KR20120000043A - Feeder - Google Patents

Abstract

PURPOSE: A feeding device using inertial force caused by vibration is provided to uniformly supply the desired amount of objects and to easily use a machine, such as a sorter, by simultaneously using hopper and feeder functions of the device. CONSTITUTION: A feeding device using inertial force caused by vibration comprises a casing(10), a support unit(20), and an elastic member. The casing has multiple supply cutoff rods, one or more movable supply control units, and fixed supply control units. The supply cutoff rods firstly control supplied objects adjacent to a supply unit. The movable supply control units secondly control the supplied objects circumscribed on the supply unit. The fixed supply control units thirdly control the supplied objects more circumscribed on the supply unit.

Description

Feeding device using inertial force by vibration {FEEDER}

Vibration device, fixed quantity supply device

Vibration technology

In the feeder using the inertial force by vibration, the article put into the casing was difficult to constantly supply (discharge) the desired amount.

It provides a control device to supply a fixed quantity.

It will be able to play the role of Hopper and Feeder at the same time, which will be a great help to use machinery such as sorting machine.

1 is an overall perspective view of a supply apparatus according to the present invention.
2 is a perspective view showing an embodiment of the present invention.

In general, a device for sorting aquatic products and various agricultural products such as dry anchovies and biological organisms requires a supply device as a pretreatment process. The role of the feeder (FEEDER) is required and the present invention provides to provide a quantitative supply device using the vibration having the two functions.

In order to achieve this, a detailed description will be made with reference to FIG. 1.

First, the casing 10 bent in a plate-like metal material provides an inertial force for transferring the article in the "A" direction by the vibration motor (M), and this mechanism is well known in the art, and thus, a detailed description thereof will be omitted.

The casing 10 is mounted on an upper side of the support 20, and a casing member 30 is provided between the casing 10 and the support 20 to cushion the vibration generated by the vibration motor M. .

The support 20 may be mounted on the wheel 40 for the convenience of movement.

The casing 10 of this configuration is to put the article into the supply unit 50, which is the rear portion in the "A" direction, it will be described here assuming that the article is a dry anchovy for convenience.

When the gun anchovy is supplied to the supply unit 50 and is moved in the direction of "A" by receiving the vibration, if there is no control device, it is discharged without being controlled, so that smooth operation in the next process cannot be expected. If the rado blocks the process, the body is sharp and crooked, and it becomes a shape of being entangled with each other as soon as it is inserted.

For this problem, the present invention proposes a three-step solution.

First, a plurality of supply suppression rods 60 are formed on the inner upper surface of the casing 10 proximate to the supply unit 50.

The supply suppression rod 60 is firmly fixed to the casing 10 by welding or the like so as not to be separated due to the vibration, while maintaining at least twice the interval based on the average length of the anchovy fish body. A plurality of arrangements may be made and, if necessary, the reinforcing plate 61 may be provided in the "A" direction.

Then, at least one movable travel blocker 70 is formed at a portion further away from the supply suppression rod 60 in the "A" direction.

The movable progress blocking device 70 is bent with a plate-like metal material is provided with a plurality of tab holes 71 on the upper surface of the durable shape to allow the control rod 72 to be coupled.

In the present invention, but described as a tap hole 71 is not limited thereto. The tab hole 71 may be a hole, or the anti-loosening nut (aka nylon nut) is welded to the lower side of the hole and may be provided while being fixedly coupled.

The control rod 72 is preferably processed to the lower side to maintain a smooth state, the upper side comprises a screw to easily control the depth of the control rod 72, the upper side to the depth of the control rod 72 As a method for controlling, the bolt head for raising and lowering the threaded portion of the control rod 72 is configured.

At this time, the movable progress blocking device 70 is fixedly coupled as a bolt and the bolt coupling hole 11 which is provided on the uppermost surface of the casing (10).

Finally, the present invention constitutes at least one stationary travel blocker 80 at the furthest part in the direction of " A "

Here, the movable progress blocking device 70 is configured with a plurality of the control rods 72 standing upright, but the fixed progress blocking device 80 is fixedly coupled to the casing 10 while being inclined obliquely. The control rod 72 is also arranged a plurality of obliquely inclined.

With such a configuration, if a large amount of anchovies are introduced into the supply unit 50, the anchovies do not immediately arrive at the movable progress interrupting device 70, and most of the anchovies are primarily supplied to the supply suppression rods 60. It stays where it was put in, and the whole process is restrained.

However, only a part located farthest in the direction of "A" from the supply unit 50 of the large amount of anchovy injected freely from the restraining force of the supply inhibiting rods 60 in the "A" direction after the moving progress blocking device ( 70).

