CN207479442U - A kind of manufacture system of two inhalator jars of variant color printing - Google Patents

Abstract

The utility model discloses a kind of manufacture systems of two inhalator jars of variant color printing, draw boss mold, two level that boss mold, tank bottom Trimming Die, tank mouth punching is drawn to stretch mold and tank mouth edge rolling mold including cup punching die, drawing die, level-one；The cup punching die includes the first cope plate, clip mould on first, first time clip mould, first time swaging die, first time shaping mould, the first lower template, the first ejector beam, the first pressure-pad-force top plate, de- material mould on the first pressure-pad-force cylinder and first.After the manufacture system of two inhalator jars of the variant color printing first carries out variant color printing on chromium plating tinplate surface, draw boss, two level that boss, tank bottom deburring, tank mouth punching is drawn to stretch by cup stamping, stretching, level-one again, 8 processes such as tank mouth edge rolling complete a set of fully-automatic conversion sports lottery tickets and print two inhalator jar production lines, not only improve productivity and quality, also reduce cost of labor and workshop rent, energy loss is reduced, improves the profit of enterprise.

Description

A kind of manufacture system of two inhalator jars of variant color printing

Technical field

The utility model is related to inhalator jar production technical field, the manufacture system of specifically a kind of two inhalator jars of variant color printing System.

Background technology

At present, the inhalator jar produced in the market mainly has three classes：The first kind is technology maturation, high-speed automated high-volume life The three pieces inhalator jar of production, the second class are with high content of technology, and a piece of aerosol aluminium pot of middling speed automatic batch production, third class is anti- It is quick-fried to require high, semi-automatic small lot produces at a slow speed two inhalator jars of silk-screen.

Two inhalator jars of silk-screen are mainly used in the filling field of snow kind, and the requirement that pressure is born to tank body is up to 2.2- 2.4MPa belongs to " bomblet " in inhalator jar.The tinplate of thickness 0.35mm or so must be used to be manufactured, just can guarantee Bearing capacity.Such as using the tinplate of 0.35mm thickness production three-piece can, in can body weld seam and can body and head cover sealing part, it be easy to cause Gas leakage, therefore three pieces inhalator jar is not suitable with the requirement of filling snow kind.Its system of two inhalator jars of silk-screen of semi-automatic small lot production Making technique is：The punching of tinplate plain sheet, one-off drawing, succeeding stretch, level-one draw boss, two level draw boss, it is outer spray painting, drying, 13 processes such as tank bottom deburring, tank mouth punching, tank mouth stretch, tank mouth edge rolling, silk-screen, drying are completed.It is needed in production process Line spray painting, silk-screen and twice drying etc. four processes, slow there are production efficiency, cost of labor is excessively high, and quality is unstable, and equipment accounts for The problems such as ground area is larger, and production environment is poor, and exhaust gas, discharge of wastewater cost are higher, and energy loss is larger, comprehensive cost compared with Height is unfavorable for the production and operation of enterprise.

Utility model content

The purpose of this utility model is to provide a kind of manufacture system of two inhalator jars of variant color printing, to solve the above-mentioned back of the body The problem of being proposed in scape technology.

To achieve the above object, the utility model provides following technical solution：

A kind of manufacture system of two inhalator jars of variant color printing draws boss mould including cup punching die, drawing die, level-one Tool, two level draw boss mold, tank bottom Trimming Die, tank mouth punching to stretch mold and tank mouth edge rolling mold；The cup punching die packet Include the first cope plate, clip mould on first, first time clip mould, first time swaging die, first time shaping mould, the first lower template, First ejector beam, the first pressure-pad-force top plate, de- material mould on the first pressure-pad-force cylinder and first, first time clip mould and first Lower shaping mould is each attached on the upside of the first lower template, and first time clip mould is located at outside first time shaping mould, first time clip mould First time swaging die holding tank for accommodating first time swaging die is formed between first time shaping mould, first time swaging die is along vertically Direction is slidably mounted in first time swaging die holding tank, and the first pressure-pad-force top plate is located at below the first lower template, the first liftout Bar is fixedly mounted on the first pressure-pad-force top plate, and the first ejector beam is connected to first time swaging die across the first lower template, the One pressure-pad-force cylinder connects the first pressure-pad-force top plate；Clip mould is fixedly mounted below the first cope plate on described first, and first Position is corresponding in the vertical direction for lower face and the upper surface of first time swaging die of upper clip mould, and the first cope plate is connected to First slider of punch, de- material mould is slidably mounted on first in clip mould, and the drive rod of de- material mould passes through on first on first Clip mould and the first cope plate upwardly extend on first.

As further program of the utility model：The drawing die includes the second cope plate, shaping mould on second, the Two times shaping moulds, second time swaging die, the second lower template, the second ejector beam, the second pressure-pad-force top plate, the second pressure-pad-force cylinder and De- material mould on second, second time shaping mould are fixed on the upside of the second lower template, and second time swaging die vertically slides It is set in outside second time shaping mould, the second pressure-pad-force top plate is located at below the second lower template, and the second ejector beam is fixedly mounted on the On two pressure-pad-force top plates, and the second ejector beam is connected to second time swaging die across the second lower template, and the second pressure-pad-force cylinder connects Connect the second pressure-pad-force top plate；Shaping mould is fixedly mounted below the second cope plate on described second, the lower end of shaping mould on second Position is corresponding in the vertical direction for the upper surface of face and second time swaging die, and the second cope plate is connected to the second slider of punch, De- material mould is slidably mounted on second in shaping mould on second, and on second de- material mould drive rod pass through second on shaping mould and Second cope plate upwardly extends.

As the utility model further scheme：The level-one draws boss mold including in third cope plate, third Swaging die, third lower template, third ejector beam, third pressure-pad-force top plate, third pressure under shaping mould, third under shaping mould, third De- material mould on side strength cylinder and third, shaping mould is fixed on the upside of third lower template under the third, and swaging die is along perpendicular under third Nogata is outside shaping mould under the third that is slidably located in, and shaping mould upper end is provided with level-one boss forming block, third flanging under third Power top plate is located at below third lower template, and third ejector beam is fixedly mounted on third pressure-pad-force top plate, and third ejector beam is worn It crosses third lower template and is connected to swaging die under third, third pressure-pad-force cylinder connection third pressure-pad-force top plate；In the third into Pattern is fixedly mounted below third cope plate, in third under the lower face of shaping mould and third the upper surface of swaging die vertical Position is corresponding on direction, and third cope plate is connected to third slider of punch, in third de- material mould be slidably mounted in third into In pattern, and the drive rod of de- material mould passes through shaping mould and third cope plate in third to upwardly extend in third.

As the utility model further scheme：The two level draws boss mold including on the 4th cope plate, the 4th Shaping mould, the four times shaping moulds, the four times swaging dies, the 4th lower template, the 4th ejector beam, the 4th pressure-pad-force top plate, the 4th pressure De- material mould on side strength cylinder and the 4th, the four times shaping moulds are fixed on the upside of the 4th lower template, and the four times swaging dies edge is perpendicular For Nogata outside the four times shaping moulds that are slidably located in, the four times shaping mould upper ends are provided with two level boss forming block, the 4th flanging Power top plate is located at below the 4th lower template, and the 4th ejector beam is fixedly mounted on the 4th pressure-pad-force top plate, and the 4th ejector beam is worn It crosses the 4th lower template and is connected to the four times swaging dies, the 4th pressure-pad-force cylinder connects the 4th pressure-pad-force top plate；On described 4th into Pattern is fixedly mounted below the 4th cope plate, and the lower face of shaping mould and the upper surface of the four times swaging dies are vertical on the 4th Position is corresponding on direction, and the 4th cope plate is connected to the 4th slider of punch, on the 4th de- material mould be slidably mounted on the 4th into In pattern, and the drive rod of de- material mould passes through shaping mould and the 4th cope plate on the 4th to upwardly extend on the 4th.

