CN209304966U - A kind of bottle production system for having gathered injection molding machine and bottle blowing machine - Google Patents

Abstract

The utility model provides a kind of bottle production system for having gathered injection molding machine and bottle blowing machine, including control module, bottle blowing machine, injection molding machine and transfer device, and the bottle blowing machine includes heating group, stretching group, molding group and pedestal；The bottle blowing machine further includes set of jaws and rotation group；Bottle is integrated in a production system from injection molding bottle embryo to bottle blowing moulding, reduce transportation cost, and shorten the production cycle, it is heated in time using the bottle embryo that the heating group completes rigid injection molding simultaneously, it can use the waste heat of bottle embryo, save the energy consumption that bottle embryo is heated before blowing bottle, and the temperature at each position of bottle embryo can accurately be controlled by the heating group, so that the temperature at each position of bottle embryo reaches best, to improve the quality of bottle after bottle blowing moulding, entire production process realizes full-automation, and efficiency greatly improves.

Description

A kind of bottle production system for having gathered injection molding machine and bottle blowing machine

[technical field]

The utility model relates to bottle manufacturing technology, especially a kind of bottle production system for having gathered injection molding machine and bottle blowing machine System.

[background technique]

Plastic raw materials all or two-step bottle blowing machine, i.e., first must be made into bottle embryo, then again by major part bottle blowing machine at present It is blown.The process of bottle embryo blowing first heats bottle embryo, and then bottle embryo is put into the type chamber of molding die, then molding die The stretch rod of the stretching group of top protrudes into bottle embryo, and compressed gas is blown into bottle embryo from the insufflation channel inside stretch rod and is carried out Blow bottle.And most of injection molding bottle embryo and blown bottle are shared out the work and helped one another by obstructed producer, such production method makes bottle Embryo, which needs to transport Chui Ping factory after being molded by, to carry out blowing bottle, and whole process needs wasting manpower and material resources to transport, while by In be just molded by come bottle embryo be there is certain residual temperature, however by transport after, bottle embryo can cool down, arrive Chui Ping factory when, need Heating bottle embryo is re-started, general common bottle blowing machine is all to bake bottle embryo using the heating system of overlength, to reach material Fusing point, then blow bottle, time-consuming in this way and consumes energy very much, and production efficiency is low, at high cost, while being just molded by have residual temperature The waste heat of bottle embryo be wasted, energy-saving and emission-reduction that this and present country advocate are disagreed, and economic benefit is small.

In addition, due to the shape at each position of the bottle of bottle embryo blowing be not it is the same so that bottle embryo each position Temperature requirement is inconsistent, and most of PP bottle bottle blowing machine sold on existing market is all to heat bottle embryo using multiple heater boxes, adds The inside and outside uneven heating of bottle embryo is even when hot, is unable to the temperature at each position of accuracy controlling bottle embryo, influences the quality of bottle.

Chinese Patent Application No.: 201720713206.8, publication number: 206899729U, publication date: 2018-01-19；It is public A kind of injection molding machine and the automatic online robot device of bottle blowing machine have been opened: it include injection molding machine, bottle blowing machine and robot device, Injection molding machine goes out product end and is connected with the bottle embryo conveyer belt arranged in horizontal cross, and bottle embryo conveyer belt upper end is installed in horizontal cross The guide rail of arrangement, bottle embryo conveyer belt are located at injection molding machine and go out on the other end of product to be installed with bottle embryo termination station, bottle blowing machine upper end Be installed with several in it is horizontal longitudinally arranged and can the mobile heating seat of vertical equity, by heat seat horizontally vertically move come Adjust the precision of the docking location of heating seat and robot device.By which solves after the completion of bottle embryo injection molding to blowing a bottle mistake The transportation problem of journey.Because bottle embryo has just been molded by have temperature, if be reheated to by original bottle embryo from the state of cooling Meet the temperature for blowing bottle requirement, then same heating time heating power, for being just molded by the bottle embryo come the time and Temperature can be more than the temperature of requirement, so that the quality of bottle is blown in influence, but the patent is not on the books and how solves using just It is molded the waste heat for the bottle embryo completed, reduces the energy consumption for heating bottle embryo when blowing bottle, and can not be to each position of bottle embryo Heating temperature is accurately adjusted.

[utility model content]

To overcome defect existing for existing equipment, the utility model lies in that providing a kind of injection molding machine and bottle blowing machine gathered Bottle production system, using be just molded by come bottle embryo waste heat, saved the energy, while can be to the temperature at each position of bottle embryo Degree is accurately adjusted, and the quality of product is improved.

The utility model is realized in this way: a kind of bottle production system for having gathered injection molding machine and bottle blowing machine, including control Molding block, bottle blowing machine, injection molding machine and transfer device, the control module be communicatively coupled to respectively the injection molding machine, bottle blowing machine with And transfer device；The transfer device is arranged between the injection molding machine and bottle blowing machine；The bottle blowing machine includes heating group, stretches Group, molding group and pedestal；The molding group includes die holder and shaping mould group；The shaping mould group is erected in the die holder, The die holder is fixedly connected on the top surface of the pedestal；The stretching group includes telescopic rod, is provided with air inlet in the telescopic rod Channel, the heating group and moulding composition are not erected on the pedestal, the stretching group be erected at the molding group just on The type of side, the insertion shaping mould group that the telescopic rod can be gone up and down is intracavitary；The stretching group and moulding composition do not communicate to connect In the control module；

The bottle blowing machine further includes set of jaws and rotation group；

The heating group includes a plurality of heating members that can slide up and down；The control is communicatively coupled to per the heating member Module；The heating group is erected on the pedestal；And the heating group is located at the front of the molding group；

The rotation group includes that several rotate embryo heads and the clamping device equal with the rotation embryo head quantity, described The quantity of the quantity and the type chamber that rotate embryo head corresponds；Per the rotation embryo head, one-to-one correspondence is connected to a clamping Device, per the top for being set up in the heating group that the rotation embryo head can be gone up and down, and all rotation embryo heads are realized together Rotary motion is walked, while per the rotation embryo head after decline and the heating member is opposite and with a spacing, the spacing is greater than The maximum radius of bottle embryo；

The set of jaws includes an at least clamping jaw module, and the quantity with the rotation embryo head is provided with per the clamping jaw module Mechanical grip is corresponded, and all mechanical grips are communicatively coupled to the control module；It is real per the clamping jaw module Existing horizontal front and back longitudinal movement and horizontal left and right transverse shifting；The set of jaws is erected at the same of the molding group and heating group Side and the respectively higher than described heating group and molding group.

Further, the heating group further includes reflective box, heating member installs case and the heating member quantity is equal consolidates Fixed rack group, two fans, air extractor, heater box support frame and reflective box support frame；

The right end of the heating member installs case is opening, and the left end of the heating member installs case is equipped with the installation of the first fan Hole, the left end of the heating member installs case also symmetrically offers two first vertical chutes, and runs through per first vertical chute The left end of the heating member installs case, the left end of the heating member installs case are also convexly equipped with two fixed blocks, and two fixed blocks are high Spend equal and front and back longitudinal direction that is being located at first fan mounting holes two sides；It is perpendicular that one second is offered on per the fixed block Straight runner, second vertical chute run through the front and back longitudinal direction both ends per the fixed block；One fan is mounted on described In one fan mounting holes；The heating member installs case is mounted on the heater box support frame；

It include two sliding blocks, two levels and contour fixed link and two first bolts per the fixed bracket group；Every institute It states sliding block and offers a screw hole, one end per the fixed link is convexly equipped with buckle, every two level and the contour fixed link The other end correspond and pass perpendicularly through two first vertical chutes, latter a pair outward inside the heating member installs case Two sliding blocks should be fixedly connected on；The two first bolt one-to-one correspondence correspond after two second vertical chutes Lock two screw holes；

Two buckles positioned at sustained height are removably horizontally caught in along front and back longitudinal direction per the heating member；

The reflective box left end is opening, and the reflective box right end is equipped with the second fan mounting holes, in the reflective box Being arranged side by side has a plurality of reflecting plates, and the reflective box is fixedly connected on the reflective box support frame；Another fan peace In second fan mounting holes；The heater box support frame, reflective box support frame are respectively fixedly connected in the pedestal Top surface, and the opening of the reflective box and the opening of the heating member installs case are arranged in parallel in opposite directions, and the reflective box There is a spacing distance between the heating member installs case, the spacing distance is greater than the maximum gauge of bottle embryo；The pumping dress The lower section for being set up in the reflective box is set, and the air entry of the air extractor is connected to the spacing distance；Two fans It is communicatively coupled to the control module respectively.

