CN100586702C - Joint winding machine and processing method using the same - Google Patents
Joint winding machine and processing method using the same Download PDFInfo
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- CN100586702C CN100586702C CN200810107202A CN200810107202A CN100586702C CN 100586702 C CN100586702 C CN 100586702C CN 200810107202 A CN200810107202 A CN 200810107202A CN 200810107202 A CN200810107202 A CN 200810107202A CN 100586702 C CN100586702 C CN 100586702C
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- machined object
- workpiece pressing
- electric boiling
- boiling plate
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Abstract
The invention relates to a coil-merging machine, which is used for shaping and splicing a tabular processed object into a circular unity. The coil-merging machine comprises a support, a compression belt used for fixing a processed object on the support and applying pressure to a circular arc shaped bending part at the middle section of the processed object, at least two guide slide rails used forbending and shaping the processed object and respectively arranged at the both sides of the processed object and an electric heating board used for heating two combined edge end parts of the bent processed object, wherein, the electric heating board moves along the direction perpendicular to the two combined edges of the processed object. The coil-merging machine has the characteristics of compactstructure, simple operation, superior performance and long service life, and can greatly improve the working efficiency and reduce the working strength.
Description
Technical field
The present invention relates to a kind of assembly volume machine, the invention still further relates to processing method with this assembly volume machined machined object.
Background technology
Piecing together the volume machine is a kind of forming machine, is used for processing plastic sheet material etc., is cylindric with brake formings such as flat plastic plates, and amalgamation is heated in its end, edge that is separated, and forms an integral body cylindraceous.
Summary of the invention
The object of the present invention is to provide and a kind of flat plastic plate is processed into the assembly volume machine of integral body cylindraceous, another object of the present invention is to provide the processing method of this assembly volume machine to plastic plate.
In order to achieve the above object, the technical solution adopted in the present invention is:
A kind of assembly volume machine, be used for the typing of tabular machined object is pieced together circular integral body, comprise support, be used for machined object is fixed on the support and the compressive zone of exerting pressure to the circular-arc bending part in the stage casing of machined object, be used to bend and finalize the design machined object and be separately positioned on the machined object both sides at least two guiding slide rails, be used to heat electric boiling plate through two ends, edge that engage of the machined object of bending, electric boiling plate is along moving with the perpendicular direction in two edges that engage of machined object.
Another kind of technical scheme of the present invention is:
A kind of tabular machined object is finalized the design pieces together the method for circular integral body, and it comprises the steps:
1) bending machined object and being fixed between guiding slide rail and the compressive zone, by tightening system tension compressive zone, two edges that make machined object move and finalize the design under the effect of guiding slide rail and compressive zone to the direction of drawing close mutually along the guiding slide rail, start second air pump, make first workpiece pressing and second workpiece pressing compress the end, two edges of machined object respectively;
2) start first air pump and electric boiling plate is moved between two edges staggered relatively of machined object by connector, the part that electric boiling plate is in contact with it machined object is melted, along with the position of electric boiling plate raises, first tooth-shape structure on the connector is drawn close to the other side the end, two edges of taking the machined object of first workpiece pressing and second workpiece pressing and their clamping thereof to of second tooth-shape structure by travelling gear and first time holder and second time holder respectively;
3) start second air pump, make first workpiece pressing and second workpiece pressing unclamp two edges of machined object, start first air pump, electric boiling plate is withdrawed from the formed circular integral body of machined object, in this process, the tension compressive zone is combined as a whole the end, two edges of machined object.
Because the employing of technique scheme, the present invention has the following advantages:
This assembly volume facility have characteristics such as compact conformation, simple to operate, superior performance, long service life, can increase work efficiency greatly, reduce working strength.