As the utility model further scheme：The tank bottom Trimming Die on the 5th cope plate, the 5th including cutting Mouth mold, de- material mould, the five times clip moulds, five times cutters and the 5th lower template on the 5th, the five times clip moulds are fixed On the upside of the 5th lower template, the five times cutters are fixedly mounted on the outside of the five times clip moulds；Clip mould is fixed on described 5th Below the 5th cope plate, the lower end inside face of clip mould and the upper end lateral surface of the five times clip moulds are vertical on the 5th Position is corresponding on direction, and the 5th cope plate is connected to the 5th slider of punch, and de- material mould, which is slidably mounted on the 5th, on the 5th cuts In mouth mold, and the drive rod of de- material mould passes through clip mould and the 5th cope plate on the 5th to upwardly extend on the 5th, de- material on the 5th Also be arranged with spring on the drive rod of mould, spring be located on the 5th on de- material mould upper side and the 5th clip mould inside cavity bottom it Between.

As the utility model further scheme：The five times cutters altogether there are two, and be symmetricly set on the Five times clip mould both sides.

As the utility model further scheme：The tank mouth punching stretches mold and includes the 6th cope plate, the 6th Upper material folding mould, clip mould on the 6th, swaging die, the six times clip moulds, the six times swaging dies, the six times de- material moulds, on the 6th Six lower templates, the 6th ejector beam, the 6th de- tank deck plate and the 6th de- tank cylinder, the 6th lower template upside is equipped with boss, described The six times clip moulds are fixed on the upside of the boss of the 6th lower template, and the six times swaging die is vertically slidably located under the 6th Outside clip mould, and spring is additionally provided between the six times swaging die bottoms and the six times clip mould pedestals, the six times de- material mould edges Vertical direction is slidably located in outside boss, and the 6th de- tank deck plate is located at below the 6th lower template, and the 6th ejector beam is fixedly mounted on In 6th de- tank deck plate, and the 6th ejector beam is connected to the six times de- material moulds, the 6th de- tank cylinder connection across the 6th lower template 6th de- tank deck plate；Material folding mould is fixedly mounted below the 6th cope plate on described 6th, on the 6th the lower face of material folding mould with Position is corresponding in the vertical direction for the upper surface of the six times de- material moulds, and the 6th cope plate is connected to the 6th slider of punch, and the 6th Upper clip mould is mounted on the 6th in material folding mould, and position is opposite in the vertical direction with the six times clip moulds for clip mould on the 6th Should, swaging die is mounted on the 6th in material folding mould on the 6th, and swaging die is located on the 6th on the outside of clip mould, and on the 6th on the 6th Position is corresponding in the vertical direction with the six times swaging dies for swaging die.

As the utility model further scheme：The tank mouth edge rolling mold on the 7th cope plate, the 7th including pressing from both sides Expect mould, shaping mould, the seven times shaping moulds, the seven times de- material moulds, the 7th lower template, the 7th ejector beam, the 7th de- tank deck on the 7th Plate and the 7th de- tank cylinder, the seven times shaping moulds are fixed on the upside of the 7th lower template, the vertical side in the seven times de- material moulds edges Outside the seven times shaping moulds that are slidably located in, the 7th de- tank deck plate is located at below the 7th lower template, and the 7th ejector beam is fixedly mounted In the 7th de- tank deck plate, and the 7th ejector beam is connected to the seven times de- material moulds across the 7th lower template, and the 7th de- tank cylinder connects Connect the 7th de- tank deck plate；Material folding mould is fixedly mounted below the 7th cope plate on described 7th, the lower face of material folding mould on the 7th Position is corresponding in the vertical direction with the upper surface of the seven times de- material moulds, and the 7th cope plate is connected to the 7th slider of punch, the Shaping mould is mounted on the 7th in material folding mould on seven, and shaping mould and the seven times shaping moulds position phase in the vertical direction on the 7th It is corresponding.

Compared with prior art, the beneficial effects of the utility model are：

1st, the manufacture system of two inhalator jars of variant color printing, after first carrying out variant color printing on chromium plating tinplate surface, Draw boss, two level that boss, tank bottom deburring, tank mouth punching is drawn to stretch by cup stamping, stretching, level-one again, 8 processes such as tank mouth edge rolling It completes a set of fully-automatic conversion sports lottery ticket and prints two inhalator jar production lines.Not only improve productivity and quality, also reduce manually into Sheet and workshop rent.Meanwhile in materials procurement, variant printing process is completed inside steel plant, and is concentrated effective The problem of having handled exhaust gas, discharge of wastewater caused by printing drying wants environmental protection so as to solve in enterprise's production It asks, reduces energy loss, improve the profit of enterprise.

2nd, the manufacture system of two inhalator jars of variant color printing, compared with traditional two inhalator jar production technologies of silk-screen, Reduce the process painted, print and dried twice online needed for traditional two inhalator jar production processes of silk-screen, reach enterprise Industry tank produces the effect of zero emissions, zero pollution, and improves production efficiency, reduces high labor cost and occupation area of equipment, from And improve the core competitiveness of product and enterprise.

Description of the drawings

Fig. 1 is the structure diagram under cup punching die die opening state in the manufacture system of two inhalator jars of variant color printing.

Fig. 2 is the structure diagram under cup punching die mold closing state in the manufacture system of two inhalator jars of variant color printing.

Fig. 3 is the structure diagram under drawing die die opening state in the manufacture system of two inhalator jars of variant color printing.

Fig. 4 is the structure diagram under drawing die mold closing state in the manufacture system of two inhalator jars of variant color printing.

Fig. 5 draws the structural representation under boss mold die opening state for level-one in the manufacture system of two inhalator jars of variant color printing Figure.

Fig. 6 draws the structural representation under boss mold mold closing state for level-one in the manufacture system of two inhalator jars of variant color printing Figure.

Fig. 7 draws the structural representation under boss mold die opening state for two level in the manufacture system of two inhalator jars of variant color printing Figure.

Fig. 8 draws the structural representation under boss mold mold closing state for two level in the manufacture system of two inhalator jars of variant color printing Figure.

Fig. 9 is the structural representation under tank bottom Trimming Die die opening state in the manufacture system of two inhalator jars of variant color printing Figure.

Figure 10 is the structural representation under tank bottom Trimming Die mold closing state in the manufacture system of two inhalator jars of variant color printing Figure.

Figure 11 is the A of Figure 10 to structure diagram.

Figure 12 stretches the structure under mold die opening state for tank mouth punching in the manufacture system of two inhalator jars of variant color printing Schematic diagram.

Figure 13 stretches the structure under mold mold closing state for tank mouth punching in the manufacture system of two inhalator jars of variant color printing Schematic diagram.

Figure 14 is the structural representation under tank mouth edge rolling mold die opening state in the manufacture system of two inhalator jars of variant color printing Figure.

Figure 15 is the structural representation under tank mouth edge rolling mold mold closing state in the manufacture system of two inhalator jars of variant color printing Figure.

Figure 16 is structure change schematic diagram in the manufacturing process of two inhalator jars of variant color printing.

In figure：1- variants colour printing film, 2- cup stampings, 3- stretching tanks, 4- level-one flange stretchs tank, 5- two level flange stretchs tank, 6- annulus waste material, 7- tank bottom deburrings tank, 8- tank mouths stretch tank, the first cope plates of 11-, on 12- first under clip mould, 13- first Clip mould, first time swaging die of 14-, first time shaping mould of 15-, the first lower templates of 16-, the first ejector beams of 17-, 18- first are pressed Side power top plate, the first pressure-pad-forces of 19- cylinder, de- material mould on 110- first, the second cope plates of 21-, shaping mould, 23- on 22- second Second time shaping mould, second time swaging die of 24-, the second lower templates of 25-, the second ejector beams of 26-, the second pressure-pad-forces of 27- top plate, De- material mould on the second pressure-pad-forces of 28- cylinder, 29- second, 31- thirds cope plate are molded under shaping mould, 33- thirds in 32- thirds Swaging die, 35- thirds lower template, 36- thirds ejector beam, 37- third pressure-pad-forces top plate, 38- third flanging under mould, 34- thirds De- material mould on strength cylinder, 39- thirds, the 4th cope plates of 41-, shaping mould, the four times shaping moulds of 43-, 44- the 4th on 42- the 4th Lower swaging die, the 4th lower templates of 45-, the 4th ejector beams of 46-, the 4th pressure-pad-force top plates of 47-, the 4th pressure-pad-force cylinders of 48-, 49- De- material mould on 4th, the 5th cope plates of 51-, clip mould on 52- the 5th, de- material mould on 53- the 5th, the five times clip moulds of 54-, The five times cutters of 55-, the 5th lower templates of 56-, the 6th cope plates of 61-, material folding mould on 62- the 6th, clip mould on 63- the 6th, Swaging die, the six times clip moulds of 65-, the six times swaging dies of 66-, the six times de- material moulds of 67-, the 6th lower dies of 68- on 64- the 6th Plate, the 6th ejector beams of 69-, the 6th de- tank deck plates of 610-, the de- tank cylinders of 611- and the 6th, the 7th cope plates of 71-, on 72- the 7th Shaping mould, the seven times shaping moulds of 74-, the seven times de- material moulds of 75-, the 7th lower templates of 76-, 77- the 7th on material folding mould, 73- the 7th Ejector beam, the 7th de- tank deck plates of 78-, the 7th de- tank cylinders of 79-.