Further, the heating group further includes auxiliary support plate and the first cylinder；First cylinder is fixedly connected on The top of the reflective box, and the piston rod of first cylinder along left and right, transversely and horizontally arrange by direction, the auxiliary support plate It is fixedly connected on the piston rod of first cylinder；First cylinder is communicatively coupled to the control module；The auxiliary branch The height of fagging is lower than the height that bottle embryo after bottle embryo is clamped per the mechanical grip.

Further, the heater box support frame includes two first firm bankings and two first upright sliding bars；Two described What one upright sliding bar one-to-one correspondence can slide up and down is connected to two first firm bankings；The heating member installs case can be overturn Be connected on two first upright sliding bars, and two first upright sliding bars are along front and back longitudinal direction horizontal linear interval cloth It sets；

The reflective box support frame includes two second firm bankings and two second upright sliding bars；Two second upright sliding bars What one-to-one correspondence can slide up and down is connected to two second firm bankings；It is perpendicular that the reflective box is fixedly connected on two described second On straight slide bar, and two second upright sliding bars are along front and back longitudinal direction horizontal linear arranged for interval.

Further, the heater box support frame further includes four the second bolts, four the first nuts and four third spiral shells Bolt；Lower end per the fixed block is also provided with two first bolts hole；Upper end per first upright sliding bar offers two the Two bolts hole；Include the first fixed plate and first sleeve per first firm banking, is also opened up per the first sleeve side There are two third bolts hole；The top surface of the pedestal is fixedly connected on per first fixed plate；One by one per the first sleeve The corresponding top surface for being fixedly connected on first fixed plate；Two first upright sliding bars correspond the set that can be slided up and down Set on two first sleeves, four third bolts hole then are locked by two institutes with four third bolt one-to-one correspondence State the locking of the first upright sliding bar；Four the second bolt one-to-one correspondence sequentially pass through four second bolts hole, four institutes It states after the first bolt hole respectively with first nut check；

The reflective box support frame further includes four the 4th bolts；It further include the second fixed plate per second firm banking With the second casing；Side per second casing is also provided with two the 4th bolts hole；It is fixed per second fixed plate to connect It is connected to the top surface of the pedestal, the top surface for being fixedly connected on second fixed plate is corresponded per second casing；Two What the second upright sliding bar one-to-one correspondence can slide up and down is sheathed on two second casings, then with four the 4th spiral shells Bolt one-to-one correspondence locks two second upright sliding bars after locking four the 4th bolts hole.

Further, there are three the clamping jaw modules；The quantity of the rotation embryo head is two；Per the clamping jaw module packet Two mechanical grips are included, and two mechanical grips are horizontally disposed in a straight line along front and back longitudinal direction；The quantity of the type chamber It is two；The center of the two type chambers is away from the center for being equal to two mechanical grips being located on the same clamping jaw module Away from；

The die holder includes bottom plate, left and right support plate and the top plate for constituting rectangular frame structure；

The set of jaws further include the first driving motor, three the second cylinders, a synchronous belt, first pulley, the second belt wheel, Clamping jaw fixing seat, air cylinder fixed plate and connection fixture；

The clamping jaw fixed seating is set to the top plate；Being connected to for the air cylinder fixed plate energy front and back longitudinal sliding motion is described The bottom of clamping jaw fixing seat；Three second cylinders are fixedly connected on the bottom of the air cylinder fixed plate, and in front of a straight line After be longitudinally arranged, and the center of two neighboring second cylinder is away from being equal to the center of the heating group and shaping mould group away from simultaneously Piston rod per second cylinder is transversely and horizontally arranged along left and right；Per the clamping jaw module, one-to-one correspondence is fixedly connected on an institute State the piston rod of the second cylinder；The top of the shaping mould group and the top of the heating group are located at sustained height；Described in three Clamping jaw module is located at sustained height, and is higher than the top of the shaping mould group；Three second cylinders also communicate to connect respectively In the control module；

First driving motor is fixedly connected on the top plate, and the output shaft horizontal cross of first driving motor Arrangement；The first pulley is fixedly connected on the output shaft of first driving motor；The connection that second belt wheel is able to rotate In the top plate；The synchronous belt is sheathed on the first pulley and the second belt wheel, and the top plate passes through the synchronous belt Inner cavity；The connection fixture is fixedly connected on the synchronous belt；The connection fixture is also respectively fixedly connected in the gas Cylinder fixed plate；First driving motor is also communicatively coupled to the control module.

Further, the rotation group further includes a driving motor module, a third cylinder, the first supporting element, second Support member and the connecting rod equal with the rotation embryo head quantity；

The driving motor module includes the second driving motor, chain, the first driving gear and and the rotation embryo head The first equal driven gear of quantity；Second driving motor is fixedly connected on second supporting element, and described second drives The output shaft state in a vertical shape of dynamic motor；First driving gear is fixedly connected on the output shaft of second driving motor；

It is revolvable per the connecting rod to be connected to second supporting element, and all connecting rods are in front and back longitudinal direction Direction is linearly arranged, while every connecting rod state in a vertical shape；Bottom end per the connecting rod, which corresponds, to be fixedly connected In the top of a rotation embryo head, per first driven gear, one-to-one correspondence is fixedly connected in a connecting rod；

The chain is sheathed on first driving gear and all first driven gears；

The third cylinder is fixedly connected on first supporting element, and the piston rod of the third cylinder is in a vertical shape State；The piston rod of the third cylinder is fixedly connected on second supporting element, and first supporting element is fixedly connected on described Top plate；Second driving motor is communicatively coupled to the control module.

It further, further include heating lamp tube controller, the heating member is heating fluorescent tube, per the heating member communication link It is connected to the heating lamp tube controller, the heating lamp tube controller is communicatively coupled to the control module.

Further, the bottle blowing machine further includes at least one storage cylinder；Per the storage cylinder and the inlet channel gas The connection of close property.

It further, is O-ring seal per the clamping device, per the clamping device, one-to-one correspondence is sheathed on described in one Embryo head is rotated, and is less than the internal diameter of bottle preform mouth per the maximum outside diameter of the rotation embryo head, the outer diameter per the clamping device is greater than The internal diameter of bottle preform mouth；The control module is PLC controller, and the transfer device is manipulator；It is equipped on the manipulator Second mechanical grip, and the quantity of the quantity of second mechanical grip and the mechanical grip on a clamping jaw module It is identical with positional relationship；The control module is communicatively coupled to per second mechanical grip.

