CN205442143U

CN205442143U - Spooler

Info

Publication number: CN205442143U
Application number: CN201620036541.4U
Authority: CN
Inventors: 郭卫平
Original assignee: Dongguan Juyou Automatic Equipment Co Ltd
Current assignee: Dongguan Juyou Automatic Equipment Co Ltd
Priority date: 2016-01-15
Filing date: 2016-01-15
Publication date: 2016-08-10
Anticipated expiration: 2026-01-15

Abstract

The utility model discloses a spooler, including the frame, the pivot in the frame is located through the bearing in both ends, wears to locate perpendicularily and changes epaxial first swing arm that is parallel to each other and second swing arm, locates the take -up shaft between first swing arm and the second swing arm, drives a first swing arm wobbling drive arrangement to and bear roll car that unloads that the material rolled up, on first swing arm is overlapped regularly and is located the pivot, and the second swing arm through the bearing overlap movablely locate the pivot on, be equipped with locking device between second swing arm and the pivot, the second swing arm is equipped with the 2nd drive arrangement of its wobbling of drive, take -up shaft is the block structure with combination department of second swing arm, the second swing arm includes interconnect's benchmark section and regulator section, and the junction of benchmark section and regulator section has the fine setting structure, unloading a roll car and including loading board and pair, the track of pair is parallel with take -up shaft. Need not not artifically assist laborsaving and safety when unloading roll, and the equilibrium of batch roller has been guaranteed to the fine setting structure.

Description

A kind of spooler

Technical field

This utility model relates to coiling machine technical field, specifically refers to the spooler of a kind of easy-unloading volume.

Background technology

Coiling machine has application, coiling machine to be by the plant equipment of Product Volume rolling in a lot of industries.Traditional spooler generally includes parallel and two groups of swing arms of synchronous hunting, and is located at the takers-in between two groups of swing arms, and material circumvolution is around on takers-in.After material volume batches end, needing to unload material volume down, this traditional spooler is material volume and takers-in to be removed together by least two workman, again takers-in is reinstalled spooler after discharging；The advantage of this spooler is two groups of swing arm synchronous hunting, and the balance of takers-in is preferable, but cumbersome when shortcoming is discharging.

Utility model content

The purpose of this utility model is to provide the spooler of a kind of easy-unloading volume.

For achieving the above object, the technical solution adopted in the utility model is as follows:

A kind of spooler, including frame, the rotating shaft in described frame is located at by bearing in two ends, the first swing arm being parallel to each other vertically being arranged in described rotating shaft and the second swing arm, it is located at the winding off spindle between described first swing arm and described second swing arm, drive the first driving means that described first swing arm swings, and carrying expects that rolls up unloads volume car；Described first swing arm is sheathed in described rotating shaft regularly, and described second swing arm is sheathed in described rotating shaft actively by bearing, is provided with and can make its relatively-stationary lock uint between described second swing arm and described rotating shaft；Described second swing arm is provided with and drives its second driving means swung；The junction of described winding off spindle and described second swing arm is can the snap-in structure of relative separation；Described second swing arm includes interconnective benchmark section and adjusts section, and described benchmark section has the fine tuning structure of fine-tuning two intersegmental relative positions with the junction of described adjustment section；The described volume car that unloads includes loading plate and kinematic pair, and the track of described kinematic pair is parallel with described winding off spindle.

Its operation principle is: during discharging, first swing arm and the second swing arm drive the winding off spindle being wound around material volume to decline, until material volume falls on the loading plate unloading volume car, now, snap-in structure between winding off spindle and the second swing arm unclamps, winding off spindle is made to depart from the second swing arm, lock uint between second swing arm and rotating shaft unclamps simultaneously, make can relatively rotate between the second swing arm and rotating shaft, again by the second driving means drive in the second swing arm put, finally by unload volume car along winding off spindle axial by material volume from winding off spindle taking-up.And before starting to batch operation, first the second swing arm is alignd with the first swing arm, and by lock uint, the second swing arm is relatively fixed with rotating shaft, by snap-in structure, the second swing arm is engaged with takers-in again, as when snap-in structure engages, there is deviation the position of the second swing arm and takers-in, then by the fine tuning structure in the second swing arm, the second swing arm can be adjusted, engage again after being allowed to alignment.The beneficial effect of this programme exists: without human assistance during discharging volume, laborsaving and safety；And fine tuning structure ensure that the balance of takers-in.