Specific embodiment

The following is a combination of the drawings in the embodiments of the present utility model, and the technical scheme in the embodiment of the utility model is carried out It clearly and completely describes, it is clear that the described embodiments are only a part of the embodiments of the utility model rather than whole Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are without making creative work All other embodiments obtained shall fall within the protection scope of the present invention.

Please refer to Fig.1~16, in the utility model embodiment, a kind of manufacture system of two inhalator jars of variant color printing, packet Including cup punching die, drawing die, level-one draws boss mold, two level that boss mold, tank bottom Trimming Die, tank mouth punching is drawn to stretch mould Tool and tank mouth edge rolling mold；

The cup punching die includes clip mould 12, first time clip mould 13, first time binder on the first cope plate 11, first Mould 14, first time shaping mould 15, the first lower template 16, the first ejector beam 17, the first pressure-pad-force top plate 18, the first pressure-pad-force cylinder De- material mould 110 on 19 and first, first time clip mould 13 and first time shaping mould 15 are each attached in the first lower template 16 Side, and first time clip mould 13 is located at outside first time shaping mould 15, shape between first time clip mould 13 and first time shaping mould 15 Into first time swaging die holding tank for accommodating first time swaging die 14, first time swaging die 14 is vertically slidably mounted on the Once in swaging die holding tank, the first pressure-pad-force top plate 18 is located at 16 lower section of the first lower template, and the first ejector beam 17 is fixedly mounted On the first pressure-pad-force top plate 18, and the first ejector beam 17 is connected to first time swaging die 14 across the first lower template 16, and first Pressure-pad-force cylinder 19 connects the first pressure-pad-force top plate 18；Clip mould 12 is fixedly mounted under the first cope plate 11 on described first Square, position is corresponding in the vertical direction with the upper surface of first time swaging die 14 for the lower face of clip mould 12 on first, and first Cope plate 11 is connected to the first slider of punch, and de- material mould 110 is slidably mounted on first in clip mould 12, and on first on first The drive rod of de- material mould 110 pass through first on 12 and first cope plate 11 of clip mould upwardly extend, the cup punching die die sinking when, Variant colour printing film 1 is sent by servo feeding system into cup punching die, and variant colour printing film 1 is located at 12 lower section of clip mould on first, And positioned at first time clip mould 13, first time swaging die 14 and first time 15 top of shaping mould, the first slider of punch driving first When cope plate 11 pushes, 12 downward punching press of clip mould on first is driven, variant colour printing film 1 is first by clip mould 12 on first and the The punching of the cooperation of clip mould 13 once forms disk, is then clamped and past is pulled down with first time swaging die 14 by clip mould 12 on first It stretches, first time swaging die 14 is withstood by the air pressure reaction force of the first pressure-pad-force cylinder 19 of lower section at this time, then passes through the first top Material 17 and first pressure-pad-force top plate 18 of bar generates suitable pressure-pad-force to the variant colour printing film 1 of disc-shaped, and variant colour printing film 1 is made to exist During stretching forms cup stamping 2, the bad phenomenons such as corrugation will not be generated, abrades, break, meanwhile, first time 15 He of shaping mould First lower template 16 remains static, and variant colour printing film 1 clip mould 12 and first time swaging die 14 on first clamp and past Under the active force of lower stretching, variant colour printing film 1 is close to the wall flow molding of first time shaping mould 15, is finally reached mold closing Highly, the molding action of cup stamping is completed, after cup stamping 2 is molded, the first slider of punch gos up, and first time swaging die 14, first pushes up Expect bar 17, the first pressure-pad-force top plate 18 and the first pressure-pad-force cylinder 19 returning quickly, and cup stamping 2 is ejected into first time molding simultaneously Mould 15, finally, cup stamping 2 are detached from first time shaping mould 15 on first under the action of de- material mould 110, after reaching die sinking height, punching Cup 2 is deviate from and is blown away, and subsequent processing is sent by the first tank sending system；

The drawing die includes shaping mould 22, second time shaping mould 23, second time binder on the second cope plate 21, second Mould 24, the second lower template 25, the second ejector beam 26, the second pressure-pad-force top plate 27, de- material on the second pressure-pad-force cylinder 28 and second Mould 29, second time shaping mould 23 are fixed on the upside of the second lower template 25, second time swaging die 24 vertically sliding sleeve It is located at outside second time shaping mould 23, the second pressure-pad-force top plate 27 is located at 25 lower section of the second lower template, and the second ejector beam 26 fixes peace On the second pressure-pad-force top plate 27, and the second ejector beam 26 is connected to second time swaging die 24 across the second lower template 25, the Two pressure-pad-force cylinders 28 connect the second pressure-pad-force top plate 27；Shaping mould 22 is fixedly mounted under the second cope plate 21 on described second Square, position is corresponding in the vertical direction with the upper surface of second time swaging die 24 for the lower face of shaping mould 22 on second, and second Cope plate 21 is connected to the second slider of punch, and de- material mould 29 is slidably mounted on second in shaping mould 22, and on second on second The drive rod of de- material mould 29 passes through 22 and second cope plate 21 of shaping mould on second to upwardly extend, and drawing die is in die opening state Under, cup stamping 2 is sent by the first tank sending system to drawing die, and cup stamping 2 is in the lower section of shaping mould 22 on second, and is set in the On two times shaping moulds 23 and second time swaging die 24, when the second slider of punch drives the pushing of the second cope plate 21, drive on second 22 downward punching press of shaping mould, cup stamping 2 are positioned by second time swaging die 24, then by shaping mould 22 and second time binder on second Mould 24 is clamped and is stretched down, and second time swaging die 24 is by the air pressure reaction force top of the second pressure-pad-force cylinder 28 of lower section at this time Firmly, then by the second ejector beam 26 and the second pressure-pad-force top plate 27 suitable pressure-pad-force is generated to cup stamping 2, is stretching cup stamping 2 During, the bad phenomenons such as corrugation will not be generated, abrades, break, meanwhile, at second time 23 and second lower template 25 of shaping mould In stationary state, under the active force that shaping mould 22 and second time swaging die 24 are clamped and stretched down on second of cup stamping 2, cup stamping 2 are close to the wall flow molding of second time shaping mould 23, are finally reached the height of mold closing, complete the action of drawing and forming, obtain Stretching tank 3 is obtained, after stretching tank 3 is molded, the second slider of punch gos up, second time swaging die 24, the second ejector beam 26, second pressure 28 returning quickly, and stretching tank 3 is ejected into second time shaping mould 23 simultaneously of side power top plate 27 and the second pressure-pad-force cylinder, finally, Stretching tank 3 follows shaping mould 22 on second to be detached from second time shaping mould 23, when reaching second time 23 top surface of shaping mould, on second De- material mould 29 ejects stretching tank 3, and stretching tank 3 is rested in second time 24 plane of swaging die, after reaching die sinking height, stretching tank 3 are seen off by the second tank sending system, into subsequent processing；

