CN101659114B - Filling machine integrating embryo manufacturing, bottle blowing, bulking and sealing into a whole - Google Patents

Abstract

The invention provides a filling machine integrating embryo making, bottle blowing, filling and sealing, including: embryo making system; heating system; bottle blowing system; filling system; sealing system; , which connects the preform system, heating system, blowing system, filling system, sealing system, and capping system in sequence, and the transfer system is responsible for the transfer of preforms, fixtures, bottles and caps. Adopting the filling machine integrating embryo making, bottle blowing, filling and sealing according to the present invention overcomes the

The "blowing-filling-sealing" three-in-one filling machine produced

The advanced bottle-making process has the commonality of extruders, that is, the lack of a special embryo-making process will produce about 20% of the product weight (excluding the added bottle cap and filling liquid) Process waste and other problems, thereby achieving cost reduction Effect.

Description

Filling machine integrating embryo making, bottle blowing, filling and sealing

technical field

The invention relates to a filling machine integrating embryo making, bottle blowing, filling and sealing.

Background technique

The existing equipment with similar performance in the field of plastic bottle packaging is Rommelag The "blowing-filling-sealing" three-in-one filling machine produced The production process is as follows: the plastic particles are heated and plasticized through the heating barrel and the extruding screw, and then the plasticized plastic is made into a vertical cylinder through the extrusion die. After the blowing mold is closed, Move to another station for bottle blowing, filling, sealing, waste removal and other processes. When the bottle blowing mold is closed, the lower end of the tubular plastic is sealed by the blowing mold, and a small opening is left at the upper end for blowing air inside to form the mouth of the bottle, and then the liquid is filled from the mouth of the bottle, and then seal.

生产的“吹瓶-灌装-封口”三合一灌装机

的制瓶工艺具有挤出机的共性，即缺少专门的制胚工艺，因此，会产生占产品重量(不包括外加瓶盖及灌装的液体)约20％的工艺废料。The inventor finds that there are at least the following problems in the prior art: due to the

The "blowing-filling-sealing" three-in-one filling machine produced

The current bottle making process has the commonality of the extruder, that is, it lacks a special embryo making process, so it will produce about 20% of the product weight (excluding the added bottle cap and filling liquid).

Contents of the invention

生产的“吹瓶-灌装-封口”三合一灌装机的制瓶工艺具有挤出机的共性，即缺少专门的制胚工艺，因此，会产生约占产品重量(不包括外加瓶盖及灌装的液体)约20％的工艺废料等问题。The present invention aims to provide a filling machine integrating embryo making, bottle blowing, filling and sealing, which can solve the problems caused by Rommelag

The "blowing-filling-sealing" three-in-one filling machine produced The current bottle making process has the commonality of extruders, that is, it lacks a special embryo making process. Therefore, problems such as process waste that account for about 20% of the product weight (excluding external bottle caps and filling liquids) will occur.

In an embodiment of the present invention, a filling machine integrating preform making, bottle blowing, filling and sealing is provided, including: a preform making system for making preforms; a heating system for The preforms manufactured by the system are reheated; the blowing system is used to stretch and blow the heated preforms into bottles; the filling system is used to fill the cleaned bottles with liquid; the sealing system is used to It is used to cap and seal the bottle that has been filled with liquid; the capping system is used to provide the bottle cap used by the sealing system to seal the bottle; , sealing system, and capping system are connected together in sequence, and the conveying system is responsible for the conveying of preforms, fixtures, bottles and caps.

Preferably, the embryo making system includes: an injection system with a continuous extrusion function, provided with downward nozzles; a plurality of first injection channels, which are arranged horizontally, and the nozzles of the injection system are located in the plurality of first injection streams The intersection of the channels; the heating element is arranged around a plurality of first injection runners; the preform forming mold is arranged under the first injection runners and is distributed in a circle, which includes a preform cavity, a clamp, a bottle The blank core; the second injection channel, connected between the first injection channel and the preform cavity; the injection switch, arranged on the channel formed by the first injection channel and the second injection channel.

