CN208787409U - A kind of mold of self-feeding - Google Patents

Abstract

The utility model discloses a kind of molds of self-feeding, it is related to technical field of mold, including dynamic model, cover half and driving assembly, by the way that power part is arranged on dynamic model, delivery section is set on the table, power is provided for power part using the movement of dynamic model, it is more to solve the problems, such as to need additional motor offer power guide to send a telegraph resource consumption in the prior art.The utility model has the following advantages that and effect: providing power using the movement of dynamic model for power part, without adding additional motor, and then reduces electric resources and consume and reduce production cost.

Description

A kind of mold of self-feeding

Technical field

The utility model relates to technical field of mold, in particular to a kind of mold of self-feeding.

Background technique

When being processed using mold to workpiece, after the completion of making a work pieces process, mold can be in time under One workpiece is processed, it will usually and driving assembly is set at mold and drives the workpiece that completes the process far from mold, and it is usual Driving assembly provide power by additional motor, need additionally to consume electric resources, processing cost caused to increase.

Utility model content

The purpose of the utility model is to provide a kind of mold of self-feeding, there is the power that can be provided using dynamic model to drive The dynamic workpiece completed the process is far from dynamic model and the advantages of cover half.

The above-mentioned technical purpose of the utility model has the technical scheme that a kind of mould of self-feeding Have, including dynamic model and cover half, the driving assembly for driving the workpiece completed the process far from mold, the drive are provided on mold Dynamic component provides power by the movement of dynamic model.

By using above-mentioned technical proposal, by the way that driving assembly is arranged on mold, offer when can use mold work The workpiece that completes the process of power drive far from mold, without adding additional motor, and then reduce the consumption of electric resources And reduce production cost.

Further, the driving component includes: to be assemblied in power part of the dynamic model far from workpiece input terminal one end；With And delivery section on the table is assembled, the delivery section is used to the workpiece completed the process being delivered to mold from mold remote Side from workpiece input terminal.

By using above-mentioned technical proposal, power part is mounted on dynamic model, so that power part can use dynamic model movement The active force generated in the process drives the workpiece completed the process as power, without adding additional motor, to save Electric resources, and then reduce production cost.

Further, described power part one end mutually assembled with the dynamic model, the other end it is hanging, and the power part is hanging The end face of one end is towards mold outer incline；The delivery section include two idler wheels, both ends being installed on the workbench respectively with institute State roller bearing that idler wheel mutually assembles, the hook that is mounted on the roller bearing and one end are mounted at the axle center of idler wheel, the other end with The tension spring that workbench mutually assembles, the hook are adapted to the through-hole being provided on the workpiece completed the process.

By using above-mentioned technical proposal, when dynamic model is close to cover half, dynamic model drives rolling of the power part on workbench Wheel, until when power part and idler wheel push against, active force of the idler wheel by power part, the active force is cut from power part and idler wheel edge Point place is directed toward the axle center of idler wheel, the Force decomposition for a component vertically downward and one horizontally toward mold far from workpiece The component of one side direction of input terminal, horizontal component driving idler wheel rotate and along the direction away from workpiece input terminal far from mould Tool, to make to tangle the workpiece completed the process and be taken away mold, until power part is to idler wheel when dynamic model is far from cover half Active force disappears, and the screen resilience of tension spring can drive idler wheel to rotate backward, so that idler wheel be made to return to initial position, then carry out next Task process, structure is simple and acts on without additional motor, reduces production cost.

Further, the rolling groove being adapted to idler wheel is installed on workbench.

By using above-mentioned technical proposal, the setting of rolling groove rolls idler wheel along specific track, thus Make hook that can more accurately tangle the workpiece completed the process and take away mold range.

Further, the roller bearing both ends are provided with hook, and the hook at the roller bearing both ends is symmetrical arranged.

By using above-mentioned technical proposal, two symmetrical hooks are set, the workpiece completed the process can be made to be hung Movement when firmly and taking away mold is more steady, to reduce the workpiece completed the process during being brought away from because of two sides stress Probability that is uneven and being detached from hook improves work so that process of the workpiece completed the process far from mold is more smooth Efficiency.

Further, workbench offers the holding tank for accommodating hook close to one end of hook.

It is accommodated when the setting of holding tank is so that roller bearing and hook are in initial position by using above-mentioned technical proposal Slot can accommodate hook, when the through-hole opened up on the workpiece completed the process is connected to holding tank, hook can more easily by The workpiece completed the process tangles, so that driving assembly driving process of the workpiece far from mold is more smooth, and then improves work Efficiency.

Further, the radius of the idler wheel is the 1.5- for linking up with the spacing between roller bearing one end and separate roller bearing one end 2 times.

