CN208558270U - The cooling device of blow moulding machine blow molding plastic barrel - Google Patents

Abstract

A kind of cooling device of blow moulding machine blow molding plastic barrel, including supporting device；Revolving bed driving mechanism is supplied, is located on supporting device；Revolving bed is supplied, is connect with gas supply revolving bed driving mechanism；Pivoted arm fixing seat fixes with gas supply revolving bed, has platform pivoted arm fixed interface on the outer wall of pivoted arm fixing seat, there is platform pivoted arm on platform pivoted arm fixed interface, the lower part of platform pivoted arm sets platform pivoted arm gas pipe nipple；Cooling platform is rotated, there is the quiet clamp of plastic barrel thereon, plastic barrel moves clamp driving mechanism and is located on the cooling plateau levels cantilever end of rotation, rotates and sets jet mechanism, air return mechanism in the middle part of cooling platform；Central gas-supply pipe, the upper end is located in gas supply revolving bed, lower end and supporting device are fixed；Upper jack-post, it is intracavitary that the top that the upper end connection cooling air introduces pipe, lower end and central gas-supply pipe is fixed, middle part is located at pivoted arm fixing seat.Mitigate online assignment intensity；Ensure cooling effect and efficiency；It avoids heat radiation and undermines body；It is good to automate effect.

Description

The cooling device of blow moulding machine blow molding plastic barrel

Technical field

The utility model belongs to cooling facility technology field, and in particular to a kind of cooling of blow moulding machine blow molding plastic barrel Device.

Background technique

Above mentioned blow molding plastic barrel refers mainly to the plastic barrel of the relatively large such as 200L or more of volume, this big The plastic barrel of volume or large capacity needs to cool down after blow molding.Before to the cooling of large capacity plastic barrel generally use with Machine is cooling, i.e., cooling in the mold of blow moulding machine, and this type of cooling is moulded due to showing as the cooling under mold control Deformation is not likely to happen in charging basket, but it is longer to cool down the required time with mould due at random, to influence to blow plastics machine blowing Shaping efficiency.It is relatively small on the influence of the blow molding efficiency of blow moulding machine using the natural type of cooling after depanning, but plastic barrel It easily deforms in cooling procedure, causes to scrap when serious.

It can be seen in disclosed Chinese patent literature cold using pressure air implementation to blow moulding machine blow molding plastic barrel But technical information, typical such as CN205058424U recommendation has " a kind of plastic barrel cooling device ", although the patent formula exists Its technical effect recorded in the 0007th section of specification can be fulfilled to a certain extent, but by the complete of the patent specification Text is read, it is seen that its there are following shortcoming: first, due to need to be by during implementing cooling to the plastic barrel after depanning Online assignment personnel holds cooling device and operates, thus the large labor intensity of online assignment personnel；Second, due to cannot be same When a plurality of plastic barrels are cooled down simultaneously, thus cooling efficiency is low, and meets the blowing speed with blow moulding machine if necessary The requirement to match, then worker must be added, to cause the waste of valuable human resources；Third, due to rigid depanning The will that people is still completely controlled by cooling time of high temperature plastics bucket, the uniformity of cooling etc., thus cooling effect It is difficult to ensure, because the factors such as the superiority and inferiority of cooling effect and the experience of worker, sense of responsibility, mood or even physical efficiency are related；Fourth, by It is in the higher state of temperature in the plastic barrel of rigid depanning, thus the heat radiation degree that worker is subjected to is serious, locating operating environment It is relatively harsh or even can be rated as severe, there is the anxiety for undermining worker's body.

For above-mentioned prior art, it is necessary to be subject to rational modification, the applicant has made lasting and beneficial exploration thus With design repeatedly, technical solution described below is formd finally.

Summary of the invention

The task of the utility model be to provide it is a kind of help avoid worker in a manual manner to rigid depanning and still Plastic barrel in the condition of high temperature carry out it is cooling and use the significant labor intensity for mitigating online assignment personnel, be conducive to it is continuous and The plastic barrel of blow molding is cooled down incessantly and is ensured each identical cold up for cooling plastic barrel acquisition But time and identical cooling uniformity coefficient and use ensure cooling effect, be beneficial to simultaneously to a plurality of plastic barrels simultaneously into Row cooling and use and improve cooling velocity and meet the requirement adaptable with the high efficiency blow molding speed of blow moulding machine, have just It is blown in the blow moulding machine for making online assignment personnel use the body for avoiding heat radiation from undermining online assignment personnel far from hot environment The cooling device of plastic bucket is made.

What the task of the utility model was performed by, a kind of cooling device of blow moulding machine blow molding plastic barrel, packet Supporting device is included, which is secured directly or indirectly on terrace in a state of use；One gas supply revolving bed driving mechanism, The gas supply revolving bed driving mechanism is arranged on the supporting device；Revolving bed is supplied, the gas supply revolving bed is with longitudinal state It is corresponding to be the top for supplying revolving bed driving mechanism and connect with gas supply revolving bed driving mechanism, it is turned round in the gas supply The middle part of the short transverse of seat offers outlet on gas supply revolving bed with equidistant intervals state around the surrounding of gas supply revolving bed Hole, and correspond to gas supply revolving bed on venthole lower section position and also around gas supply revolving bed surrounding with equidistant The quantity gas supply revolving bed lower production well equal with the quantity of venthole on gas supply revolving bed is offered from space state；Pivoted arm is solid Reservation, which fixes in the position for corresponding to the top of the gas supply revolving bed with gas supply revolving bed, in the pivoted arm Turn with pivoted arm fixing seat is fixed on the outer wall of fixing seat and around the surrounding of pivoted arm fixing seat with equidistant intervals state The platform pivoted arm fixed interface that arm fixing seat chamber communicates is fixed with one on the platform pivoted arm fixed interface with horizontal boom state Platform pivoted arm is equipped with a platform pivoted arm gas pipe nipple, the platform pivoted arm gas pipe nipple and platform in the lower part of the platform pivoted arm The platform pivoted arm chamber of pivoted arm communicates, and the platform pivoted arm chamber is communicated with the platform pivoted arm fixed interface, remote in platform pivoted arm It one end from platform pivoted arm fixed interface and is constituted towards upper side and has the cooling platform fixed ear base of a rotation；Rotation cooling Platform and a plastic barrel move clamp driving mechanism, rotate cooling platform quantity it is equal with the quantity of the platform pivoted arm and The cooling platform of the rotation is extended with the cooling platform fixed ear of a rotation towards described one end for rotating cooling platform fixed ear base, should It rotates cooling platform fixed ear and is fixed with cooling platform fixed ear base is rotated, rotate cooling platform and fixed far from cooling platform is rotated One end of ear mount is configured to rotate cooling plateau levels cantilever end, on rotating cooling platform and cold corresponding to the rotation But the position of platform fixed ear is fixed with the quiet clamp of a plastic barrel, and it is cold that the rotation is arranged in the dynamic clamp driving mechanism of plastic barrel But on plateau levels cantilever end, which moves venthole on clamp driving mechanism and the gas supply revolving bed and supplies back Swivel base lower production well piping connection, and move clamp driving mechanism in the plastic barrel and connect towards the side of the quiet clamp of the plastic barrel It is connected to a plastic barrel and moves clamp, cool down the middle part of platform in rotation and in the position corresponded between the dynamic and static clamp of plastic barrel A jet mechanism adjusting hole and an air return mechanism adjusting hole are offered, is fixed with one in the position for corresponding to jet mechanism adjusting hole Jet mechanism, the jet mechanism are connect with the platform pivoted arm tracheae mouthpiece tube road, and are corresponding to air return mechanism adjusting hole Position be fixed with an air return mechanism；The upper end of one central gas-supply pipe, the central gas-supply pipe is located in the gas supply revolving bed, And the lower end of central gas-supply pipe passes through the gas supply revolving bed driving mechanism and fixes with the supporting device, central gas-supply pipe Top by central gas-supply pipe seal wall closing, and bottom by central gas-supply tube bottom envelope wall close, in the lower end of central gas-supply pipe Side is provided with a central gas-supply pipe intake interface, which is connected by pipeline and pressure air feedway Connect and the central gas-supply pipe intake interface communicated with the central gas-supply pipe air flue of central gas-supply pipe, on central gas-supply pipe and On corresponding to the gas supply revolving bed position of venthole is offering an air drain venthole, the air drain venthole and is provided with C font air supply trough on the outer wall of heart air supply pipe communicates, and venthole is communicated with C font air supply trough on the gas supply revolving bed, On central gas-supply pipe and a plastic barrel, which is offered, in the position for corresponding to the gas supply revolving bed lower production well moves clamp driving Reset stomata, gas supply revolving bed lower production well moves the reset of clamp driving mechanism with the plastic barrel and is communicated with stomata, described Air drain venthole and the plastic barrel move the reset of clamp driving mechanism communicated with stomata with the central gas-supply pipe air flue And the air drain venthole and plastic barrel move the reset of clamp driving mechanism and are isolated from each other with stomata；Jack-post on one, on this The upper end of jack-post is connected with a cooling air and introduces pipe, which introduces pipe and connect with cooling air compressed air source unit, under upper jack-post End is stretched in the gas supply revolving bed and fixes with the top of the central gas-supply pipe, and the middle part of upper jack-post is located at described turn The intracavitary and circumferentially-spaced around upper jack-post of arm fixing seat is offered for introducing cooling air to pivoted arm fixing seat is intracavitary Jack-post venthole, wherein on the upper jack-post and in one of them corresponded in the platform pivoted arm fixed interface The position of platform pivoted arm fixed interface is fixed with a hush panel, and the hush panel and the plastic barrel move clamp driving mechanism and reset use Stomata corresponds to self, and the quantity for rotating cooling platform is equal with the quantity of venthole on the gas supply revolving bed.