Utility model has the advantages that the utility model provides a kind of bottle production for having gathered injection molding machine and bottle blowing machine System, including control module, bottle blowing machine, injection molding machine and transfer device, the bottle blowing machine include heating group, stretching group, molding group And pedestal；The bottle blowing machine further includes set of jaws and rotation group；Bottle is integrated in one from injection molding bottle embryo to bottle blowing moulding The bottle embryo in production system, reducing transportation cost, and shorten the production cycle, while rigid injection molding being completed using the heating group into Row heating in time, can use the waste heat of bottle embryo, save the energy consumption that bottle embryo is heated before blowing bottle, and can by the heating group It is accurately controlled with the temperature to each position of bottle embryo, so that the temperature at each position of bottle embryo reaches most preferably, is blown to improve The quality of bottle, entire production process realize full-automation after bottle molding, and efficiency greatly improves.

[Detailed description of the invention]

The utility model is further described in conjunction with the embodiments with reference to the accompanying drawings.

Fig. 1 is the structural schematic diagram of bottle production system described in the utility model.

Fig. 2 is the main view of bottle blowing machine described in the utility model.

Fig. 3 is the top view of bottle blowing machine described in the utility model.

Fig. 4 is the rearview of bottle blowing machine described in the utility model.

Fig. 5 is the C-C cross-sectional view of Fig. 3.

Fig. 6 is that bottle blowing machine described in the utility model removes the top view after protective plate.

Fig. 7 is that bottle blowing machine described in the utility model removes the rearview after protective plate.

Fig. 8 is that bottle blowing machine described in the utility model removes the right view after protective plate.

Fig. 9 is that bottle blowing machine described in the utility model removes the perspective view after protective plate.

Figure 10 is the structural schematic diagram of heating member installs case rollover states described in the utility model.

Figure 11 is structural schematic diagram when heating member installs case described in the utility model is not overturn.

Figure 12 is the structural schematic diagram of reflective box described in the utility model and air extractor.

Figure 13 is the structural schematic diagram of heating group described in the utility model.

Figure 14 and Figure 15 is the perspective view of rotation group described in the utility model.

Figure 16 is the top view of rotation group described in the utility model.

Figure 17 is the main view of rotation group described in the utility model.

Figure 18 is the bottom view of rotation group described in the utility model.

Figure 19 is the side view of rotation group described in the utility model.

Figure 20 is the structural schematic diagram of clamping jaw module described in the utility model and clamping jaw fixing seat.

Figure 21 is the top view of set of jaws described in the utility model.

Figure 22 is the main view of set of jaws described in the utility model.

Figure 23 is the bottom view of set of jaws described in the utility model.

Figure 24 is the embodiment one of driving motor module described in the utility model.

Figure 25 is the embodiment two of driving motor module described in the utility model.

Figure 26 is the perspective view of stretching group described in the utility model.

Figure 27 is the perspective view after rotation group described in the utility model, stretching group and top plate are removed.

Figure 28 is the side view of Figure 27.

Figure 29 is the main view of Figure 27.

Figure 30 is the top view of Figure 27.

Figure 31 is the rearview of Figure 27.

Figure 32 is the perspective view of molding group described in the utility model.

Figure 33 is the top view of molding group described in the utility model.

Figure 34 is the main view of molding group described in the utility model.

Figure 35 is the bottom view of molding group described in the utility model.

In figure: 100, injection molding machine；200, transfer device；201, the second mechanical grip；300, bottle blowing machine；310, heating group； 311, heating member；312, reflective box；3121, the second fan mounting holes；3122, reflecting plate；313, heating member installs case；3131, First fan mounting holes；3132, the first vertical chute；3133, fixed block；31331, the second vertical chute；314, fixed bracket Group；3141, sliding block；3142, fixed link；31421, it buckles；3143, the first bolt；315, two fan；316, air extractor； 317, heater box support frame；3171, the first firm banking；31711, the first fixed plate；31712, first sleeve；31713, Three bolts hole；3172, the first upright sliding bar；3173, the second bolt；3174, the first nut；3175, third bolt；31332, One bolt hole；31721, the second bolt hole；318, reflective box support frame；3181, the second firm banking；31811, second is fixed Plate；31812, the second casing；3182, the second upright sliding bar；3183, the 4th bolt；319, auxiliary support plate；3191, half arc Open slot；3101, the first cylinder；320, molding group；321, die holder；3211, bottom plate；3212, left support plate；3213, right support Plate；3214, top plate；322, shaping mould group；3221, type chamber；3222, open-close module；3223, crank link mechanism；3224, Three driving motors；330, pedestal；340, rotation group；341, embryo head is rotated；342, clamping device；343, driving motor module； 3431, the second driving motor；3432, the first driving gear；3433, the first driven gear；344, third cylinder；345, first Supporting element；346, the second supporting element；347, connecting rod；348, guide sleeve；349, contact roller；350, stretching group；351, telescopic rod； 3511, inlet channel；352, the 4th driving motor；353, rack gear；354, second gear；355, stretching group fixed frame；360, it presss from both sides Pawl group；361, clamping jaw module；3611, mechanical grip；362, the first driving motor；363, the second cylinder；364, synchronous belt；365, First pulley；366, the second belt wheel；367, clamping jaw fixing seat；368, air cylinder fixed plate；369, connection fixture；370, gas storage Bottle；380, protective plate；400, control module；500, bottle.

[specific embodiment]

It please refers to Fig.1 to Fig.3 shown in 5, a kind of bottle production system for having gathered injection molding machine and bottle blowing machine, including control mould Block 400, bottle blowing machine 300, injection molding machine 100 and transfer device 200, described 400 pieces of control mould are communicatively coupled to the injection molding respectively Machine 100, bottle blowing machine 300 and transfer device 200；The transfer device 200 is arranged in the injection molding machine 100 and bottle blowing machine 300 Between, for example, the transfer device 200 is that existing manipulator 200, manipulator 200 are mounted on the injection molding machine 100 on the market Between bottle blowing machine 300, the bottle embryo of 100 injection formed of injection molding machine can be clamped, it is described to be then transferred into the bottle blowing machine 300 360 clamping jaw of set of jaws of bottle blowing machine 300；The bottle blowing machine 300 include heating group 310, stretching group 350, molding group 320 with And pedestal 330；The molding group 320 includes die holder 321 and shaping mould group 322；The shaping mould group 322 is erected at the die holder In 321, the die holder 321 is fixedly connected on the top surface of the pedestal 330；The stretching group 350 includes telescopic rod 351, described Inlet channel 3511 is provided in telescopic rod 351, the heating group 310 and molding group 320 are respectively erected in the pedestal 330 On, the stretching group 350 is erected at the surface of the molding group 320, the insertion molding that the telescopic rod 351 can be gone up and down In the type chamber 3221 of mould group 322, when use, the set of jaws 360 clipped to bottle embryo immediately below the telescopic rod 351, then passed through The telescopic rod 351 protrudes into bottle embryo and clamps bottle embryo, for example, can be inserted into bottle embryo lumen portion in the telescopic rod 351 It is arranged an O-ring seal, the outer diameter of O-ring seal is greater than the internal diameter of bottle embryo, and the set of jaws 360 is unclamped, the telescopic rod 351 drop to 3221 position of type chamber with bottle embryo, and then the shaping mould group 322 molds, and gas is from the inlet channel 3511 It is blown into bottle embryo to carry out blowing bottle, bottle 500 is carried out shaping by the type chamber 3221；The stretching group 350 and molding group 320 It is communicatively coupled to the control module 400 respectively, is realized and is automatically controlled by the control module 400；

The bottle blowing machine 300 further includes set of jaws 360 and rotation group 340；

The heating group 310 includes a plurality of heating members 311 that can slide up and down, and can be slided per about 311 heating member It is dynamic, allow to adjust the position per the heating member 311, and then each position of corresponding bottle embryo, it is each for accurate control bottle embryo The temperature at a position provides condition；It is communicatively coupled to the control module 400 per the heating member 311, passes through the control mould Block 400 controls heating time and heating power per the heating member 311, to finally realize the temperature to each position of bottle embryo It is accurately controlled, a bottle quality is blown in raising；The heating group 310 is erected on the pedestal 330；And described heating group 310 In the front of the molding group 320, the front that heating group 310 is located at molding group 320 meets production technology sequence requirement, so that raw The mobile distance of production process set of jaws 360 is shorter, saves the time, improves production efficiency；

