CN202805624U

CN202805624U - Steering blank feeding mechanism of blow molding machine

Info

Publication number: CN202805624U
Application number: CN 201220487826
Authority: CN
Inventors: 杨文镛; 卢泰翔; 沈奕均; 潘淮荣
Original assignee: QUANBAN INDUSTRY Co Ltd
Current assignee: QUANBAN INDUSTRY Co Ltd; Chumpower Machinery Corp
Priority date: 2012-09-21
Filing date: 2012-09-21
Publication date: 2013-03-20
Anticipated expiration: 2022-09-21

Abstract

The utility model discloses a steering blank feeding mechanism of a blow molding machine. A turning wheel of the steering blank feeding mechanism is rotated to change a bottle blank angle direction of a bearing, so that a bottle blank is steered and then conveyed to the back end to be subjected to subsequent operation; and the steering blank feeding mechanism is tightly adjacent to an array device and a bottle blank conveying chain to operate, so that the bottle blank can be continuously contained by continuous operation of each device, so that the blank feeding efficiency is improved.

Description

Turning to into embryo mechanism of blow molding machine

Technical field

The utility model relates to a kind of blow molding machine, particularly relates to turning to into embryo mechanism of a kind of blow molding machine.

Background technology

Blow molding machine, configuration or mechanism that different processing procedures or material all can affect whole blow-molding system form, general blow molding system 10 as shown in Figure 1, mainly comprise a feeding mechanism 11, a pan feeding rotating disk 12, a preheating unit 13 and linear supply unit 14 sequentially join consist of, this pan feeding rotating disk 12 and this preheating unit 13 all are that level is put setting, that is, the bottle embryo inputs to this pan feeding rotating disk 12 by feeding mechanism 11, and to continue to be delivered to this preheating unit 13 all be to carry with identical direction.

And above-mentioned blow molding system 10 can't be applicable to the processing procedure of different bottle embryo machine directions, therefore just there be a kind of bottle of embryo transfer 20 can cooperate as shown in Figure 2 the blow molding system to use, this bottle embryo transfer 20 mainly is by plural tank 211 is set on the runner 21, each tank 211 is to disperse moulding by the middle mind-set periphery of this runner 21, each tank 211 is in order to the Bottle embryo, rotate the direction that changes the bottle embryo by this runner 21, and after the bottle embryo turns to, cooperate again a clamping device 22 to accept a bottle embryo, and cooperate a hold down gag 23 to compress location bottle embryo; Yet, if this bottle embryo transfer 20 will cooperate other mechanisms in the blow molding system to use again, also need cooperate other transporters the transhipment of bottle embryo could be put other mechanisms, so will prolong into the required time of embryo, it is unclear to enter embryo efficient, and because the tank 211 on this runner 21 is directly corresponding bottle embryo size moulding, in case positional misalignment can't enter embryo smoothly; In view of this, the inventor conceives with great concentration and more further investigation, invents out the turning to into embryo mechanism of a kind of blow molding machine finally.

The utility model content

The utility model provides turning to into embryo mechanism of a kind of blow molding machine, its main purpose be solve known bottle embryo transfer enter the slow-footed disappearance of embryo.

For reaching aforementioned purpose, the utility model provides turning to into embryo mechanism of a kind of blow molding machine, is one to turn to that embryo mechanism is adjoining to be arranged at an arranging-in-row device and one bottle of embryo is carried between the link, wherein:

This turns to into embryo mechanism and comprises a drive source, a runner and plural grip unit, and this drive source is connected this runner rotation of driving with this runner, and respectively this grip unit is arranged at this runner periphery and comprises a folder;

This arranging-in-row device has a discharging jaws, adjoining this folder position of the discharging jaws of this arranging-in-row device; And

This bottle embryo carrier chain is tied and is laid plural projection, and the conveying of this bottle embryo chains adjoining turning to into 180 of the adjoining arranging-in-row device of embryo mechanism in this and spends the circumference opposite positions, makes this bottle embryo carry link to accept and turns to the 180 bottle embryos of spending afterwards.

Further, side two ends of described folder difference moulding one mouth part.

Further, described runner is by connection between the two circle sides one ring side face to be set to be consisted of, and described grip unit more comprises a strut and a spring, the opposite side of described folder is fixedly connected with an end of described strut, and described strut makes the other end run through slippingly the side of described runner after wearing described spring.

Further, described grip unit more comprises a guide rail and a slide block, and described guide rail is fixedly installed on the side face of described runner, and an end of described slide block is fixedly connected on described folder, and the other end of described slide block is set in described guide rail slippingly.

Further, the adjoining described mouth part of the discharging jaws position of described arranging-in-row device.

Further, described bottle embryo is carried link to connect respectively a straightway by the meander sections two ends of two semi arches to be formed, and the described embryo mechanism that turns to is with the folder position on the described runner of straightway position correspondence.

