CN203608885U

CN203608885U - Snap button attaching machine

Info

Publication number: CN203608885U
Application number: CN201320857212.2U
Authority: CN
Inventors: 林卫
Original assignee: Wenzhou City Industrial Automation Equipment Co Ltd
Current assignee: Wenzhou City Industrial Automation Equipment Co Ltd
Priority date: 2013-12-24
Filing date: 2013-12-24
Publication date: 2014-05-28
Anticipated expiration: 2023-12-24

Abstract

The utility model provides a snap button attaching machine, comprising a stand, a main machine head, an air cylinder assembly, a material feeding vibrating plate, a material discharging vibrating plate, an upper feeding slot, a lower feeding slot, an upper mould head and a lower mould head, wherein the material feeding vibrating plate is connected with the upper feeding slot, the material discharging vibrating plate is connected with the lower feeding slot, the material feeding vibrating plate and the material discharging vibrating plate are together arranged on the table surface of the stand and the main machine head through a direct vibrating component, and the main machine head is provided with the air cylinder assembly; the upper mould head is connected with the air cylinder assembly and is controlled by the air cylinder assembly to rivet and demould, the lower mould head is correspondingly arranged at the lower side part of the upper mould head, and the lower mould head and the upper mould head are mutually matched to work. The snap button attaching machine disclosed by the utility model is controlled automatically, electronically and pneumatically, identifies materials by utilizing material feeding and discharging photoelectric switches, and respectively feeds materials into the mould heads through the upper feeding slot and the lower feeding slot to punch and attach buttons, so that the automation degree is high, the manual operation is avoided, the material feeding is smooth and steady, the operation is simple, the safety is high, and the working efficiency is largely improved.

Description

Four-part button button-sewing machine

Technical field

The utility model belongs to button-sewing machine technical field, and specifically a kind of feeding is stable, quick, the four-part button button-sewing machine of safety.

Background technology

Four-part button is widely used in above clothes, case, bag etc., and current four-part button button-sewing machine adopts manual nail catcher, in the time of nail face button, operating personnel need to first keep flat box on the movable nail discount of hundred button nail catcher dies, then buckle side are placed in the holder of face button nail catcher die, operating personnel are in the time putting box, due to the sensation operation with operating personnel entirely, after putting well, fallen fast by motor-operated movable nail discount, buckle side and box are forced together, and face button is just followed closely and has been made like this; Equally, in the time of nail end button, operating personnel need first pin thread to be kept flat on the movable nail discount of end button nail catcher die, again the button end, is placed in the holder of end button nail catcher die, this operation operates with operating personnel's sensation entirely, if operating personnel's finger does not shift out the view field of movable nail discount in time, movable nail discount is directly pressed on operating personnel's finger, thereby cause operating personnel injured, therefore, there is potential safety hazard in current four-part button button-sewing machine, the inconvenience that operates, and inefficiency.

Summary of the invention

The purpose of this utility model is the deficiency for above technology, and a kind of reasonable in design is provided, and automaticity is strong, and feeding is stable, quickness and high efficiency, the four-part button button-sewing machine of safety.

The utility model is achieved through the following technical solutions: four-part button button-sewing machine, is characterized in that: be by frame, host header, cylinder assembly, upper shake dish, lower shake dish, upper chute feeder, lower chute feeder, upper die head and lower die head composition; Described upper shake dish is connected with upper chute feeder, and lower shake dish is connected with lower chute feeder, and is jointly arranged on by straight shake parts on the table top of frame and on host header, and cylinder assembly is installed on host header; Upper die head is connected with cylinder assembly, and is subject to rise and fall that cylinder assembly is controlled, and lower die head correspondence is located at the downside position of upper die head, the work that cooperatively interacts of lower die head and upper die head.

Described cylinder assembly includes punching cylinder, lifting workpiece feeding cylinder, lower workpiece backgauge cylinder, piece-holder lift cylinders, the described upper workpiece gas folder being connected and installed with lifting workpiece feeding cylinder, and the lower workpiece gas being connected and installed with lower workpiece backgauge cylinder presss from both sides; Described piece-holder lift cylinders connects Workpiece clamping head parts.

The installation that is connected with the punching cylinder in cylinder assembly of described upper die head, is subject to the punching press effect of punching cylinder and lower die head to carry out matched moulds punching press.

Described upper and lower pieces shake dish power supply connects upper and lower pieces optoelectronic switch, and this upper and lower pieces optoelectronic switch is recognized material.

The beneficial effects of the utility model embody and are: compared with prior art, the utility model autoelectrinic, pneumatic control, adopt upper and lower pieces optoelectronic switch to recognize material, and by upper chute feeder, lower chute feeder, material is delivered to respectively in die head, carry out punching press nail catcher and form, automaticity is strong, remove operation manually from, feeding is steady, simple to operate, safe, operating efficiency improves greatly.

Accompanying drawing explanation

Below in conjunction with accompanying drawing, the utility model is described in detail.

Fig. 1 is the utility model perspective view.

Fig. 2 is the utility model front view.