The rotation group 340 includes several rotation embryo heads 341 and the clamping dress equal with the rotation embryo head quantity 342 are set, the quantity of the rotation embryo head 341 and the quantity of the type chamber 3221 correspond；One by one per the rotation embryo head 341 It is correspondingly connected to a clamping device 342, is clamped bottle embryo by clamping device 342, is revolved by every rotation embryo head 341 It rotates into and clamping device 342 and bottle embryo is driven to rotate, so that each position is heated more evenly when heating bottle embryo, improve bottle embryo temperature Spend the precision and convenience of control；Per the top for being set up in the heating group 310 that the rotation embryo head 341 can be gone up and down, and institute The rotation embryo head 341 having realizes synchronous rotary movement, the bottle embryo that synchronous rotary enables every clamping device 342 to clamp It is synchronous to carry out temperature regulation, guarantee that heating can be completed at the same time with each bottle embryo once heated, improves production efficiency, simultaneously Temperature is excessively high too long or heating time is inadequate for the bottle embryo heating prevented, and temperature is too low, guarantees the quality of production；Every institute simultaneously It states after rotation embryo head 341 declines and the heating member 311 is opposite and has a spacing, the spacing is greater than maximum half of bottle embryo Diameter, so that bottle embryo will not encounter heating member 311；

The set of jaws 360 includes an at least clamping jaw module 361, is provided with and the rotation per the clamping jaw module 361 The quantity of embryo head 341 corresponds mechanical grip 3611, and all mechanical grips 3611 are communicatively coupled to the control Module 400 is realized and is automatically controlled；Longitudinal movement is laterally moved with horizontal left and right before and after realizing level per the clamping jaw module 361 It is dynamic；The set of jaws 360 is erected at the same side of the molding group 320 and heating group 310 and the respectively higher than described heating group 310 With molding group 320, while the height of the set of jaws 360 be lower than per it is described rotation embryo head 341 height.

In one embodiment, such as: the shaping mould group 322 include two symmetrical open-close modules 3222, two symmetrically Crank link mechanism 3223 and two third driving motors 3224, the crank link mechanism 3223 corresponds symmetrical connection The crank link mechanism is connected in the output shaft of two open-close modules 3222, the two third driving motors 3224 3223；The two third driving motors 3223 are also communicatively coupled to the control module 400, two crank link mechanisms 3223 are also attached to the die holder 321, are opened up per the open-close module 3222 there are two type chamber 3221.Pass through the control module The third driving motor 3224 of 400 control two and then the movement of crank link mechanisms 3223 of drive two, to realize two The die sinking of open-close module 3222 or die closing.Certain molding group 320 can also use the molding die of existing other bottle blowing machines, Here no longer illustrate.

Such as: the stretching group 350 further includes the 4th driving motor 352, rack gear 353 and engages with the rack gear 353 Second gear 354, stretching group fixed frame 355；4th driving motor 352 is fixedly connected on the stretching group fixed frame 355, the second gear 354 is fixedly connected on the output shaft of the 4th driving motor 352, on the vertical energy of the rack gear 353 Lower slider is connected to the stretching group fixed frame 355, and the telescopic rod 351 is fixedly connected on the rack gear 353；To pass through Moving up and down to drive moving up and down for the telescopic rod 351 for rack gear 353, is arranged a solenoid valve in the inlet channel, Solenoid valve is connected to the control module 400, by the control module 400 control the leading to of gas, is closed, realizes to automatically control and blow Gas.Certain stretching group 350 can also use other existing stretching devices, here no longer illustrate.

Working principle: the opening and closing mould of the shaping mould group 322, the rotation group are controlled by the control module 400 340 oscilaltion and the heating power and the fortune of heating time, set of jaws 360 for rotating the rotation of embryo head 341, heating group 310 Dynamic rail mark, the oscilaltion of stretching group 350 and inlet channel 3511 being opened or closing, and the quantity with the clamping jaw module 361 is For one；The motion profile of improvement moving device 200 and clamping jaw module 361 is previously set in the control module 400, in advance Heating time and the heating power or identical or different for setting each heating member 311, the air inlet of the telescopic rod 351 is led to 3511 air-tightness of road is connected to a gas source, for example, by using air compressor as gas source；Pass through 100 injection moulding bottle of injection molding machine Embryo, then by the transfer device 200 by be just molded by come bottle embryo be transferred to the clamping jaw module 361 and dock, institute The movement of 361 forward horizontal of clamping jaw module is stated, is then clamped bottle embryo by the mechanical grip 3611, the rear clamping jaw module 361 backward horizontal movement to and the just opposite position of the heating group 320, the clamping jaw module 361 clamp bottle embryo water to the right again It is flat to move to 320 top of heating group, and the underface of the rotation group, so that each bottle preform mouth and every rotation embryo head 341 is just opposite, and then the rotation group 340 declines, and is corresponded by every clamping device 342 and clamps bottle embryo, then The clamping jaw module 361 bounces back to the left, and the rear rotation group 340 continues to decline, so that bottle embryo and the heating member 311 are opposite, Then it controls each heating member 311 by the control module 400 to be heated by the power and time that are previously set, simultaneously Rotary motion is synchronized per the rotation embryo head 341 so that heating is more evenly, etc. after the completion of bottle embryos heat, the rotation group 340 rise, and then clamping jaw module 361, which moves right, clamps bottle embryo, and the rotation group 340 continues to rise, the clamping device 342 unclamp bottle embryo, bounce back to the left followed by the clamping jaw module 361, then clamping jaw module 361 moves backward to and the molding 320 just opposite positions of group, then clamping jaw module 361 moves right, and bottle embryo is moved to the top of shaping mould group 322, forms Mould group 322 is opened, and the telescopic rod 351 of the rear stretching group 350 moves down inside insertion bottle embryo, the following clamping jaw module 361 It bounces back to the left, then the telescopic rod 351 continues to move down, so that bottle embryo and the type chamber 3221 correspond, then shaping mould 322 molding of group, then opens air compressor, connect source gas from the inlet channel 3511 into bottle embryo blow bottle at Type, past form die group 322 to be formed are opened, and the telescopic rod 351 drives bottle 500 to move up, and rear clip-claw module 361 is moved to right bottle Son 500 is clamped, and the telescopic rod 351 continues to rise and bottle 500 separates, and then clamping jaw module bounces back to the left, rear clip-claw module It moves backward, by the transport of bottle 500 to storing apparatus or other docking facilities, mechanical grip 3611 unclamps bottle 500, most Rear clip-claw module 361, which is moved forward to, blows a bottle process with what the position of the transfer device 200 docking carried out next group of bottle embryo.

Bottle 500 is integrated in a production system by the utility model from injection molding bottle embryo to bottle blowing moulding, reduces transport Cost, and shorten the production cycle, while being heated in time using 310 pairs of the heating group bottle embryos that just injection molding has been completed, can be with Using the waste heat of bottle embryo, the energy consumption that bottle embryo is heated before blowing bottle is saved, and can be each to bottle embryo by the heating group 310 The temperature at position is accurately controlled, so that the temperature at each position of bottle embryo reaches most preferably, to improve bottle after bottle blowing moulding 500 quality, entire production process realize full-automation, and efficiency greatly improves.

