CN204544579U - Toy two look two automatic spraying machines - Google Patents
Toy two look two automatic spraying machines Download PDFInfo
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- CN204544579U CN204544579U CN201520178177.0U CN201520178177U CN204544579U CN 204544579 U CN204544579 U CN 204544579U CN 201520178177 U CN201520178177 U CN 201520178177U CN 204544579 U CN204544579 U CN 204544579U
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Abstract
The utility model relates to toy automatic spraying technical field, relate to a kind of toy two look two automatic spraying machines, comprise frame, described flush coater is provided with five stations, described five stations comprise the first washing station for installing first cleaning device, for install first spray equipment the first spray station, for install second cleaning device the second washing station, for installing the second spray station of second spray equipment and the blanking station for installing splicing case; Described flush coater also comprises four the mobile die holders moving to five stations for clamping toy, and described flush coater also comprises for connecting five stations and installing four groups of line slideways of four mobile die holder movements between five stations.By the setting of four mobile die holders at front four station places, and for connecting five stations and installing the setting of four mobile die holders, four groups of line slideways of movement between five stations, make flush coater can complete spraying cleaning automatically.
Description
Technical field
The utility model relates to toy spraying technology field, more specifically, relates to a kind of toy two look two automatic spraying machines.
Background technology
Spraying operation is the important step during industrial toy is produced, and it directly determines the presentation quality of toy.Traditional spraying operation needs a large amount of manual operation to complete, could meet toy product diversity requirements like this, but simultaneously can at substantial artificial, and the effect causing the different time periods to spray out due to the qualification, fatigue strength etc. of operator there are differences, and is unfavorable for unified aesthetic property.Hand spray can be wasted and spray paint in a large number, and manually somewhat expensive, increases production cost.
In order to save cost, also there are some automatic spraying equipments in present stage.Most of toy automatic spraying machine is all moved by die holder haulagman station, single toy is carried out to the spraying of single color.When mould needs cleaning, spraying process need be suspended, to be cleaned complete after, then restart spraying, and need manually discharging is carried out to the toy sprayed, this limits the raising of production efficiency undoubtedly, and still need artificial, make cost can not obtain essence and reduce, in addition die holder haulagman station easily produces vibrations, cause bad spraying effect, which greatly limits the development of toy industry.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, there is provided a kind of toy two look two automatic spraying machines, by the setting of the first washing station, the first spray station, the second washing station, the second spray station, blanking station, make whole flush coater structural integrity; By the setting of four mobile die holders at front four station places, and for connecting five stations and installing the setting of four mobile die holders, four groups of line slideways of movement between five stations, make flush coater can complete spraying cleaning automatically, and multiple work post can be carried out simultaneously, can cost of labor be effectively reduced, and there is higher production efficiency.
For solving the problems of the technologies described above, the technical solution adopted in the utility model is:
There is provided a kind of toy two look two automatic spraying machines, comprise frame, described flush coater is provided with five stations, described five stations comprise the first washing station for installing first cleaning device, for install first spray equipment the first spray station, for install second cleaning device the second washing station, for installing the second spray station of second spray equipment and the blanking station for installing splicing case; Described flush coater also comprise move to five stations for clamping toy and turnover four mobile die holders, four mobile die holders are movably installed in the first washing station, the first spray station, the second washing station, the second spray station place respectively successively; Described flush coater also comprises for connecting five stations and installing four groups of line slideways of four mobile die holder movements between five stations, any two groups of line slideways are positioned at the same side of frame, one group of line slideway in side is through the first washing station and the first spray station, and another group line slideway is through the second washing station, the second spray station and blanking station; Another two groups of opposite sides being symmetricly set in frame; Described four mobile die holders realize automatic coating and cleaning by mobile upset on four groups of line slideways.
A kind of toy two look of the utility model two automatic spraying machines, by the setting of the first washing station, the first spray station, the second washing station, the second spray station, blanking station, make whole flush coater structural integrity; By the setting of four mobile die holders at front four station places, and for connecting five stations and installing the setting of four mobile die holders, four groups of line slideways of movement between five stations, make flush coater can complete spraying cleaning automatically, and multiple work post can be carried out simultaneously, can cost of labor be effectively reduced, and there is higher production efficiency.
