CN202716421U - Rotating shoot forming device with automatic feeding mechanism - Google Patents
Rotating shoot forming device with automatic feeding mechanism Download PDFInfo
- Publication number
- CN202716421U CN202716421U CN 201220320414 CN201220320414U CN202716421U CN 202716421 U CN202716421 U CN 202716421U CN 201220320414 CN201220320414 CN 201220320414 CN 201220320414 U CN201220320414 U CN 201220320414U CN 202716421 U CN202716421 U CN 202716421U
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- group
- charging tray
- jacking
- turning
- penetrating
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Abstract
The utility model discloses a rotating shoot forming device with an automatic feeding mechanism. The rotating shoot forming device with the automatic feeding mechanism is mainly composed of a rotating shoot forming machine, a material injection unit, a feeding unit, and a material clamping unit. When the device is in a rotating shoot forming work, the feeding unit is used for receiving materials and conveying, and the material clamping unit is used for clamping the materials and placing the materials. Therefore, the material injection unit which is configured need not to move so as to lower needed power take-off, achieve a light weight design, and lower structure cost. Besides, a rotating shoot plate set which is configured need not to move so as to keep the rotating shoot plate set to locate a position inside the rotating shoot forming machine so as to save locating demand design after being displaced. Furthermore, when the rotating shoot forming device is configured to a multimode station design, the rotating shoot plate set is no need to move to carry on a rotating shoot forming working. Each mode station can conduct the rotating shoot forming working at the same time so as to improve production capacity.
Description
Technical field
The utility model relates to turning of a kind of feed mechanism and penetrates shaped device, particularly relates to turning of a kind of tool automatic feed mechanism and penetrates shaped device.
Background technology
General turning penetrated shaped device and mainly sees through to turn and penetrate the pressurization of plate group and turn and penetrate mode moulding object, and it mainly sees through manual type and carries out filling out of sizing material and put, so not only production efficiency is low, more can labor intensive and time cost, for this reason, then develop and a kind ofly dispose turning of automatic feed mechanism and penetrate shaped device.
As shown in Figure 1, show and dispose the side view that turning of automatic feed mechanism penetrated shaped device, it mainly turns by one penetrates forming machine 11, one is located at this turns the flexible cylinder pressure 12 of penetrating forming machine 11, one by should flexible cylinder pressure 12 drive and in be reduced to this and turn that to penetrate forming machine 11 inner or stretch out in to turn and penetrate turning of forming machine 11 outsides and penetrate plate group 13, one is located at this turns and penetrates that this turns the jacking unit 14 of penetrating plate group 13 in the forming machine 11 and in order to jacking, but be arranged at this a lateral displacement and turn the slide block 15 of penetrating forming machine 11, but the material feeding unit 16 of being located at this slide block 15 forms with reaching a beat, it is made flowing mode and controls first this flexible cylinder pressure 12 and drive this and turn and penetrate plate group 13 and stretch out in this and turn the outside of penetrating forming machine 11, and then control this material feeding unit 16 beats, one angle, making the sprue 161 of this material feeding unit 16 be able to export sizing material to this turns and penetrates plate group 13, control should inside contract by flexible cylinder pressure 12 again, this is turned penetrates plate group 13 and is positioned at this and turns and penetrate forming machine 11 inside, penetrate operations for forming in order to turn, yet it uses situation still to have the defective that need improve immediately in reality:
One because this material feeding unit 16 is the row material injecting mechanisms that are that a kind of weight is quite heavy, therefore, when this material feeding unit 16 in beat or traversing process, the large and structural strength of required power demand needs enough, thereby causes the increase of infrastructure cost.
They are two years old, this turns penetrates shaped device in turning the process of penetrating operations for forming, requirement because of precision, so that this turns and penetrates plate group 13 and be positioned at this and turn that to penetrate forming machine 11 domestic demands accurate, and owing to sizing material filled out to put to this turn when penetrating plate group 13, need mobile this to turn and penetrates plate group 13, therefore, this turns, and to penetrate the required positioning requirements of plate group 13 high, is unfavorable for that this turns the structural design of penetrating shaped device.
They are three years old, when this turns when penetrating shaped device for the design of configuration multimode station, be that a plurality of turning penetrated mutually laterally parallel connection of forming machine 11, it is in turning the process of penetrating operations for forming, turn and penetrate plate group 13 operation that connects material because need move this, therefore cause to turn the defective that the time of penetrating need wait for, and can't promote production capacity.