Be embodied, a preferable embodiment: the heating group 310 further includes reflective box 312, heating member installs case The 313 fixation bracket groups 314 equal with 311 quantity of heating member, two fans 315, air extractor 316, heater box support frame 317 and reflective box support frame 318；

The right end of the heating member installs case 313 is opening, and the left end of the heating member installs case 313 is equipped with the first wind Mounting hole 3131 is fanned, the left end of the heating member installs case 313 also symmetrically offers two first vertical chutes 3132, and per described First vertical chute 3132 runs through the left end of the heating member installs case 313, and the left end of the heating member installs case 313 is also convex Equipped with two fixed blocks 3133, two fixed blocks, 3133 height is equal and before being located at first fan mounting holes 3131 Longitudinal two sides afterwards；One second vertical chute 31331, second vertical chute 31331 are offered on per the fixed block 3133 Through the front and back longitudinal direction both ends of every fixed block 3133；One fan 315 is mounted on first fan mounting holes 3131 It is interior, it carries out suction and is vented outwards；The heating member installs case 313 is mounted on the heater box support frame 317；

It include two sliding blocks, 3141, two levels and contour fixed link 3142 and two per the fixed bracket group 314 First bolt 3143；A screw hole (not shown) is offered per the sliding block 3141, one end per the fixed link 3142 is convexly equipped with The other end of buckle 31421, the horizontal and contour fixed link 3142 of every two is corresponded from the heating member installs case 313 the insides pass perpendicularly through two first vertical chutes 3132 outward, and rear correspond is fixedly connected on two sliding blocks 3141； Two first bolts 3143, which correspond to correspond after two second vertical chutes 31331, locks two screw holes (not shown)；

Two cards positioned at sustained height are removably horizontally caught in along front and back longitudinal direction per the heating member 311 Button 31421 facilitates each heating member of maintenance per the dismountable mounting means of the heating member 311, and such as needing to change only need to be by correspondence The heating member 311 of damage replace, maintenance cost is low.Height by adjusting the fixed bracket group 314 is adjusted The height of each heating member 311, so that each heating member 311 heats bottle embryo different parts, it is each position temperature of bottle embryo The accurate control offer condition of degree.

312 left end of reflective box is opening, and 312 right end of reflective box is equipped with the second fan mounting holes 3121, institute It states to be arranged side by side in reflective box 312 and has a plurality of reflecting plates 3122, heating member 311 can be dissipated by the reflecting plate 3122 The heat of hair is recycled, and then reduces energy consumption；The reflective box 312 is fixedly connected on the reflective box support frame 318；Another fan 315 is mounted in second fan mounting holes 3121, and the bottle embryo into spacing distance is blown；It is described Heater box support frame 317, reflective box support frame 318 are respectively fixedly connected in the top surface of the pedestal 330, and the reflective box 312 opening and the opening of the heating member installs case 313 are arranged in parallel in opposite directions, and the reflective box 312 and the heating Have a spacing distance between part installs case 313, the spacing distance is greater than the maximum gauge of bottle embryo, make it possible to accommodate bottle embryo into Row heating, and bottle embryo is made not encounter heating member installs case 313 and reflective box 312 in lifting process；The air extractor 316 It is set up in the lower section of the reflective box 312, and the air entry of the air extractor 316 is connected to the spacing distance；Described in two Fan 315 is communicatively coupled to the control module 400 respectively, realizes the switch and watt level for automatically controlling fan 315, side Just air-flow is controlled, to achieve the purpose that accurately to control bottle embryo temperature.When production, the air extractor 316 opens pumping It can be not connected to the control module 400, be kept on all pumping, worker closes again when stoppings being waited to produce, can also be by the pumping Device of air is connected to the control module 400, is automatically controlled and is opened or closed by the control module 400.

It since heat normal condition is toward rising, and rotates embryo head 341 and is generally plastic part, be heated and be easy to accelerate always Change, shorten the working life, therefore the fan 315 by being mounted on the heating member installs case 313 carries out suction and is vented outwards, The fan 315 of the reflective box 312 is mounted on to blow to bottle embryo, the air extractor 316 is evacuated, thus realize air-flow from It is downwardly into above heating group 319, and enters from the fan 315 in reflective box 312, then from air extractor 316 and described Fan 315 in heating member installs case 313 is discharged, and the final influence for reducing heat to rotation embryo head 341 increases rotation embryo head 341 service life.In specific implementation, existing equipment on the market can be used in air extractor 316, and materials are convenient.

The heating group 310 further includes auxiliary support plate 319 and the first cylinder 3101；First cylinder 3101 is fixed to be connected It is connected to the top of the reflective box 312, and the piston rod of first cylinder 3101 along left and right transversely and horizontally arrange by direction, it is described Auxiliary support plate 319 is fixedly connected on the piston rod of first cylinder 3101；First cylinder 3101 is communicatively coupled to institute State control module 400；The height of the auxiliary support plate 319 is lower than the height that bottle embryo after bottle embryo is clamped per the mechanical grip 3611 Degree carries out Auxiliary support by the load support plate 319, so that being easier to be inserted into bottle embryo per the rotation embryo head 341.Example Such as, half equal curved opening slot 3191 of 341 quantity of embryo head can also be opened up and rotate in 319 left end of auxiliary support plate, The maximum gauge of each half curved opening slot 3191 is less than the maximum gauge of bottle embryo, to pass through half curved opening slot 3191 for bottle Embryo blocks, and carries out Auxiliary support, the clamping device 342 is facilitated to be clamped bottle embryo.Institute is controlled by the control module 400 The flexible of the first cylinder 3101 is stated, is moved to 310 top of heating group, rotation group 340 when mechanical grip 3611 clips bottle embryo Lower section when, first cylinder 3101 stretches out, and the auxiliary support plate 319 is located at the beneath of bottle embryo, progress Auxiliary support, or Person makes curved opening slot 3191 block bottle embryo progress Auxiliary support, is more convenient clamping device 342 and clamps bottle embryo.

The heater box support frame 317 includes two first firm bankings 3171 and two first upright sliding bars 3172；Described in two What the first upright sliding bar 3172 one-to-one correspondence can slide up and down is connected to two first firm bankings 3171, allows to adjust The height of heating member installs case 313, for example, heating member installs case 313 and shaping mould group 322 are contour in a specific embodiment, Facilitate set of jaws 360 mobile, when preventing to collide, while to dock bottle embryo, position precision is higher, it is easier to control；Institute That states that heating member installs case 313 can overturn is connected on two first upright sliding bars 3172, when heating member 311 breaks down When, heating member installs case 313 only need to be overturn to the left, can be carried out breakdown maintenance, be facilitated operation, and two first upright sliding bars 3172 along front and back longitudinal direction horizontal linear arranged for interval；

The reflective box support frame 318 includes two second firm bankings 3181 and two second upright sliding bars 3182；Described in two What the second upright sliding bar 3182 one-to-one correspondence can slide up and down is connected to two second firm bankings 3181, facilitates adjusting each The height of reflecting plate 3122 keeps itself and heating member 311 opposite；It is vertical sliding that the reflective box 312 is fixedly connected on two described second On bar 3182, and two second upright sliding bars 3182 are along front and back longitudinal direction horizontal linear arranged for interval.

