CN203644722U - Lamp tube core column conveyor - Google Patents
Lamp tube core column conveyor Download PDFInfo
- Publication number
- CN203644722U CN203644722U CN201320875578.2U CN201320875578U CN203644722U CN 203644722 U CN203644722 U CN 203644722U CN 201320875578 U CN201320875578 U CN 201320875578U CN 203644722 U CN203644722 U CN 203644722U
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- stem
- core column
- lamp tube
- translation
- conveyor track
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Abstract
The utility model relates to the field of energy saving lamp manufacturing, and particularly relates to a lamp tube core column conveyor. The technical defects of poor automation degree, low efficiency, easy core column accidental damage and reduced lamp tube encapsulation efficiency and product yield, which are caused due to the fact that the existing energy saving lamp tube core column conveying uses manual transfer and reversing, are overcome. The utility model provides the lamp tube core column conveyor which can automatically complete core column conveying and carries out 180-degree reversing on a core column to ensure smooth joint of two processes of wire stretching and sealing. The lamp tube core column conveyor comprises a conveying rail which is arranged on a machine frame, a blanking manipulator and a loading manipulator. The blanking manipulator is correspondingly arranged beside a wire stretching machine. The loading manipulator is correspondingly arranged beside a sealing machine and is in butt joint with a discharge end of the conveying rail. The lamp tube core column conveyor is characterized in that the blanking manipulator is in butt joint with a feeding end of the conveying rail through a reversing device, and the reversing device is arranged on the side of the blanking manipulator. According to the utility model, full automatic core column conveying is realized; manual blanking and loading are not needed; the production speed can be accelerated; the lamp tube encapsulation efficiency and the product yield are improved.
Description
Affiliated technical field
The utility model relates to electricity-saving lamp and manufactures field, particularly a kind of lamp tube core column conveyer.
Background technology
Filament tensioner and sealing machine are the common devices using during energy-saving pipe is manufactured, and lamp tube core column is first machine-shaping on filament tensioner before encapsulation, and then deliver on sealing machine and tube cell integral packaging, and the conveying of stem stem between filament tensioner and sealing machine adopts artificial handover.When handover, on the supporting rotating disk of filament tensioner limit, need operator to take off one by one in the corresponding jack on stem stem insertion handover charging tray and complete blanking, then the handover charging tray that sticks with stem stem is placed on conveyer belt and is delivered on sealing machine limit, from transferring charging tray, take off one by one by the other operator of sealing machine the circumferential jack that stem stem makes its little head end put into the supporting rotating disk of sealing machine down again and complete material loading, in addition the stem stem on the original supporting rotating disk of filament tensioner is little head end perpendicular putting upward, stem stem on the supporting rotating disk of sealing machine is that little head end is vertical down, formerly the patent No. 201220027821.0 utility model patents " a kind of stem stem conveyer for the manufacture of straight fluorescent tube " disclose a kind of automation of transferring stem stem between filament tensioner and sealing machine that is arranged on, can not be to 180 ° of switch operations of stem stem but it can only complete stem stem handover, the stem stem that cannot meet between aforementioned filament tensioner and sealing machine is transferred need of work, and the branch mode of existing manually upper and lower stem stem need to successively complete handover and 180 ° of commutation placements of stem stem, automaticity is poor, production efficiency is low, on filament tensioner and sealing machine limit, all to arrange workman to carry out blanking and material loading operation, and workman's repetitive operation labour intensity is high, the accidental injury stem stem of easily makeing mistakes when operation, further reduce fluorescent tube packaging efficiency and conforming product rate.
