CN201070817Y

CN201070817Y - Automated shaping mold device of rubber sole

Info

Publication number: CN201070817Y
Application number: CNU2007201505598U
Authority: CN
Inventors: 陈源益
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-06-15
Filing date: 2007-06-15
Publication date: 2008-06-11
Anticipated expiration: 2017-06-15

Abstract

The utility model discloses an automation mould device of a big rubber seat, which comprises a support seat, a rotary unit, a mould, a first driving unit and a heating unit, wherein, the rotary unit comprises a rotator and a rotary driving piece; the mould comprises a bottom mould arranged on the support seat, a first top mould arranged on the rotator and a second top mould arranged on the rotator. The rotary driving piece can drive the rotator to rotate; the first driving unit can drive the rotator to approach to or keep away from the support seat, so that one of the first and the second top molds can close the mould or sink the mould with the bottom mould. The heating unit can be used for heating the mould, thus, the utility model can reduce the manpower requirement, decreases the risk of operation, improves the production efficiency, and lowers the production cost.

Description

The automatic forming die device at the big end of rubber

Technical field

The utility model relates to a kind of mould device that is used to make the big end of footwear, particularly relates to the automatic forming die device at the big end of a kind of rubber.

Background technology

Consulting Fig. 1, is existing a kind of hot briquetting machine 1, a material piece to be processed (figure does not show) can be cut into behind the germule and baking, with the big end of rubber of finishing shoes.

During this hot briquetting machine 1 operation, a mould 11 that will be positioned at this hot briquetting machine 1 with manpower is pulled out, then, open a die cap (figure does not show) and should be positioned over a bed die (figure does not show) by material piece to be processed, and a middle plate (figure does not show) is covered above this bed die, cover this die cap and this mould 11 is pushed this hot briquetting machine 1, become germule should material piece to be processed to cut.

Then, with manpower with this mould 11 by pulling out in this hot briquetting machine 1, open this die cap, take out should in plate also remove clout, cover this die cap then, this mould 11 is pushed in this hot briquetting machine 1 carry out baking once again.After sulfuration is finished, this mould 11 is pulled out this hot briquetting machine 1, open the big end of rubber that this die cap and taking-up machine with manpower.Though this hot briquetting machine 1 can carry out processing such as cutting of the big end and sulfuration, exists following defective:

One, this make-up machine 1 uses manpower that this mould 11 is pushed and pulls out, because this mould 11 has great weight, muscle power to operating personnel is strict test, and easily cause industrial accident because of personnel's carelessness, therefore security is not good, in addition, the proportion of goods damageds of this mould 11 are also higher, can't improve speed of production.

Two, above-mentioned manufacture process needs a large amount of manpowers, can't reduce production costs by automation.

The utility model content

The purpose of this utility model is to provide a kind of and reduces manpower demand, reduction work danger, and enhances productivity, and then the automatic forming die device at the big end of rubber that reduces production costs.

The automatic forming die device at the big end of the utility model rubber comprises a supporting seat, a rotary unit, a mould, first driver element, and a heating unit.

This rotary unit comprises a rotary body of this supporting seat rotation relatively, and a rotary drive.This mould comprise one be arranged at that bed die on this supporting seat, one are arranged on this rotary body and with this bed die matched moulds after can define first patrix of one first die cavity, and one be arranged on this rotary body and with this bed die matched moulds after can define second patrix of one second die cavity, this rotary drive can drive this rotary body and rotate, and makes this first and second patrix wherein one towards this bed die.This first driver element can drive this rotary body and this supporting seat the two near and away from, make this first and second patrix wherein one with this bed die matched moulds and die sinking, this heating unit is used for this mould is heated.

The beneficial effects of the utility model are: can reduce manpower demand, reduction work danger, and enhance productivity, and then reduce production costs.

