CN205272676U

CN205272676U - Cotton system bag machine of pearl

Info

Publication number: CN205272676U
Application number: CN201620011322.0U
Authority: CN
Inventors: 陈振平; 王剑峰
Original assignee: Putian Dexin Electronic Ltd
Current assignee: Putian Dexin Electronic Ltd
Priority date: 2016-01-06
Filing date: 2016-01-06
Publication date: 2016-06-01
Anticipated expiration: 2026-01-06

Abstract

The utility model discloses a cotton system bag machine of pearl, it includes former work or material rest, slitting mechanism and cutting back cover mechanism along the cotton order that flows of pearl according to the preface. The utility model discloses a system bag function enough realizes pipelined production, and it is good in succession to produce, and degree of automation is high, has improved production efficiency greatly, has reduced manufacturing cost.

Description

Pearl wool bag making machine

Technical field

The utility model relates to bag machine, particularly relates to pearl wool bag making machine.

Background technology

PE Foam sack is mainly used for splendid attire electronic devices and components. At present, the preparation method of PE Foam sack adopts the PE Foam that two panels shape size is identical to be prepared from, concrete grammar is: by the dual-side of two panels PE Foam and base carry out heat sealing, to form a top be the sack of opening, above-mentioned each procedure of processing is all carry out on independent equipment, continuous production is poor, manual labor's demand is big, and production efficiency is low.

Summary of the invention

In order to solve deficiency of the prior art, the purpose of this utility model is the pearl wool bag making machine providing a kind of production line balance, automatization height, production efficiency is high.

For achieving the above object, the utility model is by the following technical solutions:

Pearl wool bag making machine, it sequentially comprises raw material frame, cutting agency and cutting bottom closing mechanism along the sequence of flow of PE Foam,

Being provided with the first stock roll and the 2nd stock roll on described raw material frame side by side, the first stock roll and the 2nd stock roll are all wound with PE Foam, the PE Foam that the first stock roll and the 2nd stock roll send enters in cutting agency after converging,

Described cutting agency comprises the first frame, the feed end of the first frame is provided with the first input roller group, first input roller group comprises the first input drive roll and the first input driven roll, the discharge end of the first frame is provided with the first outlet roller group, and the first outlet roller group comprises the first output drive roll and the first output driven roll; Vertically disposed support axle it is provided with PE Foam flow direction in described first frame and between the first input roller group and the first outlet roller group, this support axle is connected to multiple pivoted arm along its axially spaced-apart turning set, the lower end of each pivoted arm is all rotatably connected to rolling cut cutter, the two axial ends of rolling cut cutter is electrically connected heating circuit respectively, is provided with carrying roller in described first frame and in the lower section of rolling cut cutter;

Described cutting bottom closing mechanism comprises the 2nd frame, the feed end of the 2nd frame is provided with the 2nd input roller group, 2nd input roller group comprises the 2nd input drive roll and the 2nd input driven roll, the discharge end of the 2nd frame is provided with the 2nd outlet roller group, and the 2nd outlet roller group comprises the 2nd output drive roll and the 2nd output driven roll; It is provided with knife rest in described 2nd frame and between the 2nd input roller group and the 2nd outlet roller group, knife rest moves up and down by driver drives, the lower section of described knife rest is provided with two and the vertically disposed slicing knife of PE Foam flow direction, it is provided with cutting panel in described 2nd frame and in the lower section of two slicing knifes, the lower section of described knife rest and be also provided with heat block between two slicing knifes, when knife rest moves downward, heat block contacts with the slicing knife being positioned at the 2nd frame discharge end side.

Being provided with depression bar between described cutting agency and cutting bottom closing mechanism, the PE Foam that the first stock roll and the 2nd stock roll send is tightened after depression bar presses down.

Described 2nd output driven roll is provided with multiple convex ring along its axially spaced-apart.

Described cutting agency also comprises the rim charge wind-up roll that two are located at the first frame discharge end both sides respectively, and this rim charge wind-up roll is for collecting the unnecessary scrap stock in PE Foam both sides after slitting.

Described driving mechanism is cylinder.

The utility model adopts above technical scheme, the PE Foam sent in first stock roll and the 2nd stock roll enters in cutting agency after converging, many rolling cut hilt two PE Foam is cut into strip, the dual-side of upper and lower two strip PE Foam is also carried out heat sealing by rolling cut cutter respectively simultaneously, then the PE Foam being cut into strip enters in cutting bottom closing mechanism again, the incision simultaneously of two cutting knifes, the PE Foam of upper and lower two strips is cut into bulk, in the process of incision, the slicing knife being positioned at the 2nd frame discharge end side is heated by heat block, thus export from the discharge end of cutting bottom closing mechanism after the bottom of two block PE Foam being carried out heat sealing and forms sack. bag machine of the present utility model can realize streamline formula and produce, and it is good continuously to produce, and level of automation height, substantially increases production efficiency, reduces production cost.

Accompanying drawing explanation

Below in conjunction with the drawings and specific embodiments, the utility model is described in further details:

Fig. 1 is the structural representation of the utility model pearl wool bag making machine entirety;

Fig. 2 is the structural representation of cutting agency in the utility model;

Fig. 3 is the structural representation cutting bottom closing mechanism in the utility model;

Fig. 4 is the structural representation of rolling cut cutter in the utility model;

Fig. 5 is the structural representation of the 2nd output driven roll in the utility model.

