CN2914745Y

CN2914745Y - Full automatic cutting machine

Info

Publication number: CN2914745Y
Application number: CN 200620014302
Authority: CN
Inventors: 詹新
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-06-28
Filing date: 2006-06-28
Publication date: 2007-06-27
Anticipated expiration: 2016-06-28

Abstract

The utility model relates to a technology field, i.e. a full automatic cutting machine which consists of a motor, a hydraulic oil cylinder, a body and a tool. A data acquisition unit and a man-machine interface equipped at a revolving device of tool, a left and right movement device of tool, an up-and-down movement device of tool and a feeding mechanism respectively connect with a PLC. The data acquisition unit and man-machine interface can provide real-time signals about rotation angle, replacement and control. After accepting the control command, the PLC can utilize a magnet to drive the revolving device of tool, the left and right movement device of tool, the up-and-down movement device of tool and the feeding mechanism to act in accordance with a set program. The advantageous effect of the utility model is that the PLC and a coder can realize the automatic tool operation in terms of revolution, left and right movement, up-and-down movement and the automatic feeding operation, reduce the labor strength, shorten the processing period for the single workpiece, improve the accuracy, lower the production cost and raise the production efficiency.

Description

Full-automatic cutting machine

Technical field:

The utility model relates to the shoemaking machinery technical field, refers in particular to a kind of full-automatic cutting machine of severing footwear face material.

Background technology:

Along with improving constantly of people's living standard, the sharp increase of world population, people require more and more to the moulding and the style of the son that wears shoes on one's feet, require the speed and the quality of shoemaking more and more higher, this just has higher requirement to the cutting machine that shoemaking industry is used, we know, vamp is to be formed by difform footwear material piece, difform footwear material is to rely on mould to cut out blanking on cutting machine, and be to rely on power to order about the guide rail of blanking plate on fuselage to move back and forth in the blanking work on the cutting machine, compressing mould incision footwear material in blocks, thereby finish blanking work, but, the cutting machine of present industrial use substantially all adopts manually control, the turning to of cutter, moving of cutter, manual operations is all adopted in the feeding of material etc., and is so not only time-consuming, and poor accuracy, be easy to cause unnecessary leftover bits and pieces and waste material.

The utility model content:

The purpose of this utility model provides the full-automatic cutting machine of a kind of shoemaking, makes the feeding of the moving of the turning to of cutter, cutter, material all adopt computer control, further to reduce production costs, reduces labour intensity, improves automation degree of equipment.

The utility model is achieved in that full-automatic cutting machine, by motor, hydraulic jack, fuselage and cutter are formed, wherein: at the cutter whirligig, cutter move left and right device, cutter moves up and down the data acquisition unit that is provided with on device and the feed mechanism and is connected with programmable PLC respectively with man-machine interface, and provide the anglec of rotation in real time, displacement and control signal, programmable PLC can be after controlled instruction, by the coupled cutter whirligig of magnet control, cutter move left and right device, cutter moves up and down device and feed mechanism by the program behavior of setting.

What above-mentioned data acquisition unit was used is encoder, electronic ruler or microswitch.

Above-mentioned cutter whirligig is can rotate in 360 degree scopes by the gear driven cutter with motor.

Above-mentioned cutter move left and right device be with motor by synchronous belt drive the cutter whirligig with cutter along the slide rail move left and right.

Above-mentioned cutter moves up and down device and realizes by solenoid control hydraulicdirectional control valve and hydraulic jack.

Above-mentioned feed mechanism is to move forward and backward along slideway by gear, rack drives delivery sheet with motor.

The outstanding compared to existing technology advantage of the utility model is:

Owing to adopted data acquisition unit and programmable PLC, make rotation, the cutter of cutter move left and right, cutter move up and down and the feeding process has all realized automation, alleviated the shoemaking working strength of workers, shortened the process time of single-piece, improved accuracy rate, reduce production cost, improved production efficiency.

