CN207789628U - A kind of production mould of electric iron rubber adapter - Google Patents

Abstract

The utility model discloses a kind of production moulds of electric iron rubber adapter, including：Dynamic model and cover half；The detachable mounting bracket being equipped with for carrying rubber adapter on the dynamic model is wholely set the male model agreed with rubber adapter bottom on the mounting bracket；It is provided with above the mounting bracket and leans to one side the middle plate agreed with rubber adapter, be additionally provided between the middle plate and dynamic model by middle plate and the fixed locking mechanism of dynamic model；Master mold being fixedly connected with cover half, agreeing with rubber adapter top, molding cavity made of the male model, middle plate and master mold surround are provided with above the middle plate；And, it is located on the dynamic model immediately below mounting bracket and offers through-hole, the mounting bracket is connected using through-hole with elevating mechanism, the elevating mechanism can rise mounting bracket to be detached from dynamic model, it is cast with rubber adapter mounting bracket to which easily operated personnel take out, it is put into new mounting bracket, next round process operation is just carried out, improves production efficiency.

Description

A kind of production mould of electric iron rubber adapter

Technical field

The utility model is related to a kind of injection mold, more particularly to a kind of production mould of electric iron rubber adapter.

Background technology

Injection mold is a kind of tool producing plasthetics, is also to confer to plasthetics complete structure and accurate dimension Tool, injection molding are to produce a kind of processing method used when certain complex-shaped components in batches, refer specifically to melt heated Material die cavity is injected by high pressure, after cooling and solidifying, obtain formed products.

Injection mold is made of dynamic model and cover half two parts, and dynamic model is mounted on the moving die plate of injection (mo(u)lding) machine, cover half On the fixed form of injection (mo(u)lding) machine, in injection moulding, dynamic model is closed with cover half constitutes running gate system and cavity, opens Dynamic model and cover half detach to take out plastic products when mould.

As shown in Figure 1, be a kind of existing rubber adapter, including inlet attack and outlet connection, inlet attack and The interface channel being inclined to set is through between outlet connection.

In existing injection mold, dynamic model is single layer structure, needs all to shell the product on dynamic model after completion of processing From next round process operation can be carried out, and inefficiency, existing can improvements.

Utility model content

The purpose of this utility model is to provide a kind of production mould of electric iron rubber adapter, and having being capable of continuous production The advantages of, production is efficient.

The above-mentioned technical purpose of the utility model technical scheme is that：A kind of electric iron rubber turn The production mould of connector, including：

Dynamic model and cover half；

The detachable mounting bracket being equipped with for carrying rubber adapter on the dynamic model is integrally set on the mounting bracket It is equipped with the male model agreed with rubber adapter bottom；

It is provided with above the mounting bracket and leans to one side the middle plate agreed with rubber adapter, the middle plate is slided by two pieces and dynamic model The first profiled sheeting and the second profiled sheeting composition of dynamic formula assembly, are additionally provided between the middle plate and dynamic model and consolidate middle plate with dynamic model Fixed locking mechanism；

Master mold being fixedly connected with cover half, agreeing with rubber adapter top, the mother are provided with above the middle plate Mould is connected to the injecting glue pipeline of injection moulding machine, molding cavity made of the male model, middle plate and master mold surround；And

It is located at immediately below mounting bracket on the dynamic model and offers through-hole, the mounting bracket utilizes through-hole and elevating mechanism phase Even, the elevating mechanism can rise mounting bracket to be detached from dynamic model.

By using above-mentioned technical proposal, when taking out the rubber adapter of completion of processing, first by cover half with master mold It rises, then removes dynamic model out of injection moulding machine, then by the first profiled sheeting and the past side far from male model of the second profiled sheeting To movement so that rubber adapter unlocks in both sides and top, followed by elevating mechanism by mounting bracket with Rubber adapter moves up so that and rubber adapter is detached from dynamic model with mounting bracket, and rubber adapter is taken out together with mounting bracket, with It is changed in dynamic model afterwards after new mounting bracket and dynamic model is moved into injection moulding machine again, without the rubber on dynamic model is transferred Head all strippings, just carry out next round process operation, improve work efficiency.

Further, the locking mechanism include be arranged middle plate both sides detachable blend stop and with middle plate upper surface The limiting plate contradicted is kept, is wholely set concordant with the holding of middle plate on the dynamic model and blend stop is pushed against the step on middle plate Portion, the limiting plate and dynamic model are affixed.

By using above-mentioned technical proposal, mounting bracket is pushed against using the blend stop being arranged in middle plate both sides so that by tearing open The lateral position of plate during dress blend stop can be limited easily, the position of plate in the vertical direction in being limited using limiting plate, to Plate can be kept being stably connected with dynamic model in injection molding.