In a specific embodiment of the utility model, the supporting device includes a pedestal and a chassis, base Seat is secured directly or indirectly on terrace in a state of use, chassis and pedestal is fixed towards upper side and the chassis direction The side of pedestal, which is constituted, a chassis chamber；The gas supply revolving bed driving mechanism is arranged on the chassis；In the confession The upper end of gas revolving bed, which is constituted, a pivoted arm fixing seat mounting flange, and constitutes turntable once in the lower end of gas supply revolving bed and connect Acting flange, the pivoted arm fixing seat are fixed with pivoted arm fixing seat mounting flange, the rotary disk connecting flange and the confession The connection of gas revolving bed driving mechanism；The lower end of the central gas-supply pipe sequentially passes through the gas supply revolving bed driving mechanism and institute It states chassis and is fixed with the pedestal the chassis is intracavitary, the central gas-supply pipe intake interface is in the central gas-supply The lower end side of pipe is intracavitary setting in the chassis.

In another specific embodiment of the utility model, the gas supply revolving bed driving mechanism include motor, Gear reduction box, rotary disk axle sleeve, rotary disk and platform bearing, gear reduction box include Gearbox, cone pinion and big Bevel gear, Gearbox are fixed with the chassis towards upper side, and cone pinion and large bevel gear are arranged in reduction gearbox The Gearbox of cabinet is intracavitary, and cone pinion is meshed with large bevel gear, and rotary disk axle sleeve empty set supplies at the center On tracheae, it is intracavitary that the lower end of the rotary disk axle sleeve is stretched over Gearbox, and upper end is possibly extending up to outside Gearbox chamber And it holds and is rotatably assorted with platform axle, rotary disk is integrally formed in the upper end of rotary disk axle sleeve, and the setting of platform bearing is being formed in In the bearing bore on the top of Gearbox, motor is fixed with gear reduction box, and the motor shaft of the motor is stretched over reduction gearbox case In body cavity, the cone pinion is fixed on motor shaft by cone pinion flat key, and the large bevel gear passes through gamp Gear flat key is fixed on the lower end of the rotary disk axle sleeve, wherein on the rotary disk axle sleeve and described big corresponding to The position of the lower section of bevel gear is provided with large bevel gear with screw thread set-up mode and limits nut, which limits nut and big Bevel gear contact, the rotary disk connecting flange pass through rotary disk connection method in the position for corresponding to the top of the rotary disk Blue screw is fixedly connected with rotary disk；Pass through on the pedestal and in the position for the lower end for corresponding to the central gas-supply pipe Central gas-supply pipe fixing seat screw is fixed with a central gas-supply pipe fixing seat, in the central gas-supply pipe fixing seat towards upper side Central location constitute and have a central gas-supply pipe insertioning fixing seat, in the lower end insertion central gas-supply pipe insertioning fixing seat of central gas-supply pipe and By central gas-supply barrel bolt axis limit.

In another specific embodiment of the utility model, the jet mechanism include an air nozzle fixing seat and One air nozzle is fixed with an air nozzle fixing seat sliding bar I in the side of air nozzle fixing seat towards the quiet clamp of the plastic barrel, And it is fixed with an air nozzle fixing seat sliding bar II in the side of air nozzle fixing seat towards the air return mechanism, air nozzle is fixed Seat sliding bar I is movably supported on air nozzle fixing seat sliding pole socket I, and air nozzle fixing seat sliding bar II movably supports On air nozzle fixing seat sliding pole socket II, air nozzle fixing seat sliding pole socket I and air nozzle fixing seat sliding pole socket II exist The position and the side for rotating cooling platform under for corresponding respectively to the two sides of jet mechanism adjusting hole are fixed, and are sprayed Gas nozzle is corresponding with jet mechanism adjusting hole, and the lower end of the air nozzle and air nozzle fixing seat are fixed and matched and be connected to a spray Gas nozzle cooling air introduce pipe, the air nozzle cooling air introduce pipe is connect with the platform pivoted arm gas pipe nipple, air nozzle it is upper End leans out the top of jet mechanism adjusting hole, and longitudinally central in the air nozzle offers an air nozzle gas port, the air nozzle Gas port introduces pipe with the air nozzle cooling air and communicates；The air return mechanism includes a return-air mouth fixing seat and a return-air Mouth is fixed with return-air mouth fixing seat sliding in the side of return-air mouth fixing seat towards air nozzle fixing seat sliding pole socket II Bar I, and it is fixed with a return-air mouth fixing seat sliding bar II towards the side that the plastic barrel moves clamp in return-air mouth fixing seat, it returns Gas nozzle fixing seat sliding bar I is movably supported on return-air mouth fixing seat sliding pole socket I, and return-air mouth fixing seat sliding bar II moves It is supported on return-air mouth fixing seat sliding pole socket II dynamicly, return-air mouth fixing seat slides pole socket I and the sliding of return-air mouth fixing seat Pole socket II is corresponding respectively to the position of two sides of the air return mechanism adjusting hole and one rotated under cooling platform direction Side is fixed, and return-air mouth is corresponding with the air return mechanism adjusting hole, the lower end of the return-air mouth and return-air mouth fixing seat fix and It is extended with a return-air head, the upper end of return-air mouth leans out the top of air return mechanism adjusting hole, and the longitudinally central of the return-air mouth offers One return-air gas guide nozzle hole, which communicates with the return-air head, and return-air head communicates with the outside world.

In another specific embodiment of the utility model, it includes a drive that the plastic barrel, which moves clamp driving mechanism, Cylinder seat of taking offence and a driving cylinder, driving cylinder block are fixed on the cooling plateau levels cantilever end of the rotation, drive cylinder and Driving cylinder block is fixed, and the driving cylinder block of the driving cylinder moves clamp and the driving cylinder block towards the plastic barrel End and the middle part of a cylinder block fixed plate are fixed, and each fixation in side of the both ends of cylinder block fixed plate direction driving cylinder There is a guide rod, the cylinder body of the guide rod and driving cylinder is slidably matched, and is connected with I He of a driving cylinder intake pipe on driving cylinder One driving cylinder intake pipe II, driving cylinder intake pipe I connect with venthole on the gas supply revolving bed, and drive cylinder into Tracheae II is connect with the gas supply revolving bed lower production well, the plastic barrel move clamp with the quiet clamp phase of the plastic barrel It is fixed by dynamic clamp fixed plate with the cylinder block fixed plate in the state of correspondence.

In the utility model there are one in specific embodiment, the quiet clamp of the plastic barrel and plastic barrel move clamp It empties and cools down platform towards a upper side surface in the rotation.

In the utility model more and in a specific embodiment, the quiet clamp of the plastic barrel is towards the plastic barrel The side of dynamic clamp, which is constituted, a quiet clamp semicircle chamber, and plastic barrel moves clamp and has towards the side of the quiet clamp of plastic barrel composition One dynamic clamp semicircle chamber, dynamic and static clamp semicircle chamber correspond to each other.

The utility model so that in a specific embodiment, be provided with and institute in the upper end of the central gas-supply pipe It states in gas supply central tube upper seal, gas supply central tube intermediate seal circle and the gas supply of the inner wall sealing cooperation of gas supply revolving bed Heart pipe lower seal, the air drain venthole be located at gas supply central tube upper seal and gas supply central tube intermediate seal circle it Between, the plastic barrel moves clamp driving mechanism reset stomata and is located under gas supply central tube intermediate seal circle and gas supply central tube Between sealing ring.