Embodiment

As shown in one of Fig. 1 to 5, the utility model sequentially comprises raw material frame 1, cutting agency 2 and cutting bottom closing mechanism 3 along the sequence of flow of PE Foam,

Being provided with in the first stock roll 11 and the 2nd stock roll 12, first stock roll 11 and the 2nd stock roll 12 on raw material frame 1 side by side and be all wound with PE Foam, the PE Foam that the first stock roll 11 and the 2nd stock roll 12 send enters in cutting agency 2 after converging,

Cutting agency 2 comprises the first frame 21, the feed end of the first frame 21 is provided with the first input roller group, first input roller group comprises the first input drive roll 22 and the first input driven roll 23, the discharge end of the first frame 21 is provided with the first outlet roller group, and the first outlet roller group comprises the first output drive roll 24 and the first output driven roll 25; Vertically disposed support axle 26 it is provided with PE Foam flow direction in first frame 21 and between the first input roller group and the first outlet roller group, this support axle 26 is connected to multiple pivoted arm 27 along its axially spaced-apart turning set, the lower end of each pivoted arm 27 is all rotatably connected to rolling cut cutter 28, the two axial ends of rolling cut cutter 28 is electrically connected heating circuit respectively, heating circuit provides heat energy for rolling cut cutter 28, is provided with carrying roller 29 in the first frame 21 and in the lower section of rolling cut cutter 28;

Cutting bottom closing mechanism 3 comprises the 2nd frame 31, the feed end of the 2nd frame 31 is provided with the 2nd input roller group, 2nd input roller group comprises the 2nd input drive roll 32 and the 2nd input driven roll 33, the discharge end of the 2nd frame 31 is provided with the 2nd outlet roller group, and the 2nd outlet roller group comprises the 2nd output drive roll 34 and the 2nd output driven roll 35; Being provided with knife rest 36 in 2nd frame 31 and between the 2nd input roller group and the 2nd outlet roller group, knife rest 36 is driven by driving mechanism 30 and moves up and down, and wherein driving mechanism 30 is cylinder; The lower section of knife rest 36 is provided with two and the vertically disposed slicing knife 37 of PE Foam flow direction, the edge of a knife below two slicing knifes 37 is drawn close to the centre of the two, and it is disconnected from each other, cutting panel 38 it is provided with in 2nd frame 31 and in the lower section of two slicing knifes 37, the lower section of knife rest 36 and be also provided with heat block 39 between two slicing knifes 37, when knife rest 36 moves downward, heat block 39 contacts with the slicing knife 37 being positioned at the 2nd frame 31 discharge end side.

Being provided with depression bar 4 between cutting agency 2 and cutting bottom closing mechanism 3, the PE Foam that the first stock roll 11 and the 2nd stock roll 12 send is tightened after depression bar 4 presses down.

2nd output driven roll 35 is provided with multiple convex ring 351 along its axially spaced-apart. Shaping PE Foam sack can be flattened and smooth out with the fingers suitable by the 2nd output driven roll 35 of this spline structure.

Cutting agency 2 also comprises the rim charge wind-up roll 20 that two are located at the first frame 21 discharge end both sides respectively, and this rim charge wind-up roll is for collecting the unnecessary scrap stock in PE Foam both sides after slitting.

Principle of work of the present utility model, the PE Foam sent in first stock roll 11 and the 2nd stock roll 12 enters in cutting agency 2 after converging, many rolling cut cutter 28 is cut into strip two PE Foam, the dual-side of upper and lower two strip PE Foam is also carried out heat sealing by rolling cut cutter 28 respectively simultaneously, then the PE Foam being cut into strip enters in cutting bottom closing mechanism 3 again, the incision simultaneously of two cutting knifes, the PE Foam of upper and lower two strips is cut into bulk, in the process of incision, the slicing knife 37 being positioned at cutting bottom closing mechanism 3 discharge end side is heated by heat block 39, thus export from the discharge end of cutting bottom closing mechanism 3 after the bottom of two block PE Foam being carried out heat sealing and forms sack.

Claims

1. pearl wool bag making machine, it is characterised in that: it sequentially comprises raw material frame, cutting agency and cutting bottom closing mechanism along the sequence of flow of PE Foam,

2. pearl wool bag making machine according to claim 1, it is characterised in that: being provided with depression bar between described cutting agency and cutting bottom closing mechanism, the PE Foam that the first stock roll and the 2nd stock roll send is tightened after depression bar presses down.

3. pearl wool bag making machine according to claim 1, it is characterised in that: described 2nd output driven roll is provided with multiple convex ring along its axially spaced-apart.

4. pearl wool bag making machine according to claim 1, it is characterised in that: described cutting agency also comprises the rim charge wind-up roll that two are located at the first frame discharge end both sides respectively, and this rim charge wind-up roll is for collecting the unnecessary scrap stock in PE Foam both sides after slitting.

5. pearl wool bag making machine according to claim 1, it is characterised in that: described driving mechanism is cylinder.