The level-one draws boss mold to include shaping mould 33, third under shaping mould 32, third in third cope plate 31, third Lower swaging die 34, third lower template 35, third ejector beam 36, third pressure-pad-force top plate 37, third pressure-pad-force cylinder 38 and third Upper de- material mould 39, shaping mould 33 is fixed on 35 upside of third lower template under the third, and swaging die 34 is vertically under third Under the third that is slidably located in outside shaping mould 33,33 upper end of shaping mould is provided with level-one boss forming block, third pressure-pad-force under third Top plate 37 is located at 35 lower section of third lower template, and third ejector beam 36 is fixedly mounted on third pressure-pad-force top plate 37, and third top Material bar 36 is connected to swaging die 34 under third across third lower template 35, and third pressure-pad-force cylinder 38 connects third pressure-pad-force top plate 37；Shaping mould 32 is fixedly mounted below third cope plate 31 in the third, the lower face of shaping mould 32 and third in third Position is corresponding in the vertical direction for the upper surface of lower swaging die 34, and third cope plate 31 is connected to third slider of punch, third Upper de- material mould 39 is slidably mounted in third in shaping mould 32, and the drive rod of de- material mould 39 passes through shaping mould in third in third 32 and third cope plate 31 upwardly extend, level-one draw boss mold under die opening state, stretching tank 3 is sent by the second tank sending system It is drawn in boss mold to level-one, stretching tank 3 is in 32 lower section of shaping mould in third, and is set in shaping mould 33 and third under third On lower swaging die 34, when third slider of punch driving third cope plate 31 pushes, 32 downward punching press of shaping mould in third is driven, is drawn It stretches tank 3 to position by swaging die 34 under third, then be clamped simultaneously toward drop-down by swaging die 34 under shaping mould in third 32 and third It stretches, swaging die 34 is withstood, then pass through third top by the air pressure reaction force of the third pressure-pad-force cylinder 38 of lower section under third at this time Material bar 36 and third pressure-pad-force top plate 37 generate suitable pressure-pad-force to stretching tank 3, and stretching tank 3 is made to draw the process of boss in level-one In, the bad phenomenons such as corrugation will not be generated, abrades, break, meanwhile, shaping mould 33 and third lower template 35 are in static under third State, under the active force that swaging die 34 is clamped and stretched down under shaping mould 32 and third in third of stretching tank 3, stretching tank 3 It is close to the wall flow molding of shaping mould 33 under third, is finally reached die height, completes level-one and draw boss forming action, obtain Level-one flange stretch tank 4, after level-one flange stretch tank 4 be molded, the rise of third slider of punch, swaging die 34 under third, the Three ejector beams 36, third pressure-pad-force top plate 37 and third pressure-pad-force cylinder 38 returning quickly, and by level-one flange stretch tank 4 simultaneously Shaping mould 33 under third is ejected, finally, level-one flange stretch tank 4 follows shaping mould 32 in third to be detached from shaping mould 33 under third, At 33 top surface of shaping mould under reaching third, de- material mould 39 ejects level-one flange stretch tank 4 in third, level-one flange stretch tank 4 rest under third in 34 plane of swaging die, and after reaching die sinking height, level-one flange stretch tank 4 is seen off by third tank sending system, Into subsequent processing；

The two level draws boss mold to include shaping mould 42, the four times shaping moulds the 43, the 4th on the 4th cope plate the 41, the 4th Lower swaging die 44, the 4th lower template 45, the 4th ejector beam 46, the 4th pressure-pad-force top plate 47, the 4th pressure-pad-force cylinder 48 and the 4th Upper de- material mould 49, the four times shaping moulds 43 are fixed on 45 upside of the 4th lower template, and the four times swaging dies 44 are vertically It is slidably located in outside the four times shaping moulds 43, the four times 43 upper ends of shaping mould are provided with two level boss forming block, the 4th pressure-pad-force Top plate 47 is located at 45 lower section of the 4th lower template, and the 4th ejector beam 46 is fixedly mounted on the 4th pressure-pad-force top plate 47, and the 4th top Material bar 46 is connected to the four times swaging dies 44 across the 4th lower template 45, and the 4th pressure-pad-force cylinder 48 connects the 4th pressure-pad-force top plate 47；Shaping mould 42 is fixedly mounted below the 4th cope plate 41 on described 4th, the lower face and the 4th of shaping mould 42 on the 4th Position is corresponding in the vertical direction for the upper surface of lower swaging die 44, and the 4th cope plate 41 is connected to the 4th slider of punch, and the 4th Upper de- material mould 49 is slidably mounted on the 4th in shaping mould 42, and the drive rod of de- material mould 49 passes through shaping mould on the 4th on the 4th 42 and the 4th cope plate 41 upwardly extend, two level draw boss mold under die opening state, level-one flange stretch tank 4 is sent by third Can system is sent to two level and is drawn in boss mold, and level-one flange stretch tank 4 is in 42 lower section of shaping mould on the 4th, and is set in the 4th On lower shaping mould 43 and the four times swaging dies 44, the 4th slider of punch drive the 4th cope plate 41 push when, drive the 4th on into 42 downward punching press of pattern, level-one flange stretch tank 4 position at this time by shaping mould 42 on the 4th, then by shaping mould 42 on the 4th It clamps with the four times swaging dies 44 and stretches down, the four times swaging dies 44 are by the gas of the 4th pressure-pad-force cylinder 48 of lower section at this time Pressure reaction force is withstood, then level-one flange stretch tank 4 is generated properly by the 4th ejector beam 46 and the 4th pressure-pad-force top plate 47 Pressure-pad-force, level-one flange stretch tank 4 is made not generate corrugation during two level draws boss, abrade, break etc. and is bad existing As, meanwhile, the four times 43 and the 4th lower template 45 of shaping mould remains static, and level-one flange stretch tank 4 is molded on the 4th Under the active force that mould 42 and the four times swaging dies 44 are clamped and stretched down, level-one flange stretch tank 4 is close to the four times moldings The wall flow molding of mould 43, is finally reached die height, completes two level and draws boss forming action, obtains two level flange stretch tank 5, after two level flange stretch tank 5 is molded, the 4th slider of punch gos up, the four times swaging dies 44, the 4th ejector beam the 46, the 4th pressure 48 returning quickly, and two level flange stretch tank 5 is ejected into the four times shaping moulds simultaneously of side power top plate 47 and the 4th pressure-pad-force cylinder 43, finally, two level flange stretch tank 5 follows shaping mould 42 on the 4th to be detached from the four times shaping moulds 43, reaches the four times moldings During 43 top surface of mould, de- material mould 49 ejects two level flange stretch tank 5 on the 4th, and two level flange stretch tank 5 rests on the 4th pushing Expect in 44 plane of mould, after reaching die sinking height, two level flange stretch tank 5 is seen off by the 4th tank sending system, into subsequent processing；

The tank bottom Trimming Die is including under de- material mould the 53, the 5th on clip mould the 52, the 5th on the 5th cope plate the 51, the 5th Clip mould 54, the five times 55 and the 5th lower templates 56 of cutter, the five times clip moulds 54 are fixed in the 5th lower template 56 Side, the five times cutters 55 are fixedly mounted on the five times 54 outsides of clip mould, and the quantity of the five times cutters 55 is without restriction, this In embodiment, it is preferred that there are two the five times cutters 55 are common, and be symmetricly set on the five times 54 both sides of clip mould；Institute It states clip mould 52 on the 5th to be fixedly mounted below the 5th cope plate 51, on the 5th under the lower end inside face and the 5th of clip mould 52 Position is corresponding in the vertical direction for the upper end lateral surface of clip mould 54, and the 5th cope plate 51 is connected to the 5th slider of punch, the De- material mould 53 is slidably mounted on the 5th in clip mould 52 on five, and the drive rod of de- material mould 53 passes through clip on the 5th on the 5th 52 and the 5th cope plate 51 of mould upwardly extends, and is also arranged with spring on the 5th on the drive rod of de- material mould 53, and spring is located at the 5th On upper 53 upper side of de- material mould and the 5th between 52 inside cavity bottom of clip mould, tank bottom Trimming Die is under die opening state, two level Flange stretch tank 5 is sent by the 4th tank sending system to tank bottom Trimming Die, and two level flange stretch tank 5 is in clip mould on the 5th 52 lower sections, and be set on the five times clip moulds 54, when the 5th slider of punch drives the pushing of the 5th cope plate 51, drive on the 5th The 52 downward punching press of clip mould, in the process, de- material mould 53 pushes down two level flange stretch tank 5 on the 5th, prevents two level boss Stretching tank 5 deviates, and de- material mould 53 compresses, two level under spring force with the decline of clip mould 52 on the 5th on the 5th Flange stretch tank 5 finally leans on the inside cavity positioning of clip mould 52 on the 5th, meanwhile, the five times clip moulds 54, the five times cutters 55 and the 5th lower template 56 be in stationary state, when reaching die height, the tank bottom rim charge of two level flange stretch tank 5 is by the 5th Upper clip mould 52 and the five times 54 punchings of clip mould form annulus waste material 6, and constantly accumulated on the five times 55 surfaces of cutter, two Grade flange stretch tank 5 forms tank bottom deburring tank 7, when the accumulation of annulus waste material 6 is to certain amount, is squeezed by clip mould 52 on the 5th It to the five times cutters 55 and cuts off to form two and half arc waste materials, two and half arc waste materials divide from the five times 54 both sides of clip mould It opens and falls, after the completion of punching, the 5th slider of punch gos up, and de- material mould 53 under spring force repaiies tank bottom on the 5th Side tank 7 is extracted, and tank bottom deburring tank 7 is rested in the five times 54 planes of clip mould, after reaching die sinking height, tank bottom deburring tank 7 are seen off by the 5th tank sending system, into subsequent processing；