Description of drawings

Fig. 1 is existing a kind of schematic perspective view that is used for the hot briquetting machine at the big end of moulding rubber;

Fig. 2 is a preferred embodiment front-view schematic diagram of the automatic forming die device at the big end of the utility model rubber;

Fig. 3 is the schematic side view of this preferred embodiment;

Fig. 4 is a front-view schematic diagram of this preferred embodiment, illustrates that a supporting seat drives a bed die and moves away from a first axle along one article of the 3rd axis;

Fig. 5 is a front-view schematic diagram of this preferred embodiment, and this bed die and one second Ccope closing machine are described;

Fig. 6 is the schematic side view of this preferred embodiment, and this bed die and this second Ccope closing machine are described;

Fig. 7 is a front-view schematic diagram of this preferred embodiment, illustrates that one first patrix is towards this bed die;

Fig. 8 is a schematic side view of this preferred embodiment, illustrates that this first patrix is towards this bed die;

Fig. 9 is a front-view schematic diagram of this preferred embodiment, and this bed die and this first Ccope closing machine are described;

Figure 10 is a schematic side view of this preferred embodiment, and this bed die and this first Ccope closing machine are described.

The specific embodiment

Aforementioned and other technology contents, characteristics and effect of the present utility model in the detailed description of a preferred embodiment of following conjunction with figs., can clearly be understood.

Shown in Fig. 2,3,5, this preferred embodiment of the automatic forming die device at the big end of the utility model rubber comprise a board 2, supporting seat 3, one be arranged at rotary unit 4 on this board 2, mould 5, one first driver element 6, the heating unit 7 that can heat this mould 5, and one second driver element 8.

This supporting seat 3 is to be arranged at movably on this board 2.This rotary unit 4 comprises that is articulated on this board 2 rotary body 41 of these supporting seat 3 rotations relatively, and a rotary drive 42.This mould 5 comprise one be arranged at that bed die 51 on this supporting seat 3, one are arranged on this rotary body 41 and with these bed die 51 matched moulds after can define first patrix 52 of one first die cavity 53 (see figure 9)s, and one be arranged on this rotary body 41 and with these bed die 51 matched moulds after can define second patrix 54 of one second die cavity 55.This rotary body 41, this bed die 51 are respectively to be arranged on this board 2 along a first axle L1, and this rotary drive 42 can drive this rotary body 41 and rotate around one second axis L2, make this first and

second patrix

52,54 wherein one towards this bed die 51.In the present embodiment, the three-part pattern that this mould 5 is used to claim for industrial circle, and this first patrix 52 is a die cap, this second patrix 54 is a middle plate.

This first driver element 6 can drive this supporting seat 3 and move along this first axle L1, makes this bed die 51 near (see figure 5)s and away from this rotary body 41 of (see figure 2), and with this first and second wherein matched moulds and die sinking of patrix 52,54.This second driver element 8 can drive this supporting seat 3 and move along one article of the 3rd axis L3, makes this bed die 51 near (see figure 2) and away from this first axle of (see figure 4) L1.In the present embodiment, this first and

second driver element

6,8 all is that oil hydraulic cylinder drives, this heating unit 7 is to be installed on this bed die 51, this first patrix 52 (die cap), near and the several heating tubes this second patrix 54 (middle plate), and in process of manufacture, carry out temperature control by a temperature controller (figure do not show), make these mould 5 each positions that suitable processing temperature all be arranged.

Consult Fig. 2 and Fig. 4, add man-hour when the big end of rubber, this second driver element 8 drives this bed die 51 away from this first axle L1, and the convenient working personnel are positioned over a material piece to be processed (figure does not show) on this bed die 51.Then, this second driver element 8 drives this bed die 51, this material piece to be processed near this first axle L1, and at this moment, this second patrix 54 (middle plate) is towards this bed die 51, and both all arrange along this first axle L1.Shown in Fig. 5,6, continue, this first driver element 6 drives this supporting seat 3 near these rotary bodies 41, makes this bed die 51 and this second patrix 54 (middle plate) matched moulds, and this material piece to be processed is positioned at this second die cavity 55 and cropped.

Shown in Fig. 7,8, cut finish after, this first driver element 6 drives the die sinking away from this second patrix 54 (middle plate) of this bed die 51, and this second driver element 8 drives this bed die 51 away from this first axle L1, this rotary drive 42 drives this rotary body 41 rotations simultaneously, make this first patrix 52 (die cap) towards this bed die 51, the convenient working personnel take out the clout that cuts from this bed die 51, maybe will glue the clout that sticks in this second patrix 54 (middle plate) and take out the germule that be positioned at this bed die 51 this moment promptly is the big end of rubber.Then, this second driver element 8 drives this bed die 51 once again near this first axle L1.In the present embodiment, when the operating personnel will be positioned at waste material on this bed die 51 and take out, also can and cut a bed material (figure does not show) of finishing with other color and be positioned on this bed die 51, to carry out following processing simultaneously with this germule.