Further, the extension board for being provided at both ends with sunk type of the middle plate, the upper end of the limiting plate and extension board Face keeps contradicting, and the upper surface of the limiting plate is concordant with dynamic model holding, and the limiting plate is affixed with dynamic model by dormant bolt.

By using above-mentioned technical proposal, the extension board and limiting plate of sunk type are affixed so that the upper surface energy of limiting plate It is enough concordant with the holding of the upper surface of dynamic model, and the setting of dormant bolt will not influence dynamic model and is bonded with cover half closely.

Further, sliding rail is provided with along perpendicular to the direction of middle plate, between the middle plate and stage portion on the middle plate Offer the sliding slot being adapted to sliding rail.

By using above-mentioned technical proposal, define that middle plate is being parallel to mounting bracket direction using the cooperation of sliding slot and sliding rail Displacement so that middle plate can along sliding rail stablize moving.

Further, the distance between friction plate, the friction plate to blend stop are provided between the blend stop and stage portion The distance between blend stop is arrived less than stage portion.

By using above-mentioned technical proposal, mold is accurate class component, is rubbed by being arranged between blend stop and stage portion Plate makes blend stop directly be contacted with friction plate when plate in abutting, to which anti-stopping dam causes to wear to mold.

Further, the wedge-shaped in cross-section of the blend stop, and the width of the blend stop upper surface is more than the width of lower face Degree, the friction plate and the contact surface of middle plate and blend stop are the inclined-plane agreed with blend stop.

By using above-mentioned technical proposal, blend stop needs to move in the vertical direction due to blend stop in dismounting, wedge shaped Friction is small between adjacent friction plate and middle plate when moving for the blend stop of setting so that be pushed against friction plate and Blend stop between middle plate will not be by excessive frictional force in dismounting.

Further, opposite on first profiled sheeting and the adjacent side wall of the second profiled sheeting to offer and rubber adapter The groove agreed with, the groove are bonded with the holding of the side wall of male model.

By using above-mentioned technical proposal so that when clamp mount, male model, middle plate and master mold surround middle plate Made of the junction of molding cavity can fit closely so that the outer wall for the rubber adapter produced is smooth, prevent There is flash.

Further, protrusion is provided on the end face that the dynamic model is contacted with mounting bracket, correspondence opens up on the mounting bracket There is the caulking groove being adapted to protrusion.

It can be when placing mounting bracket to peace by the cooperation of protrusion and caulking groove by using above-mentioned technical proposal It shelves and plays positioning action, to improve the precision of mounting bracket.

In conclusion the utility model has the advantages that：

1. the setting of mounting bracket so that rubber adapter can be soon detached from mounting bracket from dynamic model, in order to New mounting bracket is placed, production efficiency is improved；

2. the setting of the extension board and limiting plate of sunk type so that limiting plate to middle plate the position of vertical direction into While row limits, the upper surface of limiting plate can be concordant with the holding of the upper surface of dynamic model, and the setting of dormant bolt will not Dynamic model is influenced to be bonded with cover half closely.

Description of the drawings

Fig. 1 is the general assembly structural schematic diagram of production mould in the present embodiment；

Fig. 2 is the cross-sectional view of molding cavity in the present embodiment；

Fig. 3 is the overall structure diagram of cover half in the present embodiment；

Fig. 4 is the overall structure diagram of dynamic model in the present embodiment；

Fig. 5 is enlarged drawing at A in Fig. 2；

Fig. 6 is dynamic model schematic diagram seperated with blend stop connection structure in the present embodiment；

Fig. 7 is the structural schematic diagram of middle plate in the present embodiment；

Fig. 8 is the seperated schematic diagram of dynamic model and installation frame connecting structure in the present embodiment.

Reference numeral：1, dynamic model；2, cover half；3, rubber adapter；4, mounting groove；5, mounting bracket；6, through-hole；7, raised； 8, caulking groove；9, male model；10, middle plate；101, the first profiled sheeting；102, the second profiled sheeting；11, master mold；12, groove；13, machine is locked Structure；131, blend stop；132, limiting plate；14, extension board；15, stage portion；16, friction plate；17, sliding rail；18, sliding slot.

Specific implementation mode

The utility model is described in further detail below in conjunction with attached drawing.

Shown in referring to Figures 1 and 2, a kind of production mould of electric iron rubber adapter, including dynamic model 1 and cover half 2, cover half 2 settings are moved up and down inside injection moulding machine to suppress rubber adapter 3, and dynamic model 1 is arranged below cover half 2 and and cover half 2 cooperation compacting rubber adapters 3, dynamic model 1 and injection moulding machine are slidably matched the rubber completed with transfer press in the horizontal direction Adapter 3.

