JPS5931474Y2 - Rice husk transport vehicle - Google Patents

Description

[Detailed description of the invention] This invention relates to a rice husk transport vehicle equipped with a bag having a certain porosity, and is characterized by being able to directly load rice husks discharged from the duct of the huller and transport them in large quantities. It is.

In the conventional rice hulling method, the rice husks sent out from the discharge duct were scattered over a wide area, which required a lot of effort for subsequent processing and caused problems such as complaints about rice husk pollution. there were.

In addition, conventional transport vehicles that air-fill grains, etc. into sealed containers have an outlet for internal air at one location in the container, and while the air is being circulated inside the warehouse, the above-mentioned Since the air-blown material was allowed to accumulate, relatively bulky and light rice husks, etc., were difficult to sink due to the air current, and they always flowed and deposited on the outlet side of the refrigerator, completely filling the interior of the refrigerator. Not only was it difficult to remove the rice husks, but the high-pressure air blowing caused rice husks and dust to be released from the outlet and scattered, causing further inconvenience in terms of dust pollution.

In response to this, the present inventor developed a rice husk storage bag that enables post-processing of the rice hus and prevention of the above-mentioned pollution by directly storing the rice husks discharged from the duct in a small Hita mesh bag. Application for registration as a utility model
However, in recent years, as the rice husks have been reused as household feed, there has been a strong demand from various quarters for measures to deal with the transportation of large amounts of rice husks.

In view of these circumstances, the present invention solves all the problems of tilting by hanging a bag made of net fabric with a predetermined porosity on the truck bed. , its configuration will be explained according to the implementation sequence shown in the figure, 1
2 is a loading platform of a truck, 2 is a support installed at the four corners of the loading platform, and 3 is a main body of a bag made of a mesh fabric made of, for example, polypropylene or polyethylene monofilament, and the porosity of the mesh is 30 to 60. On the other hand, each Hita is at least thick enough to not allow rice husks to pass through, and a rice husk inlet 4 is provided at the upper end of the rear part of the rice husk.
It has a structure that allows it to be hung from the pillar 2 by retaining rings 5 sewn to each corner.

Fig. 2 shows another embodiment of the present invention, in which the main body 3 of the bag is made of a polyethylene sheet instead of the above-mentioned mesh fabric, and a large number of small holes S are arranged on the entire surface to prevent rice husks from flowing out. The porosity was maintained at 20 to 60%.

In the present invention related to the diagonal configuration, first, the bag main body 3 is suspended from the support of the truck bed 1 via the stopper 5, and then the tip of the discharge duct 6 of the huller is inserted into the inlet 4. The rice huller is driven, but in this case, the wind flow discharged from the duct along with the rice husks flows linearly through the main body of the bag and is discharged from the mesh or sheet holes. The rice husks that have been used for rice husks can be accumulated sequentially from the front of the bag main body 3 to completely fill the bag, and since relatively low-pressure air can be blown, there is little release of dust attached to the rice husks. The floating rice husks interfere with the flow to the outside and suppress it as much as possible.

Therefore, when the main body 3 of the bag is filled with rice husks, if the huller is stopped and the duct is removed from the inlet 4, the rice husks can be immediately transported to the location 1.

The rice husks transported in this way are emptied by an appropriate method, but preferably, a suction machine is prepared separately, and its suction duct is inserted through the inlet port 4 of the bag main body. This can be done extremely efficiently by suctioning and discharging.

The rice husk inlet 4 in the above embodiment may be opened and closed using a zipper or other appropriate means, or may be opened and closed by allowing a suction duct to be inserted into the rear of the main body of the bag at a suitable location, separate from the inlet. Even if a new outlet 4 were opened, it would not deviate from the gist of the proposal in any way.

As described above, according to the present invention, the rice husks, etc. continuously discharged from the rice huller can be directly air-loaded onto the truck bed, making it possible to process a large amount of rice husks at once. It has the feature that dust etc. attached to the rice husks are contained within the bag main body 3 without scattering to the surrounding area, and can solve many problems seen in conventional rice husk processing all at once. .

[Brief explanation of the drawing]

Fig. 1 is a perspective view of the rice husk transport vehicle of the present invention, Fig. 2 is a perspective view showing another implementation row of the rice husk transport vehicle of the present invention, and Fig. 3 is a perspective view of the rice husk transport vehicle of the present invention storing rice husks. It is a front view showing a state. In the diagram, 1...truck bed, 2...
Pillar, 3...Bag main body, 4...Inlet port,
5... Ring ring, 6... Discharge duct.

Claims (1)

[Scope of claim for utility model registration] ■. Hita, through which rice husks cannot pass, has a porosity of 3.
This rice husk transport vehicle is characterized in that the main body of the bag is composed of 0 to 60% mesh fabric and has a rice husk inlet at the upper end of the rear part, and is suspended from supports installed at the four corners of the loading platform. 2. In Hita, where rice husks cannot pass through, the porosity of the small pores is 2.
The rice husk transport vehicle according to claim 1, which is constructed from a polyethylene sheet having a size of 0 to 60. 3. The rice husk transport vehicle according to claim 2, which is provided with a discharge port that can be opened and closed separately from the rice husk inlet at the rear of the main body of the bag.