Consult Fig. 9,10, the above-mentioned action that continues, after this first driver element 6 drove these bed die 51 close these first patrixes 52 (die cap) and matched moulds, the germules in this first die cavity 53 were subjected to heat cure.After sulfuration is finished, this first driver element 6 drives the die sinking away from this first patrix 52 (die cap) of this bed die 51, and this second driver element 8 drives this bed die 51 away from this first axle L1 (seeing Fig. 7,8), the operating personnel can take out the big end of rubber that sulfuration is finished, and promptly finishes the processing and forming at the big end of rubber.At this moment, this rotary drive 42 drives these rotary body 41 reverse rotations, makes this second patrix 54 (middle plate) once again towards this bed die 51 (seeing Fig. 2,3), waits for next material piece charging processing of cutting to be processed.

What deserves to be explained is: above-mentioned operation can be controlled this first and

second driver element

6,8, this rotary drive 42 by a control system (figure does not show), and this heating unit 7, and the one group of mechanical arm of arranging in pairs or groups (figure does not show) is finished the blowing of this material piece to be processed and is got material, reach full-automatic production, to increase output and to reduce cost.

Via above explanation, can again advantage of the present utility model be summarized as follows:

One, this rotary drive 42 can drive this rotary body 41 and rotate around this second axis L2, make this first, two

patrixes

52,54 wherein one towards this bed die 51, just as a magic block that is rotated can promptly change towards, do not need manpower move this first, two

patrixes

52,54, and, this first driver element 6 drives these mould 5 matched moulds, therefore can avoid manpower move this first, two

patrixes

52,54 and cause the mould proportion of goods damageds to improve and labourer's injury, reduce manpower demand simultaneously, reduction work danger, and enhance productivity, and then reduce production costs.

Two, the matched moulds of this first and

second patrix

52,54 and this bed die 51, this bed die 51 all are to drive in the oil hydraulic cylinder mode along mobile, this bed die 51 of this first axle L1 along moving of the 3rd axis L3, the automation that can conveniently produce.

Conclude above-mentioned, the automatic forming die device at the big end of rubber of the present utility model, by this first and

second patrix

52,54 is installed on this rotary body 41, and utilizing this rotary drive 42 to drive this rotary body 41 rotates, and this bed die 51 is arranged on this supporting seat 3, make wherein matched moulds of this bed die 51 and this first and

second patrix

52,54, can reduce manpower demand and cost, and reach the automation target and effectively reduce cost, so can reach the purpose of utility model really.

Claims

1. the automatic forming die device at a big end of rubber comprises a supporting seat, a rotary unit, a mould, first driver element, and a heating unit, it is characterized in that:

This rotary unit comprises that one is used for the relatively rotary body of this supporting seat rotation and a rotary drive;

This mould comprise one be arranged at that bed die on this supporting seat, one are arranged on this rotary body and with this bed die matched moulds after define first patrix of one first die cavity, and one be arranged on this rotary body and with this bed die matched moulds after define second patrix of one second die cavity, this rotary drive is to be used for driving this rotary body to rotate, and makes this first and second patrix wherein one towards this bed die;

This first driver element be used for driving this rotary body and this supporting seat the two near and away from, make this first and second patrix wherein one with this bed die matched moulds and die sinking; And

This heating unit is to be used for this mould is heated.

2. the automatic forming die device at the big end of rubber as claimed in claim 1 is characterized in that:

Also comprise a board, this supporting seat is to be arranged on this board, this rotary body is to be pivoted with this board rotationally, and this rotary body, this bed die are respectively to be arranged on this board along a first axle, this first driver element is to drive this supporting seat to move along this first axle, make this bed die near reaching away from this first and second patrix, this rotary body is around this supporting seat rotation relatively of one second axis.

3. the automatic forming die device at the big end of rubber as claimed in claim 2 is characterized in that:

Also comprise one and be used for driving this supporting seat, make this bed die near reaching away from this first axle along second driver element that one article of the 3rd axis moves.