Preferably, described mobile die holder comprises the spraying die clamp structure for pressing from both sides toy and the movable support seat for movement; Be provided with some linear slider bearings bottom described movable support seat, described linear slider bearing is installed on two groups of line slideways of homonymy.Such setting sprays accordingly for the ease of mobile die holder energy clamping toy or clean, and is convenient to move be sent to next station, to carry out the operation of another work post simultaneously.
Preferably, described spraying die clamp structure comprises for the first copper mold of clamping toy, the second copper mold, copper mold crossbeam, the first copper mold hold-down arm and the second copper mold hold-down arm, described copper mold crossbeam is also provided with the axis for transmitting the active force realizing the upset of spraying die clamp structure; Described first copper mold and the second copper mold are arranged on the first copper mold hold-down arm and the second copper mold hold-down arm respectively, first copper mold hold-down arm is connected by copper mold crossbeam with the second copper mold hold-down arm, and described first copper mold hold-down arm and the second copper mold hold-down arm are also provided with for regulating the first copper mold and the second copper mold to close up the spring clamping and can fit completely.Such setting is in order to clamping toy that in operation can be in good time is so that cleaning or spraying, and can unclamp toy, to carry out the operation of subsequent work stations simultaneously in good time.
Preferably, described movable support seat is provided with the first reducing motor for realizing spraying the upset of die clamp structure, and described spraying die clamp structure is provided with two the second reducing motors closing up clamping for realizing the first copper mold and the second copper mold or be separated; Described first reducing motor is installed on movable support seat, and described second reducing motor to be installed in described spraying die clamp structure and to be connected respectively by connecting axle and the first copper mold hold-down arm and the second copper mold hold-down arm.
Preferably, described first reducing motor is connected with the axis in spraying die clamp structure; Described spraying die clamp structure is rotatable around axis by the active force of described first reducing motor; Be convenient to the flexible upset spraying die clamp structure.Such setting by the effect of the first reducing motor, spraying die clamp structure is rotated, thus unloaded by toy or load onto, and can carry out 360 ° of comprehensive sprayings to toy, overcomes the limitation in the past can only carrying out plane spraying.
Preferably, described spraying die clamp structure also comprises the first copper mold hold-down arm and the second copper mold hold-down arm that groove is in relative position, side and the first copper mold hold-down arm of described first copper mold are connected together, and side and the second copper mold hold-down arm of described second copper mold are connected together; After closing up clamping, the upper surface of the first copper mold and the coplanar laminating of lower surface of the second copper mold; One end of described spring is fixed on copper mold crossbeam, and the other end is fixed on copper mold hold-down arm contiguous separately.Such setting is for the ease of transmitting toy stably, avoids occurring vibrations, the precision of impact operation, thus the effect causing toy to spray out is inconsistent.
Preferably, the first washing station is fixedly connected with by connecting rod with two mobile die holders at the second washing station place, and utilizes ball screw to drive one of them to move die holder motion, and drives another to move die holder to move thereupon; First spray station is fixedly connected with by connecting rod with two mobile die holders at the second spray station place, and utilizes ball screw to drive one of them to move die holder motion, and drives another to move die holder to move thereupon.
Preferably, the center of four mobile die holders at the first washing station, the first spray station, the second washing station, the second spray station place all at grade.Such setting is to make toy by center mobile die holder steadily movement all at grade, being transmitted stably to play prodigiosin, avoids producing vibrations, causes bad spraying effect.
Preferably, the two groups of line slideways being positioned at frame the same side are connected by fixed structure, make it run through the first washing station, the first spray station, the second washing station, the second spray station, blanking station.Such setting is carrying out smoothly for the ease of whole spraying cleaning.
