CN209666319U - A kind of formation system applied to HP-RTM bonnet outside plate preform - Google Patents
A kind of formation system applied to HP-RTM bonnet outside plate preform Download PDFInfo
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- CN209666319U CN209666319U CN201822266427.2U CN201822266427U CN209666319U CN 209666319 U CN209666319 U CN 209666319U CN 201822266427 U CN201822266427 U CN 201822266427U CN 209666319 U CN209666319 U CN 209666319U
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- robot
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- terminal pad
- high speed
- formation system
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Abstract
The utility model provides a kind of formation system applied to HP-RTM bonnet outside plate preform, the formation system includes high speed and precision cutting apparatus, mobile platform, first robot, compress heating device, moulding press, second robot and conveyer belt, the high speed and precision cutting apparatus, mobile platform, first robot, compress heating device, moulding press, second robot and conveyer belt are successively disposed adjacent, the high speed and precision cutting apparatus includes the feed zone set gradually from front to back, cut area and receiving section, first robot is connected by a Quick Connect Kit with fixture, the fixture is a square box and plural clamping part is distributed in fixture surrounding, second robot takes mobile device to be connected with slotting, the compression heating device includes placed mesa and compressed part, the compressed part The top of placed mesa is set.Production efficiency and size precision can be improved when manufacturing bonnet preform in the utility model.
Description
[technical field]
The utility model is specifically related to a kind of formation system applied to HP-RTM bonnet outside plate preform.
[background technique]
With the raising of energy-saving and emission-reduction requirement, people are growing day by day to the lightweight attention degree of automobile.High-pressure resin passes
Pass molded (High Pressure Resin Transfer Molding, HP-RTM) be it is derivative by traditional RTM technique and
Come.This closed technique can be used to produce the components of large and complex structure and can guarantee good surface quality, high ruler
Very little precision and mechanical performance.Since the HP-RTM technological forming period is shorter, requirements of mass production can be met, therefore in automobile work
Popularization and application in industry are possibly realized.
Preform preparation is one of key technology in HP-RTM forming technique, and closure can be improved in the application of preform
Mold clamping quality, it is ensured that fabric reinforcement fits like a glove with mold cavity dimensional accuracy.Preform process generally passes through
Reinforcing fiber or fabric are fixed together by setting agent or the method for sewing, by the effect of pressure and shaped mold to prepare
Need the fiber preform body of shape, size and fiber volume fraction.Existing preform process is by a succession of individual processing step
Composition is cut into scheduled size, coating setting agent and creation lamination including by individual semi-finished product.This layer-by-layer paving
The processing step put, when so that bonnet preform manufacturing, that there are production efficiencys is lower, stock utilization is lower, size is smart
Spend lower problem.
[utility model content]
It is preforming applied to HP-RTM bonnet outside plate that the technical problem to be solved by the utility model is to provide one kind
Production efficiency and size precision can be improved when manufacturing bonnet preform in the formation system of body.
The utility model is to solve above-mentioned technical problem by the following technical programs:
A kind of formation system applied to HP-RTM bonnet outside plate preform, the formation system includes high speed and precision
Cutting apparatus, the first robot, compresses heating device, moulding press, the second robot and conveyer belt at mobile platform, described
High speed and precision cutting apparatus, the first robot, compresses heating device, moulding press, the second robot and transmission at mobile platform
Band is successively disposed adjacent, and the high speed and precision cutting apparatus includes the feed zone set gradually from front to back, cuts area and receipts
Expect area, first robot is connected by a Quick Connect Kit with fixture, and the fixture is a square box and fixture four
Plural clamping part is distributed with week, second robot takes mobile device to be connected with slotting, and the compression heating device includes placing
The top of placed mesa is arranged in table top and compressed part, the compressed part.
Further, the Quick Connect Kit includes the first terminal pad, the second terminal pad and locking device, and described the
One terminal pad is fixed on fixture, and second terminal pad is fixed in the first robot, and first terminal pad and second connects
It connects and is connected with each other between disk by locking device.
The advantages of the utility model, is as follows:
The utility model cuts mode using preform blank multilayer, avoids cumbersome paving process, improves pre-
Formed body production efficiency and size precision.Connect the first robot and fixture by the way of Quick Connect Kit, liberation the
The limitation of one robot work pace reduces the robot waiting time, it can be achieved that Multi-line linkage, improves production efficiency.
[Detailed description of the invention]
The utility model will be further described in conjunction with the embodiments with reference to the accompanying drawings.
Fig. 1 is a kind of schematic diagram of the formation system applied to HP-RTM bonnet outside plate preform of the utility model.
Fig. 2 is the Quick Connect Kit schematic diagram of the utility model.
[specific embodiment]
The utility model relates to a kind of molding systems applied to HP-RTM bonnet outside plate preform referring to FIG. 1-2,
System, the formation system include high speed and precision cutting apparatus 1, mobile platform 2, the first robot 3, compress heating device 4, molding
Press 5, the second robot 6 and conveyer belt 7, the high speed and precision cutting apparatus 1, the first robot 3, compress mobile platform 2
Heating device 4, moulding press 5, the second robot 6 and conveyer belt 7 are successively disposed adjacent, the high speed and precision cutting apparatus 1
Including set gradually from front to back feed zone 11, cut area 12 and receiving section 13, first robot 3 by one quickly
Attachment device 8 is connected with fixture 9, and the fixture 9 is that a square box and fixture surrounding are distributed with plural clamping part 91, and described the
Two robots 6 take mobile device 10 to be connected with slotting, and the compression heating device 4 includes placed mesa 41 and compressed part 42, described
The top of placed mesa 41 is arranged in compressed part 42.