Fig. 3 is the rearview of Fig. 2.

Fig. 4 is the A place enlarged diagram in Fig. 1.

Following is the concrete title of each mark in figure: in 1 frame, 2, on part shake dish, 3, on part optoelectronic switch, 4 upper die heads, 5 lower die head, 6 straight shake parts, 7 cylinder assemblies, 8, chute feeder, 9 times part shake dishes, 10 times chute feeders, 11 hands are protected optoelectronic switches, 12 Workpiece clamping heads, 13 host headers, 14 times part optoelectronic switches.

Workpiece gas folder, 705 times workpiece gas folders, 706 times workpiece backgauge cylinders on workpiece feeding cylinder, 702 piece-holder lift cylinders, 703 punching cylinders, 704 on 701.

The specific embodiment

As shown in Figure 1, four-part button button-sewing machine is that upper die head 4 and lower die head 5 form by frame 1, host header 13, cylinder assembly 7, upper shake dish 2, lower shake dish 9, upper chute feeder 8, lower chute feeder 10; Described upper shake dish 2 is connected with upper chute feeder 8, and lower shake dish 9 is connected with lower chute feeder 10, and is jointly arranged on the upper-end part of driving of frame 1 by straight shake parts 6, and control cylinder assembly 7 is installed on host header 13; Upper die head 4 is connected with cylinder assembly 7, and is subject to cylinder assembly 7 rise and fall of controlling, and lower die head 5 correspondences are located at the downside position of upper die head 4, the work that cooperatively interacts of lower die head 5 and upper die head 4.

Described cylinder assembly 7 includes punching cylinder 703, upper workpiece feeding cylinder 701, lower workpiece feeding cylinder, lower workpiece backgauge cylinder 706, piece-holder lift cylinders 702, upper workpiece gas folder 704 is connected and installed with upper workpiece feeding cylinder 701, and lower workpiece gas folder 705 is connected and installed with lower workpiece backgauge cylinder 706; Described piece-holder lift cylinders 702 is provided with Workpiece clamping head 12 parts.

Upper die head 4 installation that is connected with the punching cylinder 703 in cylinder assembly 7, is subject to the punching press effect of punching cylinder 703 and lower die head 4 to carry out matched moulds punching press.

Upper shake is coiled 2 power supplys and is connected with an optoelectronic switch 3, on this part optoelectronic switch 3 carry out upper shake dish 2 have or not material drive, lower shake coiled 9 power supplys and is connected with lower optoelectronic switch 14.

This reality is novel protects optoelectronic switch for handling safety is also provided with hand in frame; The utility model main frame adopts PLC operation, and action command is sent in PLC computing, and is transferred to a series of Pneumatic component and vibration component carries out operation work separately by relay; First select materials by upper shake dish 2 and lower shake dish 9; and recognize after material by optoelectronic switch; material is delivered to and upper and lowerly send in groove (8,10) and automatically material delivered in mould by the effect of workpiece feeding cylinder 701, lower workpiece backgauge cylinder 706 and piece-holder lift cylinders 702 on control cylinder separately; both hands are placed on to the place that protection switch can be irradiated to; floor push running; stamping cylinder carries out punching press, can complete by nail catcher, prepares to carry out next operation cycle.

The utility model production efficiency improves greatly, the four-part button that can beat about 30-40 per minute, and the versatility of die head up and down of its setting is extremely strong, can connect appearance more than 90% die head on the market, and product feeding is stable, quick, safety, repairs mechanical breakdown simple and fast.

Claims

1. four-part button button-sewing machine, is characterized in that: be by frame, host header, cylinder assembly, upper shake dish, lower shake dish, upper chute feeder, lower chute feeder, upper die head and lower die head composition; Described upper shake dish is connected with upper chute feeder, and lower shake dish is connected with lower chute feeder, and is jointly arranged on by straight shake parts on the table top of frame and on host header, and cylinder assembly is installed on host header; Upper die head is connected with cylinder assembly, and is subject to rise and fall that cylinder assembly is controlled, and lower die head correspondence is located at the downside position of upper die head, the work that cooperatively interacts of lower die head and upper die head.

2. four-part button button-sewing machine according to claim 1, it is characterized in that: cylinder assembly includes punching cylinder, lifting workpiece feeding cylinder, lower workpiece backgauge cylinder, piece-holder lift cylinders, the described upper workpiece gas folder being connected and installed with lifting workpiece feeding cylinder, the lower workpiece gas being connected and installed with lower workpiece backgauge cylinder presss from both sides; Described piece-holder lift cylinders connects Workpiece clamping head parts.

3. four-part button button-sewing machine according to claim 1, is characterized in that: the upper die head installation that is connected with the punching cylinder in cylinder assembly, is subject to the punching press effect of punching cylinder and lower die head to carry out matched moulds punching press.

4. four-part button button-sewing machine according to claim 1, is characterized in that: upper and lower pieces shake dish power supply connects upper and lower pieces optoelectronic switch, and upper and lower pieces optoelectronic switch carries out upper and lower pieces shake dish and has or not material to drive.