The tank mouth punching stretches mold and includes the 6th cope plate 61, material folding mould 62 on the 6th, clip mould 63 on the 6th, the Swaging die 64, the six times clip moulds 65, the six times swaging dies 66, the six times de- material moulds 67, the 6th lower template the 68, the 6th top on six Expect bar 69, the 6th de- 610 and the 6th de- tank cylinder 611 of tank deck plate, the upside of the 6th lower template 68 is equipped with boss, under the described 6th Clip mould 65 is fixed on the upside of the boss of the 6th lower template 68, and the six times swaging die 66 is vertically slidably located under the 6th Outside clip mould 65, and spring is additionally provided between the six times 66 bottoms of swaging die and the six times 65 pedestals of clip mould, the one six times de- Material mould 67 is vertically slidably located in outside boss, and the 6th de- tank deck plate 610 is located at 68 lower section of the 6th lower template, the 6th liftout Bar 69 is fixedly mounted in the 6th de- tank deck plate 610, and the 6th ejector beam 69 is connected to the six times across the 6th lower template 68 and takes off Expect mould 67, the 6th de- tank cylinder 611 connects the 6th de- tank deck plate 610；Material folding mould 62 is fixedly mounted on the 6th on described 6th Below template 61, position is opposite in the vertical direction with the upper surface of the six times de- material moulds 67 for the lower face of material folding mould 62 on the 6th Should, the 6th cope plate 61 is connected to the 6th slider of punch, and clip mould 63 is mounted on the 6th in material folding mould 62, and the 6th on the 6th Position is corresponding in the vertical direction with the six times clip moulds 65 for upper clip mould 63, and swaging die 64 is mounted on the 6th and presss from both sides on the 6th Expect in mould 62, swaging die 64 is located at 63 outside of clip mould on the 6th, and swaging die 64 and the six times swaging dies on the 6th on the 6th 66 in the vertical direction position it is corresponding, tank mouth punching stretches mold under die opening state, and tank bottom deburring tank 7 passes through the 5th tank sending System is sent to tank mouth punching and is stretched in mold, and tank bottom deburring tank 7 is in 62 lower section of material folding mould on the 6th, and is cut under being set in the 6th On mouth mold 65, the six times swaging dies 66 and the six times de- material moulds 67, when the 6th slider of punch drives the pushing of the 6th cope plate 61, band 62 downward punching press of material folding mould on dynamic 6th, tank bottom deburring tank 7 rely on material folding mould 62 on the 6th to position, prevent tank bottom deburring tank at this time 7 offsets were coordinated on the two level boss of tank bottom deburring tank 7 by clip mould 63 on the 6th and the six time clip moulds 65 and are punched out one before this A circular aperture, while then tank bottom deburring tank 7 is clamped down by swaging die 64 on the 6th and the six times swaging dies 66, the 6th Lower swaging die 66 declines due to the spring of bottom is compressed, and the tank mouth after punching is then close to the outer wall stream of the six times clip moulds 65 Dynamic molding, in the process, the six times 65 and the 6th lower template 68 of clip mould remains static, and is finally reached die height, It completes tank mouth punching and stretches forming action, obtain tank mouth and stretch tank 8, after tank mouth, which stretches tank 8, to be molded, the 6th slider of punch returns It rises, the six times de- material moulds 67, the 6th ejector beam 69, the 6th de- 610 and the 6th de- tank cylinder 611 of tank deck plate while returning quickly, And tank mouth is stretched into tank 8 and ejects the six times swaging dies 66, finally, tank mouth stretches tank 8 and rests in the six times 67 planes of de- material mould, After reaching die sinking height, tank mouth stretches tank 8 and is seen off by the 6th tank sending system, into subsequent processing；

The tank mouth edge rolling mold is including under shaping mould the 73, the 7th on material folding mould the 72, the 7th on the 7th cope plate the 71, the 7th Shaping mould 74, the seven times de- material moulds 75, the 7th lower template 76, the 7th ejector beam 77, the 7th de- 78 and the 7th de- tank gas of tank deck plate Cylinder 79, the seven times shaping moulds 74 are fixed on the upside of the 7th lower template 76, and the seven times de- material mould 75 vertically slides It is set in outside the seven times shaping moulds 74, the 7th de- tank deck plate 78 is located at 76 lower section of the 7th lower template, and the 7th ejector beam 77 fixes peace In the 7th de- tank deck plate 78, and the 7th ejector beam 77 is connected to the seven times de- material moulds 75 across the 7th lower template 76, and the 7th De- tank cylinder 79 connects the 7th de- tank deck plate 78；Material folding mould 72 is fixedly mounted on 71 lower section of the 7th cope plate on described 7th, the Position is corresponding in the vertical direction with the upper surface of the seven times de- material moulds 75 for the lower face of material folding mould 72 on seven, the 7th cope plate 71 are connected to the 7th slider of punch, and shaping mould 73 is mounted on the 7th in material folding mould 72 on the 7th, and on the 7th shaping mould 73 with Position is corresponding in the vertical direction for the seven times shaping moulds 74, and under die opening state, tank mouth stretches tank 8 and passes through tank mouth edge rolling mold 6th tank sending system is sent to tank mouth edge rolling mold, and tank mouth stretches tank 8 and is in 72 lower section of material folding mould on the 7th, and is set in the 7th On lower shaping mould 74 and the seven times de- material moulds 75, when the 7th slider of punch drives the pushing of the 7th cope plate 71, drive and pressed from both sides on the 7th Expect 73 downward punching press of shaping mould on mould 72 and the 7th, tank mouth stretches tank 8 and relies on 72 inner cavity of material folding mould positioning on the 7th at this time, prevents Tank mouth stretches tank 8 and deviates, after punching press certain altitude, tank mouth stretch tank 8 be enclosed on the seven times shaping moulds 74 it is fixed, under the 7th into 74 and the 7th lower template 76 of pattern remains static, and tank mouth stretches tank 8 shaping mould 73 and the seven times shaping moulds 74 on the 7th Interaction under, tank mouth stretches part and is close to the circular arc outer wall flowing forming of shaping mould 73 on the 7th, is finally reached mold closing Highly, tank mouth edge rolling forming action is completed, obtains tank mouth edge rolling tank, after tank mouth edge rolling jug forming, the 7th slider of punch gos up, The seven times de- material moulds 75, the 7th ejector beam 77, the 7th de- 78 and the 7th de- tank cylinder 79 of tank deck plate returning quickly, and by tank simultaneously Mouth edge rolling tank deck goes out the seven times shaping moulds 74, and finally, tank mouth edge rolling tank is rested in the seven times 75 planes of de- material mould, reaches die sinking After height, tank mouth edge rolling tank is seen off by the 7th tank sending system, into subsequent processing；

The operation principle of the utility model is：The manufacture system of two inhalator jars of variant color printing when being produced, Variant color printing is carried out first on chromium plating tinplate surface, obtains variant colour printing film 1.