Preferably, the injection switch is set on the first injection flow channel or the injection switch is set on the second injection flow channel.

Preferably, the injection system is arranged vertically or horizontally.

Preferably, the heating system includes: multi-layer heating tubes, wherein each layer of heating tubes can be individually controlled; a ventilation system, arranged around the multi-layer heating tubes, is used to adjust the temperature of the surface layer of the preform.

Preferably, the bottle blowing system is composed of multiple groups of bottle blowing units, and the multiple groups of bottle blowing units are distributed in a circle, wherein, the bottle blowing unit includes: opening and closing mold system; bottom film; bottle blowing cavity; clamp; stretch blowing system , The blowing system is responsible for blowing the preforms into bottles, wherein the blowing cavity is single or multi-cavity.

Preferably, the clamp for carrying the preform participates in the preform making during preform making, and is used to carry the preform through the heating system during heating, and participates in the stretching and blowing system during bottle blowing.

Preferably, the filling system is composed of a plurality of filling units distributed in a circle; and the sealing system is composed of a plurality of sealing units distributed in a circle.

Preferably, the sealing system adopts a welding cap type sealing system or a screw cap type sealing system or a plug type sealing system.

Preferably, the conveying system includes: a first transitional turntable, which is connected with the preform making system, and is used to transfer out the gripper carrying the preform from the preform making system; a first transmission chain, which is connected with the first transitional turntable, and passes through Heating system, the part of the first transmission chain passing through the heating system is provided with a chain, when the first transmission chain takes over the clamp carrying the preform from the first transition turntable and passes through the heating system, the chain drives the clamp carrying the preform to rotate , the preform is evenly heated, and the first transmission chain also has the function of changing the distance between the clamps; the second transition turntable is connected between the first transmission chain and the blowing system, and the second transition turntable connects the carrying The clamp that holds the preform and sends it into the blowing system; the third transitional turntable, connected to the blowing system, passes out the clamp that holds the bottle from the blowing system; the fourth transitional turntable, and the third transitional The turntables are connected, and the fixture holding the bottle is taken over from the third transition turntable, and the bottle and fixture are separated on the fourth transition turntable; the second transmission chain is connected with the fourth transition turntable, and the empty bottle is released from it. Fixtures, the second transmission chain also has the function of changing the distance between the clamps; the fifth transitional turntable is connected with the second transmission chain, and the empty fixtures are released from it; the sixth transitional turntable is connected with the fifth transitional turntable and the embryo making system Between the fifth transitional turntable, the hollow jig is passed out and then returned to the embryo-making system; the seventh transitional turntable is connected with the fourth transitional turntable, and the bottle separated from the fixture is taken over from the fourth transitional turntable; the eighth transitional turntable The transitional turntable is connected between the seventh transitional turntable and the filling system, and the bottle is received from the seventh transitional turntable and sent to the filling system; the ninth transitional turntable is connected between the filling system and the sealing system, and the Bottles filled with liquid in the filling system are sent out and sent to the sealing system; the bottle output carousel is connected with the sealing system, and the bottle output carousel is a double-layer carousel, and the lower carousel transfers the sealed bottles from the sealing system to the sealing system. When the equipment is sent out, the upper turntable transfers the caps for sealing to the sealing system.

生产的“吹瓶-灌装-封口”三合一灌装机

的制瓶工艺具有挤出机的共性，即缺少专门的制胚工艺，因此，会产生占产品重量(不包括外加瓶盖及灌装的液体)约20％的工艺废料等问题，进而达到了降低成本的效果。Because adopt the filling machine that integrates preform making, bottle blowing, filling and sealing according to the present invention, it has special structure, so overcome the problem caused by Rommelag company

The "blowing-filling-sealing" three-in-one filling machine produced

The current bottle making process has the commonality of extruders, that is, it lacks a special embryo making process. Therefore, problems such as process waste that account for about 20% of the product weight (excluding the added bottle cap and filling liquid) will be generated, and then reached The effect of reducing costs.

