CN209038998U

CN209038998U - Zip-top can sealing machine

Info

Publication number: CN209038998U
Application number: CN201821708480.7U
Authority: CN
Inventors: 伍和厅
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-10-22
Filing date: 2018-10-22
Publication date: 2019-06-28
Anticipated expiration: 2028-10-22

Abstract

The utility model relates to a kind of pop can process equipments, in particular to a kind of zip-top can sealing machine, solves the problems, such as the use of zip-top can sealing equipment, including bottom case, column and upper plate, and bottom case, column and upper plate are sequentially connected from the bottom to top, the upper plate upper end is equipped with runner assembly and moving assembly, and the upper die component that upper plate lower end is equipped with the rolling component to workpiece rolling sealing and facilitates limit fixed, the upper die component is circumferentially rotated by runner assembly, the rolling component is displaced by moving assembly linear reciprocation, the rolling component is equipped with two groups, and rolling component is symmetrically arranged at upper die component two sides and is displaced in opposite directions, the bottom case is equipped with lower mold assemblies, structure is simple, it installs and easy to operate, use process is stablized, product quality is balanced, pass through semi-automatic mode of operation, greatly reduce body produce at This, simultaneous processing quality meets production requirement, has practicability and economy.

Description

Zip-top can sealing machine

Technical field

The utility model relates to a kind of pop can process equipment, in particular to a kind of zip-top can sealing machine.

Background technique

It mostly uses rolling principle to be sealed when zip-top can sealing in the market greatly, that is, covers the upper cover made, pass through rolling Pressure is to carry out receipts edge sealing, but the automation sealing device structure occurred on the market is excessively complicated, it is difficult to it repairs, high failure rate, It is at high cost, and relatively some low-cost sealing machine structures are too simple, processing efficiency is low, and converted products quality is uneven, It is difficult to meet existing process requirements.

Utility model content

Aiming at the shortcomings of the prior art, the utility model provides a kind of zip-top can sealing machine.

To achieve the goals above, technical solution adopted in the utility model is: zip-top can sealing machine, including bottom case, Column and upper plate, and bottom case, column and upper plate are sequentially connected from the bottom to top, the upper plate upper end is equipped with runner assembly and movement Component, and the upper die component that upper plate lower end is equipped with the rolling component to workpiece rolling sealing and facilitates limit fixed, described is upper Membrane module is circumferentially rotated by runner assembly, and the rolling component is displaced by moving assembly linear reciprocation, the rolling Component is equipped with two groups, and rolling component is symmetrically arranged at upper die component two sides and is displaced in opposite directions, and the bottom case is equipped with lower mold assemblies, The lower mold assemblies are displaced by quick-speed jigs linear reciprocation, and lower mold assemblies direction of displacement and upper die component pivot center phase It is overlapped.

The upper die component includes main shaft, large flange and blind flange, and the main shaft sequentially passes through flange from the bottom to top Lid and large flange, the runner assembly include belt pulley and big motor, and big motor, belt pulley and the main shaft successively link Assembly.

The rolling component includes idler wheel, mounting rack and countershaft, and activity is assembled between the idler wheel and mounting rack, and Idler wheel is rotated by rotation center of own axes, fixing assembling between the countershaft and mounting rack, the moving assembly packet Sprocket wheel and small machine are included, successively linkage assembly between the small machine, sprocket wheel and countershaft.

The bottom case is equipped with operating switch and debugging switch.

Camshaft is additionally provided between the sprocket wheel and countershaft, the camshaft both ends are terraced structure.

It is linked and is assembled by bearing between the camshaft and countershaft.

The lower mold assemblies include backform and screw rod, are fixedly connected between the backform and screw rod, the screw rod It is threadedly coupled between quick-speed jigs.

The utility model has the beneficial effects that a kind of zip-top can sealing machine structure provided by the utility model is simple, installation With it is easy to operate, use process is stablized, and product quality is balanced, by semi-automatic mode of operation, greatly reduce body produce at This, simultaneous processing quality meets production requirement, has practicability and economy.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model.