Compared with prior art, the beneficial effects of the utility model are:
The utility model toy two look two automatic spraying machines, by the setting of the first washing station, the first spray station, the second washing station, the second spray station, blanking station, make whole flush coater structural integrity; By the setting of four mobile die holders at front four station places, and for connecting five stations and installing the setting of four mobile die holders, four groups of line slideways of movement between five stations, make flush coater can complete spraying cleaning automatically, and multiple work post can be carried out simultaneously, can cost of labor be effectively reduced, and there is higher production efficiency.In addition, the utility model can carry out 360 ° of comprehensive sprayings to toy, overcome the limitation in the past can only carrying out plane spraying, and automaticity is high, can effectively saves labour turnover, convenient and practical, improves the production efficiency of spraying operation greatly.Further, adopt coaxial left and right to be separated matched moulds method and solve clamping matched moulds coplanar problem, ensure that clamping is fitted completely.Meanwhile, solve a difficult problem for different-thickness copper mold clamping, fundamentally solve the problem of copper mold quick-clamping and location.Because each flush coater structure is all independently work, make flush coater structural module, easily realize multimachine combination, realize the spraying of multiple color.
Accompanying drawing explanation
Fig. 1 is the schematic perspective view of a kind of toy two of the utility model look two automatic spraying machines;
Fig. 2 is a kind of toy two look of the utility model two automatic spraying machine station schematic layout patterns;
Fig. 3 is the structural representation of mobile die holder in Fig. 1;
Fig. 4 is the structural representation of movable support seat in Fig. 3;
Fig. 5 is the schematic diagram spraying die clamp structure in Fig. 3;
Fig. 6 is the schematic diagram of mobile die holder drives structure.
Detailed description of the invention
Below in conjunction with detailed description of the invention, the utility model is further described.Wherein, accompanying drawing only for exemplary illustration, expression be only schematic diagram, but not pictorial diagram, can not be interpreted as the restriction to this patent; In order to embodiment of the present utility model is described better, some parts of accompanying drawing have omission, zoom in or out, and do not represent the size of actual product; For a person skilled in the art, in accompanying drawing, some known features and explanation thereof may be omitted is understandable.
The corresponding same or analogous parts of same or analogous label in the accompanying drawing of the utility model embodiment, in description of the present utility model, it will be appreciated that, if have term " on ", D score, " left side ", orientation or the position relationship of the instruction such as " right side " are based on orientation shown in the drawings or position relationship, only the utility model and simplified characterization for convenience of description, instead of indicate or imply that the device of indication or element must have specific orientation, with specific azimuth configuration and operation, therefore the term of position relationship is described only for exemplary illustration in accompanying drawing, the restriction to this patent can not be interpreted as, for the ordinary skill in the art, the concrete meaning of above-mentioned term can be understood as the case may be.
Embodiment
Be the embodiment of the utility model toy two look two automatic spraying machines as shown in Figures 1 to 6, comprise frame 1, flush coater is provided with five stations, five stations comprise the first washing station 2 for installing first cleaning device, for install first spray equipment the first spray station 3, for install second cleaning device the second washing station 4, for installing the second spray station 5 of second spray equipment and the blanking station 6 for installing splicing case 61; Flush coater also comprises and moves to five stations and turnover four mobile die holders for clamping toy, and four mobile die holders are movably installed in the first washing station 2, first spray station 3, second washing station 4, second spray station 5 place respectively successively; Flush coater also comprises for connecting five stations and installing four groups of line slideways of four mobile die holder movements between five stations, any two groups of line slideways are positioned at the same side of frame 1, one group of line slideway in side is through the first washing station 2 and the first spray station 3, and another group line slideway is through the second washing station 4, second spray station 5 and blanking station 6; Another two groups of opposite sides being symmetricly set in frame 1; Four mobile die holders realize automatic coating and cleaning by mobile upset on four groups of line slideways.
Particularly, as shown in Figure 3 to Figure 4, mobile die holder comprises for the spraying die clamp structure 7 of clamping toy and the movable support seat 8 for movement; Be provided with some linear slider bearings 81 bottom movable support seat 8, linear slider bearing 81 is installed on two groups of line slideways of homonymy.Such setting sprays accordingly for the ease of mobile die holder energy clamping toy or clean, and is convenient to move be sent to next station, to carry out the operation of another work post simultaneously.
