CN208683905U - A kind of double-station plastic fuel tank automatic assembly line - Google Patents
A kind of double-station plastic fuel tank automatic assembly line Download PDFInfo
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- CN208683905U CN208683905U CN201820700869.0U CN201820700869U CN208683905U CN 208683905 U CN208683905 U CN 208683905U CN 201820700869 U CN201820700869 U CN 201820700869U CN 208683905 U CN208683905 U CN 208683905U
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Abstract
The utility model provides a kind of double-station plastic fuel tank automatic assembly line, and occupied area is few, and can satisfy automated production demand.It includes blow molding work station, the two sides feeding position of the blow molding work station is respectively arranged with workpiece A material, workpiece B material, the rear end of the blow molding work station is provided with blanking bench, the blanking bench is used to place the workpiece A/ workpiece B after the completion of blow molding, the rear portion two sides of the blanking bench are respectively disposed with No. 1 robot, No. 2 robots, No. 1 robot includes the first absorption end and knife end, No. 2 robots include the second absorption end, the rear end of No. 1 robot is disposed with cutting station A, cut station B, it is mating on the cutting station A to be disposed with workpiece A cutting tooling, it is mating on the cutting station B to be disposed with workpiece B cutting tooling, the cutting station B, cutting station A, sequentially horizontal direction is arranged in parallel, the cutting station B is arranged close to No. 2 robots.
Description
Technical field
The utility model relates to the technical field of automotive oil tank manufacture, specially a kind of double-station plastic fuel tank produces automatically
Line.
Background technique
In order to improve the product of fuel tank, is produced using double-station plastic blowing machine, but be blow molded into plastic fuel tank now
The periphery of product has overlap after shape, needs to cut off overlap.Traditional way is that all process steps are manually carried out, but
It is the raising with yield, the increase of labor intensity, traditional production line can no longer meet the requirement of production, urgent need
It is proposed a kind of new double-station plastic fuel tank automatic assembly line.
Summary of the invention
In view of the above-mentioned problems, the utility model provides a kind of double-station plastic fuel tank automatic assembly line, occupied area
It is few, and can satisfy automated production demand.
A kind of double-station plastic fuel tank automatic assembly line, it is characterised in that: it includes blow molding work station, the blow molding work
The two sides feeding position stood is respectively arranged with workpiece A material, workpiece B material, and the rear end of the blow molding work station is provided with blanking bench, institute
Blanking bench is stated for the workpiece A/ workpiece B after the completion of placing blow molding, the rear portion two sides of the blanking bench are respectively disposed with No. 1 machine
People, No. 2 robots, No. 1 robot include the first absorption end and knife end, and No. 2 robots include the second suction
Attached end, the rear end of No. 1 robot is disposed with cutting station A, cuts station B, mating on the cutting station A to be disposed with work
Part A cuts tooling, and the mating workpiece B that is disposed with cuts tooling on the cutting station B, and the cutting station B, cutting station A are suitable
Sub-level arranges to parallel arrangement, the cutting station B close to No. 2 robots, No. 2 robots far from described 1
The side of number robot is provided with workpiece B cooling station, and the rear end of No. 2 robots is sequentially disposed with workpiece B labeling respectively
Station, workpiece B barcode scanning station, workpiece B weighing station, the dead astern of the workpiece B weighing station are provided with horizontal direction arrangement
Output roller B line, the cutting station B, the underface for cutting station A are disposed with No. 3 robots close to outer fix, and described 3
Number robot includes third absorption end, and the inside of No. 3 robots is sequentially disposed with workpiece A labeler station, workpiece A barcode scanning
Station, workpiece A weighing station, the positive lower end of No. 3 robots are disposed with workpiece A cooling station, the workpiece A weighing station
Be disposed with output roller A line, the end of the output roller A line, output roller B line far from the sides of No. 3 robots
Output end is external to the outside of producing line fence.