Specific embodiment

As shown in Figure 1, zip-top can sealing machine, including bottom case 1, column 2 and upper plate 3, and bottom case 1, column 2 and upper plate 3 by Under it is supreme be sequentially connected, 3 upper end of upper plate be equipped with runner assembly and moving assembly, and 3 lower end of upper plate be equipped with to workpiece roll The rolling component of pressure seal mouth and the upper die component for facilitating limit fixed, the upper die component are circumferentially rotated by runner assembly, The rolling component is displaced by moving assembly linear reciprocation, and the rolling component is equipped with two groups, and it is symmetrical to roll component It is located at upper die component two sides to be displaced in opposite directions, the bottom case 1 is equipped with lower mold assemblies, and the lower mold assemblies pass through quick-speed jigs The displacement of 4 linear reciprocations, and lower mold assemblies direction of displacement coincides with upper die component pivot center.Top is carried out by upper die component Positioning, and upper die component is driven by runner assembly, further such that the pop can of workpiece or semi-finished product rotates, facilitate progress Rolling sealing.Workpiece both ends are squeezed by rolling component, and rolling effect is reached by the rotation of workpiece itself, are rolled Component then passes through moving assembly and reaches displacement effect.Lower mold assemblies are used to fix the lower portion of workpiece, lead to simultaneously Cross the fixation in the progress up and down direction of quick-speed jigs 4.Quick-speed jigs 4 are mature technical products, i.e., by rotational handle, by hand Rotatory force on handle is converted into the driving force in rectilinear direction, is clamped, here by quick-speed jigs 4 that lower mold assemblies are upward It boosts, and forms chucking power opposite between upper die component and lower mold assemblies, thus to fix workpiece.

The upper die component includes main shaft 5, large flange 6 and blind flange 7, and the main shaft 5 sequentially passes through from the bottom to top Blind flange 7 and large flange 6, the runner assembly include belt pulley 8 and big motor 9, the big motor 9, belt pulley 8 and master Axis 5 successively links assembly.Large flange 6 all has the function of protecting and reinforces connecting to upper plate 3 and main shaft 5, while passing through flange Disk facilitates linkage to assemble come the diameter difference both made up.Flange is mature technical products, is not made herein to its structure and usage It is excessive to illustrate and limit.Belt pulley 8 is settable several, carries out main driving by big motor 9, this is mature technology hand Section, does not illustrate excessively.

The rolling component includes idler wheel 10, mounting rack 11 and countershaft 12, between the idler wheel 10 and mounting rack 11 Activity assembly, and idler wheel 10 is rotated by rotation center of own axes, fixing assembling between the countershaft 12 and mounting rack 11, The moving assembly includes sprocket wheel 13 and small machine 14, is successively linked between the small machine 14, sprocket wheel 13 and countershaft 12 Assembly.Idler wheel 10 can be welded between axis and mounting rack 11 by being assembled to form revolute pair with an axis activity, this can be implementation One kind of example, but non-it is limited.Idler wheel 10 has the freedom degree of self rotation, but it drives its turn without special driving mechanism It is dynamic, but by being contradicted with workpiece, its rotation is driven when workpiece rotation.Relative to belt, sprocket wheel 13 is more suitable for metal parts Linkage under fixing assembling, countershaft 12 can carry out straight-line displacement and the fixing assembling with chain, but not limit herein it System.Major limitation uses sprocket wheel 13 as the transmission mechanism of linear movement herein, facilitates installation, and transmission efficiency is high, and failure rate is low.

The bottom case 1 is equipped with operating switch 15 and debugging switch 16, can control integrated circuit by operating switch 15 On and off, and debug switch 16 facilitate the parameter of such as revolving speed etc is adjusted.

Camshaft 17 is additionally provided between the sprocket wheel 13 and countershaft 12,17 both ends of camshaft are step knot Structure.The structure at 17 both ends of camshaft facilitates axial gear to connect, and is equivalent to the effect of general nut, while terraced structure is to have The structure that multilayer shape is identical, size is different, does not illustrate excessively herein.