The utility model again more and in a specific embodiment, the pressure air feedway be air pressure Contracting machine or air pump, the cooling air compressed air source unit are similarly air compressor or air pump.

In the utility model again and then in a specific embodiment, in the central position at the top of the pivoted arm fixing seat It sets and offers jack-post relief hole on one, the lower end of upper jack-post position of jack-post relief hole on corresponding to this is stretched over described Fixed in gas supply revolving bed and by upper jack-post fixing screws and the top of the central gas-supply pipe, on upper jack-post and Position corresponding to upper jack-post relief hole is provided with the upper jack-post sealing ring for forming sealing with the hole wall of upper jack-post relief hole.

One of the technical effect of technical solution provided by the utility model introduces pipe by cooling air and cooling air is introduced pivoted arm The pivoted arm fixing seat chamber and cooling air of the fixing seat successively platform pivoted arm chamber, flat through platform pivoted arm fixed interface, platform pivoted arm Platform pivoted arm air pipe interface and jet mechanism are cooled down by jet mechanism is opposed in the plastic barrel pressure rotated on cooling platform, thus It does not need worker in a manual manner to cool down the still plastic barrel in the condition of high temperature of rigid depanning, can significantly mitigate online work The labor intensity of industry personnel；Two, due to being equidistantly positioned platform pivoted arm fixed interface around the surrounding of pivoted arm fixing seat, often The cooling platform of a rotation is fixed on a platform pivoted arm fixed interface, and gas supply revolution is driven by gas supply revolving bed driving mechanism Seat rotation, drives pivoted arm fixing seat accordingly to rotate by gas supply revolving bed, carries modeling placed on it to make to rotate cooling platform Charging basket is cooling under rotary state, ensures that each plastic barrel obtains identical cooling time and identical cooling uniformity coefficient, Ensure cooling effect；Three, due to can make it is each rotate the plastic barrel on cooling platform and uninterruptedly cool down, and can embody advanced The continuous relay effect first gone out, thus there is excellent cooling efficiency, it is satisfied the high efficiency blow molding speed with blow moulding machine The adaptable requirement of degree；Four, since the cooling to plastic barrel is completed by machine automatization, thus online assignment personnel can far from place In the plastic barrel of the condition of high temperature, avoids heat radiation and undermine body；Five, due to good automation effect, thus energy Save valuable human resources.

Detailed description of the invention

Fig. 1 is the embodiments of the present invention structure chart.

Fig. 2 is the detailed structure view of gas supply revolving bed shown in FIG. 1 and pivoted arm fixing seat.

Fig. 3 is the detailed structure view of Fig. 1 and gas supply revolving bed driving mechanism shown in Fig. 2.

Fig. 4 is the A-A cut-away view of Fig. 3.

Fig. 5 is the B-B cut-away view of Fig. 3.

Fig. 6 is the detailed structure view shown in FIG. 1 for rotating cooling platform.

Fig. 7 is the front schematic view of Fig. 1.

Specific embodiment

In order to which the technical essence of the utility model and beneficial effect is more clearly understood, applicant is below with reality The mode for applying example elaborates, but is not limitation to the utility model, any foundation to the description of embodiment The made only formal but not substantive equivalent transformation of the utility model design is regarded as the utility model Technical solution scope.

The concept of all directionality for being related to upper, lower, left, right, front and rear or directionality is all in the following description For the location of the figure described state, thus it cannot be understood as to technology provided by the utility model Scheme is particularly limited to.

Referring to Figure 1 and Fig. 3, supporting device 1 is shown, the supporting device 1 directly or indirectly setting in a state of use It (may also be noticed that below) on terrace；A gas supply revolving bed driving mechanism 2 is shown, the gas supply revolving bed driving mechanism 2 setting On supporting device 1 above-mentioned；Gas supply revolving bed 3 is shown, which is aforementioned gas supply with longitudinal state correspondence The top of revolving bed driving mechanism 2 and with gas supply revolving bed driving mechanism 2 connect, in the short transverse of the gas supply revolving bed 3 Middle part around gas supply revolving bed 3 surrounding with equidistant intervals state offer gas supply revolving bed on venthole 31(Fig. 2, Fig. 3 Show), and correspond to gas supply revolving bed on venthole 31 lower section position and also around gas supply revolving bed 3 surrounding with Equidistant intervals state offers the quantity gas supply revolving bed lower production well equal with the quantity of venthole 31 on gas supply revolving bed 32(Fig. 2, Fig. 3 show)；Pivoted arm fixing seat 4 is shown, which is corresponding to the top of aforementioned gas supply revolving bed 3 Position and gas supply revolving bed 3 are fixed, and the surrounding on the outer wall of the pivoted arm fixing seat 4 and around pivoted arm fixing seat 4 is with equidistant The platform pivoted arm fixed interface 42 communicated with the pivoted arm fixing seat chamber 41 of pivoted arm fixing seat 4 is fixed with from space state, it is specific and Speech, the platform pivoted arm fixed interface chamber 421 of platform pivoted arm fixed interface 42 is communicated with pivoted arm fixing seat chamber 41, in the platform pivoted arm A platform pivoted arm 43 is fixed with horizontal boom state on fixed interface 42, specifically: in 42 direction of platform pivoted arm fixed interface One end of platform pivoted arm 43, which is constituted, a platform pivoted arm fixed interface flange 422, and solid towards platform pivoted arm in platform pivoted arm 43 One end of stationary interface 42, which is constituted, a platform pivoted arm connecting flange 434, on the platform pivoted arm connecting flange 434 and around flat The surrounding (i.e. circumferencial direction) of platform pivoted arm connecting flange 434 is arranged at intervals with platform pivoted arm connecting flange bolt 4341, the platform Pivoted arm connecting flange bolt 4341 is connect with platform pivoted arm fixed interface flange 422 above-mentioned, and as a preferred option and Seal washer can be set between the platform pivoted arm fixed interface flange 422 and platform pivoted arm connecting flange 434.In the platform The lower part of pivoted arm 43 is equipped with a platform pivoted arm gas pipe nipple 431, and the platform pivoted arm gas pipe nipple 431 is flat with platform pivoted arm 43 Platform pivoted arm chamber 432 communicates, and the platform pivoted arm chamber 432 is communicated with platform pivoted arm fixed interface 42 above-mentioned, i.e., puts down with above-mentioned Platform pivoted arm fixed interface chamber 421 communicates, in the one end of platform pivoted arm 43 far from platform pivoted arm fixed interface 42 and towards upper Side, which is constituted, the cooling platform fixed ear base 433 of a rotation, offers fixed ear on the cooling platform fixed ear base 433 of the rotation Seat screw hole 4331(Fig. 2 shows)；It shows the cooling platform 5 of rotation and a plastic barrel moves clamp driving mechanism 6, rotate cooling platform 5 Quantity it is equal with the quantity of previous platform pivoted arm 43 and cool down platform towards aforementioned rotation in the cooling platform 5 of the rotation and fix One end of ear mount 433 is extended with the cooling platform fixed ear 51 of a rotation, and the cooling platform fixed ear 51 of the rotation and rotation are cooling flat Platform fixed ear base 433 is fixed, and the cooling platform 5 of rotation is configured to rotate cold far from the one end for rotating cooling platform fixed ear base 433 But plateau levels cantilever end 52 on rotating cooling platform 5 and is corresponding to the aforementioned portion for rotating cooling platform fixed ear 51 Position is fixed with the quiet clamp 53 of a plastic barrel, and it is outstanding in the cooling plateau levels of rotation above-mentioned that plastic barrel moves the setting of clamp driving mechanism 6 On arm end 52, which moves venthole 31 on clamp driving mechanism 6 and gas supply revolving bed above-mentioned and supplies under revolving bed 32 piping connection of venthole (back may also be noticed that), and it is quiet towards foregoing plastics bucket in the dynamic clamp driving mechanism 6 of the plastic barrel The side of clamp 53 is connected with a plastic barrel and moves clamp 54, rotate the middle part of cooling platform 5 and correspond to plastic barrel it is dynamic, Position between quiet clamp 54,53 offers a jet mechanism adjusting hole 55a and an air return mechanism adjusting hole 55b, is corresponding to The position of jet mechanism adjusting hole 55a is fixed with a jet mechanism 56, which connects with platform pivoted arm tracheae above-mentioned 431 piping connection of mouth (Fig. 6 shows), and an air return mechanism 57 is fixed in the position corresponding to air return mechanism adjusting hole 55b；It shows One central gas-supply pipe 7(Fig. 2 and Fig. 3 shows), the upper end of the central gas-supply pipe 7 is located in gas supply revolving bed 3 above-mentioned, and center The lower end of air supply pipe 7 passes through gas supply revolving bed driving mechanism 2 above-mentioned and fixes with supporting device 1 above-mentioned, central gas-supply pipe 7 Top is shown by sealing wall 71(Fig. 3 on central gas-supply pipe) closing, and (Fig. 3 shows) is closed by central gas-supply tube bottom envelope wall 72 in bottom, The lower end side of central gas-supply pipe 7 is provided with a central gas-supply pipe intake interface 73, and the central gas-supply pipe intake interface 73 is by pipe Road is connect with pressure air feedway and the central gas-supply pipe gas of the central gas-supply pipe intake interface 73 and central gas-supply pipe 7 Road 74 communicates, and the position of venthole 31 offers a gas on central gas-supply pipe 7 and on corresponding to aforementioned gas supply revolving bed Slot venthole 75a, the air drain venthole 75a are communicated with the C font air supply trough 75b on the outer wall for being provided with central gas-supply pipe 7, preceding It states venthole 31 on gas supply revolving bed to communicate with C font air supply trough 75b, on central gas-supply pipe 7 and is corresponding to aforementioned confession The position of gas revolving bed lower production well 32 offers a plastic barrel and moves clamp driving mechanism reset stomata 75c, supplies revolving bed Lower production well 32 and the plastic barrel move the reset of clamp driving mechanism and are communicated with stomata 75c, air drain venthole 75a above-mentioned and preceding The dynamic clamp driving mechanism reset stomata 75c of the plastic barrel stated is communicated with aforesaid central air supply pipe air flue 74 and the air drain is ventilated Hole 75a and plastic barrel move the reset of clamp driving mechanism and are isolated from each other with stomata 75c；Jack-post 8 on one are shown, axis on this The upper end of column 8 is connected with a cooling air and introduces pipe 81, which introduces pipe 81 and connect with cooling air compressed air source unit, upper jack-post 8 Lower end be stretched in aforementioned gas supply revolving bed 3 and fixed with the top of aforesaid central air supply pipe 7, the middle position of upper jack-post 8 It offers in aforementioned pivoted arm fixing seat chamber 41 and around the circumferentially-spaced of upper jack-post 8 for drawing into pivoted arm fixing seat chamber 41 Enter the upper jack-post venthole 82 of cooling air.Wherein, it is connect on upper jack-post 8 above-mentioned and corresponding to the fixation of previous platform pivoted arm The position of one of platform pivoted arm fixed interface in mouth 42 is fixed with a hush panel 83 by hush panel fixed feet 831, should Hush panel 83 is moved clamp driving mechanism with foregoing plastics bucket and is resetted with self corresponding, cooling platform 5 of aforementioned rotation of stomata 75c Quantity it is equal with the quantity of venthole 31 on aforementioned gas supply revolving bed.