How to develop turning of a kind of tool automatic feed mechanism and penetrate shaped device, it can solve above-mentioned defective, is the motivation of this case creation.
The utility model content
The technical problems to be solved in the utility model provides turning of a kind of tool automatic feed mechanism and penetrates shaped device, and the material feeding unit that it configures need not move, and uses and reduces required power output and reach light-weight design, reduces infrastructure cost.
Another technical problem to be solved in the utility model provides turning of a kind of tool automatic feed mechanism and penetrates shaped device, it configures turns and penetrates the plate group and need not move, and uses to keep described turning to penetrate the plate group and be positioned at described turning and penetrate the forming machine position and design with the location requirement of saving after the displacement.
An again technical problem to be solved in the utility model provides turning of a kind of tool automatic feed mechanism and penetrates shaped device, turn when penetrating shaped device for the design of configuration multimode station when described, need not move described turning penetrates the plate group and turns and penetrate operations for forming, each mould station can be carried out simultaneously to turn and be penetrated operations for forming, to promote production capacity.
For solving the problems of the technologies described above, the utility model provides turning of a kind of tool automatic feed mechanism to penetrate shaped device, comprises: one turns and penetrates forming machine, has one and turns and penetrate the plate group; One material feeding unit is located at described turning and is penetrated forming machine one side, and has a material injection nozzle; One feeding unit, comprise and be located at the described feeding framework of penetrating forming machine and the same side, described material feeding unit that turns, one can shift reciprocately be located at described feeding framework and can move to corresponding described material injection nozzle and turn the charging tray group of penetrating the plate group, one drives the drive group of described charging tray group shift reciprocately, reach and be located at respectively described feeding framework both sides and the corresponding described jacking group of penetrating the plate group that turns, when described charging tray group moves to corresponding described material injection nozzle, in order to accept the unsetting macromolecule material by described material injection nozzle output, when described charging tray group moves to corresponding described turning when penetrating the plate group, described jacking group is able to described charging tray group jacking one height; One material folding unit comprises and is located at the described material folding framework, of penetrating forming machine that turns and is fixedly arranged on the first cylinder body, one day of described material folding framework described turning and penetrates the plate prescription and be fixedly arranged on described first piston bar and have the material folding seat of two corresponding fixed parts, be located at one second cylinder body, and respectively can be mutually close or remotely be located at the second piston rod of described the second cylinder body of described fixed part respectively to the first piston bar, of telescopically being located at described the first cylinder body.
Preferably, the drive group of described feeding unit comprises belt that two driven wheels, that are hubbed at described feeding framework two ends are set around described two driven wheels, and one links and drive the drive motor that a described driven wheel wherein rotates, described charging tray group has a dish seat that is fixed in described belt, and one can separate with described dish and in order to accept the charging tray of macromolecule material, when described charging tray group moves to corresponding described turning when penetrating the plate group, described jacking group is able to described charging tray jacking one height.
Preferably, the end face of described dish seat convexes with four guide pillars, and described charging tray has four perforation that quadruplet places described four guide pillars.
Preferably, each described jacking group has a described material folding cell orientation of jacking cylinder pressure, one day that is fixedly arranged on described feeding frame sides telescopically to be located at the jacking piston rod of described jacking cylinder pressure, and one to be fixedly arranged on the sliding stopper rod of described jacking and to have the fixture block of folder recess, and described charging tray both sides have a protuberance that can be inserted in described fixture block folder recess.
Preferably, the end of each described the second piston rod is provided with a material folding sheet.
Relevant the utility model is for reaching above-mentioned purpose, and the technology that adopts, means and other effects are hereby lifted a better possible embodiments and cooperated graphic being described in detail as follows.
Description of drawings
The present invention is further detailed explanation below in conjunction with accompanying drawing and the specific embodiment:
Fig. 1 is the side view of penetrating shaped device that turns of existing automatic feed mechanism.
Fig. 2 A is stereogram of the present utility model.
Fig. 2 B is the partial enlarged drawing of Fig. 2 A.
Fig. 2 C is another partial enlarged drawing of Fig. 2 A.
Fig. 2 D is the partial enlarged drawing at another visual angle of Fig. 2 A.
Fig. 3 is front view of the present utility model.
Fig. 4 is side view of the present utility model.