It is linked and is assembled by bearing between the camshaft 17 and countershaft 12.Herein to the drive of mounting rack 11 and countershaft 12 Flowing mode is limited, and when between camshaft 17 and chain being fixing assembling relationship, bearing is connected various sizes of axis More naturally, bearing turns countershaft 12 not relative to camshaft 17 simultaneously, but camshaft 17 is as chain movement is with straight line Driving force on direction still will drive the displacement of countershaft 12.It in actual production, can be flat by the fitting one of the one side of mounting rack 11 Face, so that guarantee that mounting rack 11 and countershaft 12 rotate along straight line when idler wheel 10 is walked, but not limited to this, also non-protected weight Point.Moving towards for chain is varied, does not make excessively to illustrate and limit herein.

The lower mold assemblies include backform 18 and screw rod 19, are fixedly connected between the backform 18 and screw rod 19, institute It is threadedly coupled between the screw rod 19 stated and quick-speed jigs 4.The convenient height to 18 of screw rod 19 is adjusted, to adapt to processing life It produces and needs.It can be connected simultaneously by threaded housing or other connectors between screw rod 19 and the upper bar of quick-speed jigs 4 It connects, mode multiplicity, does not make excessively to illustrate and limit herein.

In the description of the present invention, it should be noted that term " center ", "upper", "lower", "front", "rear", The orientation or positional relationship of the instructions such as "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside" is based on attached drawing institute The orientation or positional relationship shown, is merely for convenience of describing the present invention and simplifying the description, rather than indication or suggestion is signified Device or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as to this is practical Novel limitation, at the same have been shown and described above the utility model basic principles and main features and the utility model it is excellent Point, it should be understood by those skilled in the art that.

Claims

1. zip-top can sealing machine, which is characterized in that including bottom case, column and upper plate, and bottom case, column and upper plate from the bottom to top according to Secondary connection, the upper plate upper end is equipped with runner assembly and moving assembly, and upper plate lower end is equipped with the rolling to workpiece rolling sealing Pressure component and the upper die component for facilitating limit fixed, the upper die component are circumferentially rotated by runner assembly, the rolling Component is displaced by moving assembly linear reciprocation, and the rolling component is equipped with two groups, and is rolled component and be symmetrically arranged at upper mold group Part two sides are displaced in opposite directions, and the bottom case is equipped with lower mold assemblies, and the lower mold assemblies pass through quick-speed jigs linear reciprocation position It moves, and lower mold assemblies direction of displacement coincides with upper die component pivot center.

2. zip-top can sealing machine as described in claim 1, which is characterized in that the upper die component includes main shaft, large flange And blind flange, the main shaft sequentially pass through blind flange and large flange from the bottom to top, the runner assembly include belt pulley and Big motor, big motor, belt pulley and the main shaft successively link assembly.

3. zip-top can sealing machine as claimed in claim 1 or 2, which is characterized in that the rolling component includes idler wheel, installation Frame and countershaft, activity assembly between the idler wheel and mounting rack, and idler wheel is rotated by rotation center of own axes, it is described Fixing assembling between countershaft and mounting rack, the moving assembly include sprocket wheel and small machine, the small machine, sprocket wheel and pair Successively linkage assembly between axis.

4. zip-top can sealing machine as claimed in claim 3, which is characterized in that the bottom case is equipped with operating switch and debugging Switch.

5. zip-top can sealing machine as claimed in claim 3, which is characterized in that be additionally provided with cam between the sprocket wheel and countershaft Axis, the camshaft both ends are terraced structure.

6. zip-top can sealing machine as claimed in claim 5, which is characterized in that pass through bearing between the camshaft and countershaft Linkage assembly.

7. zip-top can sealing machine as claimed in claim 3, which is characterized in that the lower mold assemblies include backform and screw rod, It is fixedly connected between the backform and screw rod, is threadedly coupled between the screw rod and quick-speed jigs.