CN207774406U - A kind of winder - Google Patents

Abstract

The utility model discloses a kind of winder, including rack, feeding mechanism, rolling-up mechanism, first rotating driver and feeding pressure mechanism, feeding mechanism includes pan feeding ear, second rotating driver, upper compressing member and lower compressing member, pan feeding ear, second rotating driver is set in rack, and pan feeding ear is located at feeding mouth, pan feeding ear discharge outlet is equipped with upper compressing member and lower compressing member, material is between upper compressing member and lower compressing member, upper compressing member is connected to the output end of the second rotating driver, second rotating driver drives upper compressing member to move up and down, rolling-up mechanism is located at feeding mechanism discharge outlet, rolling-up mechanism is articulated in rack, first rotating driver is set in rack, the output end of first rotating driver is connected to rolling-up mechanism, feeding pressure mechanism is movably arranged in rack and above rolling-up mechanism.By upper and lower compressing member pressuring action, the material that need to be wound can be tightened so that material is kept smooth after winding, the high smooth winding product of output.

Description

A kind of winder

Technical field

The utility model is related to the technical field of wrap-up more particularly to a kind of winders.

Background technology

In the prior art, winder is the rewinding part of coiled strip machining production line, and raw material are mechanically wound At coiled strip, it is widely used in paper roll, yardage roll, roll of plastic, on metal coiled material machining production line.But existing winder was being wound The material of Cheng Zhong, winding are easy to happen fold, influence the quality for winding product.

Therefore, the existing technology needs to be improved and developed.

Utility model content

The purpose of this utility model is to provide a kind of winder, which, which has to tighten, inputs the excellent of material Point.

To achieve the above object, the utility model provides a kind of winder, and for being wound to material, feature exists In, including rack, the feeding mechanism for tightening and conveying material, rolling-up mechanism, the first rotating driver and feeding pressure mechanism, institute Feeding mechanism is stated in rack, the feeding mechanism includes pan feeding ear, the second rotating driver, upper compressing member and lower compression Part, the pan feeding ear is set in the rack, and the pan feeding ear is located at feeding mouth, the discharge port of the pan feeding ear Place is equipped with the upper compressing member and lower compressing member, and the material is described between the upper compressing member and the lower compressing member Second rotating driver is set in the rack, and the upper compressing member is connected to the output end of second rotating driver, institute Stating the second rotating driver drives upper compressing member to move up and down, and the rolling-up mechanism is located at the feeding mechanism discharge outlet, institute Rolling-up mechanism is stated along being articulated in the rack perpendicular to material conveying direction, first rotating driver is set to the machine The output end of frame, first rotating driver is connected to the rolling-up mechanism, and the feeding pressure mechanism is movably arranged at the rack Above and above the rolling-up mechanism.

Preferably, the upper compressing member and the lower compressing member are wool felt.

Preferably, the feeding pressure mechanism includes binder arm, lead screw, rotating push rod and linear actuator, binder arm position Above the rolling-up mechanism and the two is spaced apart a pre-determined distance, and the binder arm is fixed on the lead screw, the lead screw Along being articulated in rack perpendicular to material conveying direction, the rotating push rod is fixed on the lead screw, the linear drives Device is fixed in rack, and the output end of the linear actuator is connected on the rotating push rod.

Preferably, the winder further includes backgauge wheel, and the backgauge wheel is located at the two of the discharge port of the clamping arm Side.

Preferably, the winder further includes trolley, and the trolley is set to institute along perpendicular to the sliding of material conveying direction It states in rack, when feeding, the trolley slid into the underface of the rolling-up mechanism.

Preferably, the winder further includes guide rail, and the guide rail edge is fixedly installed on perpendicular to material conveying direction In the rack, the pallet bottom is equipped with groove, and for the guide rail card together in the groove, the trolley engaging slides on institute It states on guide rail.

Preferably, the winder further includes truss, and the truss is fixed on the trolley, and the truss is V Shape truss.

Preferably, the winder further includes locating piece, and the locating piece is slided set on the truss along the trolley The both sides in direction.

Preferably, the rolling-up mechanism is A framves.

Preferably, the winder further include for the winder startup and stop doing out the disc brake of action, The disc brake is set in the rack.

The utility model provides a kind of winder, and rolling-up mechanism is located at feeding mechanism discharge outlet, and rolling-up mechanism is along vertical It is directly articulated in rack in material conveying direction, which can be used for winding material by rolling-up mechanism；Pan feeding machine Structure includes pan feeding ear, the second rotating driver, upper compressing member and lower compressing member, and pan feeding ear is set in rack, and pan feeding ear Piece be located at feeding mouth at, pan feeding ear discharge outlet be equipped with upper compressing member and lower compressing member, material be located at upper compressing member with pushing Between tight part, the second rotating driver is set in rack, and upper compressing member is connected to the output end of the second rotating driver, the second rotation Turn compressing member in driver drives to move up and down, by the pressuring action of upper compressing member and lower compressing member, can tighten need to be received The material of volume so that the material after winding keeps smooth, the high smooth winding product of output.