Wherein, as shown in Figure 5, spraying die clamp structure 7 comprises for the first copper mold 71, second copper mold 72 of clamping toy, copper mold crossbeam 73, first copper mold hold-down arm 75 and the second copper mold hold-down arm 76, copper mold crossbeam 73 is also provided with for transmitting the axis 77 realizing the active force that spraying die clamp structure 7 overturns; First copper mold 71 and the second copper mold 72 are arranged on the first copper mold hold-down arm 75 and the second copper mold hold-down arm 76 respectively, first copper mold is installed 75 and is connected by copper mold crossbeam 73 with the second copper mold hold-down arm 76, and the first copper mold hold-down arm 75 and the second copper mold hold-down arm 76 are also provided with for regulating the first copper mold 71 and the second copper mold 72 to close up the spring 74 clamping and can fit completely.Such setting is in order to clamping toy that in operation can be in good time is so that cleaning or spraying, and can unclamp toy, to carry out the operation of subsequent work stations simultaneously in good time.
In addition, as shown in Figures 3 to 5, movable support seat 8 is provided with the first reducing motor 82 for realizing spraying the upset of die clamp structure 7, and spraying die clamp structure 7 is provided with two the second reducing motors 78 closing up clamping for realizing the first copper mold 71 and the second copper mold 72 or be separated; First reducing motor 82 is installed on movable support seat 8, and the second reducing motor 78 to be installed in described spraying die clamp structure 7 and to be connected respectively by connecting axle and the first copper mold hold-down arm 75 and the second copper mold hold-down arm 76.
Wherein, as shown in Figures 3 to 5, the first reducing motor 82 is connected with the axis 77 in spraying die clamp structure 7; Spraying die clamp structure 7 is rotatable around axis 77 by the active force of the first reducing motor 82; Be convenient to the flexible upset spraying die clamp structure 7.Such setting by the effect of the first reducing motor 82, spraying die clamp structure is rotated, thus unloaded by toy or load onto, and can carry out 360 ° of comprehensive sprayings to toy, overcomes the limitation in the past can only carrying out plane spraying.It should be noted that in the process of rotating around axis 77 in spraying die clamp structure 7, axis 77 also rotates simultaneously.
In addition, as shown in Figure 5, spraying die clamp structure 7 also comprises groove and is in the first copper mold hold-down arm 75 of relative position and the side of the second copper mold hold-down arm 76, first copper mold 71 and the first copper mold hold-down arm 75 and is connected together, and side and the second copper mold hold-down arm 76 of the second copper mold 72 are connected together; After closing up clamping, the upper surface of the first copper mold 71 and the coplanar laminating of lower surface of the second copper mold 72; One end of spring 74 is fixed on copper mold crossbeam 73, and the other end is fixed on copper mold hold-down arm contiguous separately.Such setting is for the ease of transmitting toy stably, avoids occurring vibrations, the precision of impact operation, thus the effect causing toy to spray out is inconsistent.
Wherein, as shown in Figures 1 to 6, two mobile die holders at the first washing station 2 and the second washing station 4 place are connected by connecting rod 11 is fixed, and utilize ball screw 101 to drive one of them to move die holder to move, and drive another to move die holder to move thereupon; First spray station 3 is fixedly connected with by another connecting rod 21 with two mobile die holders at the second spray station 5 place, and utilizes another ball screw 201 to drive one of them to move die holder motion, and drives another to move die holder to move thereupon.
In addition, as shown in Fig. 1 to 2, the center of four mobile die holders at the first washing station 2, first spray station 3, second washing station 4, second spray station 5 place all at grade.Such setting is to make toy by center mobile die holder steadily movement all at grade, being transmitted stably to play prodigiosin, avoids producing vibrations, causes bad spraying effect.