Description of drawings

The accompanying drawings described here are used to provide a further understanding of the present invention and constitute a part of the application. The schematic embodiments of the present invention and their descriptions are used to explain the present invention and do not constitute improper limitations to the present invention. In the attached picture:

Fig. 1 has shown this bottle making machine technological process schematic diagram;

Fig. 2 shows the schematic diagram of the embryo system work of this bottle making mechanism;

Fig. 3 shows the schematic diagram when the preform system of this bottle making mechanism is molded and preformed;

Fig. 4 shows the schematic diagram when the embryo system of this bottle making mechanism makes the embryo and opens the mold clamping;

Fig. 5 shows the working schematic diagram of this bottle making machine heating furnace;

Fig. 6 shows the schematic diagram during stretch blow molding of the stretch blow molding system of the bottle making machine;

Fig. 7 shows a schematic diagram of the end of bottle making by the stretch blow molding system of the bottle making machine.

Detailed ways

The present invention will be described in detail below with reference to the accompanying drawings and in combination with embodiments.

生产的“吹瓶-灌装-封口”三合一灌装机

的制瓶工艺具有挤出机的共性，即缺少专门的制胚工艺，会产生占产品重量(不包括外加瓶盖及灌装的液体)约20％的工艺废料等问题，进而达到了降低成本的效果。Fig. 1 has shown technological process and working schematic diagram of the present invention. As shown in Fig. 1, in the embodiment of the present invention, a kind of filling machine integrating preform making, bottle blowing, filling and sealing is provided, which includes: preform making system 1 for making preforms 90 ; The heating system 2, when the preform 90 made passes through the heating system 2, the preform 90 is properly heated to be suitable for blowing the preform 90 into a bottle 91; the bottle blowing system 3 is used to blow the heated bottle The blank 90 is blown into a bottle 91; the filling system 4 is used to fill the bottle 91 with liquid; the sealing system 5 is used to seal the bottle 91 filled with liquid; the capping system 6 includes a cap sorting device and The cap feeding guide rail is used to arrange the bottle caps in an orderly manner and provide the caps for sealing to the sealing system 5; the conveying system, which connects the embryo making system 1, the heating system 2, the blowing system 3, the filling system 4, and the sealing The system 5 and the capping system 6 are connected together in sequence, and the transfer system is responsible for the transfer of the preform 90, the clamp 18, the bottle 91 and the bottle cap. Adopting the filling machine integrating embryo making, bottle blowing, filling and sealing according to the present invention overcomes the

The "blowing-filling-sealing" three-in-one filling machine produced

The advanced bottle-making process has the commonality of extruders, that is, the lack of a special embryo-making process will produce about 20% of the product weight (excluding the added bottle cap and filling liquid) Process waste and other problems, thereby achieving cost reduction Effect.

