CN208178227U - A kind of partition type stamping die - Google Patents

Abstract

The utility model discloses a kind of partition type stamping dies, including upper die and lower die, die holder, electronic preloaded module, electronic ejection module, lower die to be mounted on die holder；Tangible chamber is opened up in lower die；Upper mold and lower intermode are realized by several guide posts and several spring stacks and connect cooperation, realize that the activity of upper mold and lower die between vertical direction cooperates using above-mentioned guide post and spring stack；Several electronic preloaded module pottings are in upper mold, the extended upper mold of scalable component of electronic preloaded module, carry out precompressed to the component being mounted in lower die；The utility model is using above-mentioned electric module instead of conventional springs, different precompressed and the difference precompression of different location can be achieved, and it may be implemented in when moving back mould, realize different time ejection and different ejection heights in the position different to part, and then realize profiling ejection, reduce deformation when ejecting to part.

Description

A kind of partition type stamping die

Technical field

It is specifically a kind of to have electronic precompressed and electronic ejecting mechanism the utility model relates to a kind of mold Partition type stamping die.

Background technique

For the punch process of large scale shell softwood matter metalwork, existing stamping die is due to precompressed, punching press It is mostly the linkage work of single power source, so, the size of precompression only passes through the spring sizes of linkage and the decision of material, Precision is poor, and in precompressed, can not realize the successive precompressed to different location on pre- pressure surface and different location well Precompression adjusting respectively, this will cause the squeeze time as required for different sides, and precompression is different, will affect stamping die The formed precision of tool.Existing sample, in part removal, due to shell softwood matter metalwork material and shape, in ejection Ejection cycle and ejecting force have certain requirement, and existing stamping die is not well positioned to meet above-mentioned requirements.

Utility model content

The purpose of the utility model is to overcome deficiency of the prior art, providing one kind, to have multiple independences dynamic The partition type stamping die of the precompressed of multiple spot independence and accurate ejection device is realized in power source.

To achieve the above object, the technical scheme adopted by the utility model is a kind of partition type stamping die, including it is upper Mould, lower die, die holder, electronic preloaded module, electronic ejection module, lower die are mounted on die holder；Tangible chamber is opened up in lower die；On Mould and lower intermode are realized by several guide posts and several spring stacks and connect cooperation, are realized using above-mentioned guide post and spring stack The activity of mould and lower die between vertical direction cooperates；Several electronic preloaded module pottings are in upper mold, electronic preloaded module The extended upper mold of scalable component, precompressed is carried out to the component that is mounted in lower die；Each electronic preloaded module passes through line Cable is connected with the first control box being embedded in upper mold；First control box is used to control the work shape of each electronic preloaded module State；Several electronic ejection modules are embedded in lower die, and the shape chamber that the movable component of electronic ejection module can protrude into lower die is worked as In, it is intracavitary to shape be processed after component eject；Each electronic ejection module passes through cable and works as with lower die is embedded in In second control box be connected；Second control box is for controlling each electronic ejection module；First control box and the second control box Between pass through wireless network connection.

Further, several distance-sensors are additionally provided in lower die, distance-sensor is connected with the second control box, can For real-time monitoring upper mold at a distance from lower intermode.

The utility model using above-mentioned electric module instead of conventional springs, it can be achieved that the different precompressed of different location and Different precompressions, and may be implemented in when moving back mould, the position different to part realizes that different time ejection and different ejections are high Degree, and then realize profiling ejection, reduce deformation when ejecting to part.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model.

Specific embodiment

For convenience of being further described to the utility model, embodiment is enumerated now in conjunction with attached drawing, the utility model is made Further instruction.

Embodiment:

As shown in Figure 1, the utility model includes upper mold 1, lower die 2, die holder 3, electronic preloaded module 4, electronic ejection module 5, lower die 2 is mounted on die holder 3；Tangible chamber is opened up in lower die 2；Pass through several guide posts and several between upper mold 1 and lower die 2 Spring stack realizes connection cooperation, realizes that the activity of upper mold 1 and lower die 2 between vertical direction is matched using above-mentioned guide post and spring stack It closes；Several electronic 4 pottings of preloaded module are in upper mold 1, and the extended upper mold 1 of the scalable component of electronic preloaded module 4 is right The component being mounted in lower die 2 carries out precompressed；Each electronic preloaded module 4 by cable be embedded in upper mold 1 the One control box is connected；First control box is used to control the working condition of each electronic preloaded module 4；Several electronic ejection modules 5 are embedded in lower die 2, and the movable component of electronic ejection module 5 can protrude into the shape chamber of lower die 2, intracavitary to shape to be added Component after work is complete is ejected；Each electronic ejection module 5 by cable be embedded in lower die 2 second control box phase Even；Second control box is for controlling each electronic ejection module 5；Connected between first control box and the second control box by wireless network It connects.Several distance-sensors are additionally provided in lower die 2, distance-sensor is connected with the second control box, can be used in real-time monitoring Mould 1 between lower die 2 at a distance from.

The above descriptions are merely preferred embodiments of the present invention, not makees in any form to the utility model Limitation, any person skilled in the art is changed or is modified to possibly also with the technology contents of the disclosure above equivalent The equivalent embodiment of variation, but it is all without departing from the content of the technical scheme of the utility model, according to the technical essence of the utility model Any simple modification, equivalent change and modification to the above embodiments still fall within the model of technical solutions of the utility model In enclosing.

Claims (1)

1. a kind of partition type stamping die, it is characterised in that: including upper die and lower die, die holder, electronic preloaded module, electronic ejection Module, lower die are mounted on die holder；Tangible chamber is opened up in lower die；Upper mold and lower intermode pass through several guide posts and several bullets Spring column realizes connection cooperation, realizes that the activity of upper mold and lower die between vertical direction cooperates using above-mentioned guide post and spring stack；If Dry electronic preloaded module potting is in upper mold, the extended upper mold of scalable component of electronic preloaded module, to being mounted on down Component on mould carries out precompressed；Each electronic preloaded module pass through cable be embedded in upper mold first control box phase Even；First control box is used to control the working condition of each electronic preloaded module；Several electronic ejection modules are embedded in lower die In the middle, the movable component of electronic ejection module can protrude into the shape chamber of lower die, it is intracavitary to shape be processed after component into Row ejection；Each electronic ejection module passes through cable and is connected with the second control box being embedded in lower die；Second control box is used In each electronic ejection module of control；Pass through wireless network connection between first control box and the second control box；It is additionally provided in lower die Several distance-sensors, distance-sensor are connected with the second control box, can be used for real-time monitoring upper mold at a distance from lower intermode.