WO2019047325A1

WO2019047325A1 - Automatic blanking and packaging device

Info

Publication number: WO2019047325A1
Application number: PCT/CN2017/105700
Authority: WO
Inventors: 贺森森
Original assignee: 河南裕展精密科技有限公司
Priority date: 2017-09-08
Filing date: 2017-10-11
Publication date: 2019-03-14
Also published as: CN206939161U

Abstract

An automatic blanking and packaging device (100), comprising a feeding unit, a blanking unit, a cleaning unit and a package stacking machine (50); a material belt provided by the feeding unit is blanked by the blanking unit into a part having a pre-determined shape, and the part is cleaned by the cleaning unit and then packaged into a finished product by the package stacking machine (50); the automatic blanking and packaging device (100) further comprises a material belt conveying module; the blanking unit comprises a first punching machine; the feeding unit, the first punching machine, the cleaning unit and the package stacking machine are connected in sequence, and the material belt conveying module is arranged in parallel with the feeding unit, the first punching machine and the cleaning unit. The automatic blanking and packaging device may reduce turnover between processes so as to increase production efficiency.

Description

Automatic punching and packaging equipment

Technical field

The utility model relates to an automatic punching and packaging device.

Background technique

In the prior art, the processing flow of the stamping product usually includes a process of pressing, cleaning, blanking, packaging, etc., that is, the raw material is punched by a punching machine, and then cleaned by the surface of the washing machine, and then placed into the concave of the feeding material belt. In the tank, the product is finally packaged by the film to facilitate storage and transportation. These processes are usually separate and independent. The entire process needs to be turned over several times, which is not only difficult to arrange the production line, but also seriously affects production efficiency.

Utility model content

In view of this, it is necessary to provide an automatic punching and packaging device to improve production efficiency.

An automatic punching and packaging device comprising a feeding unit, a punching unit, a cleaning unit and a packaging stacking machine, and a feeding belt provided by the feeding unit is punched into a predetermined shape by the punching unit, and the component is The cleaning unit is packaged as a finished product by the packaging stacker after cleaning, the automatic blanking packaging device further includes a tape conveying module; the punching unit includes a first punching machine; the feeding unit, the first a press machine, a cleaning unit and the packaging stacker are sequentially connected, and the tape conveying module is disposed in parallel with the feeding unit, the first punching machine and the cleaning unit;

The part punched out by the punching unit is connected to the strip and is washed together with the strip into the cleaning unit, and the cleaned part is fed into the package stacker as a finished product after blanking.

Preferably, the tape conveying module comprises a conveying bracket, a flow passage fixed to an upper portion of the conveying bracket, a pressing wheel provided at an upper portion of the flow passage, and a driving device for driving the flow passage;

a tape is placed in the flow channel and pressed by the pressing wheel, and the driving device drives the flow The track moves and drives the tape feed.

Preferably, the outer portion of the pinch wheel is covered with an elastic material.

Preferably, the driving device includes a driving motor and a feed gear driven by the driving motor, and the flow path is distributed with an engaging portion matching the teeth of the feeding gear.

Preferably, the distribution of the teeth of the gear and the engagement portion is adapted to the spacing of the predetermined components on the belt.

Preferably, the automatic blanking and packaging device further comprises a blanking machine, the blanking machine is connected before the packaging stacking machine;

The blank formed by the blanking unit is attached to the strip and fed together with the web to the blanker, the blanker separating the parts from the strip.

Preferably, the punching unit includes a first punch disposed in front of the cleaning unit and a second punch disposed behind the cleaning unit.

Preferably, the package stacker includes a tray supply device for feeding an empty tray, a product feeding device for supplying a component to be packaged, a tray packaging device for packaging the component in the tray, and Output the output device of the packaged product.

Advantageously, the automatic blanking and packaging apparatus further comprises a translating device; the packaging stacker further comprising an empty tray buffering device docked with the tray feeding device and a receiving device docked with the product feeding device; The empty tray buffering device, the receiving device, the tray packaging device, and the discharging device are sequentially connected by the translation device.

Preferably, the translation device comprises:

a first mobile module disposed between the empty tray buffer device and the receiving device;

a second moving module disposed between the receiving device and the tray packaging device; and

The third moving module is disposed between the tray packaging device and the discharging device.

In the above automatic punching and packaging device, the feeding unit, the first punching machine, the cleaning unit and the packaging stacking machine are sequentially connected, the tape conveying module and the feeding unit, the first punching machine, Parallel setting of cleaning units can reduce the turnover between processes such as stamping, cleaning and packaging, and improve production efficiency rate.