Fig. 5 is the illustrative view of facing of the present utility model, and demonstration charging tray group moves to corresponding material injection nozzle and accepts the state of macromolecule material.
Fig. 6 A is the illustrative view of facing of the present utility model, shows that the charging tray group moves to correspondence and turns the state of penetrating the plate group.
Fig. 6 B is side-looking illustrative view of the present utility model, shows that the charging tray group moves to correspondence and turns the state of penetrating the plate group.
Fig. 7 is side-looking illustrative view of the present utility model, shows that the jacking group is with the state of charging tray group jacking one height.
Fig. 8 is side-looking illustrative view of the present utility model, shows the state of material folding unit clamping macromolecule material.
Fig. 9 is side-looking illustrative view of the present utility model, and demonstration material folding unit drive clamping macromolecule material moves to and turns the state of penetrating plate group top.
Figure 10 is side-looking illustrative view of the present utility model, shows the state of material folding unit relieving macromolecule material.
Figure 11 is that the utility model is the view of configuration multimode station design.
Description of reference numerals
Turn and penetrate forming machine 11,20, the flexible cylinder pressure 12 of 20A
Turn and penetrate plate group 13,21 jacking unit 14
Under turn and penetrate plate 211 moulds 22
Charging tray group 42 dish seats 421
Charging tray 422 protuberances 4221
4222 guide pillars 423 of boring a hole
43 driven wheels 431 are organized in drive
Jacking group 44 jacking cylinder pressures 441
Folder recess 4431
The first cylinder body 52 first piston bars 53
The second cylinder body 55 second piston rods 56
The specific embodiment
Shown in Fig. 2 A, Fig. 2 B, Fig. 2 C, Fig. 2 D, Fig. 3, Fig. 4 figure, shaped device is penetrated in turning of a kind of tool automatic feed mechanism that the utility model embodiment provides, it mainly turns by one penetrates forming machine 20, a material feeding unit 30, a feeding unit 40 and a material folding unit 50 and is formed, wherein:
This turns penetrates forming machine 20, has one and turns and penetrate plate group 21, and in order to load the macromolecule material, the locked mode strength that sees through again when closing mould is expelled to unsetting macromolecule material extruding in the mould 22, penetrates operations for forming to turn.
This material feeding unit 30 is located at this and is turned and penetrate forming machine 20 1 sides, and have a material injection nozzle 31, in order to export the macromolecule material of indefinite form.
This feeding unit 40, comprise and be located at this and turn the feeding framework 41 of penetrating forming machine 20 and these 30 the same sides, material feeding unit, one can shift reciprocately be located at this feeding framework 41 and can move to should material injection nozzle 31 and turn the charging tray group 42 of penetrating plate group 21, one drives the drive group 43 of these charging tray group 42 shift reciprocatelies, and be located at respectively these feeding framework 41 both sides and to turning a jacking group 44 of penetrating plate group 21, when this charging tray group 42 moves to should material injection nozzle 31 time, in order to accept the unsetting macromolecule material by 31 outputs of this material injection nozzle, when this charging tray group 42 moves to turning when penetrating plate group 21, this jacking group 44 is able to this charging tray group 42 jackings one height; In the present embodiment, this drive group 43 comprises two driven wheels 431 that are hubbed at these feeding framework 41 two ends, one is set around the belt 432 of this two driven wheel 431, reach one and link the wherein drive motor 433 of these driven wheel 431 rotations of drive, this charging tray group 42 has a dish seat 421 that is fixed in this belt 432, reaching one can separate with this dish seat 421 and the charging tray 422 in order to accept the macromolecule material, and respectively this jacking group 44 has a jacking cylinder pressure 441 that is fixedly arranged on these feeding framework 41 sides, one day, these material folding unit 50 directions telescopically were located at the jacking piston rod 442 (as shown in Figure 8) of this jacking cylinder pressure 441, reaching one is fixedly arranged on the sliding stopper rod 442 of this jacking and has the fixture block 443 that presss from both sides recess 4431, these charging tray 422 both sides have one can be inserted in the protuberance 4221 that this fixture block 443 presss from both sides recesses 4431, when this charging tray group 42 moves to turning when penetrating plate group 21, the jacking piston rod 442 of this jacking group 44 drives these fixture blocks 443 and is able to this charging tray 422 jackings one height.