Description of the drawings

Fig. 1 is the dimensional structure diagram of the winder of the utility model.

Fig. 2 is the front view of the winder of the utility model.

Specific implementation mode

The embodiments of the present invention are described referring now to the drawings, similar element numbers represent similar member in attached drawing Part.

Fig. 1, Fig. 2 are the schematic diagram of the different visual angles of the winder 100 of the utility model, are please referred to Fig.1, Fig. 2, this practicality Novel winder 100 is specifically included for being wound to material：Rack 10, the pan feeding machine for tightening and conveying material Structure 20, rolling-up mechanism 30, the first rotating driver 30a and feeding pressure mechanism 40, feeding mechanism 20 are set in rack 10, feeding mechanism 20 include pan feeding ear 21, the second rotating driver 22, upper compressing member 23 and lower compressing member 24, and pan feeding ear 21 is set to rack 10 On, and pan feeding ear 21 is located at feeding mouth, the discharge outlet of pan feeding ear 21 is equipped with upper compressing member 23 and lower compressing member 24, object Between upper compressing member 23 and lower compressing member 24, the second rotating driver 22 is set in rack 10 material position, and upper compressing member 23 connects In the output end of the second rotating driver 22, the second rotating driver 22 drives upper compressing member 23 to move up and down.Preferably, second Rotating driver 22 is worm and gear elevator, but is not limited thereto.Pass through the compression of upper compressing member 23 and lower compressing member 24 Effect, can tighten the material that need to be wound so that the material after winding keeps smooth, the high smooth winding product of output.It is excellent Choosing, upper compressing member 23 and lower compressing member 24 are wool felt, and wool felt can increase certain frictional force, it is ensured that the object of winding Expect that planarization effects are more preferable.Furthermore rolling-up mechanism 30 is located at 20 discharge outlet of feeding mechanism, and rolling-up mechanism 30 is along defeated perpendicular to material Direction is sent to be articulated in rack 10, the first rotating driver 30a is set in rack 10, the output end of the first rotating driver 30a It is connected to rolling-up mechanism 30, the first rotating driver 30a drives the rotation of rolling-up mechanism 30, and then carries out winding behaviour to material Make.Preferably, rolling-up mechanism 30 is A framves.After material is smooth by feeding mechanism 20, and then enter rolling-up mechanism 30 to material It carries out winding and forms receiving volume, to complete the wrapup procedure of material.Feeding pressure mechanism 40 is movably arranged in rack 10 and positioned at receipts 30 top of mechanism is rolled up, when material is transported to rolling-up mechanism 30 from feeding mechanism 20, feeding pressure mechanism 40 is pushed down on rolling-up mechanism 30 Material, to ensure winding when surface of material it is smooth.

Specifically, the structure of the winder 100 is described in detail：

As shown in Figure 1 and Figure 2, feeding pressure mechanism 40 includes binder arm 41, lead screw 42, rotating push rod 43 and linear actuator 44, Binder arm 41 is located at 30 top of rolling-up mechanism and the two is spaced apart a pre-determined distance, it is preferred that binder arm 41 is arcwall face, arc The circle in face is concentric circles with the outer circle of receiving volume.Binder arm 41 is fixed on lead screw 42, and lead screw 42 is conveyed along perpendicular to material Direction is articulated in rack 10, and rotating push rod 43 is fixed on lead screw 42, and linear actuator 44 is fixed in rack 10, straight line The output end of driver 44 is connected on rotating push rod 43.Preferably, linear actuator 44 is cylinder, but is not limited thereto. When winding, linear actuator 44 drives rotating push rod 43 to be rotated for axis with lead screw 42, to drive binder arm 41 with silk Bar 42 is that axis is rotated.The angle that binder arm 41 rotates is determined according to the diameter of receiving volume, ensures to wind in material When binder arm 41 be just fitted in the surface of receiving volume.

Preferably, the winder 100 of the embodiments of the present invention further includes backgauge wheel 50, and backgauge wheel 50 is located at binder arm The both sides of 41 discharge port, backgauge wheel 50 keep a grip on material winding when not sideslip and be in tensioned state, ensure the matter of receiving volume Amount.

Furthermore the winder 100 in the utility model embodiment further includes trolley 60, guide rail 70, truss 80 and locating piece 90, trolley 60 is set to along perpendicular to the sliding of material conveying direction in rack 10, and trolley 60 slides into rolling-up mechanism 30 when feeding Underface, guide rail 70 are fixedly installed on along perpendicular to material conveying direction in rack 10, and 60 bottom of trolley is equipped with groove 61, guide rail 70 are sticked in groove 61, and the engaging of trolley 60 slides on guide rail 70, and truss 80 is fixed on trolley 60, and truss 80 is V-arrangement Truss, locating piece 90 are set to truss 80 along the both sides of 60 glide direction of trolley.After rolling-up mechanism 30 completes material winding, trolley 60 slide into the underface of rolling-up mechanism 30, and V-shaped groove frame can just block receiving volume, two faces of V-shaped groove frame respectively with rewinding Roll up tangent, for V-shaped groove frame to being fixed below receiving volume, the both sides of receiving volume are fixed in locating piece 90, V to truss with it is fixed Make more to consolidate when 60 feeding of trolley under both position parts 90 collective effect.