Further, described lock uint includes the first cylinder being axially fixed in described rotating shaft, is fixed on the draw pin of described cylinder movable end, is located in described second swing arm and the tongue-and-groove corresponding with described draw pin, when described draw pin inserts described tongue-and-groove, described second swing arm is relatively fixed with described rotating shaft.

Further, the described snap-in structure between described winding off spindle with described second swing arm includes the bearing block coordinated with described winding off spindle being located in described second swing arm, and drives described bearing block along second cylinder moved axially of described winding off spindle.

Further, the pressure inductor that volume car also includes being located on loading plate, and the 3rd driving means that driving loading plate moves are unloaded along kinematic pair described in.

Further, described fine tuning structure includes being located at the groove that described benchmark section is parallel with at least two groups at described adjustment section overlapping, and runs through described groove by screw bolt and nut fixing with described adjustment section for described benchmark section；The flute length direction of described groove is vertical with described second swing arm.

Further, described first driving means and described second driving means are oil hydraulic cylinder.

Accompanying drawing explanation

Below in conjunction with the accompanying drawings this utility model is described further:

Fig. 1 is the structural representation of coiled body；

Fig. 2 is that unloading of coiled body rolls up car and the second swing arm structure schematic diagram.

Detailed description of the invention

Referring to figs. 1 to a kind of spooler shown in Fig. 2, including frame 1, the rotating shaft 2 in described frame 1 is located at by bearing in two ends, the first swing arm 3 and the second swing arm 4 being parallel to each other vertically being arranged in described rotating shaft 2, it is located at the winding off spindle 5 between described first swing arm 3 and described second swing arm 4, drive the first driving means 6 that described first swing arm 3 swings, and unloading of carrying material volume rolls up car 7；First driving means 6 is preferably oil hydraulic cylinder.

Described first swing arm 3 is sheathed in described rotating shaft 2 regularly, and described second swing arm 4 is sheathed in described rotating shaft 2 actively by bearing, is provided with and can make its relatively-stationary lock uint 8 between described second swing arm 4 and described rotating shaft 2；Described lock uint 8 in the present embodiment includes the first cylinder being axially fixed in described rotating shaft 2, it is fixed on the draw pin of described cylinder movable end, it is located in described second swing arm 4 and the tongue-and-groove corresponding with described draw pin, when described draw pin inserts described tongue-and-groove, described second swing arm 4 is relatively fixed with described rotating shaft 2.

Described second swing arm 4 is provided with and drives its second driving means 9 swung, and the second driving means is preferably oil hydraulic cylinder；The junction of described winding off spindle 5 and described second swing arm 4 is can the snap-in structure 10 of relative separation；Described snap-in structure 10 in the present embodiment includes the bearing block coordinated with described winding off spindle 5 being located in described second swing arm 4, and drives described bearing block along second cylinder moved axially of described winding off spindle 5.

Described second swing arm 4 includes interconnective benchmark section 41 and adjusts section 42, and described benchmark section 41 has the fine tuning structure of fine-tuning two intersegmental relative positions with the junction of described adjustment section 42；Fine tuning structure 43 described in the present embodiment includes being located at the groove 43 that described benchmark section 41 is parallel with at least two groups at described adjustment section 42 overlapping, and runs through described groove 43 by described benchmark section 41 and the fixing screw bolt and nut of described adjustment section 42；The flute length direction of described groove 43 is vertical with described second swing arm 4.