In die sinking, variant colour printing film 1 is sent by servo feeding system into cup punching die cup punching die, variant colour printing film 1 is located at 12 lower section of clip mould on first, and on first time clip mould 13, first time swaging die 14 and first time shaping mould 15 Side when the first slider of punch drives the pushing of the first cope plate 11, drives 12 downward punching press of clip mould on first, variant colour printing film 1 Punching is coordinated to form disk by clip mould 12 on first and first time clip mould 13 first, then by clip mould 12 and on first Once swaging die 14 is clamped and is stretched down, and first time swaging die 14 is anti-by the air pressure of the first pressure-pad-force cylinder 19 of lower section at this time Active force is withstood, then the variant colour printing film 1 of disc-shaped is generated properly by the first ejector beam 17 and the first pressure-pad-force top plate 18 Pressure-pad-force, make variant colour printing film 1 during stretching forms cup stamping 2, corrugation will not be generated, abrade, break etc. and is bad existing As, meanwhile, first time 15 and first lower template 16 of shaping mould remains static, the clip mould 12 on first of variant colour printing film 1 Under the active force for clamping and stretching down with first time swaging die 14, variant colour printing film 1 is close to the side of first time shaping mould 15 Wall flowing forming is finally reached the height of mold closing, completes the molding action of cup stamping, and after cup stamping 2 is molded, the first slider of punch returns It rises, first time swaging die 14, the first ejector beam 17, the first pressure-pad-force top plate 18 and the first pressure-pad-force cylinder 19 quickly return simultaneously Position, and cup stamping 2 is ejected into first time shaping mould 15, finally, cup stamping 2 is detached under the action of de- material mould 110 under first on first Shaping mould 15, after reaching die sinking height, cup stamping 2 is deviate from and is blown away, and subsequent processing is sent by the first tank sending system.

Drawing die under die opening state, sent by the first tank sending system to drawing die by cup stamping 2, and cup stamping 2 is in the The lower section of shaping mould 22 on two, and being set on second time shaping mould 23 and second time swaging die 24, the second slider of punch drive the When two cope plates 21 push, 22 downward punching press of shaping mould on second is driven, cup stamping 2 is positioned by second time swaging die 24, then It is clamped with second time swaging die 24 and stretched down by shaping mould 22 on second, second time swaging die 24 is by the second of lower section at this time The air pressure reaction force of pressure-pad-force cylinder 28 is withstood, then cup stamping 2 is produced by the second ejector beam 26 and the second pressure-pad-force top plate 27 Raw suitable pressure-pad-force, makes cup stamping 2 during stretching, the bad phenomenons such as will not generate corrugation, abrade, break, meanwhile, the Two times 23 and second lower template 25 of shaping mould remains static, cup stamping 2 shaping mould 22 and second time swaging die 24 on second Under the active force for clamping and stretching down, cup stamping 2 is close to the wall flow molding of second time shaping mould 23, is finally reached mold closing Height, complete the action of drawing and forming, obtain stretching tank 3, after stretching tank 3 be molded, the second slider of punch rise, under second Swaging die 24, the second ejector beam 26, the second pressure-pad-force top plate 27 and the second pressure-pad-force cylinder 28 returning quickly, and stretching simultaneously Tank 3 ejects second time shaping mould 23, and finally, stretching tank 3 follows shaping mould 22 on second to be detached from second time shaping mould 23, reaches During second time 23 top surface of shaping mould, de- material mould 29 ejects stretching tank 3 on second, and stretching tank 3 rests on second time swaging die 24 In plane, after reaching die sinking height, stretching tank 3 is seen off by the second tank sending system, into subsequent processing.

Level-one draws boss mold, and stretching tank 3 is sent to level-one by the second tank sending system and draws boss mold under die opening state Interior, stretching tank 3 is in third 32 lower section of shaping mould, and is set under third under shaping mould 33 and third on swaging die 34, the When three slider of punch driving third cope plate 31 pushes, 32 downward punching press of shaping mould in third is driven, stretching tank 3 is by under third Swaging die 34 positions, and is then clamped with swaging die under third 34 by shaping mould in third 32 and stretches down, and third pushes at this time Material mould 34 is withstood, then pass through third ejector beam 36 and third flanging by the air pressure reaction force of the third pressure-pad-force cylinder 38 of lower section Power top plate 37 generates suitable pressure-pad-force to stretching tank 3, make stretching tank 3 level-one draw boss during, will not generate corrugation, The bad phenomenons such as abrade, break, meanwhile, shaping mould 33 and third lower template 35 remain static under third, and stretching tank 3 is Under the active force that swaging die 34 is clamped and stretched down under shaping mould 32 and third on three, stretching tank 3, which is close under third, to be molded The wall flow molding of mould 33, is finally reached die height, completes level-one and draws boss forming action, obtains level-one flange stretch tank 4, after level-one flange stretch tank 4 is molded, third slider of punch gos up, swaging die 34, third ejector beam 36, third pressure under third Side power top plate 37 and the returning quickly, and level-one flange stretch tank 4 is ejected into shaping mould under third simultaneously of third pressure-pad-force cylinder 38 33, finally, level-one flange stretch tank 4 follows shaping mould 32 in third to be detached from shaping mould 33 under third, is molded in the case where reaching third During 33 top surface of mould, de- material mould 39 ejects level-one flange stretch tank 4 in third, and level-one flange stretch tank 4 rests on third pushing Expect in 34 plane of mould, after reaching die sinking height, level-one flange stretch tank 4 is seen off by third tank sending system, into subsequent processing.

Two level draws boss mold, and level-one flange stretch tank 4 is sent to two level by third tank sending system and drawn under die opening state In boss mold, level-one flange stretch tank 4 is in 42 lower section of shaping mould on the 4th, and is set in the four times shaping moulds 43 and the 4th On lower swaging die 44, when the 4th slider of punch drives the pushing of the 4th cope plate 41,42 downward punching press of shaping mould in drive the 4th, one Grade flange stretch tank 4 positions at this time by shaping mould 42 on the 4th, then by shaping mould 42 and the four times swaging dies 44 on the 4th It clamping and stretches down, the four times swaging dies 44 are withstood by the air pressure reaction force of the 4th pressure-pad-force cylinder 48 of lower section at this time, Suitable pressure-pad-force is generated to level-one flange stretch tank 4 by the 4th ejector beam 46 and the 4th pressure-pad-force top plate 47 again, makes level-one Flange stretch tank 4 bad phenomenons such as will not generate corrugation, abrade, break during two level draws boss, meanwhile, under the 4th 43 and the 4th lower template 45 of shaping mould remains static, and the shaping mould 42 and the 4th on the 4th of level-one flange stretch tank 4 pushes Under the active force that material mould 44 is clamped and stretched down, level-one flange stretch tank 4 is close to the wall flow of the four times shaping moulds 43 Molding is finally reached die height, completes two level and draws boss forming action, obtains two level flange stretch tank 5, when two level boss is drawn It stretches after tank 5 is molded, the 4th slider of punch gos up, the four times swaging dies 44, the 4th ejector beam 46, the 4th pressure-pad-force top plate 47 and the Four pressure-pad-force cylinders, 48 returning quickly, and two level flange stretch tank 5 is ejected the four times shaping moulds 43 simultaneously, finally, two level is convex Platform stretching tank 5 follows shaping mould 42 on the 4th to be detached from the four times shaping moulds 43, when reaching the four times 43 top surfaces of shaping mould, the 4th Upper de- material mould 49 ejects two level flange stretch tank 5, and two level flange stretch tank 5 is rested in the four times 44 planes of swaging die, is arrived Up to after die sinking height, two level flange stretch tank 5 is seen off by the 4th tank sending system, into subsequent processing.

Under die opening state, two level flange stretch tank 5 is sent by the 4th tank sending system to tank bottom deburring tank bottom Trimming Die In mold, two level flange stretch tank 5 is in 52 lower section of clip mould on the 5th, and is set on the five times clip moulds 54, the 5th punching When the 5th cope plate 51 of bed slider-actuated pushes, 52 downward punching press of clip mould on the 5th, in the process, de- material on the 5th are driven Mould 53 pushes down two level flange stretch tank 5, prevents two level flange stretch tank 5 from deviating, de- material mould 53 is in the work of spring force on the 5th It is compressed under with the decline of clip mould 52 on the 5th, two level flange stretch tank 5 is finally by the internal model of clip mould 52 on the 5th Chamber positions, meanwhile, the five times clip moulds 54, the five times 55 and the 5th lower templates 56 of cutter are in stationary state, and arrival is closed During mould height, the tank bottom rim charge of two level flange stretch tank 5 forms circle by clip mould 52 on the 5th and the five times 54 punchings of clip mould Ring waste material 6, and constantly accumulated on the five times 55 surfaces of cutter, two level flange stretch tank 5 forms tank bottom deburring tank 7, works as annulus When the accumulation of waste material 6 is to certain amount, is squeezed by clip mould 52 on the 5th to the five times cutters 55 and cut off to form two and half arcs Shape waste material, two and half arc waste materials are separated and are fallen from the five times 54 both sides of clip mould, after the completion of punching, the 5th slider of punch Go up, de- material mould 53 under spring force extracts tank bottom deburring tank 7 on the 5th, and tank bottom deburring tank 7 is rested on the In five times 54 planes of clip mould, after reaching die sinking height, tank bottom deburring tank 7 is seen off by the 5th tank sending system, into subsequent processing.