It is further characterized by:
The equipment of the workpiece B weighing station connects the starting point of the output roller B line；The workpiece A weighing station
Equipment connect the starting point of the output roller A line；
Waste material conveyor belt line, the waste material conveyor belt are provided with immediately below the cutting station A, cutting station B
The conveying end of line is external to the outside of the producing line fence of corresponding position, and there is waste material in the conveying end of the waste material conveyor belt line
Frame；
The knife end of No. 1 robot is used to cut workpiece A, the cutting station B that cutting station A is positioned and is positioned
Workpiece B；
The first double-station cooling body is provided in the workpiece B cooling station, before the first double-station cooling body
Rear direction is arranged and is arranged on the outside of the producing line fence；
The second double-station cooling body, the second double-station cooling body water are provided in the workpiece A cooling station
Square to arrange and be arranged in the producing line fence rear perpheral；
It is provided in the white space corresponded between the cutting station B, workpiece B cooling station in the producing line fence
First caching platform, it is described first caching platform for place workpiece B from cutting station B into the material workpiece B cooling station
Turn；
It is provided in the white space corresponded between the cutting station A, workpiece A cooling station in the producing line fence
Second caching platform, it is described second caching platform for place workpiece A from cutting station A into the material workpiece A cooling station
Turn；
Corresponding robotic console, power control cabinet, PLC module components are provided with outside the producing line fence, are ensured
Corresponding producing line is operated and is maintained easily in time；
The front side producing line fence position of the first double-station cooling body is provided with the first safety door, and described second
The side far from the output roller A line of double-station cooling body is provided with the second safety door, makes entire producing line real
Now manually with automatic switchover, the first safety door, the second safety door are as worker's upper and lower pieces access way.
After the structure of the utility model, No. 1 robot first adsorbs end and draws A part from blanking bench, is placed on cutting
The workpiece A skiver of station A loads onto, and tooling fixes workpiece A, and the knife end of No. 1 robot starts cutting operation；No. 1 machine
The knife end of people is also responsible for the cutting of workpiece B；Second adsorption section of No. 2 robots draws workpiece B from blanking bench, is placed on cutting
The workpiece B skiver of station B loads onto, and tooling fixes workpiece B,
After No. 1 robot completes the cutting operation of workpiece B, No. 2 robots absorption workpiece B to workpiece B cooling station,
After the completion of workpiece B cooling station cooling down workpiece B, No. 2 robots draw workpiece B to workpiece B labeler station, workpiece B labeler station
Equipment drying labeling position, be then automatically performed labelling operation；No. 2 robots draw workpiece B to workpiece B barcode scanning work later
Position, barcode scanning gun identification label are simultaneously delivered to industrial personal computer；Workpiece B is placed on workpiece B weighing unit by No. 2 robots, and electronic scale will
Weight information is delivered to industrial personal computer, and industrial computer system matches weight with label information；Workpiece B enters entering for conveying cylinder B line
Workpiece is transported to outside producing line fence by mouth position, conveying cylinder B line from workpiece B weighing unit, and worker's pickup, operation terminates；
After No. 1 robot completes the cutting operation of workpiece B, No. 3 robots absorption workpiece A to workpiece A cooling station,
After the completion of workpiece A cooling station cooling down workpiece A, No. 3 robots draw workpiece A to workpiece A labeler station, workpiece A labeler station
Equipment drying labeling position, be then automatically performed labelling operation；No. 3 robots draw workpiece A to workpiece A barcode scanning work later
Position, barcode scanning gun identification label are simultaneously delivered to industrial personal computer；Workpiece A is placed on workpiece A weighing unit by No. 3 robots, and electronic scale will
Weight information is delivered to industrial personal computer, and industrial computer system matches weight with label information；Workpiece A enters entering for output roller A line
Workpiece is transported to outside producing line fence by mouth position, output roller A line from workpiece A weighing unit, and worker's pickup, operation terminates；
It provides a kind of double-station plastic fuel tank automatic assembly line, and occupied area is few, and can satisfy automatic metaplasia
Production demand.
