JP3185352U - Grain circulation machine - Google Patents

Abstract

A grain circulation machine that realizes mechanization of grain circulation, speeds up grain circulation, saves labor, guarantees quality of grain storage, and reduces costs.
In a grain circulator composed of a balance tray 2, a drive motor 3, and a spiral feeder 4, the drive motor is located at the top of the balance tray, and the spiral feeder is driven through the balance tray. An adjustment insertion plate 7 having a knob 8 at the lower end is symmetrically attached to the top of both sides of the balance tray, connected to the motor, and the traveling direction of the circulation machine is adjusted by the knob. A grain outlet 6 is provided on the rear side of the balance tray, and the grain is sent from the bottom of the grain layer to the grain outlet through the spiral feeder by the drive motor and discharged, and the circulator is driven. Thrust is generated in the forward direction. The balance tray is provided with a multi-machine connecting pipe 5 so that a plurality of facilities can be used in combination.
[Selection] Figure 1

Description

  The present invention belongs to the technical field of grain storage machinery, and particularly relates to a machine for circulating grain.

  In present-day China, recycling operations in grain storage are entirely manual, which not only slows the circulation speed but also wastes the labor force, which is labor intensive and guarantees the degree and quality of circulation. Further, there is a further need to circulate with a circulation machine, especially for grains with relatively high surface hardening and moisture gradient values. Therefore, we devised a circulation machine, solved the problem of manual circulation in China's grain storage, and realized the purpose of saving labor, reducing labor, speeding up circulation and improving quality. There is an urgent need to do.

  The purpose of the present invention is to solve the practical problem of grain circulation due to human work in current grain storage, realize the mechanization of grain circulation, speed up grain circulation, save labor, and quality assurance of grain storage And it aims at realizing cost reduction.

  In order to achieve the above object, technical means for solving the problems according to the present invention are as follows.

  The grain circulator of the present invention is a grain circulator comprising a balance tray, a drive motor, and a spiral feeder. The drive motor is located at the top of the balance tray, and the spiral feeder passes through the balance tray. It is connected to a drive motor, and an adjustment insertion plate having a knob at the lower end is symmetrically attached to the top of both sides of the balance tray, and the traveling direction of the circulating machine is adjusted by the knob.

  A grain outlet is provided on the rear side of the balance tray, and the grain is sent from the bottom of the grain layer to the grain outlet through the spiral feeder by the action of the drive motor, and is circulated. A forward thrust is generated to drive the machine.

  A plurality of machine connection pipes are further attached to the ballast tray so that a plurality of facilities can be used in combination.

  The working process and basic principle of the present invention are as follows. If circulation work is required, place the circulator in the grain storage with the grain outlet facing down and place the spiral feeder horizontally. Activate the drive motor and move the spiral feeder to run, lightly push the handle so that the spiral feeder is gradually inserted into the grain layer and push until the balance tray is level with the grain layer surface. The spiral feeder feeds the grain in the lower layer of the grain pile to the upper layer, and the grain originally in the upper layer of the grain pile automatically falls to the lower layer, realizing the purpose of circulation and mixing. Grain is discharged from the fan-shaped grain outlet, and a forward thrust is generated that causes the circulating machine to travel forward when the grain is discharged from the grain outlet. The adjustment insertion plate controls and adjusts the traveling direction, and the direction in which the circulating machine travels can be controlled flexibly with the knob, so that the circulation operation of the entire storage can be realized. After the circulation work is finished, pull the handle so that the circulator gradually rises from the grain layer. When the grain storage is relatively large, the operation can be performed by combining a plurality of machines through a plurality of machine connection pipes at the top of the balance tray, so that the circulation time can be greatly shortened and the circulation can be performed efficiently.

It is a figure which shows the structure by this invention. It is a figure which shows the structure of the adjustment insertion board by this invention.

  Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

  As shown in the figure, the grain circulator is a grain circulator composed of a balance tray 2, a drive motor 3, and a spiral feeder 4. The drive motor 3 is located on the top of the balance tray 2, and the spiral feed. The container 4 passes through the balance tray 2 and is connected to the drive motor 3, and the adjustment insertion plates 7 are symmetrically attached to the tops of both sides of the balance tray 2, and the traveling direction of the circulation machine is adjusted by the knob 8. It is characterized by.

  A grain discharge port 6 is provided on the rear side of the balance tray 2, and the drive motor 3 works to feed the grain through the spiral feeder 4 from the bottom of the grain layer to the grain discharge port 6. At the same time, a forward thrust for running the circulating machine is generated.

  A plurality of machine connecting pipes 5 are further attached to the ballast tray 2 so that a plurality of facilities can be used in combination.

  When the circulation work is necessary, the circulation machine is placed in the grain storage so that the grain outlet 6 faces downward, and the spiral feeder 4 is placed horizontally. The drive motor 3 is activated and the spiral feeder 4 is moved to operate. The handle 1 is lightly pushed so that the spiral feeder 4 is gradually inserted into the grain layer, and the balance tray 2 is placed horizontally on the surface of the grain layer. Press until The spiral feeder 4 feeds the grain below the grain pile to the top of the grain pile, and the grain originally on the grain pile automatically falls to the bottom, realizing the purpose of circulation and mixing. Grain is discharged from the fan-shaped grain discharge port 6, and when the grain is discharged from the grain discharge port, a forward thrust that causes the circulating machine to travel forward is generated. The adjusting insertion plate 7 controls and adjusts the traveling direction, and the knob 8 can control the moving direction of the circulator in a flexible manner, whereby the entire grain storage can be circulated. After the circulation work is completed, the handle 1 is pulled so that the circulator is gradually lifted from the grain layer. When the grain storage is relatively large, the work can be performed by combining a plurality of machines via the multi-machine connection pipe 5 at the top of the balance tray 2, thereby significantly reducing the circulation time and allowing efficient circulation. .

DESCRIPTION OF SYMBOLS 1 Handle 2 Balance tray 3 Drive motor 4 Spiral feeder 5 Multiple machine connection pipe 6 Grain discharge port 7 Adjustment insertion plate 8 Knob

Claims (3)

  In a grain circulating machine composed of a balance tray, a drive motor, and a spiral feeder, the drive motor is located at the top of the balance tray, and the spiral feeder passes through the balance tray and is connected to the drive motor. A grain circulator characterized in that an adjustment insertion plate having a knob at the lower end is symmetrically attached to the top of both sides of the slab, and the traveling direction of the circulator is adjusted by the knob.   A grain outlet is provided on the rear side of the balance tray, and the grain is sent from the bottom of the grain layer to the grain outlet through the spiral feeder by the action of the drive motor, and is circulated. 2. The grain circulating machine according to claim 1, wherein a forward thrust is generated for running the machine.   The grain circulation machine according to claim 1, wherein a plurality of machine connection pipes are further attached to the ballast tray so that a plurality of facilities can be used in combination.

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