Further, the winder 100 in the utility model embodiment further includes disc brake 90a, and disc brake 90a is set to rack 10 On, disc brake 90a to the startup and stopping of winder 100 for making corresponding action.

In conclusion the utility model discloses a kind of winder 100, rolling-up mechanism 30 is located at 20 discharge port of feeding mechanism Place, rolling-up mechanism 30 are articulated in along perpendicular to material conveying direction in rack 10, and winding is driven by the first rotating driver 30a Mechanism 30 rotates, to realize that the winder 100 winds material by rolling-up mechanism 30；Feeding mechanism 20 includes pan feeding Ear 21, the second rotating driver 22, upper compressing member 23 and lower compressing member 24, pan feeding ear 21 is set in rack 10, and pan feeding Ear 21 is located at feeding mouth, and 21 discharge outlet of pan feeding ear is equipped with upper compressing member 23 and lower compressing member 24, and material is located at upper pressure Tightly between part 23 and lower compressing member 24, the second rotating driver 22 is set in rack 10, and upper compressing member 23 is connected to the second rotation The output end of driver 22, the second rotating driver 22 drive upper compressing member 23 to move up and down, and by upper compressing member 23 and push The pressuring action of tight part 24, can tighten the material that need to be wound so that the material after winding keeps smooth, and output is high smooth Wind product.

It should be understood that the application of the utility model is not limited to above-mentioned citing, those of ordinary skill in the art are come It says, it can be modified or changed according to the above description, for example, all these modifications and variations should all belong to the utility model institute Attached scope of the claims.

Claims (10)

1. a kind of winder, for being wound to material, which is characterized in that including rack, for tightening and conveying material Feeding mechanism, rolling-up mechanism, the first rotating driver and feeding pressure mechanism, the feeding mechanism are set in rack, the pan feeding machine Structure includes pan feeding ear, the second rotating driver, upper compressing member and lower compressing member, and the pan feeding ear is set in the rack, And the pan feeding ear is located at feeding mouth, the discharge outlet of the pan feeding ear is equipped with the upper compressing member and lower compressing member, Between the upper compressing member and the lower compressing member, second rotating driver is set in the rack material, The upper compressing member is connected to the output end of second rotating driver, and second rotating driver drives on upper compressing member Lower movement, the rolling-up mechanism are located at the feeding mechanism discharge outlet, and the rolling-up mechanism is along perpendicular to material conveying direction It is articulated in the rack, first rotating driver is set in the rack, the output end of first rotating driver It is connected to the rolling-up mechanism, the feeding pressure mechanism is movably arranged in the rack and above the rolling-up mechanism.

2. winder according to claim 1, which is characterized in that the upper compressing member and the lower compressing member are wool Felt.

3. winder according to claim 1, which is characterized in that the feeding pressure mechanism is pushed away comprising binder arm, lead screw, rotation Bar and linear actuator, the binder arm is located above the rolling-up mechanism and the two is spaced apart a pre-determined distance, the binder Arm is fixed on the lead screw, and the lead screw along being articulated in rack perpendicular to material conveying direction, fix by the rotating push rod On the lead screw, the linear actuator is fixed in rack, and the output end of the linear actuator is connected to the rotation Turn on push rod.

4. winder according to claim 3, which is characterized in that further include backgauge wheel, the backgauge wheel is located at the pressure The both sides of the discharge port of tight arm.

5. winder according to claim 1, which is characterized in that further include trolley, the trolley is along defeated perpendicular to material Direction sliding is sent to be set in the rack, when feeding, the trolley slid into the underface of the rolling-up mechanism.

6. winder according to claim 5, which is characterized in that further include guide rail, the guide rail is along defeated perpendicular to material Direction is sent to be fixedly installed in the rack, the pallet bottom is equipped with groove, and the guide rail card is described together in the groove Trolley engaging slides on the guide rail.

7. winder according to claim 5, which is characterized in that further include truss, the truss is fixed at described Che Shang, the truss are V-shaped groove frame.

8. winder according to claim 7, which is characterized in that further include locating piece, the locating piece is set to the slot Frame is along the both sides of the trolley glide direction.

9. winder according to claim 1, which is characterized in that the rolling-up mechanism is A framves.

10. winder according to claim 1, which is characterized in that further include for the winder startup and stop The disc brake of action is only made, the disc brake is set in the rack.