DRAWINGS

1 is a schematic diagram of the logical structure of an automatic blanking packaging apparatus in a preferred embodiment.

2 is a schematic structural view of the automatic punching and packaging apparatus of FIG. 1.

3 is a schematic diagram showing the logical structure of a package stacker in the automatic punching and packaging apparatus of FIG. 1. Main component symbol description

1010	冲压成型机 Stamping machine
2020	料带清洗机 Belt cleaning machine
4040	落料机 Blanking machine
5050	包装堆栈机 Packaging stacker
6060	料带检测杆 Strip detection rod
7070	料带 Strip
8080	废料带收集装置Waste belt collecting device
100100	自动冲裁包装设备Automatic punching and packaging equipment
110110	第一料带缓冲区 First tape buffer
120120	第二料带缓冲区 Second tape buffer
510510	空托盘缓存装置 Empty tray buffer
520520	第一移动模组First mobile module
530530	收料装置 Receiving device
540540	第二移动模组Second mobile module
550550	托盘封装装置 Tray packaging device
560560	第三移动模组Third mobile module
570570	出料装置 Discharge device
57015701	熟料收集装置Clinker collection device

The present invention will be further described in conjunction with the above drawings in the following detailed description.

Detailed ways

As shown in FIGS. 1 to 3, the automatic punching and packaging apparatus 100 includes a feeding unit, a punching unit, a washing unit, a package stacker 50, and a tape conveying module. Hereinafter, a description will be given by taking a case where the tape 70 is punched out to obtain a member having a predetermined shape. In a specific implementation, the feed unit may also provide other forms of raw materials.

The tape 70 provided by the feeding unit is punched out into a predetermined shape by the punching unit, and the component is packaged as a finished product by the packaging stacker 50 after being cleaned by the cleaning unit.

The punching unit includes a press forming machine 10. The feeding unit, the press molding machine 10, the washing unit, and the package stacker 50 are sequentially connected. The tape conveying module is disposed in parallel with the feeding unit, the press molding machine 10, and the cleaning unit. Correspondingly, the cleaning unit can be a tape cleaning machine 20.

In a specific implementation, the tape conveying module (not shown) includes a conveying bracket, a flow passage fixed to an upper portion of the conveying bracket, a pressing wheel disposed at an upper portion of the flow passage, and a driving base. The drive device of the flow channel.

In operation, the strip 70 is received within the flow channel and is compressed by the pinch wheel, and the drive device drives the flow path to move and drive the tape feed. The outer portion of the pinch roller may be covered by an elastic material so that the pinch roller can be elastically deformed when it is pressed against the upper portion of the prepreg band 70, thereby ensuring close contact with the tape 70.

In a preferred embodiment, the driving device comprises a driving motor and a feed gear driven by the driving motor, and the flow path is distributed with an engaging portion matching the teeth of the feeding gear. The distribution of the teeth and the meshing portion of the gear is adapted to the spacing of the predetermined components on the web 70 such that the feed of the feed gear drive channel is spaced from the predetermined component on the web 70. Consistent.

In another preferred embodiment, the automatic blanking and packaging apparatus 100 further includes a blanking machine 40 that is coupled to the packaging stacker 50.

The blank formed by the blanking unit can be attached to the strip 70 and fed together with the strip 70 to the blanker 40, the blanker 40 from the stock With 70 on the separation, Get individual parts. In this way, the punched parts can be washed together with the strip 70 into the strip cleaning machine 20 to facilitate the docking of the process parts while reducing the transfer of parts.

In a specific implementation, the punching unit includes a press molding machine 10 disposed in front of the tape cleaning machine 20 and a precision punching machine disposed behind the cleaning unit. The strip 70 can be rough-punched by the press forming machine 10 to obtain a blank which is close to the shape of the preset component, which is cleaned by the strip cleaning machine 20 and then precision stamped by the precision punching machine to obtain a pre-preparation. Set parts.

A first tape buffer 110 may be disposed between the press molding machine 10 and the tape cleaning machine 20, and a second tape buffer may be disposed between the precision punching machine and the blanking machine 40. 120, the strip 70 reserves a portion of the buffer length in the buffer to provide the margin required for coordination between processes. A tape detecting lever 60 may be disposed at the first tape buffer 110 and the second tape buffer 120 to detect whether the tape 70 is normally fed.

In still another preferred embodiment, the package stacker 50 includes a tray supply device (not shown) for feeding an empty tray, and a product feeding device (not shown) for supplying the component to be packaged. A tray packaging device 550 for packaging the components in the tray and a discharging device 570 for outputting the packaged product. The discharge device 570 can include a clinker collection device 5701 for collecting finished products. The automatic blanking packaging apparatus 100 further includes a waste belt collecting device 80 for winding the waste belt.

The automatic blanking packaging apparatus 100 may also include a translating device. The package stacker 50 further includes an empty tray buffer device 510 that interfaces with the tray supply device and a receiving device 530 that interfaces with the product feeding device. The empty tray buffer device 510, the receiving device 530, the tray packaging device 550, and the discharging device 570 are sequentially connected by the translation device.

In another preferred embodiment, the translation device includes a first movement module 520, a second movement module 540, and a third movement module 560. The first mobile module 520 is disposed between the empty tray buffer device 510 and the receiving device 530. The second moving module 540 is disposed between the receiving device 530 and the tray packaging device 550. The third mobile module 560 is disposed between the tray packaging device 550 and the discharging device 570. In a specific implementation, the first mobile module 520, the second mobile module 540, and the third mobile module 560 respectively include an X-direction mobile unit and are mounted on the X To the Y-direction moving unit on the mobile unit, the translation of the tray and the component is realized by the X-direction moving unit and the Y-direction moving unit.

The above is only the preferred embodiment of the present invention, and is not intended to limit the present invention. Any modifications, equivalent substitutions and improvements made within the spirit and principles of the present invention should be included in the present invention. The scope of protection of utility models.

Claims

An automatic punching and packaging device comprises a feeding unit, a punching unit, a cleaning unit and a packaging stacking machine, and the feeding belt provided by the feeding unit is punched into a predetermined shape by the punching unit, and is characterized in that: The automatic punching and packaging device further includes a tape conveying module; the punching unit includes a press forming machine; the feeding unit, the press forming machine, the cleaning unit, and the package stacking machine are sequentially connected, The tape conveying module is disposed in parallel with the feeding unit, the first punching machine and the cleaning unit;

The part punched out by the punching unit is connected to the strip and is washed together with the strip into the cleaning unit, and the cleaned part is fed into the package stacker as a finished product after blanking.
The automatic punching and packaging device according to claim 1, wherein the tape conveying module comprises a conveying bracket, a flow passage fixed to an upper portion of the conveying bracket, and a pressing wheel provided at an upper portion of the flow passage. And a driving device for driving the flow channel;

A strip is received in the flow channel and pressed by the pinch wheel, and the drive device drives the flow path to move and drive the tape feed.
The automatic blanking and packaging apparatus according to claim 2, wherein the outer portion of the pinch roller is covered with an elastic material.
An automatic blanking and packaging apparatus according to claim 2, wherein said driving means comprises a driving motor and a feed gear driven by said driving motor, and said flow path is distributed with a wheel of said feed gear Tooth matching mating portion.
The automatic blanking and packaging apparatus according to claim 4, wherein the distribution of the teeth of the gear and the meshing portion is adapted to the cloth spacing of the predetermined components on the tape.
The automatic blanking and packaging device according to claim 1, wherein said automatic blanking and packaging device further comprises a blanking machine, said blanking machine being connected to said packaging stacking machine;

The blank formed by the blanking unit is attached to the strip and fed together with the web to the blanker, the blanker separating the parts from the strip.
The automatic blanking and packaging apparatus according to claim 6, wherein the punching unit comprises a first punch disposed in front of the cleaning unit and a second punch disposed behind the cleaning unit.
The automatic blanking and packaging apparatus according to claim 1, wherein said package stacker comprises a tray supply device for supplying an empty tray, a product feeding device for supplying a component to be packaged, for said A tray packaging device in which the components are packaged in the tray and a discharge device for outputting the packaged product.
The automatic blanking and packaging apparatus according to claim 8, wherein said automatic blanking and packaging apparatus further comprises a translating device; said packaging and stacking machine further comprising an empty tray buffering device that interfaces with said tray supply device and The material feeding device docking receiving device; the empty tray buffer device, the receiving device, the tray packaging device and the discharging device are sequentially connected by the translation device.
The automatic blanking and packaging apparatus according to claim 9, wherein said translation means comprises:

a first mobile module disposed between the empty tray buffer device and the receiving device;

a second moving module disposed between the receiving device and the tray packaging device; and

The third moving module is disposed between the tray packaging device and the discharging device.