By using above-mentioned technical proposal, by roller radius be set as linking up with close to roller bearing one end and far from roller bearing one end it Between 1.5-2 times of spacing so that linking up with can hold the minimum range between power part during hook is rotated with roller bearing Workpiece passes through, so that reduce causes workpiece to be difficult to by making to hang and take workpiece because the distance between hook and power part are too small The probability of failure.

Further, one end that the power part is abutted with the idler wheel offers rounded corner.

By using above-mentioned technical proposal, during the setting of rounded corner is so that power part abuts with idler wheel, power part It is lower to the degree of wear of idler wheel, to extend the service life of idler wheel.

In conclusion the utility model has the following beneficial effects:

1. power is provided for driving assembly using the movement of dynamic model by the way that driving assembly is arranged on mold, without Additional motor is added, and then reduces electric resources and is consuming and reducing production cost；

2. by the way that two symmetrical hooks are arranged on roller bearing, so that process of the workpiece completed the process far from mold Middle movement is more stable, so that the workpiece completed the process is not easy to be detached from hook during far from mold, so that work Make more efficient.

Detailed description of the invention

Fig. 1 is the overall structure diagram of mold in the utility model embodiment；

Fig. 2 is the enlarged drawing of details A in Fig. 1；

Fig. 3 is the detail view of mold in the utility model embodiment.

Appended drawing reference: 1, dynamic model；2, cover half；3, workbench；31, rolling groove；32, holding tank；4, driving assembly；41, it moves Power portion；411, rounded corner；42, delivery section；421, idler wheel；422, roller bearing；423, it links up with；424, tension spring；5, workpiece；51, through-hole.

Specific embodiment

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

Embodiment:

A kind of mold of self-feeding, as shown in Figure 1, including dynamic model 1 and cover half 2, cover half 2 is assembled with 3 phase of workbench, mould The driving assembly 4 for driving the workpiece 5 completed the process far from mold is provided on tool, and driving assembly 4 is provided by dynamic model 1 and moved Power can make the workpiece 5 completed the process far from mold without adding additional motor, and the consumption and reduction for reducing electric resources are produced into This.

In conjunction with Fig. 2 and Fig. 3, driving assembly 4 includes being assemblied in power part 41 He of the dynamic model 1 far from 5 input terminal one end of workpiece The delivery section 42 being assemblied on workbench 3, delivery section 42 is for the workpiece 5 completed the process to be delivered to far from mold from mold The consumption of electric resources is reduced so that realizing using the movement of dynamic model 1 is that power part 41 provides power in the side of 5 input terminal of workpiece And reduce production cost；

Wherein, one end of power part 41 and the assembly of 1 phase of dynamic model, the other end are hanging, and the end of hanging one end of power part 41 Facing towards mold outer incline；Delivery section 42 include two idler wheels 421, both ends being mounted on workbench 3 respectively with 421 phase of idler wheel The roller bearing 422 of assembly, the hook 423 being mounted on roller bearing 422 and one end be mounted at the axle center of idler wheel 421, the other end with The tension spring 424 of 3 phase of workbench assembly, hook 423 are adapted to the through-hole being provided on the workpiece 5 completed the process, when mold work, Dynamic model 1 drives idler wheel 421 of the power part 41 on workbench 3 close to cover half 2, until power part 41 is abutted with idler wheel 421 When, active force of the idler wheel 421 by power part 41, the active force is directed toward rolling from the point of contact at power part 41 Yu 421 edge of idler wheel The axle center of wheel 421, the Force decomposition be a component vertically downward and one horizontally toward mold far from 5 input terminal of workpiece The component of one side direction, horizontal component driving idler wheel 421 rotates and backwards to 5 input terminal of workpiece far from mold, to make to hang Hook 423 tangles the workpiece 5 completed the process and is taken away mold, until power part 41 is to idler wheel 421 when dynamic model 1 is far from cover half 2 Active force disappears, and the screen resilience of tension spring 424 can drive idler wheel 421 to rotate backward, to make idler wheel 421 return to initial position, so After carry out the course of work next time, structure is simple and acts on without additional motor, reduces production cost.

For make idler wheel 421 roll process it is more smooth, the rolling groove 31 being adapted to idler wheel 421 is mounted on workbench 3, So that idler wheel 421 can be rolled along set track, the workpiece 5 tangled is reduced during scrolling because of stress Probability that is uneven and being detached from hook 423 improves so that process of the workpiece 5 far from mold completed the process is more smooth Working efficiency.

To enable process of the workpiece completed the process 5 far from mold to move more stablely, it is respectively provided at 422 both ends of roller bearing There is hook 423, and link up with 423 and be symmetrical arranged at the both ends of roller bearing 422, to make the position of 423 pairs of workpiece 5 of hook balancedly Be distributed in the two sides of workpiece 5 so that 5 two sides stress of workpiece is more balanced so that workpiece 5 far from mold during be not easy to take off From hook 423.

