CN209139815U - Auxiliary output device for automobile synchronizer gear molding apparatus - Google Patents

Abstract

The utility model discloses a kind of auxiliary output devices for automobile synchronizer gear molding apparatus, including molding apparatus ontology, it is provided with lower die, the lower template for installing lower die, upper mold and the cope plate for installing upper mold, further includes: rack, two, symmetrically it is fixed on the two sides of lower template；Sliding rail is fixed on the rack；Vehicle frame；Wheel, four, axle is fixed on vehicle frame, and wheel offers the ring groove being adapted to sliding rail, is only capable of rolling along sliding rail；Manipulator is fixed on vehicle frame；Cylinder, cylinder body is fixed through bracket with rack, connecting rod and vehicle frame are fixed；Solenoid valve, outlet cylinder, inlet communication air pump, the electric appliance control box of the coil connection molding apparatus ontology of solenoid valve；There is structurally reasonable, at low cost, automatic control output of products, powder to clean out, do not increase the beneficial effect of disposal costs for the utility model.

Description

Auxiliary output device for automotive synchronizer gear molding equipment

technical field

The utility model relates to an auxiliary output device used for a gear molding device of an automobile synchronizer.

Background technique

In the process of automobile synchronizer gear processing, the first process is to put metal powder into the mold and extrude it with a high-pressure press. The formed synchronizer gear has metal powder and needs to be cleaned. The equipment is nearly ten meters high, and the lower mold and the lower template for installing the lower mold are also more than 2 meters high. After demoulding, an auxiliary output device is required to output the automobile synchronizer gear.

Utility model content

According to the above requirements, the present utility model provides an auxiliary output device for the automobile synchronizer gear molding equipment, which can output the synchronizer gear.

The technical scheme of the present utility model is:

An auxiliary output device for a gear molding equipment of an automobile synchronizer, comprising a molding equipment body, which is provided with a lower mold, a lower template for installing the lower mold, an upper mold, and an upper template for installing the upper mold, further comprising:

Racks, two, symmetrically fixed on both sides of the lower formwork;

Slide rails, which are fixed to the rack;

frame;

Four wheels, the axles of which are fixed on the frame, and the wheels are provided with circular grooves adapted to the slide rails, which can only roll along the slide rails;

The manipulator, which is fixed on the frame;

Cylinder, the cylinder body is fixed with the frame by the bracket, and the connecting rod is fixed with the frame;

The solenoid valve, the outlet of which is connected to the cylinder, the inlet is connected to the air pump, and the coil of the solenoid valve is connected to the electrical control box of the molding equipment body;

When the body of the molding equipment is demoulded, the cylinder connecting rod is stretched, and the manipulator can follow the frame to push the automobile synchronizer gear on the lower mold to the inclined output slideway.

It should be noted that the electrical control box of the molding equipment body is controlled by PLC. When the demoulding is completed, the upper mold and the upper mold plate on which the upper mold is installed are raised, the PLC controls the action of the solenoid valve, and the cylinder connecting rod is stretched to send out the automobile synchronizer gear. After that, The PLC controls the cylinder reset again and enters the next cycle.

Preferably, the manipulator is provided with a bell mouth, the center line of the bell mouth intersects with the center of the automobile synchronizer gear, and the manipulator is made of a metal plate.

The output slideway is provided with slideway powder filter holes, and also includes:

The chute powder storage box, which is detachably installed on the back of the output chute, can receive the powder leaking from the chute powder filter hole;

The transition plate is installed between the output platform and the output slideway of the molding press, and the transition plate is provided with a transition plate powder filter hole;

The transition plate powder storage box is detachably installed on the back of the transition plate, and the transition plate powder storage box can receive the powder leaked from the powder filter hole of the transition plate.

In order to remove the powder brushing off on the upper surface and the circumferential surface of the synchronizer gear, the two side plates of the output slideway are provided with card grooves, and also include:

The brush handle is embedded in the card slot, and the bristles are aligned with the synchronizer gear sliding down from the output slideway, which can brush off the powder on the upper surface and the circumferential surface of the synchronizer gear.

Preferably, the chute powder storage box and the transition plate powder storage box have the same installation structure, wherein:

A chute powder storage box, in the shape of a dustpan, the lower part of which is hinged with the back of the output chute at a hinge point, the two side panels of the chute powder storage box are flanged, and further includes:

There are two bolt rods, which are rotatably installed on the back of the output slideway. The bolt rods are provided with a corner. When the corner is rotated to the bottom of the flange, it can support the powder storage box of the slideway from falling. When the corner is rotated to leave When under the flanging, the chute powder storage box can be pivoted around the hinge point to pour out the powder.

It should be noted that the same installation structure of the chute powder storage box and the transition board powder storage box means that the chute powder storage box and the transition board powder storage box have the same shape and the same fixing method.

The utility model has the beneficial effects of reasonable structure, low cost, automatic control of product output, clean powder, and no increase in cleaning cost.

Description of drawings

Figure 1 is a schematic diagram of the overall structure of the utility model.

FIG. 2 is a schematic diagram of the structure of the output chute of the present invention.

FIG. 3 is a side view of the related structure of the chute powder storage tank.