The Quick Connect Kit 8 include the first terminal pad 81, the second terminal pad 82 and locking device 83, described first
Terminal pad 81 is fixed on fixture 9, and second terminal pad 82 is fixed in the first robot 3,81 He of the first terminal pad
It is connected with each other between second terminal pad 82 by locking device 83.
The course of work of the utility model is as follows:
Step 1, using dry state fabric (contain setting agent) and fibrofelt as reinforcement, by designed ply sequence one
Secondary property lamination is simultaneously placed on 1 feed zone of high speed and precision cutting apparatus, 11 station, traction roller drive fabric and fibrofelt into
Enter to cut area 12 and cut by the designed path progress multilayer that cuts, then carries out bookbinding rewinding in receiving section 13, obtain pre-
Formed body lamination blank；
Step 2 send preform lamination blank to mobile platform 2, is moved preform lamination blank by mobile platform 2
It moves to the first robot 3；
Step 3, the first robot 3 clamp preform lamination blank by fixture 9, and carry and be moved to compression heating dress
Set 4 placed mesa 41, then compressed part 42 pushed, make preform lamination blank be located at placed mesa 41 and compressed part 42 it
Between after heated, Heat preservation 60-180s；
Step 4, after completing above-mentioned heating stepses, the first robot 3 again by fixture 9 by preform lamination blank send to
Moulding press 5 carries out cooling and shaping, and dwell time 30-60s obtains preform semi-finished product；
After step 5, completion above-mentioned steps, the second robot 7 takes mobile device 10 by inserting, and preform semi-finished product are inserted
It takes and is moved to conveyer belt 7, carry out trimming process step after rewinding, obtain bonnet outside plate preform.
In step 3, when preform lamination blank, which is carried, is moved to the placed mesa 41 for compressing heating device 4, the
One robot 3 is separated by the separation of the first terminal pad 81 and the second terminal pad 82 of Quick Connect Kit 8 with fixture 9, and
Fixture 9 still holds preform lamination blank and stays on placed mesa 41, and the first robot 3 can be with another production line at this time
Fixture 9 match, carry out another production line preform lamination blank carry mobile working.
In step 4, when fixture 9 clamps preform lamination blank and send to moulding press 5, the molding of moulding press 5 is pushed,
91 stress of clamping part on fixture 9 is successively unclamped, and preform lamination blank cooling and shaping under the compression of moulding press 5 is treated as
After swaging machine die sinking, the first robot drives fixture 9 is mobile to carry out next operation (feeding).
The utility model is by robotic gripper and inserts the operation taken, is successively heated, is cold-pressed, deburring, realizes quick
Automated production bonnet outside plate preform.The fixture 9 of setting is that tool is a square box and plural folder is distributed in fixture surrounding
Portion 91 is held, and the plural number clamping part 91 realizes that forming process fiber stress is taut along preform lamination blank circumferential distribution
Tightly；It is connected between fixture 9 and the first robot 3 by Quick Connect Kit 8, liberation 9 work pace of the first robot limitation can
It realizes Multi-line linkage, improves production efficiency.
For those familiar with the art, it should be appreciated that we are described specifically to implement
Example is merely exemplary, rather than for the restriction to the scope of the utility model, exist for those skilled in the art
Equivalent modification and variation made by spirit according to the utility model, should all cover the claim in the utility model
In the range of protecting.
Claims (2)
1. a kind of formation system applied to HP-RTM bonnet outside plate preform, it is characterised in that: the formation system packet
It includes high speed and precision cutting apparatus, mobile platform, the first robot, compress heating device, moulding press, the second robot and biography
Band is sent, the high speed and precision cutting apparatus, the first robot, compresses heating device, moulding press, the second machine at mobile platform
People and conveyer belt are successively disposed adjacent, and the high speed and precision cutting apparatus includes the feed zone set gradually from front to back, cuts out
Area and receiving section are cut, first robot is connected by a Quick Connect Kit with fixture, and the fixture is one rectangular
Plural clamping part is distributed in frame and fixture surrounding, and second robot takes mobile device to be connected with slotting, the compression heating dress
It sets including placed mesa and compressed part, the top of placed mesa is arranged in the compressed part.
2. a kind of formation system applied to HP-RTM bonnet outside plate preform according to claim 1, feature
Be: the Quick Connect Kit includes the first terminal pad, the second terminal pad and locking device, and first terminal pad is fixed
On fixture, second terminal pad is fixed in the first robot, is passed through between first terminal pad and the second terminal pad
Locking device is connected with each other.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822266427.2U CN209666319U (en) | 2018-12-29 | 2018-12-29 | A kind of formation system applied to HP-RTM bonnet outside plate preform |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822266427.2U CN209666319U (en) | 2018-12-29 | 2018-12-29 | A kind of formation system applied to HP-RTM bonnet outside plate preform |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209666319U true CN209666319U (en) | 2019-11-22 |
Family
ID=68564602
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822266427.2U Active CN209666319U (en) | 2018-12-29 | 2018-12-29 | A kind of formation system applied to HP-RTM bonnet outside plate preform |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209666319U (en) |
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2018
- 2018-12-29 CN CN201822266427.2U patent/CN209666319U/en active Active
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