As shown in Figure 1, preferably, the transmission system includes a first transition turntable 71, a first transmission chain 72, a second transition turntable 73, a third transition turntable 74, a fourth transition turntable 75, a second transmission chain 77, a fifth transition turntable The transition turntable 78, the sixth transition turntable 79, the seventh transition turntable 76, the eighth transition turntable 80, the ninth transition turntable 81 and the bottle output turntable 82, the transmission system connects the embryo making system 1, the heating system 2, the bottle blowing system 3, The filling system 4, the capping system 6, and the sealing system 5 are organically connected to form an organic whole. The conveying system includes: a first transitional turntable 71, which is connected to the preform making system 1, and is used to transfer out the clamp 18 of the preform making system 1 carrying the preform 90; a first transmission chain 72, which is connected to the first transitional turntable 71 , and pass through the heating system 2, the part of the first transmission chain 72 passing through the heating system 2 is provided with a chain 721, when the first transmission chain 72 takes over the clamp 18 carrying the preform 90 from the first transitional turntable 71 and undergoes heating In system 2, the chain 721 drives the clamp 18 carrying the preform 90 to rotate, and the preform 90 is evenly heated, and the first transmission chain 72 also has the function of changing the distance between the clamps 18; the second transition turntable 73 is connected to the first transmission chain 72 and the bottle blowing system 3, the second transition turntable 73 takes over the clamp 18 carrying the preform 90 from the first transmission chain 72, and sends it into the blow molding system 3; the third transition turntable 74, and The bottle blowing system 3 is connected, and it transmits the clamp 18 carrying the bottle 91 from the bottle blowing system 3; The clamp 18 of the bottle 91, and the bottle and the clamp 18 are separated on the fourth transition turntable 75; the second transmission chain 77 is connected with the fourth transition turntable 75, and the empty clamp 18 is released therefrom, and the second transmission chain 77 also It has the function of changing the distance between the clamps 18; the fifth transitional turntable 78 is connected to the second transmission chain 77, and the empty clamps 18 are released from it; the sixth transitional turntable 79 is connected to the fifth transitional turntable 78 and the embryo making system 1 Between, pass out the jig 18 of the hollow of the fifth transitional turntable 79 and pass it back to the embryo making system 1; 18 separated bottle 91; the eighth transition carousel 80, connected between the seventh transition carousel 76 and the filling system 4, takes over the bottle 91 from the seventh transition carousel 79, and transmits it to the filling system 4; the ninth transition The turntable 81 is connected between the filling system 4 and the sealing system 5, and conveys the liquid-filled bottles 91 in the filling system 4 to the sealing system 5; The bottle turntable 82 is a double-layer turntable, and its lower turntable sends the sealed bottle 91 out of the sealing system 5 and sends out this equipment, and its upper turntable then sends the cap used for sealing to the sealing system 5.

As shown in FIG. 1 , preferably, the sealing system 5 is composed of a plurality of sealing units distributed in a circle; and the filling system 4 is composed of a plurality of filling units distributed in a circle. Preferably, the sealing system 5 adopts a welding cap type sealing system, a screw cap type sealing system or a plug type sealing system, so that different types of sealing can be selected according to needs, and the practicability is good.

Referring to FIG. 1 , the embryo making system 1 continuously produces preforms 90 , and the first transition turntable 71 transmits the gripper 18 carrying the preform 90 to the first transmission chain 72 . When the gripper 18 carrying the preform 90 passes through the heating system 2 , the preform 90 is evenly heated, the second transition turntable 73 takes over the clamp 18 carrying the preform 90 from the first transmission chain 72, and then rotates it into the blowing system 1, and the blowing system 1 blows the preform 90 Form bottle 91, the third transition turntable 74 takes over the clamp 18 carrying bottle 91 from the bottle blowing system 3, and then rotates and sends to the fourth transition turntable 75, and on the fourth transition turntable 75, the bottle 91 is separated from the clamp 18. The empty clamp 18 enters the preform system 1 through the second transmission chain 77, the fifth transitional turntable 78 and the sixth transitional turntable 79 to participate in the production of the preform 90 again, while the bottle 91 passes through the seventh transitional turntable 76 and the eighth transitional turntable 80 enters the filling system 4, and on the filling system 4, the bottle 91 is filled with a suitable volume of liquid. The bottle 91 filled with liquid is transferred from the filling system 4 to the sealing system 5 through the ninth transition turntable 81, and the sealing system 5 enters and seals the bottle 91 filled with liquid, and the cap used for sealing is the upper cap system 6 The orderly caps are provided to the sealing system 5 through the upper turntable of the bottle output turntable 82 . The bottle 91 that adds a cap and seals is sent on the bottle-out turntable 82, and the lower floor turntable of the bottle-out turntable 82 sends the bottle 91 that adds a cap and seals out of this equipment. In this way, the entire production process is completed.