Description of drawings
Fig. 1 is a stereogram of the present invention;
Fig. 2 is a sectional view of the present invention, and first workpiece pressing, second workpiece pressing and electric boiling plate carry out first kind of interoperation;
Fig. 3 is a surface chart of the present invention, and first workpiece pressing, second workpiece pressing and electric boiling plate carry out second kind of interoperation;
Wherein: 1, support; 2, machined object; 3, compressive zone; 4, electric boiling plate; 5, first workpiece pressing; 51, holder on first; 52, first time holder; 6, second workpiece pressing; 61, holder on second; 62, second time holder; 7, first air pump; 8, connector; 9, tightening system; 10, guiding slide rail; 11, second air pump.
The specific embodiment
According to Fig. 1, the splicing machine that is used for 2 typings of tabular machined object are pieced together circular integral body shown in Figure 2, comprise support 1, be used for machined object 2 is fixed on the support 1 and the compressive zone 3 of exerting pressure to the circular-arc bending part in the stage casing of machined object 2, be used to bend and finalize the design machined object 2 and be separately positioned on machined object 2 both sides at least two guiding slide rails 10, be used to heat electric boiling plate 4 through two ends, edge that engage of the machined object 2 of bending, electric boiling plate 4 is along moving with the perpendicular direction in two edges that engage of machined object 2.One side of guiding slide rail 10 has the guide surface of convex structure, and its partial action force resolution direction to 3 pairs of machined objects 2 of partial action force resolution direction and compressive zone of machined object 2 is opposite, machined object 2 is under the pressure effect of compressive zone 3, two end, edge promptly according to the circular-arc guide surface generation deformation of guiding slide rail 10, forms a nonocclusive annulus.The end of compressive zone 3 is connected with tightening system 9, tightening system 9 increases by the pressure that tension compressive zone 3 acts on the machined object 2 compressive zone 3, and, be accompanied by the compression forming of machined object 2, tightening system 9 is tension compressive zone 3 constantly, and the pressure that keeps compressive zone 3 to act on the machined object 2 is constant.In the present embodiment, at least adopt an end of 3, two compressive zones 3 of compressive zone of two symmetrical settings to be connected with tightening system 9 respectively, another end of the two is connected to each other by a uncinus after machined object 2 is inserted between the two, like this, the two promptly becomes a compressive zone 3.In the present embodiment, compressive zone 3 is coiled on the tightening system 9, drives compressive zone 3 rotations by actuating unit, can tighten up or loosen compressive zone 3 and act on pressure on the machined object 2.
This splicing machine also comprises first workpiece pressing 5 and second workpiece pressing 6 that is used for moving respectively the end, two edges of the machined object 2 after bending, first workpiece pressing 5, the motion that matches with electric boiling plate 4 of second workpiece pressing 6, there are two kinds of interoperations between them, when they are in first kind of interoperation, electric boiling plate 4 moves to the direction of inserting machined object 2 formed circular integral body, first workpiece pressing 5 and second workpiece pressing, 6 move toward one another, as shown in Figure 1, at this moment, electric boiling plate is to end, two edges heating of machined object 2, make it melt deformation, the two move toward one another is in contact with one another, and then being fused into one, machined object 2 also is processed to circular integral body thereupon.Insert at first respectively between first workpiece pressing 5 and second workpiece pressing 6 end, two edges of machined object 2, after fixing via them, again under the pressure of compressive zone 3, according to 10 moulding of guiding slide rail.Another effect of first workpiece pressing 5 and second workpiece pressing 6 is to drive the end, two edges of machined object 2 to the direction motion that is combined as a whole, and promptly does move toward one another.
The below of electric boiling plate 4 is provided with and drives first air pump 7 that it is made insertion and withdraws from machined object 2 formed circular molar behaviors, be connected with the connector 8 that the both sides that parallel with the direction of motion of electric boiling plate 4 have the first rack and pinion structure between electric boiling plate 4 and first air pump 7, first workpiece pressing 5 by be oppositely arranged on machined object 2 both sides first on holder 51 and first time holder 52 form, second workpiece pressing 6 by be oppositely arranged on machined object 2 both sides second on holder 61 and second time holder 62 form, have respectively on the holder 61 on the holder 51 and second on first and drive them respectively to second air pump 11 of first time holder 52 and second time holder 62 directions motion.