By turning to into the tight adjoining arranging-in-row device of embryo mechanism and the setting of bottle embryo chain, each installs continuous running and just can continue interruptedly not accept to carry the bottle embryo and finish and turn to, and the turning function of bottle embryo not only is provided, and more can reach the purpose that height enters embryo efficient.

Description of drawings

Below in conjunction with the drawings and specific embodiments the utility model is described in further detail:

Fig. 1 is the part schematic diagram of known blow molding system;

Fig. 2 is the schematic diagram of known bottle embryo transfer;

Fig. 3 A is the three-dimensional appearance schematic diagram that cooperates arranging-in-row device and bottle embryo to carry link to use into embryo mechanism that turns to of the utility model blow molding machine;

Fig. 3 B is the partial structurtes enlarged diagram of Fig. 3 A;

Fig. 3 C is another partial structurtes enlarged diagram of Fig. 3 A;

Fig. 4 A is the schematic top plan view that cooperates arranging-in-row device and bottle embryo to carry link to use into embryo mechanism that turns to of the utility model blow molding machine;

Fig. 4 B is the partial structurtes enlarged diagram of Fig. 4 A;

Fig. 5 A is the side-looking floor map that cooperates arranging-in-row device and bottle embryo to carry link to use into embryo mechanism that turns to of the utility model blow molding machine;

Fig. 5 B is the partial structurtes enlarged diagram of Fig. 5 A;

Fig. 6 is the partial structurtes schematic perspective view that cooperates arranging-in-row device into embryo mechanism that turns to of the utility model blow molding machine.

The primary clustering symbol description:

Blow molding system 10 feeding mechanisms 11

Pan feeding rotating disk 12 preheating units 13

14 bottles of embryo transfers 20 of linear supply unit

Runner 21 tanks 211

Clamping device 22 hold down gags 23

Turn to 30 drive sources 31 into embryo mechanism

Runner 32 sides 321

Side face 322 grip unit 33

Guide rail 331 folders 332

Slide block 333 struts 334

Spring 335 mouth parts 336

Arranging-in-row device 40 discharging jaws 41

The bottle embryo is carried link 50 meander sections 51

Straightway 52 projections 53

Bottle embryo A bottleneck A1

The specific embodiment

Understand and understanding for your auditor can be had further the purpose of this utility model, feature and effect, below hereby please cooperate accompanying drawing to describe in detail as after:

Turning to into preferred embodiment such as Fig. 3 A-of embryo mechanism of the utility model blow molding machine is shown in Figure 6, is one to turn to that embryo mechanism 30 is adjoining to be arranged at an arranging-in-row device 40 and one bottle of embryo is carried between the link 50, wherein:

This turns to into embryo mechanism 30 and comprises a drive source 31, one runner 32 and plural grip unit 33, this drive source 31 is connected this runner 32 rotations of driving with this runner 32, this runner 32 is by connection between two round sides 321 one ring-shaped periphery 322 to be set to be consisted of, and respectively this grip unit 33 is arranged at these runner 32 peripheries and comprises a guide rail 331, one folder 332, one slide block 333, one strut 334 and a spring 335, this guide rail 331 is fixedly installed on the side face 322 of this runner 32, one side two ends of this folder 332 are moulding one mouth part 336 respectively, the opposite side of this folder 332 then is fixedly connected with respectively an end of this slide block 333 and this strut 334, and the other end of this slide block 333 is set in this guide rail 331 slippingly, this strut 334 makes the other end run through slippingly the side 321 of this runner 32 after then wearing this spring 335, by this, but the action that makes folder 332 opposite flanks 321 of each grip unit 33 produce elastic slips;

This arranging-in-row device 40 has a discharging jaws 41, and adjoining this of the discharging jaws of this arranging-in-row device 40 41 turns to mouth part 336 positions into grip unit 33 folders 332 of embryo mechanism 30; And

This bottle embryo conveying link 50 meander sections 51 two ends by two semicircular arcs connect respectively a straightway 52 and are formed, and this bottle embryo is carried and is laid plural projection 53 on the link 50, this bottle embryo carries link 50 adjoining turning to into 180 of embryo mechanism 30 adjoining arranging-in-row devices 40 in this to spend the circumference opposite positions, make this bottle embryo carry link 50 to accept and turn to 180 degree bottle embryo afterwards, that is, it is that the downward bottle embryo A of output bottleneck A1 enters this bottle embryo and carries link 50 that the bottle embryo A that is made progress by arranging-in-row device 40 output bottleneck A1 turns to after the embryo mechanism 30 by this, and this to turn to embryo mechanism 30 be to folder 332 positions on should runner 32 with straightway 52 positions.

