CN204237553U - What bagged-spring rollover was spliced turns over groove mechanism - Google Patents
What bagged-spring rollover was spliced turns over groove mechanism Download PDFInfo
- Publication number
- CN204237553U CN204237553U CN201420697751.9U CN201420697751U CN204237553U CN 204237553 U CN204237553 U CN 204237553U CN 201420697751 U CN201420697751 U CN 201420697751U CN 204237553 U CN204237553 U CN 204237553U
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- groove
- bagged
- spring
- turns over
- turned
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Abstract
What the utility model discloses a kind of bagged-spring rollover splicing turns over groove mechanism, belongs to bagged-spring manufacturing equipment technical field, solve cannot be flexible in prior art make bagged-spring after rollover from turning over the problem exited bowl assembly.The utility model comprises and turns over bowl assembly for putting bag is spring-loaded, the described bowl assembly that turns over comprises the left side be oppositely arranged and turns over groove and groove is turned on the right side, described bagged-spring is clamped in a left side and turns over groove and the right side is turned between groove, described in turn in bowl assembly that be provided with can by bagged-spring from turning over the pushing material component ejected bowl assembly.Compared with prior art, the utility model can utilize the propelling thrust of pushing material component, not only bagged-spring is turned over groove and the right side to turn in the middle of groove release from a left side, itself and preceding bagged-spring can be fit together by this propelling thrust simultaneously, rollover and the perfection of assembled twice manufacturing procedure are connected, realize mechanization to control, improve work efficiency.
Description
[
technical field]
The utility model relates to bagged-spring manufacturing equipment technical field, and what particularly a kind of bagged-spring rollover was spliced turns over groove mechanism.
[
background technology]
Bagged-spring is mainly used in the field such as mattress, sofa, its procedure of processing comprises that wind spring is shaping successively, elastic hot process, wind spring compression, pack welding, counting sealing and assembled shaping etc.Its principle is, spring wire is rolled into base material spring that is cylindrical or cydariform after entering Digital Control Plane Roll-up Spring device, and be cut off according to preset length, deliver in elastic hot processing equipment by sending spring assembly and carry out electro heat, change physical property to obtain sizing, after high temperature spring cooling, deliver to compression set makes spring be in confined state, deliver to pack welder non-woven wraps again to pack, form the bagged-spring bar of tens meters, the mattress produced as required by counting sealing-cutting device again or the size of sofa count bagged-spring bar, the long also sealing of meter, be processed into bagged-spring section.Now bagged-spring section is horizontal positioned, and in order to composition after the splicing of multistage bagged-spring section is had elasticity, the groove mechanism that turns over of 90 degree of needing its utilization to turn on one's side is turned into vertical placement, finally the splicing of multistage bagged-spring section is bonded together.
The existing groove mechanism that turns over comprises and turns over bowl assembly for putting bag shock mount section, turn over bowl assembly to comprise the left side be oppositely arranged and turn over groove and groove is turned on the right side, bagged-spring section is clamped in a left side and turns over groove and the right side is turned between groove, and when turning over bowl assembly rollover 90 degree, bagged-spring section is also followed it and completed rollover.But, its do not have can be flexible make bagged-spring section from turning over the material-pulling device exited bowl assembly, cause to be connected with follow-up bonding action, affect degree of automation, cause work efficiency low.
[
utility model content]
The purpose of this utility model solves the problems of the prior art exactly, and what propose a kind of bagged-spring rollover splicing turns over groove mechanism, mechanical bagged-spring to be released after can completing rollover turning over groove mechanism.
For achieving the above object, what the utility model proposes a kind of bagged-spring rollover splicing turns over groove mechanism, comprise and turn over bowl assembly for putting bag is spring-loaded, the described bowl assembly that turns over comprises the left side be oppositely arranged and turns over groove and groove is turned on the right side, described bagged-spring is clamped in a left side and turns over groove and the right side is turned between groove, described in turn in bowl assembly that be provided with can by bagged-spring from turning over the pushing material component ejected bowl assembly.Adopt after such scheme, utilize the propelling thrust of pushing material component, not only bagged-spring is turned over groove and the right side from a left side and turn in the middle of groove and release, by this propelling thrust, its and preceding bagged-spring are fit together simultaneously, the perfection of twice manufacturing procedure is connected, raising work efficiency.