Referring to Fig. 2, Fig. 3 and Fig. 4, preferably, the embryo making system 1 includes: an injection system 11 with nozzles 12 arranged downwards; a plurality of first injection runners 15 arranged horizontally, and the injection system The nozzle 12 is located at the intersection of multiple first injection runners 15; the heating rod 13 is arranged around the multiple first injection runners 14; the preform forming mold is arranged under the first injection runner 14 and is Circumferential distribution, which includes, preform cavity 17, clamp 18, preform core 19; second injection channel 15, arranged between the first injection channel 14 and preform cavity 17; injection switch 16, set It is arranged on the channel formed by the first injection channel 14 and the second injection channel 15 . The injection system 12 is a plurality of groups of preform molds that are uniformly distributed on the circumference and are composed of preform cavities 17, clamps 18 and preform cores 19 to inject plastic one by one. The first injection runner 14 of the plastic is a hot runner provided with a heating rod 13 , which can keep the plastic at an appropriate temperature in the first injection runner 14 . There is an injection switch device 16 in the process of making a single preform 90, which injects or stops injection according to the needs of the embryo making system 1. The manufacturing process of a single preform 90 is composed of four stages of mold clamping, injection molding, cooling, and mold opening, and these four stages are completed in continuous rotation.

Preferably, the injection system 11 is arranged vertically or horizontally. As shown in Fig. 2, Fig. 3 and Fig. 4, the injection system 11 of the continuous rotary embryo-making system 1 is set vertically, the nozzle 12 is downward, and a plurality of radial first injection channels 14 are set horizontally, and the injection The nozzle 12 of the system 11 is located at the junction of the first injection runner 14 . Near the first injection flow channel 14, a heating rod 13 is provided, and below the outer end of each first injection flow channel 14, there is correspondingly provided a preform cavity 17, a clamp 18, a preform core 19, etc. The preform forming mold of the preform has a second injection runner 16 between the first injection runner 14 and the preform cavity 17, and an injection switch 16 is arranged on the second injection runner 16. Of course, the injection switch 16 can also be Set on the first injection channel 14. The injection system 11, the first injection flow channel 14, and various components such as the preform forming mold rotate synchronously. When the clamp 18 without the preform 90 is sent into the preform system 1 by the sixth transitional turntable 79, the preform core 19 and the clamp 18 rise to form a closed cavity with the preform cavity 17, and the injection switch 16 is turned on. The injection system 11 injects the melted plastic into the closed cavity formed by the preform core 19, fixture 18 and preform cavity 17 through the first injection channel 14 and the second injection channel 15, and keeps the pressure after the set time After cooling down, the injection switch 16 is turned off, the preform core 19 and the clamp 18 descend at different speeds, the prepared preform 90 leaves the preform cavity 17 with the clamp 18, and the preform core 19 is also separated from the preform 90. The preform 90 stays on the clamp 18 and is taken out of the embryo making system 1 by the first transitional turntable 71 . Since the whole preform making system 1 is continuously rotating and goes round and round, a large number of preforms 90 are continuously produced from a plurality of preform cavities distributed around the circumference.

As shown in Figure 5, preferably, the heating system 2 includes: a ventilation system 21, which is used to balance the external and internal temperatures of the preform 90; multi-layer heating tubes 22, wherein each layer of heating tubes 22 can be controlled separately to ensure that the preforms 90 is moderately heated up and down, and the preform 90 is provided with an appropriate number of heating systems 2 on the way of transportation. The prepared preform 90 passes through the heating system 2 under the conveyance of the first conveying chain 72, so that the preform 90 can obtain a set heating effect. When the clamp 18 holding the preform 90 passes through the heating system 2, the shaft core of the clamp 18 is continuously rotating, which can ensure that the circumference of the preform 90 it holds is heated evenly. Preferably, the clamp 18 carrying the preform 90 participates in the making of the preform 90 during preform making, and is used to carry the preform 90 through the heating system 2 during heating, and participates in stretching and blowing during bottle blowing. System 30 works.

As shown in Figures 6 and 7, preferably, multiple groups of blowing units of the blowing system 3 are distributed in a circle, and the blowing units include: opening and closing mold system 30; base film 31; blowing cavity 32; clamps 18 ; Stretch blowing system 33 . Preferably, the clamp 18 carrying the preform 90 participates in the making of the preform 90 during preform making, and is used to hold the preform 90 through the heating system 2 during heating, and participates in the blowing system 3 during bottle blowing. Work. Preferably, the single-group bottle blowing mold 32 can be single-cavity or multi-cavity.

