the sizes such as two, stirring rod 4 drives PRIMARY STIRRING disk 41 When with the rotation of secondary agitator disk 81, interlaced distribution blade and arc plate effectively increase the contact surface between pigment Product, keeps the dispersion of pigment more abundant.

The bottom of the driving box 3 is equipped with driving motor, driving motor and driving box 3 close to one end of hydraulic push rod 2 Between fixed by motor fixing frame, the upper end of driving motor is connected with driving wheel, and the inside other end of driving box 3 passes through bearing Movable axis is installed, the upper end of movable axis is welded with driven wheel, connects between driven wheel and driving wheel by belt, and movable axis is logical It crosses shaft coupling to be connected with stirring rod 4, driving motor is connect with extraneous power supply, control it into working condition, pass through driving electricity Machine drives driving wheel rotation, then moves driven wheel rotation by belt driving band, and then drive stirring rod 4 to rotate by driven wheel, Guarantee normal operation of the invention.

The snap ring 6 equidistantly offers rectangular channel, and the inside of each rectangular channel is embedded with O-ring, passes through When snap ring 6 fastens dispersion bucket 5, O-ring is directly contacted with the outer wall of dispersion bucket 5, prevent snap ring 6 directly with dispersion bucket 5 Contact causes 5 outer wall of dispersion bucket to wear.

The working principle of the invention is:

Concentric locking process: first passing through hydraulic push rod 2 and stirring rod 4 driven to rise, when the height of rising is greater than dispersion bucket 5 Height when, operator pushes dispersion bucket 5 close to positioning seat 71, according to the demand of actual size, another operator Member steps on corresponding arc plate 72 by foot, and dispersion bucket 5 is pushed to the side wall of arc plate 72, effective in this way to guarantee to stir It mixes bar 4 to be overlapped with the axis of dispersion bucket 5, then dispersion bucket 5 and positioning group is completed by the cooperation of arc-shaped card slot 52 and steel ball 75 Locking between part 7.

It is dispersed with stirring process: driving stirring rod 4 to rotate by driving motor, stirring rod 4 drives driving gear 84 in axle bed Interior rotation is intermeshed, so that driven gear 85 be driven to fix in gear between the driving gear 84 and driven gear 85 of rotation It is intermeshed between the driven gear 85 and ring gear 88 for rotating, and then rotating on seat 86, drives ring gear 88 to rotate, that is, drive Secondary agitator disk 81 rotates, and cooperate 41 pigment of PRIMARY STIRRING disk of rotation is dispersed with stirring work.

The basic principles, main features and advantages of the invention have been shown and described above.The technical staff of the industry should Understand, the present invention is not limited to the above embodiments, and only illustrating for the description in above embodiments and description is of the invention Principle, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these change and change Into all fall within the protetion scope of the claimed invention.The claimed scope of the invention is by appended claims and its equivalent It defines.