As preferably, described pushing material component comprises pusher square tube, tooth bar and actuating device, and described pusher square tube is arranged on a left side and turns over groove and the right side is turned in groove, and tooth bar is connected with described pusher square tube, and actuating device can drive described rack synchronous to move.Control tooth bar to utilize actuating device synchronous movement occurs thus drives pusher square tube to turn over groove and right means of turning over the longitudinal direction movement of groove on a left side, bagged-spring is released; Groove and the right pusher square tube synchronizing moving turned in groove are turned in a left side, have and promote steadily, failure-free advantage.
As preferably, described pushing material component also comprises the cogged gear wheel shaft of band, and described gear wheel shaft is horizontally set on a left side and turns over groove and the right side is turned on groove, and its gear engages with corresponding tooth bar, and actuating device can drive described gear wheel shaft synchronous axial system.Actuating device drives two gear wheel shaft synchronous axial system can make to be positioned at a left side and turns over groove and the right pusher square tube synchronizing moving turning over groove, has structure simple, rational advantage.
As preferably, one end of described gear wheel shaft is provided with bevel gear, the side being positioned at bevel gear is provided with the guide rod vertical with gear wheel shaft, and described guide rod is fixed on a left side and turns over groove and the right side is turned on groove, and guide rod is provided with the hexagonal bevel gear engaged with bevel gear in described gear wheel shaft.By the engagement of bevel gear and hexagonal bevel gear, guide rod is linked together with right two gear spindle drive turned in groove with the left groove that turns over, drive guide rod or one of them gear wheel shaft that a left side can be made to turn over groove and the right pusher square tube synchronizing moving turned in groove by actuating device, have simple and reasonable, drive effective advantage.
As preferably, described actuating device is a servomotor, and described servomotor drives through retarder and connects a wherein rack shaft, and described retarder is arranged on corresponding the turning on groove of this rack shaft by adapter plate.Have and drive effective advantage.
As preferably, described in turn in bowl assembly to be provided with a left side can be regulated to turn over groove and the right adjusting part turning over the spacing of groove.Turn over by regulating a left side spacing clamping bagged-spring that groove is turned on groove and the right side, expanding this device can the spring-loaded height of fabrication of bags, ensures that bagged-spring is more stable in switching process simultaneously.
As preferably, described adjusting part comprises nut seat, coordinate with nut seat and be fixed on a left side and turn over groove and the right side and turn over adjustment screw mandrel on groove, one end of described adjustment screw mandrel connects the reducer shaft driving and regulate screw mandrel to rotate, and described reducer shaft is connected on the second retarder by the second driven by servomotor.Utilize the second driven by servomotor to regulate screw mandrel to rotate, by nut seat and adjustment the coordinating of screw mandrel, making a left side turn over groove and the right side, to turn over inter-alveolar distance adjustable.
As preferably, groove is turned on a described left side and right turning in groove is respectively provided with a Timing Belt that can be synchronized with the movement in opposite directions.Bagged-spring bar is counted, groove and the right side can be turned over by a left side after sealing and turn over groove and be transported in the clamp state between the two, ensure that bagged-spring conveying is stable, improve work efficiency.
As preferably, described Timing Belt be stretched in be positioned at a left side turn over groove and right turn over groove two ends active synchronization wheel and driven synchronizing wheel on, described active synchronization wheel is connected with synchronizing wheel shaft bevel gear, described two synchronizing wheel shaft bevel gears are in transmission connection through synchronizing wheel bevel gear and same sprocket wheel hexagonal rod, and described sprocket wheel hexagonal rod is connected with the 3rd retarder by the 3rd driven by servomotor.3rd driven by servomotor sprocket wheel hexagonal rod rotates thus drives and is positioned at a left side and turns over groove and the right two articles of Timing Belt synchronous axial system turned on groove, completes the conveying for bagged-spring.
As preferably, described turning over bowl assembly arranges several and connects and leftly turn over groove and the right optical axis assembly turning over groove, described optical axis assembly comprises primary optic axis seat, the second optical axis seat and optical axis, primary optic axis seat and the second optical axis seat are separately fixed at a left side and turn over groove and the right side is turned on groove, one end of optical axis is connected with the second optical axis seat, and its other end slides through described primary optic axis seat.Make a left side turn over groove to turn over groove with the right side and be connected firmer, utilize optical axis can slide in the second optical axis seat in turn ensure that a left side turn over groove and rightly turn over the adjustable of inter-alveolar distance simultaneously.