The described volume car 7 that unloads includes loading plate 71 and kinematic pair 72, and the track of described kinematic pair 72 is parallel with described winding off spindle 5, described in unload volume car 7 and also include the pressure inductor 711 be located on loading plate 71, and the 3rd driving means that driving loading plate moves along kinematic pair.

Its operation principle is: during discharging, first swing arm and the second swing arm drive the winding off spindle being wound around material volume to decline, until material volume falls on the loading plate unloading volume car, now, the the first air cylinder driven draw pin being fixed on winding off spindle departs from the tongue-and-groove in the second swing arm, winding off spindle is made to depart from the second swing arm, the bearing block that the second driving air cylinder driven in second swing arm coordinates with winding off spindle simultaneously, this bearing block is made to be axially disengaging rotating shaft, so that can relatively rotate between the second swing arm and rotating shaft, driven by the second driving means again and put in the second swing arm, finally by unloading axial by the taking-up from winding off spindle of material volume along winding off spindle of volume car.And before starting to batch operation, first the second swing arm is alignd with the first swing arm, and by lock uint, the second swing arm is relatively fixed with rotating shaft, by snap-in structure, the second swing arm is engaged with takers-in again, as when snap-in structure engages, there is deviation the position of the second swing arm and takers-in, then by the fine tuning structure in the second swing arm, the second swing arm can be adjusted, engage again after being allowed to alignment.This spooler when discharging is rolled up without human assistance, laborsaving and safety；And fine tuning structure ensure that the balance of takers-in.

Above embodiment simply indicates that rather than limits this utility model, therefore all equivalences done according to the method described in this utility model patent claim change or modify, and are all included in this utility model patent claim.

Claims

1. a spooler, it is characterized in that: include frame, the rotating shaft in described frame is located at by bearing in two ends, the first swing arm being parallel to each other vertically being arranged in described rotating shaft and the second swing arm, it is located at the winding off spindle between described first swing arm and described second swing arm, drive the first driving means that described first swing arm swings, and carrying expects that rolls up unloads volume car；Described first swing arm is sheathed in described rotating shaft regularly, and described second swing arm is sheathed in described rotating shaft actively by bearing, is provided with and can make its relatively-stationary lock uint between described second swing arm and described rotating shaft；Described second swing arm is provided with and drives its second driving means swung；The junction of described winding off spindle and described second swing arm is can the snap-in structure of relative separation；Described second swing arm includes interconnective benchmark section and adjusts section, and described benchmark section has the fine tuning structure of fine-tuning two intersegmental relative positions with the junction of described adjustment section；The described volume car that unloads includes loading plate and kinematic pair, and the track of described kinematic pair is parallel with described winding off spindle.

A kind of spooler the most according to claim 1, it is characterized in that: described lock uint includes the first cylinder being axially fixed in described rotating shaft, it is fixed on the draw pin of described cylinder movable end, it is located in described second swing arm and the tongue-and-groove corresponding with described draw pin, when described draw pin inserts described tongue-and-groove, described second swing arm is relatively fixed with described rotating shaft.

A kind of spooler the most according to claim 1, it is characterized in that: the described snap-in structure between described winding off spindle with described second swing arm includes the bearing block coordinated with described winding off spindle being located in described second swing arm, and drives described bearing block along second cylinder moved axially of described winding off spindle.

A kind of spooler the most according to claim 1, it is characterised in that unload the pressure inductor that volume car also includes being located on loading plate, and the 3rd driving means that driving loading plate moves along kinematic pair described in:.

A kind of spooler the most according to claim 1, it is characterized in that: described fine tuning structure includes being located at the groove that described benchmark section is parallel with at least two groups at described adjustment section overlapping, and runs through described groove by screw bolt and nut fixing with described adjustment section for described benchmark section；The flute length direction of described groove is vertical with described second swing arm.

A kind of spooler the most according to claim 1, it is characterised in that: described first driving means and described second driving means are oil hydraulic cylinder.