As shown in Figures 6 and 7, the second transition turntable 73 takes the gripper 18 carrying the preform 90 out of the first conveying chain 72 and then sends it to the blowing unit of the blowing system 3 in continuous rotation, and the bottom mold 31 goes down. , the mold opening and closing system 30 is closed, the stretching and blowing system 33 works, and the heated preform 90 is stretched and blown. Carry bottle 91 that makes is taken away by the 3rd transition turntable 74. This bottle blowing unit forwards to the position that joins with the second transition turntable 73 again, starts a new bottle making cycle.

From the above description, it can be seen that the above-mentioned embodiments of the present invention have achieved the following technical effects:

生产的“吹瓶-灌装-封口”三合一灌装机

的制瓶工艺具有挤出机的共性，即缺少专门的制胚工艺，因此，会产生占产品重量(不包括外加瓶盖及灌装的液体)约20％的工艺废料等问题，进而达到了降低成本的效果。Due to the adoption of the filling machine integrating embryo making, bottle blowing, filling and sealing according to the present invention, it has a special function of embryo making, so it overcomes the problems caused by Rommelag.

The "blowing-filling-sealing" three-in-one filling machine produced

The current bottle making process has the commonality of extruders, that is, it lacks a special embryo making process. Therefore, problems such as process waste that account for about 20% of the product weight (excluding the added bottle cap and filling liquid) will be generated, and then reached The effect of reducing costs.

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the present invention. For those skilled in the art, the present invention may have various modifications and changes. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present invention shall be included within the protection scope of the present invention.

Claims (9)