The heater box support frame 317 further includes four the second bolts, 3173, four the first nuts 3174 and four thirds Bolt 3175；Lower end per the fixed block 3133 is also provided with two first bolts hole 31332；Per first upright sliding bar 3172 upper end offers two second bolts hole 31721；It include 31711 He of the first fixed plate per first firm banking 3171 First sleeve 31712 is also provided with two third bolts hole 31713 per 31712 side of first sleeve；It is solid per described first Fixed board 31711 is fixedly connected on the top surface of the pedestal 330；Per the first sleeve 31712, one-to-one correspondence is fixedly connected on one The top surface of first fixed plate 31711；What two one-to-one correspondence of first upright sliding bars 3172 can slide up and down is sheathed on two Then the first sleeve 31712 locks four third bolts hole with four one-to-one correspondence of third bolt 3175 31713 lock two first upright sliding bars 3172；Four one-to-one correspondence of the second bolt 3173 sequentially pass through four institutes It is locked respectively with first nut 3174 after stating 31721, four first bolts hole 31332 of the second bolt hole；When need When carrying out overturning maintenance, the second bolt 3173 described in upper and lower two groups need to only be removed wherein height it is one group equal described in second Bolt 3173 is that rotary shaft is rotated with another group of the second bolt 3173, is convenient for changing the heating member 311, without When rotation, the second bolt 3173 described in two groups is all locked, can prevent to overturn, also to lock simultaneously stronger.

The reflective box support frame 318 further includes four the 4th bolts 3183；It is also wrapped per second firm banking 3181 Include the second fixed plate 31811 and the second casing 31812；Side per second casing 31812 is also provided with two the 4th spiral shells Keyhole (not shown)；The top surface of the pedestal 330 is fixedly connected on per second fixed plate 31811, per second casing 31812 correspond the top surface for being fixedly connected on second fixed plate 31811；Two second upright sliding bars 3182 are one by one Two second casings 31812 are sheathed on to what should be able to be slided up and down, are then corresponded with four the 4th bolts 3183 Two second upright sliding bars 3182 are locked after locking four the 4th bolts hole (not shown).

Storing apparatus is placed for receiving the bottle 500 blown at the rear of the molding group 320；The clamping jaw module There are three 361, three realizations of clamping jaw module 361 are moved synchronously, the working method of three clamping jaw modules 361: described Control module 400 controls three clamping jaw modules 361 and travels forward, clamping jaw module 361 and transfer device 200 docking of foremost, Bottle embryo is clamped, a clamping jaw module 361 moves right repeatedly, and intermediate clamping jaw module 361 is moved in the heating group 310 Side and rotation group 340 are docked, and the bottle embryo that heating is completed are clamped, rearmost clamping jaw module 361 is moved to shaping mould 322 top of group, the bottle 500 blow is clamped, three while clamping jaw module 361 bounce back to the left, repeatedly a clamping jaw module 361 It retreats, the clamping jaw module 361 and heating group 310 of forefront are opposite, and intermediate clamping jaw module 361 and shaping mould group 322 are opposite, most Subsequent clamping jaw module 361 with receive the storing apparatus of bottle 500 it is opposite, a clamping jaw module 361 moves right repeatedly, most before The clamping jaw module 361 and rotation group 340 in face dock, and bottle embryo are heated, intermediate clamping jaw module 361 and molding group 320 Docking, carries out blowing bottle, and the bottle 500 blown is unclamped, fallen into storing apparatus by rearmost clamping jaw module 361, and last three A clamping jaw module 361 bounces back, and so on reciprocation cycle processed, carry out circulation rotation by three clamping jaw modules 361, into Improve production efficiency to one step；The quantity of the rotation embryo head 341 is two；It include two machinery per the clamping jaw module 361 Clamping jaw 3611 in other embodiments, can also there is other quantity so that can once carry out the blowing of two bottle embryos, from And improve production efficiency；And two the mechanical grip 3611 along front and back longitudinal direction in a straight line it is horizontally disposed；The type chamber 3221 quantity is two；The center of the two type chambers 3221 is away from two institutes being equal on the same clamping jaw module 361 State the center of mechanical grip 3611 away from；The longitudinal centre line of the type chamber 3221 and the center line of the spacing distance are located at same On straight line, guarantee the accuracy of movement position.

The die holder 321 include constitute the bottom plate 3211 of rectangular frame structure, left support plate 3212, right support plate 3213 with And top plate 3214；

The set of jaws 360 further includes 362, three the second cylinders 363 of the first driving motor, a synchronous belt 364, first band Take turns the 365, second belt wheel 366, clamping jaw fixing seat 367, air cylinder fixed plate 368 and connection fixture 369；In specific implementation, The quantity of the connection fixture 369 can be one, be also possible to two, can also there is other quantity.

The clamping jaw fixing seat 367 is sheathed on the top plate 3214；The 368 energy front and back longitudinal sliding motion of air cylinder fixed plate It is connected to the bottom of the clamping jaw fixing seat 367；Three second cylinders 363 are fixedly connected on the air cylinder fixed plate 368 Bottom, and in being longitudinally arranged before and after a straight line, and the center of two neighboring second cylinder 363 is away from being equal to the heating group 310 and shaping mould group 322 center away from, while per second cylinder 363 piston rod along left and right transversely and horizontally arrange；Every institute It states clamping jaw module 361 and corresponds the piston rod for being fixedly connected on second cylinder 363；The top of the shaping mould group 322 End and the top of the heating group 310 are located at sustained height；Three clamping jaw modules 361 are located at sustained height, and are higher than institute State the top of shaping mould group 322；Three second cylinders 363 are also communicatively coupled to the control module 400 respectively, pass through The control module 400 controls three second cylinders 363 and synchronizes left and right stretching motion, realizes and automatically controls；

First driving motor 362 is fixedly connected on the top plate 3214, and the output of first driving motor 362 Axis horizontal cross arrangement；The first pulley 365 is fixedly connected on the output shaft of first driving motor 362；Described second What belt wheel 366 was able to rotate is connected to the top plate 3214；The synchronous belt 364 is sheathed on the first pulley 365 and the second band Wheel 366, and the top plate 3214 passes through the inner cavity of the synchronous belt 364；The connection fixture 369 is fixedly connected on described Synchronous belt 364；The connection fixture 369 is also respectively fixedly connected in the air cylinder fixed plate 368, to realize three institutes The second synchronizing for cylinder 363 is stated to move forward and backward；First driving motor 362 is also communicatively coupled to the control module 400, leads to It crosses the control module 400 and controls synchronous fortune before and after the realization of driving motor 362 three second cylinders 363 of automatic control It is dynamic.

The rotation group 340 further includes a driving motor module 343, a third cylinder 344, the first supporting element 345, second Supporting element 346 and the connecting rod 347 equal with rotation 341 quantity of embryo head；

The driving motor module 343 includes the second driving motor 3431, chain (not shown), the first driving gear 3432 And first driven gear 3433 equal with rotation 341 quantity of embryo head；Second driving motor 3431 is fixedly connected In second supporting element 346, and the output shaft state in a vertical shape of second driving motor 3431；First driving gear 3432 are fixedly connected on the output shaft of second driving motor 3431；

Second supporting element 346, and all connecting rods 347 are connected to per the connecting rod 347 is revolvable In front and back, longitudinal direction is linearly arranged, while per the connecting rod 347 state in a vertical shape；Bottom end per the connecting rod 347 The top for being fixedly connected on a rotation embryo head 341 is corresponded, corresponds and fixes per first driven gear 3433 It is connected in a connecting rod 347；In a particular embodiment, it can also increase by a guide sleeve 348, guide sleeve 348 is fixed to be connected Guide sleeve 348 will be passed through per the connecting rod by being connected to first supporting element 345, be oriented to.

The chain (not shown) is sheathed on first driving gear 3432 and all first driven gears 3433, to realize the synchronous rotary movement of each rotation embryo head 341；It, can also be on the outside of chain in a specific embodiment Increase contact roller 349, to adjust the elasticity of chain, prevents phenomena such as jumping tooth.

The third cylinder 344 is fixedly connected on first supporting element 345, and the piston rod of the third cylinder 344 State in a vertical shape；The piston rod of the third cylinder 344 is fixedly connected on second supporting element 346, first supporting element 345 are fixedly connected on the top plate 3214；Second driving motor 3431 is communicatively coupled to the control module 400, passes through The control module 400 controls second driving motor 3431 and rotates, and then each rotation embryo head 341 is driven to carry out together Step rotation.