The end of first time holder 52 and second time holder 62 has second tooth-shape structure respectively, is in transmission connection by a plurality of travelling gears between first tooth-shape structure and second tooth-shape structure.
When first workpiece pressing 5, when second workpiece pressing 6 is in second kind of interoperation with electric boiling plate 4, electric boiling plate 4 moves to the direction that withdraws from machined object 2 formed circular integral body, first time holder 52 and second time holder 62 carry out opposing motion, as shown in Figure 3, at this moment, machined object 2 is in the state of cooling, this step is after first workpiece pressing 5 and second workpiece pressing 6 unclamp active force to the end, two edges of machined object 2, carry out, like this, when electric boiling plate 4 withdraws from machined object 2, by first toothing, travelling gear, the effect of second toothing, opposing motion takes place in first time holder 52 and second time holder 62.By foregoing description as can be known, in the present embodiment, on first on the holder 51 and second holder 61 only under the effect of second air pump 11, move up and down, compress or unclamp the end, two edges of machined object 2.
This tabular machined object 2 is finalized the design pieces together the method for circular integral body, comprises the steps:
1, bending machined object 2 and being fixed between guiding slide rail 10 and the compressive zone 3, by tightening system 9 tension compressive zones 3, two edges that make machined object 2 along guiding slide rail 10 to the direction of drawing close mutually move and effect at guiding slide rail 10 and compressive zone 3 under finalize the design, start second air pump 11, make first workpiece pressing 5 and second workpiece pressing 6 compress the end, two edges of machined object 2 respectively;
2, starting first air pump 7 also moves into electric boiling plate 4 between two edges staggered relatively of machined objects 2 by connector 8, the part that electric boiling plate 4 is in contact with it machined object 2 is melted, along with the position of electric boiling plate 4 raises, first tooth-shape structure on the connector 8 is drawn close to the other side the end, two edges of taking the machined object 2 of first workpiece pressing 5 and second workpiece pressing 6 and their clamping thereof to of second tooth-shape structure by travelling gear and first time holder 52 and second time holder 62 respectively;
3, start second air pump 11, make first workpiece pressing 5 and second workpiece pressing 6 unclamp two edges of machined object 2, start first air pump 11, electric boiling plate 4 is withdrawed from machined object 2 formed circular integral body, in this process, tension compressive zone 3 is combined as a whole the end, two edges of machined object 2.
Claims (9)
1, a kind of assembly volume machine, be used for tabular machined object (2) typing is pieced together circular integral body, it is characterized in that: comprise support (1), the compressive zone (3) that is used for that described machined object (2) is fixed on that described support (1) is gone up and exerts pressure to the circular-arc bending part in the stage casing of described machined object (2), be used for bending and the described machined object (2) and be separately positioned at least two guiding slide rails (10) of described machined object (2) both sides of finalizing the design, be used to heat the electric boiling plate (4) of two ends, edge that engage passing through the described machined object (2) that bends, be used for moving respectively first workpiece pressing (5) and second workpiece pressing (6) of the end, two edges of the described machined object (2) after bending, described electric boiling plate (4) edge and the perpendicular direction motion in two edges that engage of described machined object (2), described first workpiece pressing (5), described second workpiece pressing (6) motion that matches with described electric boiling plate (4), there are two kinds of interoperations between them, when they are in first kind of interoperation, described electric boiling plate (4) moves to the direction of inserting the formed circular integral body of described machined object (2), described first workpiece pressing (5) and second workpiece pressing (6) move toward one another.