1. A filling machine integrating embryo making, bottle blowing, filling and sealing, characterized in that it comprises: Embryo-making system (1), used for manufacturing bottle embryo (90), described embryo-making system (1) comprises: an injection system (11), provided with downward nozzles (12), a plurality of first injection channels (14), which are arranged horizontally, and the nozzle (12) of the injection system (11) is located at the intersection of the plurality of first injection channels (14), a heating element (13), arranged around the plurality of first injection runners (14), The preform forming mold is arranged below the first injection channel (14) and is distributed in a circle, and includes a preform cavity (17), a clamp (18) for carrying a preform or a bottle, a preform Core (19), The second injection channel (15) is connected between the first injection channel (14) and the preform cavity (17), and An injection switch (16), arranged on the flow path formed by the first injection flow path (14) and the second injection flow path (15); A heating system (2), used for reheating the preform (90) produced by the preform making system (1); Blowing system (3), used for stretching and blowing the heated preform (90) into a bottle (91); Filling system (4), used for liquid filling the cleaned bottle (91); Sealing system (5), used for capping and sealing the bottle (91) filled with liquid; The upper cap system (6) is used to provide the cap used for sealing the bottle by the sealing system (5); Conveying system, which connects the embryo making system (1), heating system (2), bottle blowing system (3), filling system (4), sealing system (5) and upper cover system (6) in sequence together, and the transfer system is responsible for the transfer of preforms (90), grippers (18), bottles (91) and caps. 2. The filling machine integrating preform making, bottle blowing, filling and sealing according to claim 1, characterized in that the injection switch (16) is arranged on the first injection channel (14) Or the injection switch (16) is arranged on the second injection channel (15). 3. The filling machine integrating preform making, bottle blowing, filling and sealing according to claim 1, characterized in that the injection system (11) is set vertically or horizontally. 4. The filling machine integrating embryo making, bottle blowing, filling and sealing according to claim 1, characterized in that, the heating system (2) comprises: Multi-layer heating tubes (22), wherein each layer of heating tubes (22) can be individually controlled; The ventilation system (21) is arranged around the multi-layer heating pipe (22), and is used for adjusting the temperature of the surface layer of the preform (23). 5. The filling machine integrating preform making, bottle blowing, filling and sealing according to claim 1, characterized in that, the bottle blowing system (3) is composed of multiple groups of bottle blowing units, and the multiple groups The bottle blowing unit is distributed in a circle, wherein the bottle blowing unit includes: mold opening and closing system (30); base film (31); bottle blowing cavity (32); stretch blowing system (33), bottle blowing system (3) Responsible for blowing the preform (90) into a bottle (91), wherein the blowing cavity (32) is single cavity or multiple cavity. 6. The filling machine integrating preform making, bottle blowing, filling and sealing according to claim 1, characterized in that, the clamp (18) carrying the preform (90) during preform making, Participate in the production of the preform (90), and carry the preform (90) through the heating system (2) during heating, and participate in the work of the stretch blowing system (33) during bottle blowing. 7. The filling machine integrating preform making, bottle blowing, filling and sealing according to claim 1, characterized in that, the sealing system (5) is composed of a plurality of sealing units, and the plurality of sealing units distributed in a circle; and the filling system (4) is composed of multiple filling units, and the multiple filling units are distributed in a circle. 8. The filling machine integrating preform making, bottle blowing, filling and sealing according to claim 1, characterized in that the sealing system (5) adopts a welding cap type sealing system or a screw cap type sealing system or Plug closure system. 9. The filling machine integrating preform making, bottle blowing, filling and sealing according to claim 1, characterized in that the transmission system includes: The first transitional turntable (71), which is connected with the embryo making system (1), is used to pass out the clamp (18) of the embryo making system (1) carrying the preform (90); The first transmission chain (72) is connected with the first transition turntable (71) and passes through the heating system (2), and the first transmission chain (72) passes through the heating system (2) A chain (721) is partially provided, and when the first transmission chain (72) takes over the clamp (18) carrying the preform (90) from the first transition turntable (71) and passes through the heating system (2 ), the chain (721) drives the clamp (18) carrying the preform (90) to rotate, the preform (90) is heated evenly, and the first transmission chain (72) also has the function of changing the distance between the clamps (18) role; The second transition turntable (73), connected between the first transmission chain (72) and the blowing system (3), the second transition turntable (73) from the first transmission chain (72) Take over the clamp (18) carrying the preform (90), and send it into the blowing system (3); The third transition turntable (74) is connected with the bottle blowing system (3), and it passes out the clamp (18) carrying the bottle (91) from the bottle blowing system (3); The fourth transition turntable (75) is connected with the third transition turntable (74), and takes over the clamp (18) carrying the bottle (91) from the third transition turntable (74), and the bottle ( 91) separate from the clamp (18) on the fourth transitional turntable (75); The second transmission chain (77) is connected with the fourth transition turntable (75), and the empty clamps (18) are released from it, and the second transmission chain (77) also has the function of changing the spacing of the clamps (18) effect; A fifth transitional turntable (78), connected to said second transmission chain (77), from which empty clamps (18) emerge; The sixth transitional turntable (79), connected between the fifth transitional turntable (78) and the embryo making system (1), transmits the hollow jig (18) of the fifth transitional turntable (79) and Transfer back to the embryo making system (1); The seventh transition turntable (76) is connected with the fourth transition turntable (75), and takes over the bottle (91) separated from the clamp (18) from the fourth transition turntable (75); The eighth transitional turntable (80), connected between the seventh transitional turntable (76) and the filling system (4), receives the bottle (91) from the seventh transitional turntable (79), and Transfer to said filling system (4); The ninth transitional turntable (81), connected between the filling system (4) and the sealing system (5), conveys the liquid-filled bottles (91) in the filling system (4) and sent to the sealing system (5); The bottle output carousel (82) is connected with the sealing system (5). The bottle output carousel (82) is a double-layer carousel, and the lower layer of the carousel transfers the sealed bottle (91) from the sealing system (5) Pass out and send out this equipment, and its upper turntable then conveys the cover that seals to use to described sealing system (5).

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