In the present embodiment and according to known to the signal of Fig. 1: since the quantity above-mentioned for rotating cooling platform 5 has eight It is a, to show the surrounding in pivoted arm fixing seat 4 above-mentioned and offer eight pivoted arm fixing seat chambers in same level Venthole 45, the position corresponding to each pivoted arm fixing seat chamber venthole 45, which is matched, is connected to a platform pivoted arm fixed interface above-mentioned 42, then, the quantity of platform pivoted arm fixed interface 42 has eight, and the quantity of platform pivoted arm 43 also should mutually have eight, rotation above-mentioned Turn cooling platform 5, plastic barrel moves clamp driving mechanism 6, venthole 31 and gas supply revolving bed lower production well on gas supply revolving bed 32 quantity also accordingly respectively has eight.Applicant is it should be understood that rotate the quantity of cooling platform 5 not by the eight of the present embodiment A limitation, the same example of remaining associated components.

In order to embody continual continuous relay effect, thus in the cooling platform 5 of aforementioned eight rotations, wherein there is one Belong to and change a barrel station, just because of (changing barrel station in the presence of a barrel station is changed and referring to that will complete cooling plastic barrel 9 takes from and by next It is a to be taken over up for the cooling still plastic barrel 9 in the condition of high temperature and lead to the cooling platform 5 of rotation).

It refers to Fig. 4 and Fig. 5 and combines Fig. 1 to Fig. 3, just because of changing a barrel station there are above-mentioned, therefore corresponding to The position for changing the cooling platform 5 of rotation of barrel station does not need to provide cooling air, therefore is fixed on aforementioned upper jack-post 8 by hush panel Foot 831 is fixed with a hush panel 8.That is, working as by pivoted arm fixing seat 4 with moving platform pivoted arm 43 together with the cooling platform 5 of rotation It turns to when changing barrel station, due to the block of hush panel 8, platform pivoted arm chamber 432 is not to cooling flat in the rotation for changing barrel station Jet mechanism 56 on platform 5 is provided for cooling gas.Its in eight gas supply fixing seats in venthole 31 is shown in Fig. 4 In in seven gas supply fixing seats venthole communicated with C font air supply trough 75b, and its in eight gas supply fixing seats in venthole 31 In the situation that is not communicated with C font fuel feed barrel 75b of venthole in a gas supply fixing seat, thus show this one of them for gas-solid Venthole changes a barrel station corresponding to above-mentioned in reservation.Fig. 5 shows seven confessions in eight gas supply fixing seat lower production wells 32 Outlet under one of gas supply fixing seat of the gas-solid reservation lower production well by closure and in eight gas supply fixing seat lower production wells 32 The situation that Kong Wei is blocked, to show that blocked seven gas supply fixing seat lower production wells 32 make the cooling platform 5 of seven rotations On plastic barrel move clamp driving mechanism 6 be in state is clamped to plastic barrel 9, that is to say, that make plastic barrel move clamp 54 cooperate The state that the quiet clamp 53 of plastic barrel seizes the plastic barrel 9 between the dynamic and static clamp 54,53 of plastic barrel on both sides by the arms, on the contrary, it is aforementioned not The gas supply fixing seat lower production well 32 blocked makes to correspond to the dynamic clamp driving mechanism 6 of foregoing plastics bucket for changing barrel station instead To work, so that plastic barrel is moved clamp 54 and unclamp plastic barrel 9, it is cold so that by the manipulator being separately equipped with completing for barrel station will be changed But plastic barrel 9 takes and is taken over up for cooling plastic barrel 9 from and by next.

If the total time-consuming of aforementioned eight stations (seven cooling stations add one to change a barrel station) is (only to lift for 40 seconds A example, does not limit the utility model), then the time of each work position distribution is five seconds, the cooling platform 5 of eight rotations It respectively carries plastic barrel 9 and changes a barrel station and (changing at barrel station from changing barrel station and arrived at again through the rhythmicity rotation of a cycle Pause) and the cooling down time of acquisition is identical.

Continue to see that Fig. 1 to Fig. 3, supporting device 1 above-mentioned include a pedestal 11 and a chassis 12, pedestal 11 is in use state Under be secured directly or indirectly on terrace, direct setting designated herein refers to: pedestal 11 being passed through the pedestal opened up thereon and is consolidated Determine screw hole 112 to fix with the built-in fitting on the terrace of field of employment, and the indirect setting refers to: by pedestal 11 by opening up Pedestal fixing screw hole 112 thereon is fixed with the rack being separately equipped with, then rack and terrace built-in fitting is fixed, this implementation Example selects the former.Chassis 12 and pedestal 11 are fixed towards upper side and the chassis 12 is constituted towards the side of pedestal 11 one Chassis chamber 121；Gas supply revolving bed driving mechanism 2 above-mentioned is arranged on chassis 12 above-mentioned；In the upper of aforementioned gas supply revolving bed 3 End, which is constituted, a pivoted arm fixing seat mounting flange 33, and constitutes turntable connecting flange 34 once in the lower end of gas supply revolving bed 3, Pivoted arm fixing seat 4 above-mentioned is fixed by pivoted arm fixing seat screw 46 and pivoted arm fixing seat mounting flange 33, and solid in pivoted arm It is provided on the outer wall of reservation mounting flange 33 for the flange seal ring 331 with the sealing of the inner wall of pivoted arm fixing seat 4, it is above-mentioned Rotary disk connecting flange 34 is connect with aforementioned gas supply revolving bed driving mechanism 2；Before the lower end of aforesaid central air supply pipe 7 sequentially passes through The gas supply revolving bed driving mechanism 2 and aforementioned chassis 12 stated and fixed with pedestal 11 above-mentioned in aforementioned chassis chamber 121, it is preceding The lower end side of the heart air supply pipe 7 in the foregoing of central gas-supply pipe intake interface 73 is stated setting in aforementioned chassis chamber 121.