Tank mouth punching stretches mold under die opening state, and tank bottom deburring tank 7 is sent by the 5th tank sending system to tank mouth punching It stretches in mold, tank bottom deburring tank 7 is in 62 lower section of material folding mould on the 6th, and is set in the six times clip moulds the 65, the 6th and pushes Expect on mould 66 and the six times de- material moulds 67, when the 6th slider of punch drives the pushing of the 6th cope plate 61, drive material folding mould on the 6th 62 downward punching presses, tank bottom deburring tank 7 rely on material folding mould 62 on the 6th to position, prevent tank bottom deburring tank 7 from deviating, tank bottom deburring at this time A circular aperture is punched out by clip mould 63 on the 6th and the six times cooperations of clip moulds 65 before this on the two level boss of tank 7, so While tank bottom deburring tank 7 is clamped down by swaging die 64 on the 6th and the six times swaging dies 66 afterwards, the six times swaging dies 66 because The spring of bottom is compressed and declines, and the tank mouth after punching is then close to the outer wall flowing forming of the six times clip moulds 65, herein In the process, the six times 65 and the 6th lower templates 68 of clip mould remain static, and are finally reached die height, complete tank mouth punching Forming action is stretched, tank mouth is obtained and stretches tank 8, after tank mouth, which stretches tank 8, to be molded, the 6th slider of punch gos up, the six times de- materials Mould 67, the 6th ejector beam 69, the 6th de- 610 and the 6th de- tank cylinder 611 of tank deck plate returning quickly, and tank mouth is stretched into tank simultaneously 8 the six times swaging dies 66 of ejection, finally, tank mouth stretches tank 8 and rests in the six times 67 planes of de- material mould, reaches die sinking height Afterwards, tank mouth stretches tank 8 and is seen off by the 6th tank sending system, into subsequent processing.

Under die opening state, tank mouth stretches tank 8 and is sent by the 6th tank sending system to tank mouth edge rolling mold tank mouth edge rolling mold Interior, tank mouth stretches tank 8 and is in 72 lower section of material folding mould on the 7th, and is set in the seven times shaping moulds 74 and the seven times de- material moulds 75 On, when the 7th slider of punch drives the pushing of the 7th cope plate 71, shaping mould 73 is downward on material folding mould 72 and the 7th in drive the 7th Punching press, tank mouth stretch tank 8 and rely on 72 inner cavity of material folding mould positioning on the 7th at this time, prevent tank mouth from stretching tank 8 and deviate, punching press is centainly high After degree, tank mouth stretches tank 8 and is enclosed in fixation on the seven times shaping moulds 74, and the seven times 74 and the 7th lower templates 76 of shaping mould are in quiet Only state, tank mouth stretch tank 8 on the 7th under the interaction of shaping mould 73 and the seven times shaping moulds 74, and it is tight that tank mouth stretches part The circular arc outer wall flowing forming of shaping mould 73 on the 7th is against, is finally reached die height, tank mouth edge rolling forming action is completed, obtains Tank mouth edge rolling tank, after tank mouth edge rolling jug forming, the 7th slider of punch go up, the seven times de- material moulds 75, the 7th ejector beam 77, 7th de- 78 and the 7th de- tank cylinder 79 of tank deck plate returning quickly, and tank mouth edge rolling tank deck is gone out into the seven times shaping moulds 74 simultaneously, Finally, tank mouth edge rolling tank is rested in the seven times 75 planes of de- material mould, and after reaching die sinking height, tank mouth edge rolling tank is by the 7th tank sending System is seen off, into subsequent processing.

The manufacture system of two inhalator jars of variant color printing, after first carrying out variant color printing on chromium plating tinplate surface, Draw boss, two level that boss, tank bottom deburring, tank mouth punching is drawn to stretch by cup stamping, stretching, level-one again, 8 processes such as tank mouth edge rolling It completes a set of fully-automatic conversion sports lottery ticket and prints two inhalator jar production lines.Not only improve productivity and quality, also reduce manually into Sheet and workshop rent.Meanwhile in materials procurement, variant printing process is completed inside steel plant, and is concentrated effective The problem of having handled exhaust gas, discharge of wastewater caused by printing drying wants environmental protection so as to solve in enterprise's production It asks, reduces energy loss, improve the profit of enterprise.The manufacture system of two inhalator jars of variant color printing, with traditional silk Two inhalator jar production technologies of print are compared, and are reduced and are painted, print online needed for traditional two inhalator jar production processes of silk-screen Brush and the process dried twice achieve the effect that enterprise's tank production zero emissions, zero pollution, and improve production efficiency, reduce people Work is of high cost and occupation area of equipment, so as to improve the core competitiveness of product and enterprise.

It is obvious to a person skilled in the art that the utility model is not limited to the details of above-mentioned exemplary embodiment, and And in the case of the spirit or essential attributes without departing substantially from the utility model, it can realize that this practicality is new in other specific forms Type.Therefore, in all respects, the present embodiments are to be considered as illustrative and not restrictive, this practicality is new The range of type is indicated by the appended claims rather than the foregoing description, it is intended that by containing in the equivalent requirements of the claims is fallen All changes in justice and range are embraced therein.Any reference numeral in claim should not be considered as limitation Involved claim.

In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in each embodiment can also be properly combined, forms those skilled in the art The other embodiment being appreciated that.

Claims (8)

1. a kind of manufacture system of two inhalator jars of variant color printing, which is characterized in that including cup punching die, drawing die, level-one Draw boss mold, two level that boss mold, tank bottom Trimming Die, tank mouth punching is drawn to stretch mold and tank mouth edge rolling mold；The punching Cup mold includes the first cope plate（11）, clip mould on first（12）, first time clip mould（13）, first time swaging die（14）、 First time shaping mould（15）, the first lower template（16）, the first ejector beam（17）, the first pressure-pad-force top plate（18）, the first pressure-pad-force Cylinder（19）With first on de- material mould（110）, first time clip mould（13）With first time shaping mould（15）It is each attached to One lower template（16）Upside, and first time clip mould（13）Positioned at first time shaping mould（15）Outside, first time clip mould（13）With First time shaping mould（15）Between formed accommodate first time swaging die（14）First time swaging die holding tank, first time swaging die （14）It is vertically slidably mounted in first time swaging die holding tank, the first pressure-pad-force top plate（18）Positioned at the first lower template （16）Lower section, the first ejector beam（17）It is fixedly mounted on the first pressure-pad-force top plate（18）On, and the first ejector beam（17）Across One lower template（16）It is connected to first time swaging die（14）, the first pressure-pad-force cylinder（19）Connect the first pressure-pad-force top plate（18）； Clip mould on described first（12）It is fixedly mounted on the first cope plate（11）Lower section, clip mould on first（12）Lower face and the Swaging die once（14）Position is corresponding in the vertical direction for upper surface, the first cope plate（11）It is connected to the first punching machine cunning Block, de- material mould on first（110）It is slidably mounted on clip mould on first（12）It is interior, and de- material mould on first（110）Drive rod Clip mould on across first（12）With the first cope plate（11）It upwardly extends.

2. the manufacture system of two inhalator jars of variant color printing according to claim 1, which is characterized in that the drawing die Including the second cope plate（21）, shaping mould on second（22）, second time shaping mould（23）, second time swaging die（24）, under second Template（25）, the second ejector beam（26）, the second pressure-pad-force top plate（27）, the second pressure-pad-force cylinder（28）With second on de- material mould （29）, second time shaping mould（23）It is fixed on the second lower template（25）Upside, second time swaging die（24）Vertically Be slidably located in second time shaping mould（23）Outside, the second pressure-pad-force top plate（27）Positioned at the second lower template（25）Lower section, the second top Expect bar（26）It is fixedly mounted on the second pressure-pad-force top plate（27）On, and the second ejector beam（26）Across the second lower template（25）Connection To second time swaging die（24）, the second pressure-pad-force cylinder（28）Connect the second pressure-pad-force top plate（27）；Shaping mould on described second （22）It is fixedly mounted on the second cope plate（21）Lower section, shaping mould on second（22）Lower face and second time swaging die（24）'s Position is corresponding in the vertical direction for upper surface, the second cope plate（21）It is connected to the second slider of punch, de- material mould on second （29）It is slidably mounted on shaping mould on second（22）It is interior, and de- material mould on second（29）Drive rod pass through second on shaping mould （22）With the second cope plate（21）It upwardly extends.