More than be structural configuration and the feature into embryo mechanism of turning to of the utility model blow molding machine, and its when running, to be the bottle embryo A that has a bottleneck A1 by these arranging-in-row device 40 continuous wave outputs via this discharging jaws 41 accept to this turns to folder 332 mouth parts 336 into the grip unit 33 of embryo mechanism 30, this bottle embryo A is held on each mouth part 336 of this folder 332, and present embodiment be the direction that makes progress of the bottleneck A1 with output bottle embryo A as an illustration, shown in Fig. 3 B, and snap in mouth part 336 processes of each folder 332 at this bottle embryo A, the action that continues output by this bottle embryo A compresses each folder 332, and each folder 332 pressurized and can Compress Spring 335, and be subjected to the guiding of this slide block 333 and guide rail 331 to produce the linear elasticity displacement, by this, each folder 332 has the elastic displacement ability and a bottle embryo A is snapped in the mouth part 336 smoothly;

And this turns to this runner 32 of drive source 31 Continuous Drive into embryo mechanism 30 to rotate, make this turn to the grip unit 33 into embryo mechanism 30 can continue to accept a bottle embryo A, and when these runner 32 lasting rotations, making this bottle embryo A follow rotation displacement to adjoining this bottle embryo carries when chaining 50 position, shown in Fig. 3 C, and when being output as bottleneck A1 by arranging-in-row device 40, this bottle embryo A makes progress position rotation displacement to this bottle embryo when carrying link 50 position, this bottle embryo A has changed becomes the downward direction position of bottleneck A1, when adjoining this bottle embryo conveying of bottle embryo A chains 50, this bottle embryo carries link 50 and this runner 32 to continue to rotate, and make this bottle embryo carry projection 53 on the link 50 to take advantage of a situation to penetrate the bottleneck A1 of each bottle embryo A, each bottle embryo A is changed become to be positioned this bottle embryo and to carry and follow this bottle embryo on the link 50 and carry link 50 running displacements;

From the above, turning to into embryo mechanism 30 these arranging-in-row devices 40 of next-door neighbour and this bottle embryo of this case carries link 50 to arrange, and continue pan feeding by this arranging-in-row device 40, and this turns to into embryo mechanism 30 and this bottle embryo carries link 50 to rotate continuously, just can interruptedly not accept continuously by this and carry bottle embryo A, raising enters embryo efficient; And this turns to the ability that has elastic displacement into the grip unit 33 of embryo mechanism 30, makes the process permission shift in position slightly of accepting bottle embryo A, and can guarantee that a bottle embryo A is positioned at correct position really, improves stability and the certainty of molar behavior.

More than by specific embodiment the utility model is had been described in detail, but these are not to consist of restriction of the present utility model.In the situation that does not break away from the utility model principle, those skilled in the art also can make many distortion and improvement, and these also should be considered as protection domain of the present utility model.

Claims

1. turning to into embryo mechanism of a blow molding machine is one to turn to that embryo mechanism is adjoining to be arranged at an arranging-in-row device and one bottle of embryo is carried between the link, it is characterized in that:

Described turning to into embryo mechanism comprises a drive source, a runner and plural grip unit, and described drive source is connected the described runner rotation of driving with described runner, and each described grip unit is arranged at described runner periphery and comprises a folder;

Described arranging-in-row device has a discharging jaws, the adjoining described folder of the discharging jaws position of described arranging-in-row device; And

Described bottle embryo carrier chain is tied and is laid plural projection, and described bottle embryo carries link adjoining in the described 180 degree circumference opposite positions that turn to into the adjoining arranging-in-row device of embryo mechanism, makes described bottle embryo carry link to accept to turn to the bottle embryos after 180 degree.

2. turning to into embryo mechanism of blow molding machine as claimed in claim 1 is characterized in that, side two ends of described folder are moulding one mouth part respectively.

3. blow molding machine as claimed in claim 1 turns to into embryo mechanism, it is characterized in that, described runner is by connection between two round sides one ring-shaped periphery to be set to be consisted of, and described grip unit more comprises a strut and a spring, the opposite side of described folder is fixedly connected with an end of described strut, and described strut makes the other end run through slippingly the side of described runner after wearing described spring.

4. blow molding machine as claimed in claim 3 turns to into embryo mechanism, it is characterized in that, described grip unit more comprises a guide rail and a slide block, described guide rail is fixedly installed on the side face of described runner, and an end of described slide block is fixedly connected on described folder, and the other end of described slide block is set in described guide rail slippingly.

5. turning to into embryo mechanism of blow molding machine as claimed in claim 2 is characterized in that, the adjoining described mouth part of the discharging jaws position of described arranging-in-row device.

6. blow molding machine as claimed in claim 1 turns to into embryo mechanism, it is characterized in that, described bottle embryo is carried link to connect respectively a straightway by the meander sections two ends of two semicircular arcs to be formed, and the described embryo mechanism that turns to is with the folder position on the described runner of straightway position correspondence.