Utility model content
The technical assignment of the technical problems to be solved in the utility model and proposition is to overcome existing power saving fluorescent lamps stem stem to carry the automaticity that adopts manually handover and commutation to cause poor, production efficiency is low, easily accidentally injure the technological deficiency of stem stem reduction fluorescent tube packaging efficiency and conforming product rate, providing a kind of can automatically complete that stem stem is transferred and stem stem is carried out to 180 ° of commutations lamp tube core column conveyer that silk and sealing two procedures be connected smoothly of guaranteeing to stretch tight, carry whole process all to adopt machine automatically to carry out, without arranging the manual blanking of operator, material loading, more can not accidentally injure stem stem, fluorescent tube packaging efficiency and conforming product rate are greatly improved.
Above-mentioned technical purpose of the present utility model mainly solves by the following technical programs: lamp tube core column conveyer, comprise the conveyor track be located in frame and blanking mechanical hand, feeding manipulator, described blanking mechanical hand correspondence is located at by filament tensioner, feeding manipulator correspondence is docked with the discharge end of conveyor track by being located at sealing machine, it is characterized in that described blanking mechanical hand docks with the feeding end of conveyor track by a commutator, described commutator is located at blanking mechanical hand side.The utility model is transferred the perpendicular stem stem of putting on hand and commutates from blanking mechanical by setting up a commutator, then transfer to conveyor track, give feeding manipulator and put into sealing machine, realizing 180 ° of commutations of stem stem transfers, guarantee the stem stem handover between filament tensioner and sealing machine and produce and carry out continuously, omnidistance machine automatic operation, can not accidentally injure stem stem, effectively improves fluorescent tube packaging efficiency and conforming product rate.
As further improving and supplementing technique scheme, the utility model adopts following technical measures: described commutator comprise a perpendicular reversing turntable of putting and along circumferential hoop around the uniform even-even fixture of its periphery, described reversing turntable is loaded in frame and can carries out the rotation intermittently pausing, fixture can dock gripping stem stem by turns with reversing turntable motion in the time arriving lowest order with blanking mechanical hand, while then turning over 180 ° of arrival highest orders, dock by turns transfer stem stem with the feeding end of conveyor track.By a perpendicular reversing turntable motion of putting drive around some fixtures of the uniform setting of its periphery take turns in lowest order and highest order two positions respectively with blanking mechanical hand, the feeding end of conveyor track has docked 180 ° of switch operations of stem stem, because fixture is even-even along the uniform setting of reversing turntable periphery, same fixture reversing turntable in the time of lowest order and highest order two place just turns over 180 °, along with the pause at intermittence that reversing turntable is continuous is rotated, each fixture takes turns to arrive lowest order and the highest order at 180 ° of intervals, complete respectively and blanking mechanical hand, stem stem is transferred in conveyor track docking.
Described conveyor track tilts to be fixed in frame, the feeding end position of conveyor track is higher than the discharge end position of other end, described conveyor track is made up of two outer rails of two contour parallel interior rails and interior rail both sides, described outer rail extends higher than interior rail and along interior rail length direction is corresponding, between two interior rails and between two outer rails, all exist gap to form respectively corresponding lower holding tank and upper holding tank, described lower holding tank width is less than holding tank width.Conveyor track is formed and can be formed very easily holding tank positioning clamping stem stem by four groups of tracks of correspondence, and it is that stem stem can be sent in conveyor track with perpendicular the putting of little head end mode down that lower holding tank width is less than the effect of holding tank width; The feeding end of conveyor track is higher than the discharge end of other end, and without extra power drive, stem stem just can slide to lower along conveyor track from eminence under Action of Gravity Field, automatically slides to discharge end from feeding end.