The beneficial effects of the utility model: compared with prior art, the utility model can utilize the propelling thrust of pushing material component, not only bagged-spring is turned over groove and the right side to turn in the middle of groove release from a left side, itself and preceding bagged-spring can be fit together by this propelling thrust simultaneously, rollover and the perfection of assembled twice manufacturing procedure are connected, realize mechanization to control, improve work efficiency.
Feature of the present utility model and advantage will be described in detail by reference to the accompanying drawings by embodiment.
[accompanying drawing explanation]
Fig. 1 is structural representation of the present utility model;
In figure: 1-turns over groove in a left side, 2-turns over groove in the right side, 21-primary optic axis seat, 22-second optical axis seat, 23-optical axis, 3-pushing material component, 31-pusher square tube, 32-tooth bar, 33-gear, 34-gear wheel shaft, 35-bevel gear, 36-guide rod, 37-hexagonal bevel gear, 38-servomotor, 39-retarder, 391-adapter plate, 4-adjusting part, 41-nut seat, 42-guide rod adapter plate, 43-regulates screw mandrel, 44-reducer shaft, 45-second servomotor, 46-second retarder, 47-screw mandrel permanent seat, 5-Timing Belt, 6-active synchronization is taken turns, the driven synchronizing wheel of 7-, 8-synchronizing wheel shaft bevel gear, 9-synchronizing wheel bevel gear, 10-sprocket wheel hexagonal rod, 11-the 3rd servomotor, 12-the 3rd retarder.
[detailed description of the invention]
As shown in Figure 1, the utility model comprises and turns over bowl assembly for putting bag is spring-loaded, described in turn over bowl assembly and comprise the left side be oppositely arranged and turn over groove 1 and groove 2 is turned on the right side.Described bagged-spring is clamped in a left side and turns over groove 1 and the right side is turned between groove 2, describedly turn in bowl assembly that be provided with can by bagged-spring from turning over the pushing material component 3 ejected bowl assembly, described turn in bowl assembly to be provided with a left side can be regulated to turn over groove 1 and the right adjusting part 4 turning over the spacing of groove 2, groove 1 is turned on a described left side and right turning in groove 2 is respectively provided with a Timing Belt that can be synchronized with the movement in opposite directions 5.A described left side is turned over groove 1 and the right side and is turned over groove 2 and link together through three optical axis assemblies, described optical axis assembly comprises primary optic axis seat 21, second optical axis seat 22 and optical axis 23, primary optic axis seat 21 and the second optical axis seat 22 are separately fixed at a left side and turn over groove 1 and the right side is turned on groove 2, one end of optical axis 23 is fixedly connected with the second optical axis seat 22, and its other end slides through described primary optic axis seat 21.
Concrete, described pushing material component 3 comprises pusher square tube 31, tooth bar 32 and actuating device, a left side is turned over groove 1 and the right side and is turned in groove 2 and respectively arrange a pusher square tube 31, pusher square tube 31 is positioned at a left side and turns over groove 1 and right bottom of turning over groove 2,, vertical connection two toothed rack 32 in pusher square tube 31, actuating device can drive described tooth bar 32 synchronizing moving.Pushing material component 3 also comprises two gear wheel shafts 34 with gear 33, this gear 33 is positioned at the two ends of gear wheel shaft 34, described gear wheel shaft 34 is horizontally set on a left side and turns over groove 1 and the right side is turned on groove 2, be positioned at the corresponding left side of gear wheel shaft 34 of turning on groove 1, a left side and turn over tooth bar 32 on groove 1, be positioned at the corresponding right side of gear wheel shaft 34 of turning on groove 2, the right side and turn over tooth bar 32 on groove 2, gear 32 above it engages with corresponding tooth bar 32, and actuating device can drive described gear wheel shaft 34 synchronous axial system.