With reference to shown in Fig. 2 and Fig. 8, a strip mounting groove 4 is offered on dynamic model 1, mounting bracket is embedded in mounting groove 4 5, through-hole 6 is offered on the dynamic model 1 immediately below mounting bracket 5, and mounting bracket 5 is connected using through-hole 6 with elevating mechanism, and elevating mechanism is excellent It is selected as stroke cylinder so that when taking out rubber adapter 3, stroke cylinder can rise dynamic to be detached from mounting bracket 5 Mould 1.In conjunction with shown in Fig. 5, for convenience of being aligned when mounting bracket 5 is placed on dynamic model 1, connect in dynamic model 1 and mounting bracket 5 It is provided with protrusion 7 on tactile end face, the caulking groove 8 for offering and being adapted to protrusion 7 is corresponded on mounting bracket 5.

With reference to shown in Fig. 2 and Fig. 8, it is wholely set the male model 9 agreed with 3 bottom of rubber adapter on mounting bracket 5, ties It closes shown in Fig. 4, the top of mounting bracket 5 is provided with leans to one side the middle plate 10 agreed with rubber adapter 3, in conjunction with shown in Fig. 3, in middle plate 10 Top is provided with the master mold 11 agreed with 3 top of rubber adapter, and master mold 11 is connected to the injecting glue pipeline of injection moulding machine, is made Obtain the molding cavity that male model 9, middle plate 10 and master mold 11 are encircled into rubber adapter 3.Master mold 11 is fixedly connected with cover half 2, is made Obtaining cover half 2 can move up and down with master mold 11.

It leans to one side the middle plate 10 agreed with rubber adapter 3 with reference to shown in Fig. 4 and Fig. 7, being provided with above mounting bracket 5, in Plate 10 is made of two pieces and the first profiled sheeting 101 of 1 slidingtype of dynamic model assembly and the second profiled sheeting 102,101 He of the first profiled sheeting It is opposite on the adjacent side wall of second profiled sheeting 102 to offer the groove 12 agreed with rubber adapter 3, the groove 12 and male model 9 side wall keeps fitting.To enable the junction of molding cavity to fit closely, it is molded in the first profiled sheeting 101 and second Opposite on the adjacent side wall of plate 102 to offer the groove 12 agreed with rubber adapter 3, groove 12 and the side wall of male model 9 are kept Fitting.

In conjunction with shown in Fig. 4 and Fig. 6, it is additionally provided between middle plate 10 and dynamic model 1 by middle plate 10 and 1 fixed locking of dynamic model Mechanism 13, locking mechanism 13 include being arranged in the detachable blend stop 131 of 10 both sides of middle plate and being kept with 10 upper surface of middle plate The limiting plate 132 of conflict is defined for the lateral position of centering plate 10, has been wholely set on dynamic model 1 and has been kept with middle plate 10 Concordant stage portion 15, blend stop 131 are embedded between stage portion 15 and middle plate 10, to make the first profiled sheeting 101 and the second one-tenth Template 102 can be pushed against mutually.Vertical position for centering plate 10 is defined, in the sunk type that is provided at both ends with of middle plate 10 The upper surface of extension board 14, limiting plate 132 and extension board 14 keeps contradicting, and the upper surface of limiting plate 132 keeps flat with dynamic model 1 Together, limiting plate 132 is affixed by dormant bolt and dynamic model 1.

In conjunction with shown in Fig. 4 and Fig. 6, to prevent cover half 2 by the abrasion of blend stop 131, between blend stop 131 and stage portion 15 It is provided with friction plate 16, and friction plate 16 arrives the distance between blend stop 131 less than the distance between stage portion 15 to blend stop 131. Simultaneously because blend stop 131 is to move from bottom to top when taking out, for convenience of the taking-up of blend stop 131, the cross section of blend stop 131 is in wedge Shape, and the width of 131 upper surface of blend stop is more than the width of lower face, friction plate 16 and middle plate 10 and the contact surface of blend stop 131 is equal For the inclined-plane agreed with blend stop 131.

With reference to shown in Fig. 6 and Fig. 8, mounting bracket 5, the edge between middle plate 10 and stage portion 15 are being taken out for ease of operating personnel The direction of middle plate 10 is provided with sliding rail 17, the sliding slot 18 being adapted to sliding rail 17 is offered on middle plate 10 so that the first one-tenth Template 101 and the second profiled sheeting 102 can slide along the direction far from or close to mounting bracket 5.