Described blanking mechanical hand there are two stem stem positions arranged side by side and be located at one can the lift slide of vertical lift on, lift slide be located at one can the translation slide of transverse translation on, translation slide is provided with the perpendicular lift cylinder of putting slide rail and driving lift slide lifting of coupling lift slide, translation slide is located at also can be along its translation gliding on horizontal slide rail fixing in a frame, and frame is provided with the translation cylinder that drives the translation of translation slide; Each fixture of described commutator is provided with two stem stem positions arranged side by side, and conveyor track is two groups of parallel being fixed in frame side by side; Blanking mechanical hand has two stem stem positions and is made up of two movable claws arranged side by side, two movable claws are located at respectively on two translation slide blocks arranged side by side, and described two translation slide blocks are located on two translation slide rails fixing side by side in frame and by two cylinders and are driven synchronous translationals.Act on respectively and promote that lift slide and translation slide do respectively vertical lifting motion and horizontal translation moves by lift cylinder and translation cylinder, drive blanking mechanical hand to move back and forth between the supporting rotating disk of filament tensioner and commutator both sides, realize stem stem and send into from filament tensioner loading and unloading the fixture of commutator; On the fixture of commutator, be also provided with two stem stem positions arranged side by side for docking with blanking mechanical hand, transfer two lamp tube core columns at every turn, correspondingly establish two groups of conveyor tracks side by side for transferring lamp tube core column with the fixture docking of commutator; Blanking mechanical hand is formed and is formed two stem stem positions by two movable claws arranged side by side, effect is also in order with conveyor track docking, stem stem finally to be sent into sealing machine, the effect of two translation slide rails be drive two movable claws between conveyor track discharge end and sealing machine back and forth translation transfer stem stem.
The utility model passes through automatic operation, stem stem on filament tensioner is transplanted on sealing machine, and in handover, complete the inversion commutation of stem stem, to adapt to the mode that on existing filament tensioner and sealing machine, stem stem is oppositely placed, guarantee the stem stem handover between filament tensioner and sealing machine and produce and carry out continuously, omnidistance machine automatic operation, can not accidentally injure stem stem, effectively improves fluorescent tube packaging efficiency and conforming product rate.
Brief description of the drawings
Fig. 1: structural representation of the present utility model.
In figure: 1. frame, 2. blanking mechanical hand, 3. feeding manipulator, 4. filament tensioner, 5. sealing machine, 6. conveyor track, 7. commutator, 8. reversing turntable, 9. fixture, 10. holding tank, 14. lift slides, 15. translation slides, 16. perpendicular slide rail, 17. translation slide rails, 18. horizontal slide rails, 19. translation cylinders, 20. movable claws, 21. translation slide blocks, 22. cylinders put on interior rail, 11. outer rails, 12. times holding tanks, 13..
Embodiment
Below in conjunction with brief description of the drawings and embodiment, the utility model is described further.
As shown in Figure 1, lamp tube core column conveyer, comprise the conveyor track 6 be located in frame 1 and blanking mechanical hand 2, feeding manipulator 3, it is other that described blanking mechanical hand 2 correspondences are located at filament tensioner 4, feeding manipulator 3 correspondences are docked with the discharge end of conveyor track 6 by being located at sealing machine 5, described blanking mechanical hand 2 docks with the feeding end of conveyor track 6 by a commutator 7, and described commutator 7 is located at blanking mechanical hand 2 sides.Work four, commutator is transferred the perpendicular stem stem of putting on hand and commutates from blanking mechanical, then transfers to conveyor track, gives feeding manipulator and puts into sealing machine, realizes 180 ° of commutations of stem stem and transfers.
Described commutator 7 comprise a perpendicular reversing turntable 8 of putting and along circumferential hoop around the uniform even-even fixture 9 of its periphery, described reversing turntable 8 is loaded in frame 1 and can carries out the rotation intermittently pausing, fixture 9 can move and dock gripping stem stem with blanking mechanical hand 2 by turns in the time arriving lowest order with reversing turntable 8, while then turning over 180 ° of arrival highest orders, docks by turns transfer stem stem with the feeding end of conveyor track 6.When work, reversing turntable motion drive around some fixtures of the uniform setting of its periphery take turns in lowest order and highest order two positions respectively with blanking mechanical hand, the feeding end of conveyor track has docked 180 ° of switch operations of stem stem, because fixture is even-even along the uniform setting of reversing turntable periphery, same fixture reversing turntable in the time of lowest order and highest order two place just turns over 180 °, along with the pause at intermittence that reversing turntable is continuous is rotated, each fixture takes turns to arrive lowest order and the highest order at 180 ° of intervals, complete respectively and blanking mechanical hand, stem stem is transferred in conveyor track docking.