Wherein, as shown in Fig. 1 to 2, the two groups of line slideways being positioned at frame 1 the same side are connected by fixed structure, make it run through the first washing station 2, first spray station 3, second washing station 4, second spray station 5, blanking station 6.Such setting is carrying out smoothly for the ease of whole spraying cleaning.
During two the automatic spraying machine work of above-mentioned toy two look, its feeding process operating principle is as follows:
The feeding process of toy two look two automatic spraying machines comprises three actions: (1) first copper mold 71 and closing up of the second copper mold 72 clamp and disengaging movement; (2) toy is moved the transmission campaign of die holder to another by a mobile die holder; (3) rectilinear motion of location of fixed place and time.
(1) first copper mold 71 and the second copper mold 72 close up clamping and disengaging movement comprises:
The clamping of closing up of the first copper mold 71 and the second copper mold 72 is realized by the second reducing motor, and spring can ensure that the first copper mold 71 and closing up of the second copper mold 72 clamp rear coplanar laminating simultaneously.Two the second reducing motors 78 start, and drive the first copper mold hold-down arm 75 and the second copper mold hold-down arm 76 to overturn, the first copper mold 71 and the second copper mold 72 overturn thereupon, reach the limit of position.What achieve the first copper mold 71 and the second copper mold 72 closes up clamping and disengaging movement.One end of spring 74 is fixed on copper mold crossbeam 73, and the other end is fixed on copper mold hold-down arm.When the first copper mold 71 and the second copper mold 72 are under the second reducing motor 78 acts on, first copper mold 71 and the second copper mold 72 close up clamping, under the effect of spring 74 elastic force, first copper mold 71 and the second copper mold 72 close up the rear coplanar laminating of clamping, ensure that toy is steady in clamping rotation and moving process, avoid occurring vibrations.
(2) the transmission campaign that toy moves die holder by a mobile die holder to another comprises:
It should be noted that, the mobile die holder at the first washing station 2 place is first move die holder 202, the mobile die holder at the first spray station 3 place is second move die holder 302, the mobile die holder at the second washing station 4 place is the 3rd move die holder 402, and the mobile die holder at the second spray station 5 place is the 4th move die holder 502.The label of four groups of line slideways is respectively 121,122,123,124.
First the first copper mold 71 moving die holder 202 upwards opens, and have toy (being likely artificial placement, also may be that other station biography is come) in its mold cavity, second moves the first copper mold 71 and the second copper mold 72 in die holder 302 opens simultaneously, reducing motor drives first to move the station that die holder 202 to the second moves die holder 302, now the second the first copper mold 71 moving die holder 302 overturns downwards, get back to original horizontal position, now the first the first copper mold 71 and second moving die holder 202 moves the coplanar laminating of the first copper mold 71 of die holder 302, reducing motor drives first to move in die holder 202 to spray die clamp structure and second to move in die holder 302 and sprays die clamp structure synchronization and rotate 180 °, now toy falls into second and moves die holder 302, first the first copper mold 71 moving die holder 202 upwards overturns, and under the drive of reducing motor, first moves die holder 202 moves to another station.This completes toy is moved die holder to another transmission campaign by a mobile die holder.
(3) rectilinear motion of location of fixed place and time:
Toy two look two automatic coatings are confidential realizes toy self-feeding, must have the rectilinear motion of location of fixed place and time.Rectilinear motion is driven by reducing motor, realized the object of interlock by connecting rod; Fixed point is that mobile die holder arrives station and really stops after allocation; Be regularly the action sequence of mobile die holder, toy spraying process and the control of mold cleaning time, location is the appointment spraying position of specifying station.
The entire motion process of toy two look two automatic spraying machines is described below:
Toy two look two automatic spraying machines as shown in Figure 1 to Figure 2, have five stations, four mobile die holders.Five stations are the first washing station 2, first spray station 3, second washing station 4, second spray station 5, blanking station 6 respectively, and wherein the first washing station 2 is also feeding station.Four mobile die holders are first move die holder 202, second and move die holder 302, the 3rd and move die holder 402, the 4th and move die holder 502 respectively.