It should be noted that, please such as Fig. 2 B, shown in Figure 7, this charging tray 422 designs in this dish seat 421 with this dish seat 421 and convexes with four guide pillars 423, this charging tray 422 has four perforation 4222 that quadruplet places this four guide pillar 423, by the respectively guiding of this guide pillar 423, so that this charging tray 422 is able to relatively these dish seat 421 upper and lower displacements.
This material folding unit 50, comprise and be located at this and turn the material folding framework 51 of penetrating forming machine 20, one is fixedly arranged on the first cylinder body 52 of this material folding framework 51, this turned and penetrated the first piston bar 53 that plate group 21 directions telescopically are located at this first cylinder body 52 one day, one is fixedly arranged on this first piston bar 53 and has the material folding seat 54 of two corresponding fixed parts 541, be located at respectively one second cylinder body 55 of this fixed part 541, and respectively can be mutually close or remotely be located at the second piston rod 56 of this second cylinder body 55, and respectively the end of this second piston rod 56 is provided with a material folding sheet 57, uses atypic macromolecule material on this charging tray 422 of clamping.
The above is structure and the configuration explanation thereof of each main member of the utility model embodiment.Make flowing mode and effect makes the following instructions as for of the present utility model.
The utility model is turning when penetrating operations for forming, as shown in Figure 5, can control first the drive group 43 of this feeding unit 40, make it drive motor 433 and drive belt 432 movings, and this charging tray group 42 is moved to material injection nozzle 31 that should material feeding unit 30, at this moment, the macromolecule material 90 of 31 output of material injection nozzle, one indefinite form of this material feeding unit 30 is to this charging tray 422.
Subsequently, shown in Fig. 6 A, Fig. 6 B, control again this drive motor 433 and drive belt 432 movings, and the charging tray group 42 that will undertake unsetting macromolecule material 90 moves to and penetrates plate group 21 to turning, be positioned at simultaneously the below of this material folding unit 50, at this moment, 4221 of the protuberances of these charging tray 422 both sides are inserted in the folder recess 4431 of this fixture block 443.
And then, as shown in Figure 7, the jacking piston rod 442 of controlling this jacking group 44 stretches out, and 442 in this jacking piston rod drives this fixture block 443 and is able to this charging tray 422 jackings one height, and makes macromolecule material 90 on the charging tray 422 between 2 second piston rods 56 of this material folding unit 50.
Subsequently, as shown in Figure 8, control respectively this second piston rod 56 is stretched out and mutually close, and at this moment, respectively 56 in this second piston rod drives this material folding sheet 57, uses atypic macromolecule material 90 on this charging tray 422 of clamping.
Secondly, as shown in Figure 9, controlling this first piston bar 53 turns towards this and penetrates plate group 21 directions and stretch out, to drive this material folding seat 54, the second cylinder body 55, the second piston rod 56, material folding sheet 57 and macromolecule material 90 produces horizontal interlock, allow simultaneously this macromolecule material 90 be positioned at this and turn lower the turning of penetrating plate group 21 and penetrate plate 211 tops.What deserves to be explained is, turn towards this at this first piston bar 53 of control and to penetrate when plate group 21 directions stretch out, can control this jacking group 44 starts, make this charging tray 422 descend, and this charging tray group 42 be moved to should material injection nozzle, penetrate the required macromolecule material 90 of moulding to accept to turn next time, shorten the supply delay time, to improve production capacity.
At last, as shown in figure 10, control respectively this second piston rod 56 inside contract and mutually away from, and drive this two material foldings sheet 57 synchronously away from, use and allow the macromolecule material 90 of clamping drop down onto this to turn and penetrate the lower of plate group 21 and turn in the storing depression (not showing on the figure) of penetrating plate 211, the locked mode strength that sees through again when closing mould is expelled to unsetting macromolecule material extruding in the mould 22, penetrates operations for forming to turn.
Accordingly, the utility model is turning when penetrating operations for forming, connect material and carry and by carrying out material folding and put material in this material folding unit 50 by this feeding unit 40, therefore, the material feeding unit 30 that configures need not move, use and reduce required power output and reach light-weight design, reduce infrastructure cost.
Simultaneously, because turning of configuring penetrate plate group 21 and also need not move, this turns and penetrates plate group 21 and be positioned at this and turn and penetrate forming machine 20 positions to use maintenance, to save the location requirement design after the displacement.