Description of drawings

Fig. 1 is a controlling party block diagram of the present utility model.

Fig. 2 is control principle figure of the present utility model.

Fig. 3 is a schematic perspective view of the present utility model.

The specific embodiment

With specific embodiment the utility model is further described below:

Embodiment 1: referring to Fig. 1-3: full-automatic cutting machine, by

motor

22,30,40, hydraulic jack 44, fuselage 20 and cutter 23 are formed, wherein: at cutter whirligig 16, cutter move left and right device 17, cutter moves up and down the data acquisition unit 10 that is provided with on device 18 and the

feed mechanism

19,11,12,13 are connected with programmable PLC 15 respectively with man-machine interface 14, and provide the anglec of rotation in real time, displacement and control signal, programmable PLC 15 can be after controlled instruction, by the coupled cutter whirligig 16 of magnet control, cutter move left and right device 17, cutter moves up and down device 18 and feed mechanism 19 by the program behavior of setting.

Above-mentioned

data acquisition unit

10,11,12,13 usefulness be encoder, electronic ruler or microswitch.

Above-mentioned cutter whirligig 16 is to drive cutters 23 with motor 22 by gear 21 can rotate in 360 degree scopes, and as long as the utility model can make the sole of left and right sides pin fit substantially on the footwear material with cutter 23 Rotate 180 degree, makes the science of materials.

Above-mentioned cutter move left and right device 17 be with motor 30 by synchronous belt 31 drive cutter whirligigs 16 with cutter 23 along slide rail 32 move left and right, move the width of a footwear type at every turn.

Above-mentioned cutter moves up and down device 18 and realizes by solenoid control hydraulicdirectional control valve and hydraulic jack 44, so that the footwear material is carried out severing.

Above-mentioned feeding mechanism 19 is to drive delivery sheet 42 and move forward and backward along slideway 43 by gear, tooth bar 41 with motor 40, the length of the footwear that at every turn advance during feeding, and slideway 43 is fixed on the framework 20.

Use of the present utility model: the utility model is owing to adopted data acquisition unit and programmable PLC, can be according to the size of institute's severing material and the size of footwear type and cutter, weave procedure and sequence number in advance, add man-hour, as long as more finish changing required cutter 23, institute's severing material is put well on delivery sheet 42, clicked the sequence number of having imported on man-machine interface 14, the utility model can be good by specification and the quantity severing set with material.

Claims

1, full-automatic cutting machine, by motor, hydraulic jack, fuselage and cutter are formed, it is characterized in that in cutter whirligig (16), cutter move left and right device (17), cutter moves up and down device (18), feed mechanism (19) is gone up the data acquisition unit (10 that is provided with, 11,12,13) be connected with programmable PLC (15) respectively with man-machine interface (14), and provide the anglec of rotation in real time, displacement and control signal, programmable PLC (15) can be after controlled instruction, by the coupled cutter whirligig (16) of magnet control, cutter move left and right device (17), cutter moves up and down device (18) and feed mechanism (19) is pressed the program behavior of setting.

2, full-automatic cutting machine according to claim 1, what it is characterized in that described data acquisition unit (10,11,12,13) usefulness is encoder, electronic ruler or microswitch.

3, full-automatic cutting machine according to claim 1 is characterized in that described cutter whirligig (16) is to drive cutter (23) with motor (22) by gear (21) can rotate in 360 degree scopes.

4, full-automatic cutting machine according to claim 1, it is characterized in that described cutter move left and right device (17) be with motor (30) by synchronous belt (31) drive cutter whirligig (16) with cutter (23) along slide rail (32) move left and right.

5, full-automatic cutting machine according to claim 1 is characterized in that described cutter moves up and down device (18) and realizes by solenoid control hydraulicdirectional control valve and hydraulic jack (44).

6, full-automatic cutting machine according to claim 1 is characterized in that described feed mechanism (19) is to drive delivery sheet (42) and move forward and backward along slideway (43) by gear, tooth bar (41) with motor (40).