Originally, first move die holder 202 and move die holder 402 at the second washing station 4 at the first washing station the 2, three; Second moves die holder 302 moves die holder 502 in the second spray station 5 in the first spray station the 3, four.First, by automatic charging or artificial loading, put into first needing the toy a of spraying and move die holder 202, then rectilinear motion to the first spray station 3, carry out the transmission campaign of toy a.Such toy just exchanges to second of the first spray station 3 and moves in die holder 302, and first moves die holder 202 rectilinear motions gets back to the first washing station 2.Secondly, then first move in die holder 202 the toy b putting into and need spraying; Meanwhile, the first spray station 3 is after completing spraying operation, and second moves die holder 302 is linearly moved to washing station 2 by the first spray station 3; Now, by transmitting motion, toy a being passed to the 3rd and moves die holder 402.First moves die holder 202 is linearly moved to the first spray station the 3, three and moves die holder 402 and be linearly moved to the second spray station 5, and carries out spraying operation; Second moves die holder 302 is linearly moved to the first washing station the 2, four and moves die holder 502 and be linearly moved to washing station 2, and carries out mold cleaning to the copper clamping after spraying.Such toy a just completes the spraying of two kinds of colors.Finally, after mold cleaning and spraying operation all complete, toy c is put into second and moves die holder 302; First moves die holder 202 is linearly moved to washing station 2, and the 3rd moves die holder 402 is linearly moved to blanking station; 3rd moves upper copper mold in die holder 402 upwards overturns, and reducing motor drives spraying die clamp structure to rotate 180 °, toy a blanking; Toy b moves die holder 202 by first and passes to the 4th and move die holder 502; Second moves die holder 302 is linearly moved to the first spray station the 3, four and moves die holder 502 and be linearly moved to the second spray station 5, and carries out spraying operation; First moves die holder 202 is linearly moved to the first washing station the 2, three and moves die holder 402 and be linearly moved to washing station 2, and carries out mold cleaning to the copper clamping after spraying.Such toy b just completes the spraying of two kinds of colors.Now, mobile die holder has all got back to initial position, starts again the toy spraying of next round.
Obviously, above-described embodiment of the present utility model is only for the utility model example is clearly described, and is not the restriction to embodiment of the present utility model.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without the need to also giving all embodiments.All do within spirit of the present utility model and principle any amendment, equivalent to replace and improvement etc., within the protection domain that all should be included in the utility model claim.
Claims (9)
1. toy two look two automatic spraying machines, comprise frame (1), it is characterized in that, described flush coater is provided with five stations, described five stations comprise the first washing station (2) for installing first cleaning device, for install first spray equipment the first spray station (3), for install second cleaning device the second washing station (4), for installing second spray station (5) of second spray equipment and the blanking station (6) for installing splicing case (61); Described flush coater also comprise move to five stations for clamping toy and turnover four mobile die holders, four mobile die holders are movably installed in the first washing station (2), the first spray station (3), the second washing station (4), the second spray station (5) place respectively successively; Described flush coater also comprises for connecting five stations and installing four groups of line slideways of four mobile die holder movements between five stations, any two groups of line slideways are positioned at the same side of frame (1), one group of line slideway in side is through the first washing station (2) and the first spray station (3), and another group line slideway is through the second washing station (4), the second spray station (5) and blanking station (6); Another two groups of opposite sides being symmetricly set in frame (1); Described four mobile die holders realize automatic coating and cleaning by mobile upset on four groups of line slideways.
2. toy two look according to claim 1 two automatic spraying machines, is characterized in that, described mobile die holder comprises the spraying die clamp structure (7) for clamping toy and the movable support seat (8) for movement; Described movable support seat (8) bottom is provided with some linear slider bearings (81), and described linear slider bearing (81) is installed on two groups of line slideways of homonymy.