As shown in figure 11, when the utility model designs for configuration multimode station, be a plurality of turn penetrate forming machine 20,20A mutually laterally in parallel (Figure 11 show two turn penetrate forming machine 20,20A is example), it is in turning the process of penetrating operations for forming, because need not move this turns and penetrates plate group (not showing on the figure) and turn and penetrate operations for forming, each mould station can be carried out simultaneously to turn and be penetrated operations for forming, to promote production capacity.
Below through the specific embodiment and the 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 do 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 (5)
1. turning of a tool automatic feed mechanism penetrated shaped device, it is characterized in that, comprises:
One turns and penetrates forming machine, has one and turns and penetrate the plate group;
One material feeding unit is located at described turning and is penetrated forming machine one side, and has a material injection nozzle;
One feeding unit, comprise and be located at the described feeding framework of penetrating forming machine and the same side, described material feeding unit that turns, one can shift reciprocately be located at described feeding framework and can move to corresponding described material injection nozzle and turn the charging tray group of penetrating the plate group, one drives the drive group of described charging tray group shift reciprocately, reach and be located at respectively described feeding framework both sides and the corresponding described jacking group of penetrating the plate group that turns, when described charging tray group moves to corresponding described material injection nozzle, in order to accept the unsetting macromolecule material by described material injection nozzle output, when described charging tray group moves to corresponding described turning when penetrating the plate group, described jacking group is able to described charging tray group jacking one height;
One material folding unit comprises and is located at the described material folding framework, of penetrating forming machine that turns and is fixedly arranged on the first cylinder body, one day of described material folding framework described turning and penetrates the plate prescription and be fixedly arranged on described first piston bar and have the material folding seat of two corresponding fixed parts, be located at one second cylinder body, and respectively can be mutually close or remotely be located at the second piston rod of described the second cylinder body of described fixed part respectively to the first piston bar, of telescopically being located at described the first cylinder body.
2. the turning of automatic feed mechanism of having as claimed in claim 1 penetrated shaped device, it is characterized in that: the drive group of described feeding unit comprises belt that two driven wheels, that are hubbed at described feeding framework two ends are set around described two driven wheels, and one links and drive the drive motor that a described driven wheel wherein rotates, described charging tray group has a dish seat that is fixed in described belt, and one can separate with described dish and in order to accept the charging tray of macromolecule material, when described charging tray group moves to corresponding described turning when penetrating the plate group, described jacking group is able to described charging tray jacking one height.
3. the turning of automatic feed mechanism of having as claimed in claim 2 penetrated shaped device, it is characterized in that: the end face of described dish seat convexes with four guide pillars, and described charging tray has four perforation that quadruplet places described four guide pillars.
4. the turning of automatic feed mechanism of having as claimed in claim 2 penetrated shaped device, it is characterized in that: each described jacking group has a described material folding cell orientation of jacking cylinder pressure, one day that is fixedly arranged on described feeding frame sides telescopically to be located at the jacking piston rod of described jacking cylinder pressure, and one to be fixedly arranged on the sliding stopper rod of described jacking and to have the fixture block of folder recess, and described charging tray both sides have a protuberance that can be inserted in described fixture block folder recess.
5. the turning of automatic feed mechanism of having as claimed in claim 1 penetrated shaped device, it is characterized in that: the end of each described the second piston rod is provided with a material folding sheet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220320414 CN202716421U (en) | 2012-07-04 | 2012-07-04 | Rotating shoot forming device with automatic feeding mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220320414 CN202716421U (en) | 2012-07-04 | 2012-07-04 | Rotating shoot forming device with automatic feeding mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202716421U true CN202716421U (en) | 2013-02-06 |
Family
ID=47618257
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220320414 Expired - Fee Related CN202716421U (en) | 2012-07-04 | 2012-07-04 | Rotating shoot forming device with automatic feeding mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202716421U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107791472A (en) * | 2017-12-11 | 2018-03-13 | 宁波千普机械制造有限公司 | A kind of Zhuan She mechanisms applied to rubber injection moulding machine |
-
2012
- 2012-07-04 CN CN 201220320414 patent/CN202716421U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107791472A (en) * | 2017-12-11 | 2018-03-13 | 宁波千普机械制造有限公司 | A kind of Zhuan She mechanisms applied to rubber injection moulding machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130206 Termination date: 20140704 |
|
| EXPY | Termination of patent right or utility model |