Gas supply revolving bed driving mechanism 2 above-mentioned includes motor 21, gear reduction box 22, rotary disk axle sleeve 23, rotary disk 24 and platform bearing 25, gear reduction box 22 includes Gearbox 221, cone pinion 222 and large bevel gear 223, reduction gearbox Chassis top plate court of the cabinet 221 it is preferable to use fastener such as bolt and aforementioned chassis 12 towards upper side fixation i.e. with chassis 12 Upward side is fixed, and the Gearbox chamber of Gearbox 221 is arranged in cone pinion 222 and large bevel gear 223 In 2211, and cone pinion 222 is meshed with large bevel gear 223,23 empty set of rotary disk axle sleeve heart air supply pipe 7 in the foregoing On, the lower end of the rotary disk axle sleeve 23 is stretched in Gearbox chamber 2211, and upper end is possibly extending up to Gearbox chamber It is rotatably assorted outside 2211 and with platform bearing 25, rotary disk 24 is integrally formed in the upper end of rotary disk axle sleeve 23, platform bearing 25 are arranged in the bearing bore 2212 for being formed in the top of Gearbox 221, motor 21 use servo motor, the motor 21 with Horizontal boom state and gear reduction box 22 are fixed, and the motor shaft 211 of the motor 21 is stretched in Gearbox chamber 2211, preceding The cone pinion 222 stated preferably is fixed on motor shaft 211 by cone pinion flat key, can also be fixed in cone pinion 222 It is locked again with screw after on motor shaft 211, and large bevel gear above-mentioned 223 is fixed on aforementioned time by large bevel gear flat key 2231 The lower end of turntable axle sleeve 23, wherein on aforementioned rotary disk axle sleeve 23 and corresponding to the lower section of aforementioned large bevel gear 223 Position is provided with large bevel gear with screw thread set-up mode and limits nut 231(the present embodiment as two), which limits spiral shell Mother 231 contacts with large bevel gear 223, position of the rotary disk connecting flange 34 above-mentioned in the top for corresponding to aforementioned rotary disk 24 It is fixedly connected by rotary disk connecting flange screw 341 with rotary disk 24.

As shown in Figure 3, on aforementioned pedestal 11 and in the position for the lower end for corresponding to aforesaid central air supply pipe 7 passes through Heart air supply pipe fixing seat screw 1112 is fixed with a central gas-supply pipe fixing seat 111, in 111 direction of central gas-supply pipe fixing seat On the central location of side constitute and have a central gas-supply pipe insertioning fixing seat 1111, central gas-supply is inserted into the lower end of central gas-supply pipe 7 It is limited in pipe insertioning fixing seat 1111 and by central gas-supply barrel bolt axis 75d.

Refer to Fig. 6 and Fig. 7 and continuing with Fig. 1 to Fig. 3, jet mechanism 56 above-mentioned includes an air nozzle fixing seat 561 and an air nozzle 562, in air nozzle fixing seat 561 towards side (the position shape shown in Fig. 6 of the quiet clamp 53 of foregoing plastics bucket The left side of state) it is fixed with an air nozzle fixing seat sliding bar I 5611, and in air nozzle fixing seat 561 towards aforementioned air return mechanism 57 side (right side of location status shown in Fig. 6) is fixed with an air nozzle fixing seat sliding bar II 5612, air nozzle fixing seat Sliding bar I 5611 is supported on air nozzle fixing seat sliding pole socket I 5613 in which movably can be adjusted, and air nozzle fixing seat is sliding Lever II 5612 is supported on air nozzle fixing seat sliding pole socket II 5614 in which movably can be adjusted, the sliding of air nozzle fixing seat Pole socket I 5613 and air nozzle fixing seat sliding pole socket II 5614 are corresponding respectively to the two of aforementioned jet mechanism adjusting hole 55a The position of side is fixed with the aforementioned side for rotating cooling platform 5 under, air nozzle 562 and aforementioned jet mechanism adjusting hole 55a Corresponding, the lower end of the air nozzle 562 and air nozzle fixing seat 561 fix and introduce pipe with an air nozzle cooling air is connected to 5621, which introduces pipe 5621 and connect with platform pivoted arm gas pipe nipple 431 above-mentioned, the upper end of air nozzle 562 The top for leaning out jet mechanism adjusting hole 55a, longitudinally central in the air nozzle 562 offer an air nozzle gas port 5622, The air nozzle gas port 5622 introduces pipe 5621 with air nozzle cooling air above-mentioned and communicates.

It is shown in FIG. 6 to be provided with and rotates on cooling platform 5 and correspond to the one of aforementioned jet mechanism adjusting hole 55a A pair the first fixing screw hole 55C of side (left side of location status shown in Fig. 6) and corresponding to jet mechanism adjusting hole 55a's The second fixing screw hole of a pair 55d of the other side (right side of location status shown in Fig. 6), air nozzle fixing seat sliding bar above-mentioned Seat I 5613 in the position corresponding to the first fixing screw hole 55c of a pair and rotates cooling platform 5 by a pair of first fixing screws Lower section (side under) it is fixed, and air nozzle fixing seat above-mentioned sliding pole socket II 5614 passes through the fixed spiral shell of a pair second Lower section (side towards under) of the nail 56141 in position and the cooling platform 5 of rotation corresponding to the second fixing screw hole 55d of a pair It is fixed.

Air return mechanism 57 above-mentioned includes a return-air mouth fixing seat 571 and a return-air mouth 572, in return-air mouth fixing seat 571 A return-air mouth is fixed with towards the side (left side of location status shown in Fig. 6) of aforementioned air nozzle fixing seat sliding pole socket II 5614 Fixing seat sliding bar I 5711, and the side (position shown in Fig. 6 of clamp 54 is moved towards foregoing plastics bucket in return-air mouth fixing seat 571 The right side of state) it is fixed with a return-air mouth fixing seat sliding bar II 5712, return-air mouth fixing seat sliding bar I 5711 is movably It is supported on to adjustment on return-air mouth fixing seat sliding pole socket I 5713, and return-air mouth fixing seat sliding bar II 5712 is movably It is supported on to adjustment on return-air mouth fixing seat sliding pole socket II 5714, return-air mouth fixing seat slides pole socket I 5713 and return-air mouth It is cold in the position for corresponding respectively to the two sides of aforementioned air return mechanism adjusting hole 55b and aforementioned rotation that fixing seat slides pole socket II 5714 But side of the platform 5 under is fixed, and return-air mouth 572 is corresponding with aforementioned air return mechanism adjusting hole 55b, the return-air mouth 572 Lower end and return-air mouth fixing seat 571 fix and are extended with a return-air head 5721, and the upper end of return-air mouth 572 leans out air return mechanism tune The top of whole hole 55b, the longitudinally central of the return-air mouth 572 offer a return-air gas guide nozzle hole 5722, the return-air gas guide nozzle hole 5722 communicate with return-air head 5721 above-mentioned, and return-air head 5721 communicates with the outside world.Due to aforementioned return-air mouth fixing seat sliding bar The fixed form and aforementioned air nozzle of seat I 5713 and return-air mouth fixing seat sliding pole socket II 5714 and the cooling platform 5 of rotation are solid Pole socket I 5613 is slided in reservation and air nozzle fixing seat sliding pole socket II 5614 is identical, thus repeats no more.

It includes a driving cylinder block 61 and a driving cylinder 62 that plastic barrel above-mentioned, which moves clamp driving mechanism 6, drives cylinder Seat 61 is fixed on the cooling plateau levels cantilever end 52 of aforementioned rotation, and offering bleeder port 624(on driving cylinder 62 can also claim Lose heart valve opening), the driving cylinder 62 and driving cylinder block 61 are fixed, and the driving cylinder block 621 of the driving cylinder 62 is towards aforementioned Plastic barrel move clamp 54 and the end of the driving cylinder block 621 and the middle part of a cylinder block fixed plate 63 and fix, and the gas The side of the both ends of cylinder column fixed plate 63 towards driving cylinder 62 is respectively fixed with a guide rod 631, the guide rod 631 and driving cylinder 62 Cylinder body be slidably matched, a driving cylinder intake pipe I 622 and a driving cylinder intake pipe II are connected on driving cylinder 62 623, driving cylinder intake pipe I 622 is connect with venthole 31 on gas supply revolving bed above-mentioned, and drives cylinder intake pipe II 623 Connect with gas supply revolving bed lower production well 32 above-mentioned, plastic barrel above-mentioned move clamp 54 with quiet 53 phase of clamp of foregoing plastics bucket It is fixed by dynamic clamp fixed plate 541 and aforementioned cylinder block fixed plate 63 in the state of correspondence.