3. toy two look according to claim 2 two automatic spraying machines, it is characterized in that, described spraying die clamp structure (7) comprises for first copper mold (71) of clamping toy, the second copper mold (72), copper mold crossbeam (73), the first copper mold hold-down arm (75) and the second copper mold hold-down arm (76), described copper mold crossbeam (73) is also provided with for transmitting the axis (77) realizing the active force that spraying die clamp structure (7) overturns; Described first copper mold (71) and the second copper mold (72) are arranged on the first copper mold hold-down arm (75) and the second copper mold hold-down arm (76) respectively, first copper mold hold-down arm (75) is connected by copper mold crossbeam (73) with the second copper mold hold-down arm (76), and described first copper mold hold-down arm (75) and the second copper mold hold-down arm (76) are also provided with for regulating the first copper mold (71) and the second copper mold (72) to close up the spring (74) clamping and can fit completely.
4. toy two look according to claim 3 two automatic spraying machines, it is characterized in that, described movable support seat (8) is provided with the first reducing motor (82) overturn for realizing spraying die clamp structure (7), and described spraying die clamp structure (7) is provided with two second reducing motors (78) of closing up clamping for realizing the first copper mold (71) and the second copper mold (72) or being separated; Described first reducing motor (82) is installed on movable support seat (8), and it is upper and be connected respectively by connecting axle and the first copper mold hold-down arm (75) and the second copper mold hold-down arm (76) that described second reducing motor (78) is installed on described spraying die clamp structure (7).
5. toy two look according to claim 4 two automatic spraying machines, is characterized in that, described first reducing motor (82) is connected with the axis (77) in spraying die clamp structure (7); Described spraying die clamp structure (7) is rotatable around axis (77) by the active force of described first reducing motor (82).
6. toy two look according to claim 5 two automatic spraying machines, it is characterized in that, described spraying die clamp structure (7) also comprises the first copper mold hold-down arm (75) and the second copper mold hold-down arm (76) that groove is in relative position, side and the first copper mold hold-down arm (75) of described first copper mold (71) are connected together, and side and the second copper mold hold-down arm (76) of described second copper mold (72) are connected together; After closing up clamping, the upper surface of the first copper mold (71) and the coplanar laminating of lower surface of the second copper mold (72); One end of described spring (74) is fixed on copper mold crossbeam (73), and the other end is fixed on copper mold hold-down arm contiguous separately.
7. toy two look two automatic spraying machines according to any one of claim 1 to 6, it is characterized in that, first washing station (2) is fixedly connected with by connecting rod (11) with two mobile die holders at the second washing station (4) place, and utilize ball screw (101) to drive one of them to move die holder motion, and drive another to move die holder to move thereupon; First spray station (3) is fixedly connected with by another connecting rod (21) with two mobile die holders at the second spray station (5) place, and utilize another ball screw (201) to drive one of them to move die holder motion, and drive another to move die holder to move thereupon.
8. toy two look two automatic spraying machines according to any one of claim 1 to 6, it is characterized in that, the center of four mobile die holders at the first washing station (2), the first spray station (3), the second washing station (4), the second spray station (5) place all at grade.
9. toy two look according to claim 1 two automatic spraying machines, it is characterized in that, the two groups of line slideways being positioned at frame (1) the same side are connected by fixed structure, make it run through the first washing station (2), the first spray station (3), the second washing station (4), the second spray station (5), blanking station (6).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520178177.0U CN204544579U (en) | 2015-03-27 | 2015-03-27 | Toy two look two automatic spraying machines |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520178177.0U CN204544579U (en) | 2015-03-27 | 2015-03-27 | Toy two look two automatic spraying machines |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204544579U true CN204544579U (en) | 2015-08-12 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520178177.0U Withdrawn - After Issue CN204544579U (en) | 2015-03-27 | 2015-03-27 | Toy two look two automatic spraying machines |
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| Country | Link |
|---|---|
| CN (1) | CN204544579U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104707753A (en) * | 2015-03-27 | 2015-06-17 | 广东工业大学 | Toy bicolor double-position automatic spray painting machine |
-
2015
- 2015-03-27 CN CN201520178177.0U patent/CN204544579U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104707753A (en) * | 2015-03-27 | 2015-06-17 | 广东工业大学 | Toy bicolor double-position automatic spray painting machine |
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