Described conveyor track 6 tilts to be fixed in frame 1, the feeding end position of conveyor track 6 is higher than the discharge end position of other end, described conveyor track 6 is made up of two outer rails 11 of two contour parallel interior rails 10 and interior rail both sides, described outer rail 11 extends higher than interior rail 10 and along interior rail length direction is corresponding, between two interior rails 10 and between two outer rails 11, all exist gap to form respectively corresponding lower holding tank 12 and upper holding tank 13, described lower holding tank 12 width are less than holding tank 13 width.Because conveyor track is formed and can be formed very easily holding tank positioning clamping stem stem by four groups of tracks of correspondence, it is that stem stem can be sent in conveyor track with perpendicular the putting of little head end mode down that the holding tank width of working is at present less than the effect of holding tank width; The feeding end of conveyor track is higher than the discharge end of other end, and without extra power drive, stem stem just can slide to lower along conveyor track from eminence under Action of Gravity Field, automatically slides to discharge end from feeding end.
Described blanking mechanical hand 2 there are two stem stem positions arranged side by side and be located at one can the lift slide 14 of vertical lift on, lift slide 14 be located at one can the translation slide 15 of transverse translation on, translation slide 15 is provided with the perpendicular lift cylinder (not shown) of putting slide rail 16 and driving lift slide 14 liftings of coupling lift slide 14, translation slide 15 is located at also can be along its translation gliding on horizontal slide rail 18 fixing in a frame 1, and in frame, 1 is provided with the translation cylinder 19 that drives 15 translations of translation slide; Each fixture 9 of described commutator 7 is provided with two stem stem positions arranged side by side, and conveyor track 6 is two groups of parallel being fixed in frame 1 side by side; Blanking mechanical hand 2 has two stem stem positions and is made up of two movable claws 20 arranged side by side, two movable claws are located at respectively on two translation slide blocks 21 arranged side by side, and described two translation slide blocks 21 are located on two translation slide rails 17 fixing side by side in frame 1 and are driven synchronous translational by two cylinders 22.When work, lift cylinder and translation cylinder act on respectively promotion lift slide and translation slide does respectively vertical lifting motion and horizontal translation motion, drive blanking mechanical hand to move back and forth between the supporting rotating disk of filament tensioner and commutator both sides, realize stem stem and send into from filament tensioner loading and unloading the fixture of commutator; On the fixture of commutator, also have two stem stem positions arranged side by side for docking with blanking mechanical hand, transfer two lamp tube core columns at every turn, corresponding two groups of conveyor tracks are side by side for transferring lamp tube core column with the fixture docking of commutator; Blanking mechanical hand is formed and is formed two stem stem positions by two movable claws arranged side by side, and conveyor track docking finally sends stem stem into sealing machine, two translation slide rails can drive two movable claws between conveyor track discharge end and sealing machine back and forth translation transfer stem stem.
Claims (4)
1. lamp tube core column conveyer, comprise the conveyor track (6) be located in frame (1) and blanking mechanical hand (2), feeding manipulator (3), it is other that described blanking mechanical hand (2) correspondence is located at filament tensioner (4), feeding manipulator (3) correspondence is docked with the discharge end of conveyor track (6) by being located at sealing machine (5), it is characterized in that described blanking mechanical hand (2) docks with the feeding end of conveyor track (6) by a commutator (7), described commutator (7) is located at blanking mechanical hand (2) side.