It is offered close to one end of hook 423 for accommodating the holding tank 32 for linking up with 423 in workbench 3, so that hanging When hook 423 is in initial position, holding tank 32 can accommodate hook 423, and when be provided on the workpiece 5 that complete the process through-hole with When holding tank 32 is connected to, hook 423 can be tangled workpiece 5 from the connectivity part of through-hole and holding tank 32, so that hook 423 tangles The process of workpiece 5 is more smooth, and hook 423 is accommodated in holding tank 32 and workpiece 5 is not interfered to be moved at hook 423.

To reduce abrasion of the power part 41 to idler wheel 421 during power part 41 is abutted with idler wheel 421, in power part 41 The one end abutted with idler wheel 421 offers rounded corner 411, since the end slope of the hanging one end of power part 41 is arranged, so that The end forms cutting edge shape, and rounded corner 411 then avoids and forms cutting edge shape at the end, reduces power part 41 to idler wheel 421 abrasion.

In addition, setting hook 423 close to rolling for 421 radius of idler wheel to improve the success rate that hook 423 hangs and takes workpiece 5 1.5-2 times of spacing between 422 one end of axis and separate 422 one end of roller bearing, so that when hook 423 is with the mistakes of the rotation of roller bearing 422 Cheng Zhong, the minimum range between hook 423 and power part 41 can hold workpiece 5 and pass through, to reduce because of hook 423 and power part 41 The distance between it is too small and make hook 423 hang and take workpiece 5 failure probability.

The course of work is summarized: when dynamic model 1 is abutted close to cover half 2 to power part 41 with idler wheel 421, idler wheel 421 is by dynamic The active force in power portion 41 simultaneously rolls under the action of the horizontal component of the active force simultaneously far from mold, and roller bearing 422 is with roller bearing 422 Rotation, so that hook 423 is then hung up on hook 423 as roller bearing 422 rotates and tangles the workpiece 5 completed the process Workpiece 5 be brought away from mold, until power part 41 is also therewith far from idler wheel 421, so that power when dynamic model 1 is separated with cover half 2 Portion 41 acts on the disappearance of the power on idler wheel 421, so that idler wheel 421 is rotated backward under the action of tension spring 424 and returned to just Beginning position is finally continuing the course of work next time, can be completed, reduce without adding additional motor in whole process The consumption of electric resources, to reduce production cost.

This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but As long as all by the protection of Patent Law in the scope of the claims of the utility model.

Claims (8)

1. a kind of mold of self-feeding, including dynamic model (1) and cover half (2), wherein cover half (2) is mutually assembled with workbench (3), It is characterized in that, the driving assembly (4) for driving the workpiece completed the process (5) separate mold, the driving is provided on mold Component (4) provides power by the movement of dynamic model (1).

2. the mold of self-feeding according to claim 1, which is characterized in that the driving component (4) includes: to be assemblied in Power part (41) of the dynamic model (1) far from workpiece (5) input terminal one end；And it is assemblied in the delivery section on workbench (3) (42), the delivery section (42) is used to the workpiece (5) completed the process being delivered to mold from mold far from workpiece (5) input terminal Side.

3. the mold of self-feeding according to claim 2, which is characterized in that moved with described described power part (41) one end Mould (1) mutually assembles, the other end is hanging, and the end face of hanging one end of the power part (41) is towards mold outer incline；It is described defeated Sending portion (42) includes what two idler wheels (421), both ends being mounted on workbench (3) were mutually assembled with the idler wheel (421) respectively Roller bearing (422), the hook (423) being mounted on the roller bearing (422) and one end are mounted at the axle center of idler wheel (421), are another The tension spring (424) that one end is mutually assembled with workbench (3), it is described to link up with (423) and be provided with leading on the workpiece (5) completed the process Hole adaptation.

4. the mold of self-feeding according to claim 3, which is characterized in that be equipped on workbench (3) and idler wheel (421) rolling groove (31) being adapted to.

5. the mold of self-feeding according to claim 3, which is characterized in that roller bearing (422) both ends are provided with It links up with (423), and the hook (423) at the roller bearing (422) both ends is symmetrical arranged.

6. the mold of self-feeding according to claim 3, which is characterized in that the one of the close hook (423) of workbench (3) End offers the holding tank (32) for accommodating hook (423).

7. the mold of self-feeding according to claim 3, which is characterized in that the radius of the idler wheel (421) is hook (423) 1.5-2 times close to roller bearing (422) one end and far from spacing between roller bearing (422) one end.

8. the mold of self-feeding according to claim 3, which is characterized in that the power part (41) and the idler wheel (421) one end abutted offers rounded corner (411).