Detailed description of the invention
Fig. 1 is the top view structure schematic diagram of the utility model；
Title corresponding to serial number is as follows in figure:
Blow molding work station 1, workpiece B material 3, robot 6, the robot 5,2 of blanking bench 4,1, has skiver at workpiece A material 2
Position A7, cutting station B8, workpiece A cutting tooling 9, workpiece B cutting tooling 10, workpiece B cooling station 11, the first double-station are cooling
15, No. 3 mechanism 111, workpiece B labeler station 12, workpiece B barcode scanning station 13, workpiece B weighing station 14, output roller B line machines
People 16, workpiece A labeler station 17, workpiece A barcode scanning station 18, workpiece A weighing station 19, the 20, second duplex of workpiece A cooling station
Position cooling body 201, output roller A line 21, producing line fence 22, waste material conveyor belt line 23, waste material frame 24, first cache platform
25, the second caching platform 26, robotic console 27, power control cabinet 28, PLC module components 29, the first safety door 30, second peace
Air cock 31.
Specific embodiment
A kind of double-station plastic fuel tank automatic assembly line, is shown in Fig. 1: it includes blow molding work station 1, is blow molded the two of work station 1
Side feeding position is respectively arranged with workpiece A material 2, workpiece B material 3, and the rear end of blow molding work station 1 is provided with blanking bench 4, blanking bench 4
For placing the workpiece A/ workpiece B after the completion of being blow molded, the rear portion two sides of blanking bench 4 are respectively disposed with 5, No. 2 machines of No. 1 robot
6, No. 1 robot 5 of device people includes the first absorption end and knife end, and No. 2 robots 6 include the second absorption end, No. 1 robot
5 rear end is disposed with cutting station A7, cutting station B8, cuts the mating workpiece A that is disposed on station A7 and cuts tooling 9, cutting
Mating on station B8 to be disposed with workpiece B cutting tooling 10, sequentially horizontal direction is arranged in parallel by cutting station B8, cutting station A7, cuts
It cuts station B8 to arrange close to No. 2 robots 6, the side far from No. 1 robot 5 of No. 2 robots 6 is provided with workpiece B bosher
The rear end of 11, No. 2 robots 6 in position is sequentially disposed with workpiece B labeler station 12, workpiece B barcode scanning station 13, workpiece B weighing respectively
Station 14, the dead astern of workpiece B weighing station 14 are provided with the output roller B line 15 of horizontal direction arrangement, cutting station B8, cutting
It includes third absorption end, No. 3 machines that the underface of station A7, which is disposed with 16, No. 3 robots 16, No. 3 robots close to outer fix,
The inside of device people 16 is sequentially disposed with 19, No. 3 workpiece A labeler station 17, workpiece A barcode scanning station 18, workpiece A weighing station machines
The positive lower end of device people 16 is disposed with workpiece A cooling station 20, the side cloth far from No. 3 robots 16 of workpiece A weighing station 19
Be equipped with output roller A line 21, output roller A line 21, output roller B line 15 end output end be external to producing line fence 22
Outside.
The starting point of the equipment connection output roller B line 15 of workpiece B weighing station 14；The equipment of workpiece A weighing station 19
Connect the starting point of output roller A line 21；
Waste material conveyor belt line 23, waste material conveyor belt line 23 are provided with immediately below cutting station A7, cutting station B8
Conveying end be external to corresponding position producing line fence 22 outside, there is waste material frame in the conveying end of waste material conveyor belt line 23
24；
The knife end of No. 1 robot 5 is used to cut workpiece A, the cutting station B8 that cutting station A7 is positioned and is positioned
Workpiece B；
The first double-station cooling body 111 is provided in workpiece B cooling station 11, before the first double-station cooling body 111
Rear direction arranges and is arranged in 22 outside of producing line fence；
The second double-station cooling body 201,201 water of the second double-station cooling body are provided in workpiece A cooling station 20
Square to arrange and be arranged in 22 rear perpheral of producing line fence；
Cooling station there are two being respectively provided in first double-station cooling body 111, the second double-station cooling body 201, really
Protect the continuous normal production of entire producing line；
The is provided in the white space corresponded in producing line fence 22 between cutting station B8, workpiece B cooling station 11
One caching platform 25, first caching platform 25 for place workpiece B from cutting station B8 into the material workpiece B cooling station 11
Turn；
The is provided in the white space corresponded in producing line fence 22 between cutting station A7, workpiece A cooling station 20
Two caching platforms 26, second caching platform 26 for place workpiece A from cutting station A7 into the material workpiece A cooling station 20
Turn；
Corresponding robotic console 27, power control cabinet 28, PLC module components 29 are provided with outside producing line fence 22,
Ensure operating and maintain easily in time for corresponding producing line；
The front side producing line fence position of first double-station cooling body 111 is provided with the first safety door 30, and second pair
The side of the separate output roller A line of station cooling body 201 is provided with the second safety door 31, and entire producing line can be realized
Manually with automatic switchover, the first safety door, the second safety door are as worker's upper and lower pieces access way.