Some anchovies arriving at the movable progress blocker 70 are again blocked by the control rods 72 as secondary, and the movable progress blocker is controlled in order to control the amount as desired. The control rods 72 provided in the 70 is arranged in a plurality of XX 'direction, the number can be appropriately added or subtracted, and at the same time to move the appropriate position by the bolt coupling hole 11 in the YY' direction At the same time, it is possible to add the number of the movable progress blocking device 70 in the YY 'direction, each of the control rods 72 can adjust the height appropriately in the Z-Z' direction.

This configuration is an optimal configuration for passing only as much as desired without tangling the anchovy arrived at the mobile progress block device 70 by the inertial force of the vibration.

In this way, the anchored secondary controlled by the movable progress blocker 70 arrives at the stationary progress blocker 80 located farthest in the direction "A" from the supply unit 50, and the fixed progress blocker ( The control rods 72 which are erected at an oblique angle provided at 80 serve to unfold anchovies just before being discharged to a final constant thickness.

As a result, the problem of automatic supply of anchovies solved the problem of impossibility of supplying anchovy by any means.

The control technology according to the present invention has the role of a hopper (HOPPER) of the function of storing the inputted goods once and the role of the feeder (FEEDER) to discharge the sorting machine by adjusting the quantity, that is, the technology capable of realizing two functions simultaneously as one machine. Will be

In addition to dry anchovies, the ripple effect is expected to be significant in supplying agricultural, marine products and other supplies in various fields.

Casing (10), support portion (20), vibration motor (M), control rod (70), fixed travel blocker (80)

Claims (4)

A casing having an inertia force by the vibration motor; A support; In the fixed-quantity supply device consisting of a coal tongue member,
The casing is,
A plurality of supply suppression rods for primary control of the feed article introduced to the inner upper surface proximate from the supply section;
At least one movable progress blocker for secondary control of the feed article introduced into the inner upper surface circumscribed from the supply section;
At least one fixed progress blocking device for tertiary control of the feed product injected into the inner upper surface further circumscribed from the supply portion,
The movable progress blocking device may be easily adjusted for distance movement in the XX 'direction of the casing, and is easily fixed to the casing, and a plurality of control rods are disposed, and the control rods are disposed in the YY' direction. It is characterized in that the number of increase and decrease, the position can be moved, and at the same time each control rod is characterized in that the height can be adjusted in the Z-Z 'direction,
The fixed progress blocker is provided with the same configuration as the movable progress blocker, but the device using the inertial force by vibration, characterized in that fixedly coupled to the casing while inclined obliquely. A casing having an inertia force by the vibration motor; A support; In the fixed-quantity supply device consisting of a coal tongue member,
The casing is,
A plurality of supply suppression rods for primary control of the feed article introduced to the inner upper surface proximate from the supply section;
At least one movable progress blocking device for secondary control of the feed article injected into the inner upper surface circumscribed from the supply portion,
The movable progress blocking device may be easily adjusted for distance movement in the XX 'direction of the casing, and is easily fixed to the casing, and a plurality of control rods are disposed, and the control rods are disposed in the YY' direction. It is characterized in that the number of increase and decrease, the position movement is possible, and at the same time each control rod using the inertial force by vibration, characterized in that the height can be adjusted in the Z-Z 'direction A casing having an inertia force by the vibration motor; A support; In the fixed-quantity supply device consisting of a coal tongue member,
The casing is,
A plurality of supply suppression rods for primary control of the feed article introduced to the inner upper surface proximate from the supply section;
At least one fixed progress blocker for secondarily controlling the feed product introduced into the inner upper surface further circumscribed from the supply portion,
The fixed progress blocking device is fixedly coupled to the casing while being inclined obliquely, and a plurality of control rods are disposed, and the control rods can be increased or decreased in number in the YY 'direction and can be moved at the same time. Feeding device using the inertial force by vibration, characterized in that the control rods are adjustable in the Z-Z 'direction A casing having an inertia force by the vibration motor; A support; In the fixed-quantity supply device consisting of a coal tongue member,
The casing is,
At least one movable progress blocker for primary control of the feed article introduced to the inner upper surface proximate from the supply section;
At least one fixed progress blocker for secondarily controlling the feed product injected into the inner upper surface circumscribed from the supply portion,
The movable progress blocking device may be easily adjusted for distance movement in the XX 'direction of the casing, and is easily fixed to the casing, and a plurality of control rods are disposed, and the control rods are disposed in the YY' direction. It is characterized in that the number of increase and decrease, the position can be moved, and at the same time each control rod is characterized in that the height can be adjusted in the Z-Z 'direction,
The fixed progress blocker is provided with the same configuration as the movable progress blocker, but the device using the inertial force by vibration, characterized in that fixedly coupled to the casing while inclined obliquely.

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