Concrete, the right part of described gear wheel shaft 34 is provided with bevel gear 35, the right side being positioned at bevel gear 35 is provided with the guide rod 36 all vertical with two rooted tooth wheel shafts 34, described guide rod 36 turns over groove 1 and the right side is turned on groove 2 through guide rod adapter plate 42 across being fixed on a left side, this guide rod 36 is hexagonal rod, guide rod 36 can freely rotate and slide in guide rod adapter plate, and guide rod 36 is provided with the hexagonal bevel gear 37 engaged with bevel gear 35 in described gear wheel shaft 34.Described actuating device is a servomotor 38, and described servomotor 38 is positioned at the right side through retarder 39 driving connection and turns on the rack shaft 34 of groove 2, and described retarder 39 is arranged on the right side by adapter plate 391 and turns on groove 2.
Concrete, described adjusting part 4 comprises nut seat 41, coordinate with nut seat 41 and be fixed on a left side and turn over groove 1 and the right adjustment screw mandrel 43 turned on groove 2, screw mandrel 43 is regulated to have two, nut seat 41 is fixed on a left side and turns on groove 1, regulating screw mandrel 43 to be fixed on the right side by screw mandrel permanent seat 47 turns on groove 2, one end of described adjustment screw mandrel 43 coordinates with nut seat 41, its other end is connected to one can drive the reducer shaft 44 regulating screw mandrel 43 to rotate, the two ends of this reducer shaft 44 are engaged respectively by bevel gear 35, drive and connect above-mentioned two adjustment screw mandrels 43, described reducer shaft 44 is connected on the second retarder 46 of being driven by the second servomotor 45, second retarder 46 is fixed on the right side by retarder fixed block and turns on groove 2.
Concrete, described Timing Belt 5 be stretched in be positioned at a left side turn over groove 1 and right turn over groove 2 two ends active synchronization wheel 6 and driven synchronizing wheel 7 on, this Timing Belt 5 is double cog synchronous belt, the synchronous wheel shaft of described active synchronization wheel 6 is connected with synchronizing wheel shaft bevel gear 8, described two synchronizing wheel shaft bevel gears 8 are in transmission connection through synchronizing wheel bevel gear 9 and a sprocket wheel hexagonal rod 10, one end of this sprocket wheel hexagonal rod 10 is fixed on a left side through bearing (setting) plate and turns on groove 1, the other end of sprocket wheel hexagonal rod 10 is connected with the 3rd retarder 12 driven by the 3rd servomotor 11, 3rd retarder 12 is fixed on the right side through retarder adapter plate and turns on groove 2.
Claims (10)
1. what bagged-spring rollover was spliced turns over groove mechanism, comprise and turn over bowl assembly for putting bag is spring-loaded, the described bowl assembly that turns over comprises the left side be oppositely arranged and turns over groove (1) and groove (2) is turned on the right side, described bagged-spring is clamped in a left side and turns over groove (1) and the right side is turned between groove (2), it is characterized in that: described in turn in bowl assembly that be provided with can by bagged-spring from turning over the pushing material component (3) ejected bowl assembly.
2. what bagged-spring rollover according to claim 1 was spliced turns over groove mechanism, it is characterized in that: described pushing material component (3) comprises pusher square tube (31), tooth bar (32) and actuating device, described pusher square tube (31) is arranged on a left side and turns over groove (1) and the right side is turned in groove (2), tooth bar (32) is connected with described pusher square tube (31), and actuating device can drive described tooth bar (32) synchronizing moving.
3. what bagged-spring rollover according to claim 2 was spliced turns over groove mechanism, it is characterized in that: described pushing material component also comprises the gear wheel shaft (34) with gear (33), described gear wheel shaft (34) is horizontally set on a left side and turns over groove (1) and the right side is turned on groove (2), its gear (32) engages with corresponding tooth bar (32), and actuating device can drive described gear wheel shaft (34) synchronous axial system.
4. what bagged-spring rollover according to claim 3 was spliced turns over groove mechanism, it is characterized in that: an end of described gear wheel shaft (34) is provided with bevel gear (35), the side being positioned at bevel gear (35) is provided with the guide rod (36) vertical with gear wheel shaft (34), described guide rod (36) is fixed on a left side and turns over groove (1) and the right side is turned on groove (2), and guide rod (36) is provided with the hexagonal bevel gear (37) engaged with bevel gear (35) in described gear wheel shaft (34).
