CN202624655U

CN202624655U - Vibration device

Info

Publication number: CN202624655U
Application number: CN 201220047289
Authority: CN
Inventors: 鹿拥军; 汪存益; 李卫; 王佩前
Original assignee: HEFEI EAGLE AUTOMATION ENGINEERING TECHNOLOGY Co Ltd
Current assignee: HEFEI EAGLE AUTOMATION ENGINEERING TECHNOLOGY Co Ltd
Priority date: 2012-02-10
Filing date: 2012-02-10
Publication date: 2012-12-26
Anticipated expiration: 2022-02-10

Abstract

The utility model relates to a vibration device which belongs to the technical field of packing machines. The vibration device which is of a twin-bucket vibration device comprises a feed bin, a vibrator, a vibration disk A, a vibration disk B, a cylinder, a cylinder support, a cylinder support rotating shaft, a sensor, a left hopper L, and a right hopper R. The left hopper L and the right hopper R are arranged on the vibration disk A and below the vibration B. The vibration disk A and the vibration disk B are fixed on the vibrator and arranged below the feed bin. The cylinder is arranged on the cylinder support, and the cylinder is connected with the cylinder support rotating shaft. The vibration device has the advantages of being simple in structure, ingenious in design, and capable of achieving aims of accurately, stably, and adjustably transferring measurement materials. The vibration device can be widely used in a package scale for powder materials, such as washing powder.

Description

A kind of oscillatory system

Technical field

The utility model relates to a kind of oscillatory system, is widely used in the Powder packaging machine.

Background technology

In the prior art, powder material causes material adhesion, delay, blanking to have some setbacks in the package metro-measuring process easily, has also just influenced measuring accuracy.

Summary of the invention

The purpose of the utility model is to overcome deficiency of the prior art, and a kind of oscillatory system is provided, and is widely used in the powder packing scale, and it can realize accurate, stable, adjustable conveying and metering material purpose in the packing materials weighing.

The utility model technical scheme is: a kind of oscillatory system; It is characterized in that: said oscillatory system is the twin-bucket oscillatory system; Mainly comprise feed bin, vibrator, vibrating disk A, vibrating disk B, cylinder, cylinder support, cylinder rack shaft, sensor, left hopper L and right hopper R; A left side hopper L and right hopper R are installed in vibrating disk A, vibrating disk B below, and vibrating disk A, vibrating disk B are fixed on the vibrator and are installed in the feed bin below, cylinder is installed on the cylinder support and is connected with the cylinder rack shaft.

Said oscillatory system is characterized in that: said feed bin lower end is provided with two groups of discharging openings, and every group of discharging opening is made up of two discharging openings of size respectively; Said vibrating disk A, vibrating disk B are installed in big or small discharging opening lower end respectively, supporting with it use.

Said oscillatory system; It is characterized in that: said left hopper L and right hopper R are made up of hopper spare A, hopper spare B respectively; Hopper spare A is captiveed joint with sensor; The welding angle steel is connected with the cylinder rack shaft on the hopper spare B panel, realizes the blanking function through the opening with closure of action control hopper spare B of cylinder.

Said oscillatory system is characterized in that: said cylinder is installed in the opening and closing movement of left hopper L and right hopper R centre portion control hopper spare B, practices thrift cost than be installed in both sides with two cylinders.

The beneficial effect of the utility model is: this apparatus structure is simple, design is ingenious, can realize accurate, stable, adjustable conveying and metering material purpose.

Description of drawings

Fig. 1 is the utility model structural front view.

Fig. 2 is the utility model structure left view.

Fig. 3 is the utility model structure back view.

1. feed bins among the figure, 2. vibrating disk A, 3. right hopper R, 4. cylinder rack shaft, 5. angle steel, 6. left hopper L, 7. vibrating disk B, 8. vibrator, 9. sensor, 10. cylinder, 11. hopper spare A, 12. cylinder supports, 13. hopper spare B.

The specific embodiment

Be made up of left hopper L6 and right hopper R3 referring to this device of accompanying drawing, after ration package scale got into automatic running state, material flowed into vibrating disk A2 and vibrating disk B7 automatically from feed bin 1; Vibrator 8 vibrates simultaneously, and this charging gear is fast, slow two-stage feed-type, when weight of material reaches fast feed setting value; Stop fast feed, promptly vibrating disk A2 stops vibration, keeps slow feed; When weight of material reached final setting value, vibrating disk B7 also stopped vibration, accomplished the dynamic weighing process; Hopper spare B13 opens down in cylinder 10 effect, and the packaging bag of packing into of material moment is stitched after packaging bag falls and wrapped and be transported to next station; Right hopper R3 begins computation weigh in the time of left side hopper L6 blowing, the two systemic circulation blowing of alternately weighing, and so reciprocation cycle is moved automatically.

Claims

1. oscillatory system; It is characterized in that: said oscillatory system is the twin-bucket oscillatory system; Mainly comprise feed bin, vibrator, vibrating disk A, vibrating disk B, cylinder, cylinder support, cylinder rack shaft, sensor, left hopper L and right hopper R; A left side hopper L and right hopper R are installed in vibrating disk A, vibrating disk B below, and vibrating disk A, vibrating disk B are fixed on the vibrator and are installed in the feed bin below, cylinder is installed on the cylinder support and is connected with the cylinder rack shaft.

2. oscillatory system according to claim 1 is characterized in that: said feed bin lower end is provided with two groups of discharging openings, and every group of discharging opening is made up of two discharging openings of size respectively; Said vibrating disk A, vibrating disk B are installed in big or small discharging opening lower end respectively, supporting with it use.

3. oscillatory system according to claim 1; It is characterized in that: said left hopper L and right hopper R are made up of hopper spare A, hopper spare B respectively; Hopper spare A is captiveed joint with sensor; The welding angle steel is connected with the cylinder rack shaft on the hopper spare B panel, realizes the blanking function through the opening with closure of action control hopper spare B of cylinder.