Its working principles are as follows: No. 1 robot first, which adsorbs end, draws A part from blanking bench, it is placed on the work of cutting station A
Part A skiver loads onto, and tooling fixes workpiece A, and the knife end of No. 1 robot starts cutting operation；The knife end of No. 1 robot
It is also responsible for the cutting of workpiece B；Second adsorption section of No. 2 robots draws workpiece B from blanking bench, is placed on the work of cutting station B
Part B skiver loads onto, and tooling fixes workpiece B；
After No. 1 robot completes the cutting operation of workpiece B, No. 2 robots absorption workpiece B to workpiece B cooling station,
After the completion of workpiece B cooling station cooling down workpiece B, No. 2 robots draw workpiece B to workpiece B labeler station, workpiece B labeler station
Equipment drying labeling position, be then automatically performed labelling operation；No. 2 robots draw workpiece B to workpiece B barcode scanning work later
Position, barcode scanning gun identification label are simultaneously delivered to industrial personal computer；Workpiece B is placed on workpiece B weighing unit by No. 2 robots, and electronic scale will
Weight information is delivered to industrial personal computer, and industrial computer system matches weight with label information；Workpiece B enters entering for conveying cylinder B line
Workpiece is transported to outside producing line fence by mouth position, conveying cylinder B line from workpiece B weighing unit, and worker's pickup, operation terminates；
After No. 1 robot completes the cutting operation of workpiece B, No. 3 robots absorption workpiece A to workpiece A cooling station,
After the completion of workpiece A cooling station cooling down workpiece A, No. 3 robots draw workpiece A to workpiece A labeler station, workpiece A labeler station
Equipment drying labeling position, be then automatically performed labelling operation；No. 3 robots draw workpiece A to workpiece A barcode scanning work later
Position, barcode scanning gun identification label are simultaneously delivered to industrial personal computer；Workpiece A is placed on workpiece A weighing unit by No. 3 robots, and electronic scale will
Weight information is delivered to industrial personal computer, and industrial computer system matches weight with label information；Workpiece A enters entering for output roller A line
Workpiece is transported to outside producing line fence by mouth position, output roller A line from workpiece A weighing unit, and worker's pickup, operation terminates；
Wherein, the first safety door, the second safety door are as worker's upper and lower pieces access way, so that entire producing line can realize people
Work and automatic switchover.
Specific embodiment of the utility model is described in detail above, but content is only what the utility model was created
Preferred embodiment should not be construed as limiting the practical range of the utility model creation.All create according to the utility model is applied
All the changes and improvements made by range etc., shall still fall within the scope of this patent.
Claims (10)
1. a kind of double-station plastic fuel tank automatic assembly line, it is characterised in that: it includes blow molding work station, the blow molding work station
Two sides feeding position be respectively arranged with workpiece A material, workpiece B material, it is described blow molding work station rear end be provided with blanking bench, it is described
Blanking bench is used to place the workpiece A/ workpiece B after the completion of blow molding, and the rear portion two sides of the blanking bench are respectively disposed with No. 1 machine
People, No. 2 robots, No. 1 robot include the first absorption end and knife end, and No. 2 robots include the second suction
Attached end, the rear end of No. 1 robot is disposed with cutting station A, cuts station B, mating on the cutting station A to be disposed with work
Part A cuts tooling, and the mating workpiece B that is disposed with cuts tooling on the cutting station B, and the cutting station B, cutting station A are suitable
Sub-level arranges to parallel arrangement, the cutting station B close to No. 2 robots, No. 2 robots far from described 1
The side of number robot is provided with workpiece B cooling station, and the rear end of No. 2 robots is sequentially disposed with workpiece B labeling respectively
Station, workpiece B barcode scanning station, workpiece B weighing station, the dead astern of the workpiece B weighing station are provided with horizontal direction arrangement
Output roller B line, the cutting station B, the underface for cutting station A are disposed with No. 3 robots close to outer fix, and described 3
Number robot includes third absorption end, and the inside of No. 3 robots is sequentially disposed with workpiece A labeler station, workpiece A barcode scanning
Station, workpiece A weighing station, the positive lower end of No. 3 robots are disposed with workpiece A cooling station, the workpiece A weighing station
Be disposed with output roller A line, the end of the output roller A line, output roller B line far from the sides of No. 3 robots
Output end is external to the outside of producing line fence.
