CN202067667U

CN202067667U - Flying fork device

Info

Publication number: CN202067667U
Application number: CN2011201642750U
Authority: CN
Inventors: 钱承林
Original assignee: TANAC AUTOMATION (JIAXING) CO Ltd
Current assignee: Tanac Automation Co Ltd
Priority date: 2011-05-19
Filing date: 2011-05-19
Publication date: 2011-12-07
Anticipated expiration: 2021-05-19

Abstract

The utility model discloses a flying fork device and aims at providing a flying fork device which has a simple structure, reliable work and fast mounting and dismounting speed and aims at smaller skeleton winding. The flying fork device comprises a flying fork core shaft produced with a through hole in the center; the flying fork core shaft is inserted into a flying fork spindle and is popped out to the front end of the flying fork spindle through a pressure spring; the flying fork core shaft can move front and back in the flying fork spindle; the flying fork spindle is fixed in a flying fork spindle seat through a bearing; a synchronous belt wheel is fixed at the rear part of the flying fork spindle; a flying fork arm rotating together with the flying fork spindle is fixed on the flying fork spindle; and a tubular winding finger is fixed on the flying fork arm. The flying fork device has the advantage that a fixture is quickly and accurately located at the surrounding direction and coaxial direction of the spindle; therefore, the problem of difficult small skeleton winding is solved; moreover, the jig on an automatic winding machine is very convenient and flexible to mount and dismount.

Description

The flying trident device

Technical field

The utility model relates to a kind of work post on the automatic coil winding machine, more specifically to the flying trident device that mainly less skeleton is wound the line on the automatic coil winding machine.

Background technology

Common coil winding machine be with skeletal fixation on tool, skeleton circumferentially rotates and moves axially with tool becomes coil with wire-wound on skeleton, but winding the line in this way for minimum coil and superfine coiling is easy to broken string, and the efficient of coiling is low.Along with today that the coil winding machine automatic technology improves constantly, the clamp stability of structure on the clamping device also needs continuous raising automatically, and the shape of skeleton is also varied, and market presses for the stable Winder of a clamp simple in structure.

The utility model content

The purpose of this utility model provides a kind of simple in structure, reliable operation, and handling speed is fast, at the flying trident device of less skeleton coiling.

In order to reach above-mentioned requirements, the technical scheme that the utility model adopted is: it comprises that the center is shaped on the flying trident mandrel of through hole, the flying trident mandrel is inserted in the flying trident main shaft, and the flying trident mandrel is ejected front end at the flying trident main shaft by stage clip, the flying trident mandrel can move forward and backward in the flying trident main shaft, the flying trident main shaft is fixed in the flying trident spindle drum by bearing, the rear portion of flying trident main shaft is fixed with synchronous pulley, on the flying trident main shaft, be fixed with the flying trident arm that rotates with the flying trident main shaft, be fixed with the coiling finger of tubulose on the flying trident arm.

Front end at described flying trident mandrel is fixed with the plunger tip that withstands skeleton or tool through fore bearing.

Flying trident device according to the such scheme manufacturing, the flying trident mandrel is pushed down skeleton or tool when coiling, and the flying trident main shaft is under the drive of synchronous pulley, and flying trident arm and coiling finger are around the skeleton rotation, coiling is through the through hole of flying trident mandrel, coiling finger, under the motionless situation of skeleton skeleton wound the line.It has tool in the circumferential and axial of main shaft location advantage soon and accurately, solved the difficult problem of ossiculum frame coiling, and made that the loading and unloading of tool become very convenient and flexible on the automatic coil winding machine.

Description of drawings

Fig. 1 is the stereogram of flying trident device;

Fig. 2 is the front view of flying trident device;

Fig. 3 is the B-B cutaway view of Fig. 2;

Fig. 4 is the state diagram of Fig. 3 when the indentation of flying trident mandrel.

Wherein: 1, through hole; 2, flying trident mandrel; 3, flying trident main shaft; 4, stage clip; 5, bearing; 6, flying trident spindle drum; 7, synchronous pulley; 8, flying trident arm; 9, coiling finger; 10, fore bearing; 11, plunger tip; 12, coiling.

Embodiment

The utility model will be further described below in conjunction with the drawings and specific embodiments.

Fig. 1 to Fig. 3 is the structural representation that flies plug device.As seen from the figure, it comprises that the center is shaped on the flying trident mandrel 2 of through hole 1, flying trident mandrel 2 is inserted in the flying trident main shaft 3, and pass through stage clip 4 with the front end of flying trident mandrel 2 ejections at flying trident main shaft 3, flying trident mandrel 2 can move forward and backward as shown in Figure 3 and Figure 4 in flying trident main shaft 3, flying trident main shaft 3 is fixed in the flying trident spindle drum 6 by bearing 5, the rear portion of flying trident main shaft 3 is fixed with

synchronous pulley

7,3 are fixed with the flying trident arm 8 that rotates with flying trident main shaft 3 on the flying trident main shaft, are fixed with the coiling finger 9 of tubulose on the flying trident arm 8.Front end at flying trident mandrel 2 is fixed with the plunger tip 11 that withstands skeleton or tool through fore bearing 10.9 pairs of skeleton coilings of 12 via through holes 1 and coiling finger wind the line.

Claims

1. flying trident device, it is characterized in that it comprises that the center is shaped on the flying trident mandrel of through hole, the flying trident mandrel is inserted in the flying trident main shaft, and the flying trident mandrel is ejected front end at the flying trident main shaft by stage clip, the flying trident mandrel can move forward and backward in the flying trident main shaft, and the flying trident main shaft is fixed in the flying trident spindle drum by bearing, and the rear portion of flying trident main shaft is fixed with synchronous pulley, on the flying trident main shaft, be fixed with the flying trident arm that rotates with the flying trident main shaft, be fixed with the coiling finger of tubulose on the flying trident arm.

2. flying trident device according to claim 1, its feature is fixed with the plunger tip that withstands skeleton or tool at the front end of described flying trident mandrel through fore bearing.