Detailed ways

Now in conjunction with the accompanying drawings, the utility model will be further described:

As shown in the figure, an auxiliary output device for automobile synchronizer gear molding equipment includes a molding equipment body, which is provided with a lower mold 31, a lower template 32 for installing the lower mold 31, an upper mold, and an upper template for installing the upper mold , which is characterized in that it also includes:

Two racks 51 are symmetrically fixed on both sides of the lower template 32;

the slide rail 52, which is fixed on the rack 51;

frame 62;

There are four wheels 63, the axles of which are fixed on the frame 62, and the wheels 63 are provided with annular grooves adapted to the slide rails 52, which can only roll along the slide rails 52;

The manipulator 61, which is fixed on the frame 62;

The cylinder 65, the cylinder body of which is fixed with the frame 51 through the bracket 64, and the connecting rod is fixed with the frame 62;

The solenoid valve, the outlet of which is connected to the cylinder 65, the inlet is connected to the air pump, and the coil of the solenoid valve is connected to the electrical control box of the molding equipment body;

After the body of the molding equipment is demolded, the connecting rod of the cylinder 65 is stretched, and the manipulator 61 can follow the frame 62 to push the automobile synchronizer gear 4 on the lower mold 31 to the inclined output slideway 1 .

The manipulator 61 is provided with a bell mouth, and the center line of the bell mouth intersects with the center of the automobile synchronizer gear 4 , and the manipulator 61 is made of a metal plate.

The output chute 1 is provided with chute powder filter holes 101, and further includes:

The chute powder storage box 11, which is detachably installed on the back of the output chute 1, can receive the powder leaked from the chute powder filter hole 101;

The transition plate 13 is installed between the output platform 51 of the molding press and the output slideway 1, and the transition plate 13 is provided with a transition plate powder filter hole;

The transition plate powder storage box 14 is detachably installed on the back of the transition plate 14, and the transition plate powder storage box 14 can receive the powder leaked from the powder filter hole of the transition plate.

The two side plates of the output slideway 1 are provided with card slots 102, which also include:

The brush 12 has its handle embedded in the card slot 102 , and the bristles are aligned with the synchronizer gear 4 sliding down from the output chute 1 , which can brush off the powder on the upper surface and the circumferential surface of the synchronizer gear 4 .

The mounting structure of the chute powder storage box 11 and the transition plate powder storage box 14 is the same, wherein:

The chute powder storage box 11 is in the shape of a dustpan, the lower part of which is hinged with the back of the output chute 1 at a hinge point 110, the two side plates of the chute powder storage box 11 are provided with flanges 111, and further includes:

There are two bolt rods 112, which are rotatably installed on the back of the output chute 1. The bolt rods 112 are provided with a curved angle. When the curved angle is rotated below the flange 111, it can support the chute powder storage box 11 from falling. When the corner is rotated to leave below the flange 111, the chute powder storage box 11 can be rotated around the hinge point 110, so as to pour out the powder.

Claims (5)

1. An auxiliary output device for an automobile synchronizer gear molding equipment, comprising a molding equipment body, which is provided with a lower mold (31), a lower template (32) for installing the lower mold (31), an upper mold, and an upper mold for mounting The upper template, characterized in that it also includes: Two racks (51) are symmetrically fixed on both sides of the lower template (32); a slide rail (52), which is fixed on the rack (51); frame (62); Wheels (63), four, the axles of which are fixed on the frame (62), the wheels (63) are provided with annular grooves adapted to the slide rails (52), and the wheels (63) can only roll along the slide rails (52) ; a manipulator (61), which is fixed on the frame (62); a cylinder (65), the cylinder body of which is fixed to the frame (51) through the bracket (64), and the connecting rod is fixed to the frame (62); A solenoid valve, the outlet of which is connected to the cylinder (65), the inlet is connected to the air pump, and the coil of the solenoid valve is connected to the electrical control box of the molding equipment body; When the body of the molding equipment is demolded, the connecting rod of the cylinder (65) is stretched, and the manipulator (61) follows the frame (62) to push the auto synchronizer gear (4) on the lower mold (31) to the output slide set at an angle. Road (1). 2. An auxiliary output device for automobile synchronizer gear molding equipment according to claim 1, characterized in that, the manipulator (61) is provided with a bell mouth, and the center line of the bell mouth is the same as that of the automobile The synchronizer gears (4) intersect at the center, and the manipulator (61) is made of sheet metal. 3. The auxiliary output device for automobile synchronizer gear molding equipment according to claim 2, wherein the output slideway (1) is provided with a slideway powder filter hole (101), and further include: The chute powder storage box (11), which is detachably installed on the back of the output chute (1), and can receive the powder leaked from the chute powder filter hole (101); a transition plate (13), which is installed between the output platform (51) of the molding press and the output slideway (1), and the transition plate (13) is provided with a transition plate powder filter hole; The transition plate powder storage box (14) is detachably installed on the back of the transition plate (13), and the transition plate powder storage box (14) can receive the powder leaked from the powder filter hole of the transition plate. 4 . The auxiliary output device for automobile synchronizer gear molding equipment according to claim 3 , wherein the two side plates of the output slideway ( 1 ) are provided with card slots ( 102 ), and further comprising: 5 . : The brush (12), the handle of which is embedded in the card slot (102), the bristles are aligned with the synchronizer gear (4) sliding down from the output slideway (1), which can remove the powder on the upper surface and the circumferential surface of the synchronizer gear (4). brush off. 5. The auxiliary output device for automobile synchronizer gear molding equipment according to claim 3, characterized in that the mounting structure of the chute powder storage box (11) and the transition plate powder storage box (14) same, where: The chute powder storage box (11) is in the shape of a dustpan, the lower part of which is hinged with the back of the output chute (1) at a hinge point (110), and the two side plates of the chute powder storage box (11) have flanges ( 111), which also includes: There are two bolt rods (112), which are rotatably installed on the back of the output slideway (1). The bolt rods (112) are provided with a curved angle. When the curved angle is rotated to the bottom of the flange (111), it can support the slideway. The powder storage box (11) does not fall, and when the corner is rotated to leave below the flange (111), the chute powder storage box (11) can be rotated around the hinge point (110) to pour out the powder.