2. lamp tube core column conveyer according to claim 1, it is characterized in that described commutator (7) comprises a perpendicular reversing turntable (8) of putting and along circumferential hoop around the uniform even-even fixture (9) of its periphery, described reversing turntable (8) is loaded on the upper rotation that also can carry out pause at intermittence of frame (1), fixture (9) can dock gripping stem stem with blanking mechanical hand (2) by turns with reversing turntable (8) motion in the time arriving lowest order, while then turning over 180 ° of arrival highest orders, docks by turns transfer stem stem with the feeding end of conveyor track (6).
3. lamp tube core column conveyer according to claim 2, it is characterized in that described conveyor track (6) tilts to be fixed in frame (1), the feeding end position of conveyor track (6) is higher than the discharge end position of other end, described conveyor track (6) is made up of two outer rails (11) of two contour parallel interior rails (10) and interior rail both sides, described outer rail (11) extends higher than interior rail (10) and along interior rail length direction is corresponding, between two interior rails (10) and between two outer rails (11), all exist gap to form respectively corresponding lower holding tank (12) and upper holding tank (13), described lower holding tank (12) width is less than holding tank (13) width.
4. lamp tube core column conveyer according to claim 3, it is characterized in that described blanking mechanical hand (2) there are two stem stem positions arranged side by side and be located at one can the lift slide (14) of vertical lift on, lift slide (14) be located at one can the translation slide (15) of transverse translation on, translation slide (15) is provided with the perpendicular lift cylinder of putting slide rail (16) and driving lift slide (14) lifting of coupling lift slide (14), translation slide (15) is located at the upper fixing horizontal slide rail (18) of a frame (1) above and can be along its translation gliding, in frame, (1) is provided with the translation cylinder (19) that drives translation slide (15) translation, each fixture (9) of described commutator (7) is provided with two stem stem positions arranged side by side, and conveyor track (6) is two groups of parallel being fixed in frame (1) side by side, blanking mechanical hand (2) has two stem stem positions and is made up of two movable claws arranged side by side (20), it is upper that two movable claws are located at respectively two translation slide blocks (21) arranged side by side, and described two translation slide blocks (21) are located at upper two the translation slide rails (17) fixed side by side of frame (1) and above and by two cylinders (22) are driven synchronous translational.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320875578.2U CN203644722U (en) | 2013-12-27 | 2013-12-27 | Lamp tube core column conveyor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320875578.2U CN203644722U (en) | 2013-12-27 | 2013-12-27 | Lamp tube core column conveyor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203644722U true CN203644722U (en) | 2014-06-11 |
Family
ID=50875948
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320875578.2U Expired - Fee Related CN203644722U (en) | 2013-12-27 | 2013-12-27 | Lamp tube core column conveyor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203644722U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104476509A (en) * | 2014-12-10 | 2015-04-01 | 马瑞利汽车零部件(芜湖)有限公司 | Auxiliary device for automobile lamp assembly platform |
| CN107159594A (en) * | 2017-07-18 | 2017-09-15 | 河北工程大学 | A kind of finished product blanking device |
| CN109226974A (en) * | 2018-11-12 | 2019-01-18 | 苏维阵 | A kind of multifunctional intellectual printing device |
-
2013
- 2013-12-27 CN CN201320875578.2U patent/CN203644722U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104476509A (en) * | 2014-12-10 | 2015-04-01 | 马瑞利汽车零部件(芜湖)有限公司 | Auxiliary device for automobile lamp assembly platform |
| CN104476509B (en) * | 2014-12-10 | 2016-03-23 | 马瑞利汽车零部件(芜湖)有限公司 | A kind of automobile lamp assembly or fitting table servicing unit |
| CN107159594A (en) * | 2017-07-18 | 2017-09-15 | 河北工程大学 | A kind of finished product blanking device |
| CN109226974A (en) * | 2018-11-12 | 2019-01-18 | 苏维阵 | A kind of multifunctional intellectual printing device |
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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: 20140611 Termination date: 20171227 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |