CN209871631U - Waste discharge structure for die cutting machine - Google Patents

Abstract

The utility model relates to a waste discharge structure for a die cutting machine, which comprises an upper mechanism and a lower mechanism, wherein the upper mechanism comprises an upper input mechanism, an upper waste discharge mechanism and an upper output mechanism, a first press and an upper channel are arranged in the upper waste discharge mechanism, an upper through groove for workpiece falling is arranged in the upper channel, two ends of the upper channel are respectively communicated with the upper input mechanism and the upper output mechanism, and the other end of the upper output mechanism is connected with a first collecting device; the lower mechanism comprises a lower input mechanism and a lower waste discharge mechanism, a second press and a magazine are arranged in the lower waste discharge mechanism, the magazine comprises a shell and a lifting platform, a through hole for the lifting platform to move is formed in the shell, the through hole is the same as the outer diameter of a workpiece, an outlet is formed in one side of the shell, the lifting platform is sleeved in the through hole, a lifting device is connected with the lower part of the lifting platform, a waste discharge hole is formed in the lifting platform, and a second collecting device is arranged below the magazine. Use the utility model discloses afterwards, can make the outer lane of processing material arrange all realize the waste discharge smoothly with the inner circle, guarantee follow-up production activity.

Description

Waste discharge structure for die cutting machine

Technical Field

The utility model relates to a cross cutting machine accessory field especially relates to a cross cutting machine is with wasting discharge structure.

Background

Die cutting is a widely used production method in the manufacture of electronic devices. The die cutting is a processing mode for quickly forming materials into a preset shape through a fixed processing procedure, and along with the development of the technology, the current die cutting processing has the characteristics of high processing precision and high working efficiency, so that the die cutting machine is very suitable for the electronic product manufacturing industry with huge production capacity and high requirements on processing technology, and is widely used in the industry.

The production line of cross cutting machine includes feeding, cross cutting processing, ejection of compact triplex, in prior art, can encounter following problem: some raw materials need to be processed outer lane and inner circle simultaneously, have the waste material simultaneously and need carry out the waste discharge work in outer lane and inner circle after carrying out the cross cutting, but carry out the waste discharge to outer lane and inner circle simultaneously and have the difficulty, and because the raw and other materials of every batch probably have the difference, lead to the condition that has the waste discharge work difficulty.

SUMMERY OF THE UTILITY MODEL

In order to solve the problem, the utility model provides a cross cutting machine is with waste discharge structure uses the utility model discloses afterwards, can make the outer lane of processing material arrange all realize waste discharge smoothly with the inner circle, guarantee follow-up production activity.

The utility model discloses the technical scheme who adopts as follows:

a waste discharge structure for a die cutting machine comprises an upper mechanism and a lower mechanism, wherein the upper mechanism comprises an upper input mechanism, an upper waste discharge mechanism and an upper output mechanism, a first press and an upper channel are arranged in the upper waste discharge mechanism, an upper through groove for workpiece falling is arranged in the upper channel, two ends of the upper channel are respectively communicated with the upper input mechanism and the upper output mechanism, and the other end of the upper output mechanism is connected with a first collecting device; the mechanism includes input mechanism and the waste discharge mechanism down, set up second press, magazine in the waste discharge mechanism down, the magazine includes with shell and lift platform, set up the through-hole that can supply lift platform to remove in the shell, the through-hole is the same with the work piece external diameter, the export is seted up to shell one side, the lift platform cover is established in the through-hole, lift device is connected to lift platform down, the last useless hole of arranging of lift platform, the magazine below sets up the second and collects the device.

The further technical scheme is as follows:

the upper input mechanism is a roller way;

the upper output mechanism is a roller way;

the lower input mechanism is a roller way;

the lifting device is a stepping motor.

The utility model has the advantages as follows:

the utility model has simple structure and convenient operation, a required workpiece is brought into the upper waste discharge mechanism through the upper input roller way, the useful workpiece falls into the lower input roller way through the upper through groove by the work of the first press, and the outer ring waste is still in the upper channel and is finally discharged into the first searching device; the useful workpiece is brought into the lower waste discharge mechanism through the lower input roller way, the magazine positions the useful workpiece, the waste material of the inner ring of the workpiece is pressed out through the waste discharge hole and falls into the second collection device through the cooperative work of the second press and the lifting platform, and the useful workpiece is taken out of the magazine. Use the utility model discloses back not only can discharge outer lane waste material and inner circle waste material simultaneously, can also become pile with the work piece and pile up, saved the follow-up time of collecting work piece, packing work piece of workman.

Drawings

Fig. 1 is an overall sectional view of the present invention.

Fig. 2 is a perspective view of the upper waste discharge mechanism of the utility model.

Fig. 3 is a perspective view of the middle and lower waste discharge mechanism of the present invention.

FIG. 4 is a top view of the middle lifting platform of the present invention

Wherein: 1. an upper input roller way; 2. an upper waste discharge mechanism; 201. a first press; 202. an upper channel; 203. an upper through groove; 3. an upper run-out table; 4. a first collecting device; 5. a lower input roller way; 6. a waste discharge mechanism; 601. a second press; 602. a magazine; 6021. a housing; 6022. a lifting platform; 6023. an outlet; 6024. a stepping motor; 6025. waste discharge holes; 7. a second collecting device.

Detailed Description

The following describes embodiments of the present invention with reference to the drawings.

As shown in fig. 1 to 4, the waste discharge structure for the die cutting machine comprises an upper mechanism and a lower mechanism, wherein the upper mechanism comprises an upper input device (i.e. an upper input roller way 1), an upper waste discharge mechanism 2 and an upper output device (i.e. an upper output roller way 3), a first press 201 and an upper channel 202 are arranged in the upper waste discharge mechanism 2, an upper through groove 203 for a workpiece to fall is arranged in the upper channel 202, two ends of the upper channel 202 are respectively communicated with the upper input roller way 1 and the upper output roller way 3, and the other end of the upper output roller way 3 is connected with a first collection device 4; the lower mechanism comprises a lower input device (namely a lower input roller way 5) and a lower waste discharge mechanism 6, a second press 601 and a magazine 602 are arranged in the lower waste discharge mechanism 6, the magazine 602 comprises a shell 6021 and a lifting platform 6022, a through hole for the lifting platform 6022 to move is formed in the shell 6021, the through hole has the same outer diameter as a workpiece, an outlet 6023 is formed in one side of the shell 6021, the lifting platform 6022 is sleeved in the through hole, a stepping motor 6024 is connected below the lifting platform 6022, a waste discharge hole 6025 is formed in the lifting platform 6022, and a second collection device 6027 is arranged below the magazine 602.

By using the utility model, a workpiece needing to be discarded is put on the upper input roller way 1, the upper input roller way 1 rotates to bring the workpiece into the upper channel 202 of the upper discarding mechanism 2, the first press 201 works downwards, because the size of the upper through groove 203 arranged in the upper channel 202 is larger than that of a useful workpiece and smaller than that of an outer ring waste material part, the first press 201 can work downwards just to enable the useful workpiece to fall downwards into the lower input roller way 5, the outer ring waste material is still in the upper channel 202, and the fallen waste material is ejected out of the upper channel 202 by the workpiece entering from the back to enter the upper output roller way 3 and is further discharged into the first collecting device 4; the workpiece falling into the lower input roller table 5 is brought into the lower waste discharge mechanism 6, at this time, the distance between the lifting platform 6022 and the top end of the shell 6021 is just equal to the thickness of one workpiece, the workpiece just enters the through hole and is positioned by the shell 6021 because the through hole has the same outer diameter as the workpiece, the second press 601 works downwards to press the waste material of the inner ring of the workpiece out to the second collection device 7 through the waste discharge hole 6025, then the stepping motor 6024 drives the lifting platform 6022 to move downwards by the thickness of one workpiece to wait for the waste discharge of the next workpiece until the lifting platform 6022 descends to a set position (not shown), then the alarm is given through a system background (not shown), meanwhile, the lifting platform 6022 descends to the bottom of the magazine 602, and the worker takes out the waste-discharged workpiece through the outlet 6023. Use the utility model discloses back not only can discharge outer lane waste material and inner circle waste material simultaneously, can also become pile with the work piece and pile up, saved the follow-up time of collecting work piece, packing work piece of workman.

The above description is for the purpose of explanation and not limitation of the invention, which is defined in the claims, and any modifications may be made within the scope of the invention.

Claims (5)

1. The utility model provides a cross cutting machine is with wasting discharge structure which characterized in that: the automatic feeding device comprises an upper mechanism and a lower mechanism, wherein the upper mechanism comprises an upper input mechanism, an upper waste discharge mechanism (2) and an upper output mechanism, a first press (201) and an upper channel (202) are arranged in the upper waste discharge mechanism (2), an upper through groove (203) for a workpiece to fall is arranged in the upper channel (202), two ends of the upper channel (202) are respectively communicated with the upper input mechanism and the upper output mechanism, and the other end of the upper output mechanism is connected with a first collecting device (4); the lower mechanism comprises a lower input mechanism and a lower waste discharge mechanism (6), a second press (601) and a magazine (602) are arranged in the lower waste discharge mechanism (6), the magazine (602) comprises a shell (6021) and a lifting platform (6022), a through hole for the lifting platform (6022) to move is formed in the shell (6021), the through hole is the same as the outer diameter of a workpiece, an outlet (6023) is formed in one side of the shell (6021), the lifting platform (6022) is sleeved in the through hole, a lifting device is connected with the lifting platform (6022) in a lower mode, a waste discharge hole (6025) is formed in the lifting platform (6022), and a second collection device (7) is arranged below the magazine (602).

2. The waste discharge structure for die-cutting machine according to claim 1, wherein: the upper input mechanism is an upper input roller way (1).

3. The waste discharge structure for die-cutting machine according to claim 1, wherein: the upper output mechanism is an upper output roller table (3).

4. The waste discharge structure for die-cutting machine according to claim 1, wherein: the lower input mechanism is a lower input roller way (5).

5. The waste discharge structure for die-cutting machine according to claim 1, wherein: the lifting device is a stepping motor (6024).