As shown in Figure 6, the quiet clamp 53 of foregoing plastics bucket and the dynamic clamp 54 of plastic barrel are emptied cooling flat in aforementioned rotation Platform 5 is towards a upper side surface.A middle side part of clamp 54 is moved i.e. back to quiet clamp back to plastic barrel in the quiet clamp 53 of plastic barrel It is extended with a quiet clamp fixing seat 532 in the middle part of the side of semicircle chamber 531, is offered in the quiet clamp fixing seat 532 quiet Clamp fixing seat screw hole 5321 is equipped with quiet clamp fixing seat screw 53211 on quiet clamp fixing seat screw hole 5321, should Quiet clamp fixing seat screw 53211 is raised cushion block 533 with quiet clamp and is fixed, and the quiet clamp raises cushion block 533 and rotation above-mentioned Turn cooling platform fixed ear 51 to fix towards upper side, rotates cooling platform fixed ear 51 and pass through fixed ear screw 511 with before The cooling platform fixed ear base 433 of the rotation stated is fixed.Raising cushion block 533 by quiet clamp above-mentioned rises the quiet clamp 53 of plastic barrel Sky cools down platform 5 towards a upper side surface in rotation.Due to driving cylinder block 621 and rotate cooling plateau levels cantilever end 52 Towards maintaining spacing between a upper side surface, and since plastic barrel moves clamp 54 and cylinder block fixed plate 63 is fixed, thus The dynamic clamp 54 of plastic barrel, which is equally emptied, cools down platform 5 towards a upper side surface in rotation.According to professional general knowledge, plastic barrel is dynamic, Quiet clamp 54,53 is held in same level each other.

The quiet clamp 53 of plastic barrel above-mentioned is constituted towards the side that foregoing plastics bucket moves clamp 54 has one to have already mentioned above Quiet clamp semicircle chamber 531, and plastic barrel moves clamp 54 and has a dynamic clamp semicircle towards the side of the quiet clamp 53 of plastic barrel composition Shape chamber 542, dynamic and static clamp semicircle chamber 542,531 correspond to each other.

Emphasis is shown in Fig. 2 and Fig. 3, and the upper end of heart air supply pipe 7 is provided with close with the inner wall of aforementioned gas supply revolving bed 3 in the foregoing Seal gas supply central tube upper seal 76a, the gas supply central tube intermediate seal circle 76b and gas supply central tube lower seal of cooperation 76c, air drain venthole 75a above-mentioned be located at gas supply central tube upper seal 76a and gas supply central tube intermediate seal circle 76b it Between, and plastic barrel above-mentioned moves clamp driving mechanism and resets and is located at gas supply central tube intermediate seal circle 76b and gas supply with stomata 75c Between central tube lower seal 76c.

In the present embodiment, pressure air feedway above-mentioned is air compressor but it is also possible to be air pump, above-mentioned Cooling air compressed air source unit is similarly air compressor but it is also possible to be air pump.It follows that respectively to central gas-supply pipe air flue 74 Pressure air is provided and an air pressure can be shared to the device that platform pivoted arm fixed interface chamber 421 provides pressure cooling air Contracting machine or air pump.

As shown in Figure 2, jack-post relief hole 44 on one is offered in the central location at the top of aforementioned pivoted arm fixing seat 4, it is preceding The lower end for stating jack-post 8 is stretched in aforementioned gas supply revolving bed 3 and passes through in the position of jack-post relief hole 44 on corresponding to this Upper jack-post fixing screws 84 and the top of aforesaid central air supply pipe 7 are fixed, and are stepped down on upper jack-post 8 and corresponding to upper jack-post The position in hole 44 is provided with the upper jack-post sealing ring 85 for forming sealing with the hole wall of upper jack-post relief hole 44.

Upper jack-post 8 above-mentioned introduces 81 flanged joint of pipe by the upper jack-post flange 86 and cooling air of upper part.

Applicant combines Fig. 1 to Fig. 7 to describe the use of the utility model, blow moulding machine cut overlap station and this is practical new A robot (i.e. manipulator) is configured between type, it is winged through cutting cutting for overlap station by the plastic barrel 9 of blow moulding machine blow molding The cooling platform 5 of rotation that the utility model is just transferred to by robot after side mechanism excision overlap, the particular state of plastic barrel 9 by Fig. 1 and Fig. 7 signal.According to professional general knowledge, towards upper side composition, there are two opennings (to use under 9 use state of plastic barrel Shi Peiyou lid), when the back-off of plastic barrel 9 is in rotating on cooling platform 5, two opennings above-mentioned correspond respectively to 562 He of air nozzle Return-air mouth 572.After plastic barrel 9, which is located at, to be rotated on cooling platform 5, the air nozzle 562 of the structural system of aforementioned jet mechanism 56 And the return-air mouth 572 of the structural system of air return mechanism 57 is located at plastic barrel 9 in the state of being directed at two opennings above-mentioned Plastic barrel is intracavitary.Introducing pipe 81 by cooling air at this time will be from the pressure of cooling air compressed air source unit (i.e. air compressor or air pump) Power air shows from upper jack-post air inlet 87(Fig. 2 of upper jack-post 8) it introduces, it is led to by the upper jack-post venthole 82 on upper jack-post 8 In the pivoted arm fixing seat chamber 41 of pivoted arm fixing seat 4, into the cooling air in pivoted arm fixing seat chamber 41, (the present embodiment is with pressure Normal temperature air) the successively platform pivoted arm fixed interface chamber through pivoted arm fixing seat chamber venthole 45, platform pivoted arm fixed interface 42 421, the platform pivoted arm chamber 432 of platform pivoted arm 43, platform pivoted arm gas pipe nipple 431, jet mechanism 56 structural system jet Mouth cooling air introduces pipe 5621 and the air nozzle gas port 5622 of air nozzle 562 is ejected to plastic barrel chamber, implements by force to plastic barrel 9 Freeze but, the return-air gas guide nozzle hole of the return-air mouth 572 of structural system of the air intracavitary into plastic barrel from air return mechanism 57 5722 export, and the external world is led to by return-air head 5721.In aforementioned process, plastic barrel 9 is by the dynamic and static clamp 54,53 of plastic barrel Cooperate and be in and seize and (clamp) state on both sides by the arms, specifically: will be from pressure air feedway (i.e. by central gas-supply interface tube 73 Air compressor is at air pump) pressure air introduce central gas-supply pipe air flue 74, then successively through air drain venthole 75a, C font supply Air drain 75b and driving cylinder intake pipe I 622, stretch the driving cylinder block 621 for driving cylinder 62 to outside cylinder body, by driving gas Cylinder column 621 drives cylinder block fixed plate 63, dynamic clamp fixed plate 541 is driven by cylinder block fixed plate 63, by moving clamp fixed plate 541 drive plastic barrel to move clamp 54 is displaced to the direction of the quiet clamp 53 of plastic barrel, thus in the dynamic and static clamp 54,53 of plastic barrel Plastic barrel 9 is clamped under collective effect.In aforementioned process, gas supply revolving bed driving mechanism 2 is in running order, specifically: Motor 21 works, and drives cone pinion 222 by motor shaft 211, since cone pinion 222 is meshed with large bevel gear 233, thus Large bevel gear 223 is driven by cone pinion 222, rotary disk axle sleeve 23 is driven by big cold war gear 223, due to rotary disk 24 and is returned Turntable axle sleeve 23 is integrally formed structure, thus drives rotary disk 24 by rotary disk axle sleeve 23, is secured to by the drive of rotary disk 24 Gas supply revolving bed 3 driven by platform pivoted arm 43 by gas supply revolving bed 3 with moving platform pivoted arm 43 and rotate cooling platform 5 together with position Thereon and in seizing and (clamp) state on both sides by the arms jointly by the dynamic and static clamp 54,53 of plastic barrel and simultaneously in by jet plane The plastic barrel 9 of the 56 jet state of cooling of structure rotates.When what is be explained in detail above cooling rotating platform 5 turns to changes a barrel work When position, 21 pause of motor (temporarily ceasing work), gas supply revolving bed lower production well 32, which corresponds to, changes a barrel station, pressure air Successively clamp driving mechanism reset stomata 75c, gas supply revolving bed lower production well 32 and driving cylinder intake pipe are moved through plastic barrel II 623, make 62 reverse operation of driving cylinder above-mentioned, drives cylinder block 621 to cylinder body intrinsic displacement, by aforementioned contrary principles by moulding Charging basket move clamp 54 to plastic barrel 9 discharge (releasing is seized on both sides by the arms), by manipulator will complete the cooling plastic barrel 9 take from and by under One is taken over up for the cooling plastic barrel 9 in the condition of high temperature, repeats aforementioned process.