2. a kind of double-station plastic fuel tank automatic assembly line as described in claim 1, it is characterised in that: the workpiece B weighing
The equipment of station connects the starting point of the output roller B line；The equipment of the workpiece A weighing station connects the output roller
The starting point of A line.
3. a kind of double-station plastic fuel tank automatic assembly line as described in claim 1, it is characterised in that: the cutting station A,
It is provided with waste material conveyor belt line immediately below cutting station B, the conveying end of the waste material conveyor belt line is external to correspondence
There is waste material frame in the conveying end in the outside of the producing line fence of position, the waste material conveyor belt line.
4. a kind of double-station plastic fuel tank automatic assembly line as described in claim 1, it is characterised in that: No. 1 robot
Knife end be used to cut workpiece A that cutting station A positioned, cut the workpiece B that is positioned of station B.
5. a kind of double-station plastic fuel tank automatic assembly line as described in claim 1, it is characterised in that: the workpiece B is cooling
The first double-station cooling body is provided on station, the first double-station cooling body front-rear direction is arranged and is arranged in institute
It states on the outside of producing line fence.
6. a kind of double-station plastic fuel tank automatic assembly line as claimed in claim 5, it is characterised in that: the workpiece A is cooling
The second double-station cooling body is provided on station, the second double-station cooling body horizontal direction arranges and is arranged in institute
State producing line fence rear perpheral.
7. a kind of double-station plastic fuel tank automatic assembly line as described in claim 1, it is characterised in that: in the producing line fence
Corresponding to the first caching platform is provided in the white space between the cutting station B, workpiece B cooling station, described first is slow
Platform is deposited for placing workpiece B from cutting station B to the material transfer workpiece B cooling station.
8. a kind of double-station plastic fuel tank automatic assembly line as described in claim 1, it is characterised in that: in the producing line fence
Corresponding to the second caching platform is provided in the white space between the cutting station A, workpiece A cooling station, described second is slow
Platform is deposited for placing workpiece A from cutting station A to the material transfer workpiece A cooling station.
9. a kind of double-station plastic fuel tank automatic assembly line as described in claim 1, it is characterised in that: outside the producing line fence
It is provided with corresponding robotic console, power control cabinet, PLC module components.
10. a kind of double-station plastic fuel tank automatic assembly line as claimed in claim 6, it is characterised in that: first duplex
The front side producing line fence position of position cooling body is provided with the first safety door, the second double-station cooling body it is separate
The side of the output roller A line is provided with the second safety door.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820700869.0U CN208683905U (en) | 2018-05-11 | 2018-05-11 | A kind of double-station plastic fuel tank automatic assembly line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820700869.0U CN208683905U (en) | 2018-05-11 | 2018-05-11 | A kind of double-station plastic fuel tank automatic assembly line |
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| Publication Number | Publication Date |
|---|---|
| CN208683905U true CN208683905U (en) | 2019-04-02 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820700869.0U Active CN208683905U (en) | 2018-05-11 | 2018-05-11 | A kind of double-station plastic fuel tank automatic assembly line |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108408400A (en) * | 2018-05-11 | 2018-08-17 | 江苏北人机器人系统股份有限公司 | A kind of double-station plastic fuel tank automatic assembly line |
-
2018
- 2018-05-11 CN CN201820700869.0U patent/CN208683905U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108408400A (en) * | 2018-05-11 | 2018-08-17 | 江苏北人机器人系统股份有限公司 | A kind of double-station plastic fuel tank automatic assembly line |
| CN108408400B (en) * | 2018-05-11 | 2024-05-03 | 江苏北人智能制造科技股份有限公司 | Automatic production line for double-station plastic oil tanks |
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