5. what bagged-spring rollover according to claim 4 was spliced turns over groove mechanism, it is characterized in that: described actuating device is a servomotor (38), described servomotor (38) drives through retarder (39) and connects a wherein rack shaft (34), and described retarder (39) is arranged on corresponding the turning on groove of this rack shaft (34) by adapter plate (391).
6. turn over groove mechanism according to the bagged-spring rollover splicing in Claims 1 to 5 described in any one, it is characterized in that: described in turn in bowl assembly and be provided with a left side can be regulated to turn over adjusting part (4) that the spacing of groove (2) is turned on groove (1) and the right side.
7. what bagged-spring rollover according to claim 6 was spliced turns over groove mechanism, it is characterized in that: described adjusting part (4) comprises nut seat (41), coordinate with nut seat (41) and be fixed on a left side and turn over groove (1) and the right side and turn over adjustment screw mandrel (43) on groove (2), one end of described adjustment screw mandrel (43) connects the reducer shaft (44) driving and regulate screw mandrel (43) to rotate, and described reducer shaft (44) is connected on the second retarder (46) of being driven by the second servomotor (45).
8. bagged-spring according to claim 6 rollover splicing turn over groove mechanism, it is characterized in that: a described left side is turned over groove (1) and the right side and turned in groove (2) and be respectively provided with a Timing Belt that can be synchronized with the movement in opposite directions (5).
9. what bagged-spring rollover according to claim 8 was spliced turns over groove mechanism, it is characterized in that: described Timing Belt (5) be stretched in be positioned at a left side turn over groove (1) and the right side turn over groove (2) two ends active synchronization wheel (6) and driven synchronizing wheel (7) on, described active synchronization wheel (6) is connected with synchronizing wheel shaft bevel gear (8), described two synchronizing wheel shaft bevel gears (8) are in transmission connection through synchronizing wheel bevel gear (9) and same sprocket wheel hexagonal rod (10), and described sprocket wheel hexagonal rod (10) is connected with the 3rd retarder (12) driven by the 3rd servomotor (11).
10. what bagged-spring rollover according to claim 9 was spliced turns over groove mechanism, it is characterized in that: described in turn over and bowl assembly arrange several and connect left sides and turn over the optical axis assembly that groove (2) is turned on groove (1) and the right side, described optical axis assembly comprises primary optic axis seat (21), the second optical axis seat (22) and optical axis (23), primary optic axis seat (21) and the second optical axis seat (22) are separately fixed at a left side and turn over groove (1) and the right side is turned on groove (2), one end of optical axis (23) is connected with the second optical axis seat (22), and its other end slides through described primary optic axis seat (21).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420697751.9U CN204237553U (en) | 2014-11-19 | 2014-11-19 | What bagged-spring rollover was spliced turns over groove mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420697751.9U CN204237553U (en) | 2014-11-19 | 2014-11-19 | What bagged-spring rollover was spliced turns over groove mechanism |
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| Publication Number | Publication Date |
|---|---|
| CN204237553U true CN204237553U (en) | 2015-04-01 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420697751.9U Ceased CN204237553U (en) | 2014-11-19 | 2014-11-19 | What bagged-spring rollover was spliced turns over groove mechanism |
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| Country | Link |
|---|---|
| CN (1) | CN204237553U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104724473A (en) * | 2015-04-14 | 2015-06-24 | 郭祥飞 | Composite feeding device of strip-shaped independent cloth bag spring mattress gluing machine |
| CN110421869A (en) * | 2019-08-29 | 2019-11-08 | 佛山市南海森盟机械有限公司 | A kind of dual spring bag bonding machine |
-
2014
- 2014-11-19 CN CN201420697751.9U patent/CN204237553U/en not_active Ceased
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104724473A (en) * | 2015-04-14 | 2015-06-24 | 郭祥飞 | Composite feeding device of strip-shaped independent cloth bag spring mattress gluing machine |
| CN110421869A (en) * | 2019-08-29 | 2019-11-08 | 佛山市南海森盟机械有限公司 | A kind of dual spring bag bonding machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| IW01 | Full invalidation of patent right |
Decision date of declaring invalidation: 20160630 Decision number of declaring invalidation: 29474 Granted publication date: 20150401 |
|
| IW01 | Full invalidation of patent right |