In conclusion technical solution provided by the utility model compensates for the shortcoming in prior art, favorably accomplish Invention task has faithfully fulfilled the technical effect that applicant refers in technical effect column above.

Claims (10)

1. a kind of cooling device of blow moulding machine blow molding plastic barrel, it is characterised in that including supporting device (1), the supporting device (1) it is secured directly or indirectly on terrace in a state of use；One gas supply revolving bed driving mechanism (2), the gas supply revolving bed drive Motivation structure (2) is arranged on the supporting device (1)；It supplies revolving bed (3), the gas supply revolving bed (3) is with longitudinal state pair It should be the top of gas supply revolving bed driving mechanism (2) and be connect with gas supply revolving bed driving mechanism (2), in the gas supply The middle part of the short transverse of revolving bed (3) is offered with equidistant intervals state around the surrounding of gas supply revolving bed (3) and is supplied back Venthole (31) on swivel base, and correspond to gas supply revolving bed on venthole (31) lower section position and also around gas supply The surrounding of revolving bed (3) with equidistant intervals state offer quantity with gas supply revolving bed on the quantity of venthole (31) it is equal It supplies revolving bed lower production well (32)；Pivoted arm fixing seat (4), the pivoted arm fixing seat (4) are corresponding to the gas supply revolving bed (3) Top position and gas supply revolving bed (3) it is fixed, on the outer wall of the pivoted arm fixing seat (4) and surround pivoted arm fixing seat (4) surrounding is fixed with the platform communicated with the pivoted arm fixing seat chamber (41) of pivoted arm fixing seat (4) with equidistant intervals state and turned Arm fixed interface (42) is fixed with a platform pivoted arm (43) on the platform pivoted arm fixed interface (42) with horizontal boom state, Be equipped with a platform pivoted arm gas pipe nipple (431) in the lower part of the platform pivoted arm (43), the platform pivoted arm gas pipe nipple (431) with The platform pivoted arm chamber (432) of platform pivoted arm (43) communicates, and the platform pivoted arm chamber (432) and the platform pivoted arm fixed interface (42) it communicates, has one in the one end of platform pivoted arm (43) far from platform pivoted arm fixed interface (42) and towards upper side composition Rotate cooling platform fixed ear base (433)；It rotates cooling platform (5) and a plastic barrel moves clamp driving mechanism (6), rotation cooling The quantity of platform (5) is equal with the quantity of the platform pivoted arm (43) and cools down platform (5) towards the rotation in the rotation The one end of cooling platform fixed ear base (433) is extended with rotation cooling platform fixed ear (51), and the cooling platform of the rotation is fixed Ear (51) and rotation cooling platform fixed ear base (433) are fixed, and rotation cooling platform (5) is separate to rotate cooling platform fixed ear base (433) one end is configured to rotate cooling plateau levels cantilever end (52), on rotating cooling platform (5) and is corresponding to institute The position for stating rotation cooling platform fixed ear (51) is fixed with the quiet clamp of a plastic barrel (53), and plastic barrel moves clamp driving mechanism (6) it is arranged on the rotation cooling plateau levels cantilever end (52), which moves clamp driving mechanism (6) and described Venthole (31) and gas supply revolving bed lower production well (32) piping connection on revolving bed are supplied, and moves clamp in the plastic barrel The side of driving mechanism (6) towards the quiet clamp of the plastic barrel (53) is connected with a plastic barrel and moves clamp (54), cools down in rotation The middle part of platform (5) and correspond to the dynamic and static clamp of plastic barrel (54,53) between position offering a jet institutional adjustment Hole (55a) and an air return mechanism adjusting hole (55b) are fixed with a jet in the position for corresponding to jet mechanism adjusting hole (55a) Mechanism (56), the jet mechanism (56) and described platform pivoted arm gas pipe nipple (431) piping connection, and corresponding to return-air machine The position of structure adjusting hole (55b) is fixed with an air return mechanism (57)；One central gas-supply pipe (7), the upper end of the central gas-supply pipe (7) In the gas supply revolving bed (3), and the lower end of central gas-supply pipe (7) passes through the gas supply revolving bed driving mechanism (2) fixed with the supporting device (1), the top of central gas-supply pipe (7) is closed by sealing wall (71) on central gas-supply pipe, and bottom Portion is provided with a central gas-supply pipe air inlet in the lower end side of central gas-supply pipe (7) by central gas-supply tube bottom envelope wall (72) closing Interface (73), which is connect by pipeline with pressure air feedway and the central gas-supply pipe Intake interface (73) is communicated with the central gas-supply pipe air flue (74) of central gas-supply pipe (7), on central gas-supply pipe (7) and right The position of venthole (31) offers an air drain venthole (75a) on gas supply revolving bed described in Ying Yu, the air drain venthole (75a) It is communicated with the C font air supply trough (75b) on the outer wall for being provided with central gas-supply pipe (7), venthole on the gas supply revolving bed (31) it is communicated with C font air supply trough (75b), the outlet on central gas-supply pipe (7) and in the case where corresponding to the gas supply revolving bed The position in hole (32) offers a plastic barrel and moves clamp driving mechanism reset stomata (75c), supplies revolving bed lower production well (32) clamp driving mechanism is moved with the plastic barrel reset communicated with stomata (75c), the air drain venthole (75a) and described Plastic barrel move clamp driving mechanism reset communicated with stomata (75c) with the central gas-supply pipe air flue (74) and the air drain lead to Stomata (75a) and plastic barrel move the reset of clamp driving mechanism and are isolated from each other with stomata (75c)；Jack-post (8) on one, on this The upper end of jack-post (8) is connected with a cooling air and introduces pipe (81), which introduces pipe (81) and connect with cooling air compressed air source unit, The lower end of upper jack-post (8) is stretched in gas supply revolving bed (3) and fixes with the top of the central gas-supply pipe (7), on The circumferentially-spaced that the middle part of jack-post (8) is located in the pivoted arm fixing seat chamber (41) and around upper jack-post (8), which offers, to be used for To the upper jack-post venthole (82) for introducing cooling air in pivoted arm fixing seat chamber (41), wherein on the upper jack-post (8) and An envelope is fixed in the position of the one of platform pivoted arm fixed interface corresponded in the platform pivoted arm fixed interface (42) Oralia (83), the hush panel (83) are moved clamp driving mechanism with the plastic barrel and are resetted with stomata (75c) self corresponding, institute The quantity for stating rotation cooling platform (5) is equal with the quantity of venthole (31) on the gas supply revolving bed.

2. the cooling device of blow moulding machine blow molding plastic barrel according to claim 1, it is characterised in that the bearing Mechanism (1) includes a pedestal (11) and a chassis (12), and pedestal (11) is secured directly or indirectly on terrace in a state of use, Chassis (12) and pedestal (11) are fixed towards upper side and the chassis (12) is constituted towards the side of pedestal (11) a bottom Frame chamber (121)；The gas supply revolving bed driving mechanism (2) is arranged on the chassis (12)；In the gas supply revolving bed (3) upper end, which is constituted, a pivoted arm fixing seat mounting flange (33), and constitutes turntable once in the lower end of gas supply revolving bed (3) Connecting flange (34), the pivoted arm fixing seat (4) and pivoted arm fixing seat mounting flange (33) are fixed, the rotary disk connection Flange (34) is connect with the gas supply revolving bed driving mechanism (2)；The lower end of the central gas-supply pipe (7) sequentially passes through described It supplies revolving bed driving mechanism (2) and the chassis (12) and consolidates in the chassis chamber (121) with the pedestal (11) Fixed, the central gas-supply pipe intake interface (73) is in the lower end side of the central gas-supply pipe (7) setting in the chassis chamber (121) in.