2, assembly volume machine according to claim 1, it is characterized in that: the below of described electric boiling plate (4) is provided with and drives first air pump (7) that it is made insertion and withdraws from the formed circular molar behavior of described machined object (2), be connected with the connector (8) that the both sides that parallel with the direction of motion of described electric boiling plate (4) have the first rack and pinion structure between described electric boiling plate (4) and first air pump (7), described first workpiece pressing (5) by be oppositely arranged on described machined object (2) both sides first on holder (51) and first time holder (52) form, described second workpiece pressing (6) by be oppositely arranged on described machined object (2) both sides second on holder (61) and second time holder (62) form, have respectively on the holder (61) on the holder (51) and second on described first and drive second air pump (11) that they move to described first time holder (52) and second time holder (62) direction respectively.
3, assembly volume machine according to claim 2, it is characterized in that: described first time holder (52) has second tooth-shape structure respectively with the end of second time holder (62), is in transmission connection by a plurality of travelling gears between described first tooth-shape structure and second tooth-shape structure.
4, assembly volume machine according to claim 2, it is characterized in that: when described first workpiece pressing (5), second workpiece pressing (6) are in second kind of interoperation with electric boiling plate (4), described electric boiling plate (4) moves to the direction that withdraws from the formed circular integral body of described machined object (2), and described first time holder (52) carries out opposing motion with second time holder (62).
5, assembly volume machine according to claim 1, it is characterized in that: the end of described compressive zone (3) is connected with tightening system (9), and described tightening system (9) increases by the pressure that the described compressive zone of tension (3) acts on the described machined object (2) described compressive zone (3).
6, a kind of tabular machined object (2) is finalized the design pieces together the method for circular integral body, utilizes arbitrary described assembly volume machine in the claim 1 to 5, and it comprises the steps:
1) bending machined object (2) and being fixed between guiding slide rail (10) and the compressive zone (3), by tightening system (9) tension compressive zone (3), two edges of machined object (2) are moved and typing under the effect of guiding slide rail (10) and compressive zone (3) to the direction of drawing close mutually along guiding slide rail (10), start second air pump (11), make first workpiece pressing (5) and second workpiece pressing (6) compress the end, two edges of machined object (2) respectively;
2) starting first air pump (7) also moves into electric boiling plate (4) between two edges staggered relatively of machined object (2) by connector (8), the part that electric boiling plate (4) is in contact with it machined object (2) is melted, along with the position of electric boiling plate (4) raises, first tooth-shape structure on the connector (8) is drawn close to the other side the end, two edges of taking the machined object (2) of first workpiece pressing (5) and second workpiece pressing (6) and their clamping thereof to of second tooth-shape structure by travelling gear and first time holder (52) and second time holder (62) respectively;
3) start second air pump (11), make first workpiece pressing (5) and second workpiece pressing (6) unclamp two edges of machined object (2), start first air pump (11), electric boiling plate (4) is withdrawed from the formed circular integral body of machined object (2), in this process, tension compressive zone (3) is combined as a whole the end, two edges of machined object (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200810107202A CN100586702C (en) | 2008-09-12 | 2008-09-12 | Joint winding machine and processing method using the same |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200810107202A CN100586702C (en) | 2008-09-12 | 2008-09-12 | Joint winding machine and processing method using the same |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101362380A CN101362380A (en) | 2009-02-11 |
| CN100586702C true CN100586702C (en) | 2010-02-03 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN200810107202A Expired - Fee Related CN100586702C (en) | 2008-09-12 | 2008-09-12 | Joint winding machine and processing method using the same |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN100586702C (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102513856A (en) * | 2011-12-14 | 2012-06-27 | 常州市永益工具有限公司 | Clamping device |
| CN109624279B (en) * | 2018-11-09 | 2020-11-03 | 宁波新松机器人科技有限公司 | Grid rolling mechanism and method |
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2008
- 2008-09-12 CN CN200810107202A patent/CN100586702C/en not_active Expired - Fee Related
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| Publication number | Publication date |
|---|---|
| CN101362380A (en) | 2009-02-11 |
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Granted publication date: 20100203 Termination date: 20100912 |