It further include heating lamp tube controller (not shown), the heating member 311 is heating fluorescent tube 311, in specific implementation Heating lamp tube controller (not shown) and heating fluorescent tube 311 can directly buy set of product in the market and directly use, often The heating member 311 is communicatively coupled to the heating lamp tube controller (not shown), the heating lamp tube controller (not shown) It is communicatively coupled to the control module 400, the control module 400 controls the heating lamp tube controller (not shown) in turn Heating power and the heating time of each heating member 311 are adjusted, automatic, accurate control is realized, guarantees each spot temperature of bottle embryo Accuracy, thus improve blow a bottle quality.In specific implementation, for example, it is described heating lamp tube controller (not shown) model SCR-Jk3PS-48060。

The bottle blowing machine 300 further includes at least one storage cylinder 370；Per the storage cylinder 370 and the inlet channel The connection of 3511 air-tightness, a gas source is connected to per the storage cylinder 370, stores compressed gas by the storage cylinder 370, Guarantee has enough gas when blowing bottle.

It is O-ring seal 342 per the clamping device 342, per the clamping device 342, one-to-one correspondence is sheathed on described in one Embryo head 341 is rotated, and is less than the internal diameter of bottle preform mouth per the maximum outside diameter of the rotation embryo head 341, so that rotation embryo head 341 can be with It protrudes into bottle embryo, the outer diameter per the clamping device 342 is greater than the internal diameter of bottle preform mouth, due to using O-ring seal 342, tool Flexible, when so that rotation embryo head 341 being extended downwardly into bottle embryo, the O-ring seal 342 can also be squeezed by pressure influence It inside bottle embryo, and is opened in the raw in bottle embryo from new, at this time since the diameter of the O-ring seal 342 is greater than bottle The internal diameter of embryo mouth is blocked bottle embryo by the O-ring seal 342, so that bottle embryo will not fall off from the rotation embryo head 341, Similarly, rotation embryo head 341 rises after the completion of heating, is influenced to rotate embryo head 341 and the O-ring seal 342 from bottle embryo by pulling force Interior pull-out, and then separated with bottle embryo；For example, the part that the telescopic rod 351 is inserted into bottle embryo can also use O-ring seal conduct Clamping device.In specific implementation, in another example, the control module 400 is PLC controller 400, and PLC controller 400 is logical It with technology, can directly buy on the market, materials are convenient, and the transfer device 200 is manipulator 200, and manipulator 200 can also be with Using existing manipulator 200 on the market, draw materials and easy to use；Second mechanical grip is installed on the manipulator 200 201, and the quantity of the quantity of second mechanical grip 201 and the mechanical grip 3611 on every clamping jaw module 361 It is identical with positional relationship；The control module 400 is communicatively coupled to per second mechanical grip 201.

In specific implementation, the mechanical grip 361 and the second mechanical grip 201 are using pneumatic machinery folder on the market Pneumatic machinery clamping jaw is connected gas source when use, is then controlled by the control module 400 by pawl.

In another embodiment, protective plate 380 can also be arranged in the top surface surrounding of the pedestal 330.

In another embodiment, injection molding machine 100 is using existing injection molding machine on the market, and transfer device 200 is using mechanical Hand is attached the included control system of the included control system of bottle blowing machine, injection molding machine, transfer device by PLC controller, It realizes that three communicates with each other, is uniformly controlled.

Although those familiar with the art answers the foregoing describe specific embodiment of the present utility model Working as understanding, we are merely exemplary described specific embodiment, rather than for the limit to the scope of the utility model Fixed, those skilled in the art modification and variation equivalent made by the spirit according to the utility model all should Cover in the scope of the claimed protection of the utility model.

Claims (10)

1. a kind of bottle production system for having gathered injection molding machine and bottle blowing machine, including control module, bottle blowing machine, injection molding machine and transfer Device, the control module are communicatively coupled to the injection molding machine, bottle blowing machine and transfer device respectively；The transfer device setting Between the injection molding machine and bottle blowing machine；The bottle blowing machine includes heating group, stretching group, molding group and pedestal；The molding Group includes die holder and shaping mould group；The shaping mould group is erected in the die holder, and the die holder is fixedly connected on the pedestal Top surface；The stretching group includes telescopic rod, and inlet channel is provided in the telescopic rod, and the heating group and moulding composition are other It is erected on the pedestal, the stretching group is erected at the surface of the molding group, the insertion institute that the telescopic rod can be gone up and down The type for stating shaping mould group is intracavitary；The stretching group and moulding composition are not communicatively coupled to the control module；

It is characterized by: the bottle blowing machine further includes set of jaws and rotation group；

The heating group includes a plurality of heating members that can slide up and down；The control mould is communicatively coupled to per the heating member Block；The heating group is erected on the pedestal；And the heating group is located at the front of the molding group；

The rotation group includes several rotation embryo heads and the clamping device equal with the rotation embryo head quantity, the rotation The quantity of embryo head and the quantity of the type chamber correspond；Per the rotation embryo head, one-to-one correspondence is connected to a clamping dress It sets, per the top for being set up in the heating group that the rotation embryo head can be gone up and down, and all rotation embryo heads are realized and synchronized Rotary motion, while per the rotation embryo head after decline and the heating member is opposite and have a spacing, the spacing is greater than bottle The maximum radius of embryo；

The set of jaws includes an at least clamping jaw module, is provided with per the clamping jaw module with the quantity of the rotation embryo head one by one Corresponding mechanical grip, and all mechanical grips are communicatively coupled to the control module；Water is realized per the clamping jaw module Flat front and back longitudinal movement and horizontal left and right transverse shifting；The set of jaws be erected at the same side of the molding group and heating group and The respectively higher than described heating group and molding group.

2. a kind of bottle production system for having gathered injection molding machine and bottle blowing machine as described in claim 1, it is characterised in that: described Heating group further includes reflective box, heating member installs case and the equal fixation bracket group of the heating member quantity, two fans, pumping Device, heater box support frame and reflective box support frame；

The right end of the heating member installs case is opening, and the left end of the heating member installs case is equipped with the first fan mounting holes, The left end of the heating member installs case also symmetrically offers two first vertical chutes, and per first vertical chute through described The left end of heating member installs case, the left end of the heating member installs case are also convexly equipped with two fixed blocks, the two fixed block height phases Deng and be located at the front and back longitudinal direction two sides of first fan mounting holes；It is vertical sliding that one second is offered on per the fixed block Slot, second vertical chute run through the front and back longitudinal direction both ends per the fixed block；One fan is mounted on first wind It fans in mounting hole；The heating member installs case is mounted on the heater box support frame；

It include two sliding blocks, two levels and contour fixed link and two first bolts per the fixed bracket group；Per the cunning Block offers a screw hole, and one end per the fixed link is convexly equipped with buckle, every two level and the contour fixed link it is another One end, which is corresponded, passes perpendicularly through two first vertical chutes outward inside the heating member installs case, rear to correspond admittedly Surely two sliding blocks are connected to；The two first bolt one-to-one correspondence correspond after two second vertical chutes to be locked Two screw holes；

Two buckles positioned at sustained height are removably horizontally caught in along front and back longitudinal direction per the heating member；

The reflective box left end is opening, and the reflective box right end is equipped with the second fan mounting holes, in the reflective box side by side It is provided with a plurality of reflecting plates, the reflective box is fixedly connected on the reflective box support frame；Another fan is mounted on In second fan mounting holes；The heater box support frame, reflective box support frame are respectively fixedly connected in the top of the pedestal Face, and the opening of the reflective box and the opening of the heating member installs case are arranged in parallel in opposite directions, and the reflective box and institute Stating has a spacing distance between heating member installs case, the spacing distance is greater than the maximum gauge of bottle embryo；The air extractor frame Set on the lower section of the reflective box, and the air entry of the air extractor is connected to the spacing distance；The two fan difference It is communicatively coupled to the control module.