3. the cooling device of blow moulding machine blow molding plastic barrel according to claim 2, it is characterised in that the gas supply Revolving bed driving mechanism (2) includes motor (21), gear reduction box (22), rotary disk axle sleeve (23), rotary disk (24) and platform Bearing (25), gear reduction box (22) include Gearbox (221), cone pinion (222) and large bevel gear (223), are slowed down Box body (221) is fixed with the chassis (12) towards upper side, cone pinion (222) and large bevel gear (223) setting In the Gearbox chamber (2211) of Gearbox (221), and cone pinion (222) is mutually nibbled with large bevel gear (223) It closes, for rotary disk axle sleeve (23) empty set on the central gas-supply pipe (7), the lower end of the rotary disk axle sleeve (23) is stretched over reduction gearbox In cabinet chamber (2211), and upper end is possibly extending up to Gearbox chamber (2211) outside and matches with platform bearing (25) rotation It closes, rotary disk (24) is integrally formed in the upper end of rotary disk axle sleeve (23), and platform bearing (25) setting is being formed in reduction gearbox case In the bearing bore (2212) on the top of body (221), motor (21) and gear reduction box (22) are fixed, the motor shaft of the motor (21) (211) it is stretched in Gearbox chamber (2211), the cone pinion (222) is fixed on motor by cone pinion flat key On axis (211), and the large bevel gear (223) is fixed on the rotary disk axle sleeve (23) by large bevel gear flat key (2231) Lower end, wherein on the rotary disk axle sleeve (23) and correspond to the large bevel gear (223) lower section position with Screw thread set-up mode is provided with large bevel gear and limits nut (231), which limits nut (231) and large bevel gear (223) it contacts, the rotary disk connecting flange (34) passes through revolution in the position for the top for corresponding to the rotary disk (24) Disk connecting flange screw (341) is fixedly connected with rotary disk (24)；On the pedestal (11) and corresponding to the center The position of the lower end of air supply pipe (7) is fixed with a central gas-supply pipe fixing seat by central gas-supply pipe fixing seat screw (1112) (111), constituting in the central location of the central gas-supply pipe fixing seat (111) towards upper side has a central gas-supply pipe insertioning fixing seat (1111), in lower end insertion central gas-supply pipe insertioning fixing seat (1111) of central gas-supply pipe (7) and by central gas-supply barrel bolt axis (75d) is limited.

4. the cooling device of blow moulding machine blow molding plastic barrel according to claim 1, it is characterised in that the jet Mechanism (56) includes an air nozzle fixing seat (561) and an air nozzle (562), in air nozzle fixing seat (561) towards the modeling The side of the quiet clamp of charging basket (53) is fixed with an air nozzle fixing seat sliding bar I (5611), and in air nozzle fixing seat (561) court An air nozzle fixing seat sliding bar II (5612), air nozzle fixing seat sliding bar are fixed with to the side of the air return mechanism (57) I (5611) are movably supported in air nozzle fixing seat sliding pole socket I (5613), and air nozzle fixing seat sliding bar II (5612) It is movably supported in air nozzle fixing seat sliding pole socket II (5614), air nozzle fixing seat is slided pole socket I (5613) and sprayed Gas nozzle fixing seat slides pole socket II (5614) in position and the institute for corresponding respectively to the two sides of jet mechanism adjusting hole (55a) The side of rotation cooling platform (5) under to be stated to fix, air nozzle (562) is corresponding with the jet mechanism adjusting hole (55a), The lower end and air nozzle fixing seat (561) of the air nozzle (562) are fixed and introduce pipe with an air nozzle cooling air is connected to (5621), which introduces pipe (5621) and connect with the platform pivoted arm gas pipe nipple (431), air nozzle (562) upper end leans out the top of jet mechanism adjusting hole (55a), and longitudinally central in the air nozzle (562) offers a spray Gas nozzle gas port (5622), the air nozzle gas port (5622) introduce pipe (5621) with the air nozzle cooling air and communicate；Institute The air return mechanism (57) stated includes a return-air mouth fixing seat (571) and a return-air mouth (572), in return-air mouth fixing seat (571) court It is fixed with a return-air mouth fixing seat sliding bar I (5711) to the side of air nozzle fixing seat sliding pole socket II (5614), and A return-air mouth fixing seat sliding bar II is fixed with towards the side that the plastic barrel moves clamp (54) in return-air mouth fixing seat (571) (5712), return-air mouth fixing seat sliding bar I (5711) is movably supported in return-air mouth fixing seat sliding pole socket I (5713), and Return-air mouth fixing seat sliding bar II (5712) is movably supported in return-air mouth fixing seat sliding pole socket II (5714), and return-air mouth is solid Reservation sliding pole socket I (5713) and return-air mouth fixing seat sliding pole socket II (5714) are corresponding respectively to the air return mechanism tune The position of the two sides of whole hole (55b) is fixed with described side for rotating cooling platform (5) under, return-air mouth (572) with it is described Air return mechanism adjusting hole (55b) is corresponding, and the lower end of the return-air mouth (572) is fixed with return-air mouth fixing seat (571) and extends The upper end of gas head (5721) once, return-air mouth (572) leans out the top of air return mechanism adjusting hole (55b), the return-air mouth (572) It is longitudinally central offer a return-air gas guide nozzle hole (5722), the return-air gas guide nozzle hole (5722) and the return-air head (5721) It communicates, and return-air head (5721) communicates with the outside world.

5. the cooling device of blow moulding machine blow molding plastic barrel according to claim 1, it is characterised in that the plastics The dynamic clamp driving mechanism (6) of bucket includes driving cylinder block (61) and driving cylinder (62), and driving cylinder block (61) is fixed on In the rotation cooling plateau levels cantilever end (52), driving cylinder (62) and driving cylinder block (61) are fixed, the driving cylinder (62) driving cylinder block (621) towards the plastic barrel move the end of clamp (54) and the driving cylinder block (621) with The middle part of one cylinder block fixed plate (63) is fixed, and the side of the both ends of the cylinder block fixed plate (63) direction driving cylinder (62) A guide rod (631) are respectively fixed with, the guide rod (631) and the cylinder body of driving cylinder (62) are slidably matched, in driving cylinder (62) Be connected with a driving cylinder intake pipe I (622) and one driving cylinder intake pipe II (623), driving cylinder intake pipe I (622) with Venthole (31) connects on the gas supply revolving bed, and drives under cylinder intake pipe II (623) and the gas supply revolving bed Venthole (32) connection, the plastic barrel move clamp (54) and lead in the state of corresponding with the plastic barrel quiet clamp (53) It crosses clamp fixed plate (541) and the cylinder block fixed plate (63) is fixed.

6. the cooling device of blow moulding machine blow molding plastic barrel according to claim 1 or 4 or 5, it is characterised in that described The quiet clamp of plastic barrel (53) and plastic barrel dynamic clamp (54), which are emptied, cools down platform (5) towards upper side table in the rotation Face.

7. the cooling device of blow moulding machine blow molding plastic barrel according to claim 6, it is characterised in that the plastics The quiet clamp (53) of bucket is constituted towards the side that the plastic barrel moves clamp (54) a quiet clamp semicircle chamber (531), and plastics The dynamic clamp (54) of bucket is constituted towards the side of the quiet clamp of plastic barrel (53) a dynamic clamp semicircle chamber (542), dynamic and static clamp half Circular cavity (542,531) corresponds to each other.

8. the cooling device of blow moulding machine blow molding plastic barrel according to claim 1, it is characterised in that at the center The upper end of air supply pipe (7) is provided with the gas supply central tube upper seal with the inner wall sealing cooperation of gas supply revolving bed (3) (76a), gas supply central tube intermediate seal circle (76b) and gas supply central tube lower seal (76c), the air drain venthole (75a) is located between gas supply central tube upper seal (76a) and gas supply central tube intermediate seal circle (76b), the plastic barrel Dynamic clamp driving mechanism, which resets to be located under gas supply central tube intermediate seal circle (76b) and gas supply central tube with stomata (75c), to be sealed It encloses between (76c).

9. the cooling device of blow moulding machine blow molding plastic barrel according to claim 1, it is characterised in that the pressure Air feeder is air compressor or air pump, and the cooling air compressed air source unit is similarly air compressor or air pump.

10. the cooling device of blow moulding machine blow molding plastic barrel according to claim 1, it is characterised in that in the pivoted arm The central location at the top of fixing seat (4) offers jack-post relief hole (44) on one, and the lower end of the upper jack-post (8) is corresponding to On this position of jack-post relief hole (44) be stretched in the gas supply revolving bed (3) and by upper jack-post fixing screws (84) with The top of the central gas-supply pipe (7) is fixed, and is set on upper jack-post (8) and in the position for corresponding to upper jack-post relief hole (44) It is equipped with the upper jack-post sealing ring (85) for forming sealing with the hole wall of upper jack-post relief hole (44).