The course of work is summarized：When taking out the rubber adapter 3 of completion of processing, cover half 2 is risen with master mold 11 first, Then dynamic model 1 is removed out of injection moulding machine, operating personnel take out the blend stop 131 of 10 both sides of middle plate, make the first profiled sheeting 101 and second profiled sheeting 102 be capable of toward the direction movement far from male model 9, so that rubber adapter 3 is in both sides and top It unlocks, moves up mounting bracket 5 with rubber adapter 3 followed by stroke cylinder so that rubber adapter 3 and mounting bracket 5 are detached from dynamic model 1, and rubber adapter 3 and mounting bracket 5 are taken out together, will be moved after new mounting bracket 5 is then changed in dynamic model 1 Mould 1 moves into injection moulding machine again, without all removing the rubber adapter 3 on dynamic model 1, just carries out next round processing Operation.

This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability Field technique personnel can as needed make the present embodiment the modification of not creative contribution after reading this specification, but As long as all being protected by Patent Law in the right of the utility model.

Claims (8)

1. a kind of production mould of electric iron rubber adapter, which is characterized in that including：

Dynamic model (1) and cover half (2)；

The detachable mounting bracket (5) being equipped with for carrying rubber adapter (3), the mounting bracket (5) on the dynamic model (1) On be wholely set the male model (9) agreed with rubber adapter (3) bottom；

It is provided with above the mounting bracket (5) and leans to one side the middle plate (10) agreed with rubber adapter (3), the middle plate (10) is by two The first profiled sheeting (101) and the second profiled sheeting (102) of block and dynamic model (1) slidingtype assembly form, the middle plate (10) with move It is additionally provided between mould (1) by middle plate (10) and dynamic model (1) fixed locking mechanism (13)；

Master mold being fixedly connected with cover half (2), agreeing with rubber adapter (3) top is provided with above the middle plate (10) (11), the master mold (11) is connected to the injecting glue pipeline of injection moulding machine, the male model (9), middle plate (10) and master mold (11) Molding cavity made of surrounding；And

It is located at immediately below mounting bracket (5) on the dynamic model (1) and offers through-hole (6), the mounting bracket (5) utilizes through-hole (6) It is connected with elevating mechanism, the elevating mechanism can rise mounting bracket (5) to be detached from dynamic model (1).

2. a kind of production mould of electric iron rubber adapter according to claim 1, the locking mechanism (13) include It is arranged in the detachable blend stop (131) of middle plate (10) both sides and keeps the limiting plate contradicted with middle plate (10) upper surface (132), it has been wholely set concordant with middle plate (10) holding on the dynamic model (1) and blend stop (131) has been pushed against on middle plate (10) Stage portion (15), the limiting plate (132) and dynamic model (1) are affixed.

3. a kind of production mould of electric iron rubber adapter according to claim 2, which is characterized in that the middle plate (10) upper surface of the extension board (14) for being provided at both ends with sunk type, the limiting plate (132) and extension board (14) keeps supporting It touches, the upper surface of the limiting plate (132) is concordant with dynamic model (1) holding, and the limiting plate (132) passes through dormant bolt and dynamic model (1) affixed.

4. a kind of production mould of electric iron rubber adapter according to claim 3, which is characterized in that the middle plate (10) it is offered on the middle plate (10) between stage portion (15) along sliding rail (17) is provided with perpendicular to the direction of middle plate (10) The sliding slot (18) being adapted to sliding rail (17).

5. a kind of production mould of electric iron rubber adapter according to claim 2, which is characterized in that the blend stop (131) friction plate (16) is provided between stage portion (15), the distance between described friction plate (16) to blend stop (131) is less than Stage portion (15) arrives the distance between blend stop (131).

6. a kind of production mould of electric iron rubber adapter according to claim 5, which is characterized in that the blend stop (131) wedge-shaped in cross-section, and the width of the blend stop (131) upper surface is more than the width of lower face, the friction plate (16) and the contact surface of middle plate (10) and blend stop (131) is the inclined-plane agreed with blend stop (131).

7. a kind of production mould of electric iron rubber adapter according to claim 1, which is characterized in that the first one-tenth described It is opposite on template (101) and the adjacent side wall of the second profiled sheeting (102) to offer the groove agreed with rubber adapter (3) (12), the groove (12) is bonded with the holding of the side wall of male model (9).

8. a kind of production mould of electric iron rubber adapter according to claim 1, which is characterized in that the dynamic model (1) it is provided on the end face contacted with mounting bracket (5) raised (7), corresponding offer is fitted with raised (7) on the mounting bracket (5) The caulking groove (8) matched.