3. a kind of bottle production system for having gathered injection molding machine and bottle blowing machine as claimed in claim 2, it is characterised in that: described Heating group further includes auxiliary support plate and the first cylinder；First cylinder is fixedly connected on the top of the reflective box, and institute The piston rod edge left and right for stating the first cylinder transversely and horizontally arranges in direction that the auxiliary support plate is fixedly connected on first cylinder Piston rod；First cylinder is communicatively coupled to the control module；The height of the auxiliary support plate is lower than per the machine Tool clamping jaw clamps the height of bottle embryo after bottle embryo.

4. a kind of bottle production system for having gathered injection molding machine and bottle blowing machine as claimed in claim 2, it is characterised in that: described Heater box support frame includes two first firm bankings and two first upright sliding bars；Two first upright sliding bars correspond on energy Lower slider is connected to two first firm bankings；It is vertical that the heating member installs case can be overturn is connected to two described first On slide bar, and two first upright sliding bars are along front and back longitudinal direction horizontal linear arranged for interval；

The reflective box support frame includes two second firm bankings and two second upright sliding bars；Two second upright sliding bars are one by one Two second firm bankings are connected to what should be able to be slided up and down；It is vertical sliding that the reflective box is fixedly connected on two described second On bar, and two second upright sliding bars are along front and back longitudinal direction horizontal linear arranged for interval.

5. a kind of bottle production system for having gathered injection molding machine and bottle blowing machine as claimed in claim 4, it is characterised in that: described Heater box support frame further includes four the second bolts, four the first nuts and four third bolts；Lower end per the fixed block It is also provided with two first bolts hole；Upper end per first upright sliding bar offers two second bolts hole；It is solid per described first Determining pedestal includes the first fixed plate and first sleeve, is also provided with two third bolts hole per the first sleeve side；Every institute State the top surface that the first fixed plate is fixedly connected on the pedestal；Per the first sleeve, one-to-one correspondence is fixedly connected on one described the The top surface of one fixed plate；What the two first upright sliding bars one-to-one correspondence can slide up and down is sheathed on two first sleeves, so Four third bolts hole are locked with four third bolt one-to-one correspondence afterwards to lock two first upright sliding bars；Four A second bolt one-to-one correspondence sequentially passes through after four second bolts hole, four first bolts hole respectively with one First nut check；

The reflective box support frame further includes four the 4th bolts；It further include the second fixed plate and the per second firm banking Two casings；Side per second casing is also provided with two the 4th bolts hole；It is fixedly connected on per second fixed plate The top surface of the pedestal corresponds the top surface for being fixedly connected on second fixed plate per second casing；Described in two What the second upright sliding bar one-to-one correspondence can slide up and down is sheathed on two second casings, then with four the 4th bolts one One correspondence locks two second upright sliding bars after locking four the 4th bolts hole.

6. a kind of bottle production system for having gathered injection molding machine and bottle blowing machine as claimed in claim 3, it is characterised in that: described There are three clamping jaw modules；The quantity of the rotation embryo head is two；Every clamping jaw module includes two mechanical grips, and two institutes It is horizontally disposed in a straight line along front and back longitudinal direction to state mechanical grip；The quantity of the type chamber is two；In the two type chambers The heart away from be equal to be located at the same clamping jaw module on two mechanical grips center away from；

The die holder includes bottom plate, left and right support plate and the top plate for constituting rectangular frame structure；

The set of jaws further includes the first driving motor, three the second cylinders, a synchronous belt, first pulley, the second belt wheels, clamping jaw Fixing seat, air cylinder fixed plate and connection fixture；

The clamping jaw fixed seating is set to the top plate；The air cylinder fixed plate energy front and back longitudinal sliding motion is connected to the clamping jaw The bottom of fixing seat；Three second cylinders are fixedly connected on the bottom of the air cylinder fixed plate, and in vertical before and after a straight line To arrangement, and the center of two neighboring second cylinder is away from being equal to the center of the heating group and shaping mould group away from while every institute The piston rod for stating the second cylinder is transversely and horizontally arranged along left and right；Per the clamping jaw module, one-to-one correspondence is fixedly connected on one described the The piston rod of two cylinders；The top of the shaping mould group and the top of the heating group are located at sustained height；Three clamping jaws Module is located at sustained height, and is higher than the top of the shaping mould group；Three second cylinders are also communicatively coupled to institute respectively State control module；

First driving motor is fixedly connected on the top plate, and the output shaft horizontal cross cloth of first driving motor It sets；The first pulley is fixedly connected on the output shaft of first driving motor；What second belt wheel was able to rotate is connected to The top plate；The synchronous belt is sheathed on the first pulley and the second belt wheel, and the top plate passes through the interior of the synchronous belt Chamber；The connection fixture is fixedly connected on the synchronous belt；The connection fixture is also respectively fixedly connected in the cylinder Fixed plate；First driving motor is also communicatively coupled to the control module.

7. a kind of bottle production system for having gathered injection molding machine and bottle blowing machine as claimed in claim 6, it is characterised in that: described Rotation group further includes a driving motor module, a third cylinder, the first supporting element, the second supporting element and and the rotation embryo The equal connecting rod of head quantity；

The driving motor module includes the second driving motor, chain, the first driving gear and and the rotation embryo head quantity The first equal driven gear；Second driving motor is fixedly connected on second supporting element, and the second driving electricity The output shaft of machine state in a vertical shape；First driving gear is fixedly connected on the output shaft of second driving motor；

It is connected to second supporting element per the connecting rod is revolvable, and all connecting rods are in front and back longitudinal direction Linearly arrangement, while per connecting rod state in a vertical shape；Bottom end per the connecting rod, which corresponds, is fixedly connected on one The top of the rotation embryo head, per first driven gear, one-to-one correspondence is fixedly connected in a connecting rod；

The chain is sheathed on first driving gear and all first driven gears；

The third cylinder is fixedly connected on first supporting element, and the piston rod state in a vertical shape of the third cylinder；Institute The piston rod for stating third cylinder is fixedly connected on second supporting element, and first supporting element is fixedly connected on the top plate； Second driving motor is communicatively coupled to the control module.

8. a kind of bottle production system for having gathered injection molding machine and bottle blowing machine as described in claim 1, it is characterised in that: also wrap Heating lamp tube controller is included, the heating member is heating fluorescent tube, and the heating lamp control system is communicatively coupled to per the heating member Device, the heating lamp tube controller are communicatively coupled to the control module.

9. a kind of bottle production system for having gathered injection molding machine and bottle blowing machine as described in claim 1, it is characterised in that: described Bottle blowing machine further includes at least one storage cylinder；Every storage cylinder is connected to the inlet channel air-tightness.

10. a kind of bottle production system for having gathered injection molding machine and bottle blowing machine as described in claim 1, it is characterised in that: every The clamping device is O-ring seal, and per the clamping device, one-to-one correspondence is sheathed on a rotation embryo head, and per the rotation The maximum outside diameter for turning embryo head is less than the internal diameter of bottle preform mouth, and the outer diameter per the clamping device is greater than the internal diameter of bottle preform mouth；The control Molding block is PLC controller, and the transfer device is manipulator；Second mechanical grip is installed, and described on the manipulator The quantity of second mechanical grip is identical with positional relationship with the quantity of the mechanical grip on a clamping jaw module；Every institute It states the second mechanical grip and is communicatively coupled to the control module.