3. the manufacture system of two inhalator jars of variant color printing according to claim 2, which is characterized in that the level-one is drawn convex Platform mold includes third cope plate（31）, shaping mould in third（32）, shaping mould under third（33）, swaging die under third（34）、 Third lower template（35）, third ejector beam（36）, third pressure-pad-force top plate（37）, third pressure-pad-force cylinder（38）It is taken off in third Expect mould（39）, shaping mould under the third（33）It is fixed on third lower template（35）Upside, swaging die under third（34）Along vertically Direction is slidably located in shaping mould under third（33）Outside, shaping mould under third（33）Upper end is provided with level-one boss forming block, the Three pressure-pad-force top plates（37）Positioned at third lower template（35）Lower section, third ejector beam（36）It is fixedly mounted on third pressure-pad-force top plate （37）On, and third ejector beam（36）Across third lower template（35）It is connected to swaging die under third（34）, third flanging strength Cylinder（38）Connect third pressure-pad-force top plate（37）；Shaping mould in the third（32）It is fixedly mounted on third cope plate（31）Under It is square, shaping mould in third（32）Lower face and third under swaging die（34）Position is corresponding in the vertical direction for upper surface, Third cope plate（31）It is connected to third slider of punch, de- material mould in third（39）It is slidably mounted on shaping mould in third（32） It is interior, and de- material mould in third（39）Drive rod pass through third on shaping mould（32）With third cope plate（31）It upwardly extends.

4. the manufacture system of two inhalator jars of variant color printing according to claim 3, which is characterized in that the two level is drawn convex Platform mold includes the 4th cope plate（41）, shaping mould on the 4th（42）, the four times shaping moulds（43）, the four times swaging dies（44）、 4th lower template（45）, the 4th ejector beam（46）, the 4th pressure-pad-force top plate（47）, the 4th pressure-pad-force cylinder（48）With the 4th on take off Expect mould（49）, the four times shaping moulds（43）It is fixed on the 4th lower template（45）Upside, the four times swaging dies（44）Along vertically Direction is slidably located in the four times shaping moulds（43）Outside, the four times shaping moulds（43）Upper end is provided with two level boss forming block, the Four pressure-pad-force top plates（47）Positioned at the 4th lower template（45）Lower section, the 4th ejector beam（46）It is fixedly mounted on the 4th pressure-pad-force top plate （47）On, and the 4th ejector beam（46）Across the 4th lower template（45）It is connected to the four times swaging dies（44）, the 4th flanging strength Cylinder（48）Connect the 4th pressure-pad-force top plate（47）；Shaping mould on described 4th（42）It is fixedly mounted on the 4th cope plate（41）Under It is square, shaping mould on the 4th（42）Lower face and the four times swaging dies（44）Position is corresponding in the vertical direction for upper surface, 4th cope plate（41）It is connected to the 4th slider of punch, de- material mould on the 4th（49）It is slidably mounted on shaping mould on the 4th（42） It is interior, and de- material mould on the 4th（49）Drive rod pass through the 4th on shaping mould（42）With the 4th cope plate（41）It upwardly extends.

5. according to the manufacture system of any two inhalator jars of variant color printing of claim 1-4, which is characterized in that the tank Bottom Trimming Die includes the 5th cope plate（51）, clip mould on the 5th（52）, de- material mould on the 5th（53）, the five times clip moulds （54）, the five times cutters（55）With the 5th lower template（56）, the five times clip moulds（54）It is fixed on the 5th lower template （56）Upside, the five times cutters（55）It is fixedly mounted on the five times clip moulds（54）Outside；Clip mould on described 5th（52） It is fixedly mounted on the 5th cope plate（51）Lower section, clip mould on the 5th（52）Lower end inside face and the five times clip moulds（54）'s Position is corresponding in the vertical direction for upper end lateral surface, the 5th cope plate（51）It is connected to the 5th slider of punch, de- material on the 5th Mould（53）It is slidably mounted on clip mould on the 5th（52）It is interior, and de- material mould on the 5th（53）Drive rod pass through the 5th on clip mould （52）With the 5th cope plate（51）It upwardly extends, de- material mould on the 5th（53）Drive rod on be also arranged with spring, spring is located at De- material mould on 5th（53）Clip mould on upper side and the 5th（52）Between inside cavity bottom.

6. the manufacture system of two inhalator jars of variant color printing according to claim 5, which is characterized in that the 5th incision Expect knife（55）There are two altogether, and it is symmetricly set on the five times clip moulds（54）Both sides.

7. the manufacture system of two inhalator jars of variant color printing according to claim 5, which is characterized in that the tank mouth punching It stretches mold and includes the 6th cope plate（61）, material folding mould on the 6th（62）, clip mould on the 6th（63）, swaging die on the 6th （64）, the six times clip moulds（65）, the six times swaging dies（66）, the six times de- material moulds（67）, the 6th lower template（68）, the 6th top Expect bar（69）, the 6th de- tank deck plate（610）With the 6th de- tank cylinder（611）, the 6th lower template（68）Upside is equipped with boss, institute State the six times clip moulds（65）It is fixed on the 6th lower template（68）Boss on the upside of, the six times swaging dies（66）Vertically slide It is dynamic to be set in the six times clip moulds（65）Outside, and the six times swaging dies（66）Bottom and the six times clip moulds（65）Between pedestal also It is provided with spring, the six times de- material moulds（67）Vertically it is slidably located in outside boss, the 6th de- tank deck plate（610）Positioned at Six lower templates（68）Lower section, the 6th ejector beam（69）It is fixedly mounted on the 6th de- tank deck plate（610）On, and the 6th ejector beam（69） Across the 6th lower template（68）It is connected to the six times de- material moulds（67）, the 6th de- tank cylinder（611）Connect the 6th de- tank deck plate （610）；Material folding mould on described 6th（62）It is fixedly mounted on the 6th cope plate（61）Lower section, material folding mould on the 6th（62）Lower end Face and the six times de- material moulds（67）Position is corresponding in the vertical direction for upper surface, the 6th cope plate（61）It is connected to the 6th punching Bed sliding block, clip mould on the 6th（63）The material folding mould on the 6th（62）It is interior, and clip mould on the 6th（63）With being cut under the 6th Mouth mold（65）Position is corresponding in the vertical direction, swaging die on the 6th（64）The material folding mould on the 6th（62）It is interior, the 6th Upper swaging die（64）The clip mould on the 6th（63）Outside, and swaging die on the 6th（64）With the six times swaging dies（66）Perpendicular The upward position of Nogata is corresponding.

8. the manufacture system of two inhalator jars of variant color printing according to claim 7, which is characterized in that the tank mouth edge rolling Mold includes the 7th cope plate（71）, material folding mould on the 7th（72）, shaping mould on the 7th（73）, the seven times shaping moulds（74）, Seven times de- material moulds（75）, the 7th lower template（76）, the 7th ejector beam（77）, the 7th de- tank deck plate（78）With the 7th de- tank cylinder （79）, the seven times shaping moulds（74）It is fixed on the 7th lower template（76）Upside, the seven times de- material moulds（75）Along vertical side To the seven times shaping moulds that are slidably located in（74）Outside, the 7th de- tank deck plate（78）Positioned at the 7th lower template（76）Lower section, the 7th top Expect bar（77）It is fixedly mounted on the 7th de- tank deck plate（78）On, and the 7th ejector beam（77）Across the 7th lower template（76）It is connected to The seven times de- material moulds（75）, the 7th de- tank cylinder（79）Connect the 7th de- tank deck plate（78）；Material folding mould on described 7th（72）Gu Dingan County is mounted in the 7th cope plate（71）Lower section, material folding mould on the 7th（72）Lower face and the seven times de- material moulds（75）Upper surface Position is corresponding in the vertical direction, the 7th cope plate（71）It is connected to the 7th slider of punch, shaping mould on the 7th（73）Installation The material folding mould on the 7th（72）It is interior, and shaping mould on the 7th（73）With the seven times shaping moulds（74）Position is opposite in the vertical direction It should.