JPH0340348Y2 - - Google Patents

Description

[Detailed description of the invention] Industrial field of application The present invention relates to a grain rotary sorting hulling machine that comprises a wind sorting section and a pot-hole type rotary sorting section adjacent to each other on the wind sorting section. In order to make it easier to clean, inspect and maintain the rotary sorting section and pothole type rotary sorting section, the wind sorting section is divided into a front wind sorting section and a rear wind sorting section, and the front wind sorting section has a detached section and the rear wind sorting section has a detachable section. The pothole type rotary sorting section is loaded, the transmission device for the wind sorting section is installed on one side of the machine, and the other side of the front wind sorting section supplies the mixture from this front wind sorting section to the pothole type rotary sorting section. A thrower is integrally attached thereto, and in this state, the front wind selection section and the rear wind selection section can be freely connected and separated.

BACKGROUND TECHNOLOGY In the case of the above-mentioned grain rotary sorting huller in which a grain removal part and a pot-hole type rotary sorting part are arranged adjacent to each other on a wind sorting part, each part is composed individually. are arranged above and below and are constructed integrally, so if you want to clean, inspect and maintain the wind sorting section, you will have to remove the parts and the pothole type rotary sorting section from above the wind sorting section. In addition, the pothole-type rotary sorting section also has problems such as cleaning and inspection maintenance being inconvenient because the detached section is adjacent to the pot-hole type rotary sorting section. It was.

Problems to be Solved by the Invention Therefore, the present invention solves the difficulty and inconvenience of cleaning and maintaining the wind sorting section and pothole type rotary sorting section in the conventional type described in the previous paragraph, and also The purpose is to facilitate the bonding and disassembly of a product which is divided into a wind sorting section and a post wind sorting section, each of which is loaded with a detachment section and a pot-and-hole rotary sorting section.

Means for Solving the Problems Therefore, the present invention provides a grain rotary sorting huller in which a dehulling section and a pot-hole rotary sorting section are arranged adjacent to each other on the wind sorting section. Divided into a sorting section and a rear wind sorting section, the front wind sorting section is loaded with a removal section, the rear wind sorting section is loaded with a pothole type rotary sorting section, and the transmission device for the wind sorting section is installed on one side of the fuselage. At the same time, a thrower is integrally attached to the other side of the front wind sorting part to supply the mixture from this front wind sorting part to the pot-hole type rotary sorting part, and in this state, the front wind sorting part and the rear wind sorting part are combined. As you move freely,
The connection and separation are made by rotating the transmission device side of the wind selection part near the joining point of the front wind selection part and the rear wind selection part as a fulcrum.

With this configuration, the front wind sorting section carries the removal part, the rear wind sorting part carries the pot-hole type rotary sorting part, and the other side of the front wind sorting part carries the mixture into the pot-hole type rotary sorting part. With the supply thrower still attached, either one of the front and rear wind selection sections was connected by rotating toward the transmission side using the transmission side of the wind selection section near the connection point as a fulcrum. The wind sorting section and the rear wind sorting section are separated, and the rear side of the front wind sorting section and the front side of the rear wind sorting section are both wide open, and the detachment section is separated from the front side of the pot-hole type rotary sorting section, and the front wind sorting section, Cleaning, inspection and maintenance of the rear air sorting section and the pot-and-hole rotary sorting section can be carried out. Furthermore, since this separation is rotated using the transmission side as a fulcrum, it can be done without removing the endless belt of the transmission, and the rotation radius of the thrower is large, allowing the pothole type rotary sorting section at the upper end of the input port to be rotated. Withdrawals will be smooth. Further, in order to combine the front wind selection section and the rear wind selection section and bring them into operation, it is sufficient to rotate them in the opposite direction.

Embodiments The present invention will be described below with reference to embodiment figures.

A is a removal section, B is a wind selection section, and C is a pot-and-hole rotary sorting section, and the wind selection section B has a front wind selection section B1 and a back wind selection section B2.
The front air sorting section B1 mainly wind-sorts the scraped material from the removal section A to remove dust such as rice husks and grains, and prepares a mixture of brown rice and paddy. The post-air sorting section B2 wind-sorts the brown rice sorted by the pot-and-hole type rotary sorting section C to remove waste rice, and the pot-hole type rotary sorting section C makes a large number of depressions on the inner peripheral surface. The formed sorting tube is rotatably hung horizontally, and a receiving gutter is inserted into the sorting tube to separate the mixture obtained in the front wind sorting section B1 into brown rice and paddy.

In this way, the front wind selection section B1 has its own functions.
The removing section A is loaded in the rear wind sorting section B2, and the pot-hole rotary sorting section C is loaded in the rear wind sorting section B2.
The brown rice is supplied to the pot-and-hole type rotary sorting section C, and the brown rice sorted by the pot-hole type rotary sorting section C is sent to the rear wind sorting section B2.
A thrower 3 attached to the side of the machine takes it out to a suitable location outside the machine. M is a prime mover built in the rear wind selection section B2, and from this prime mover M passes through one side (right side) of the wind selection section B to the removal section A, and on the same side, from the removal section A to the front wind selection section B1. A transmission device D is installed to transmit information to the rear wind selection section B2.

A vertical cylindrical body is fixed to the front wind selection part B1 and the rear wind selection part B2 on the transmission device D side, that is, on the right side of the wind selection part B, near the joining point of the front wind selection part B1 and the rear wind selection part B2. The fixing metals 4 and 5 are fixed with bolts 6 and 6, respectively, and a pin shaft 7 is inserted into the cylinder body so that the pin shaft 7 can be freely rotated laterally using the pin shaft 7 as a fulcrum. The wind selection section B2 is constructed so that it can be freely connected and separated from the air selection section B2.

In addition, 8 is a coupling metal attached to the front wind selection part B1, and 9 is a bolt for coupling. Further, it is preferable to attach a rotating handle (not shown) to the front wind selection section B1 or the rear wind selection section B2.

Therefore, what is shown by the imaginary line in Fig. 1 represents the state in which the front wind selection section B1 is rotated from above the machine base 1 together with the detachment section A, and is greatly separated from the rear wind selection section B2. Simply remove the bolt 9 and rotate it toward the transmission device D using the pin shaft 7 as a fulcrum. In this case, there is no need to remove the endless band of the transmission device D since it can be loosened.

In addition, in order to put the front wind sorting section B1, rear wind sorting section B2, and pothole type rotary sorting section C into operation after completing cleaning and inspection and maintenance, they should be rotated in the opposite direction to the above and attached as an integral part. Insert the input port of the thrower 2 into the pot-hole rotary sorting section C, place the front wind sorting section B1 on the machine base 1, and securely connect it with the coupling metal 8 and bolt 9.

Effects of the invention As described above, the present invention provides a grain rotary sorting huller in which a dehulling part and a pot-hole type rotary sorting part are arranged adjacent to each other on the wind sorting part. It is divided into a rear wind sorting section, the front wind sorting section is loaded with a removal part, and the rear wind sorting section is loaded with a pot-hole type rotary sorting section. A thrower is integrally attached to the other side of the wind sorting section to supply the mixture from the front wind sorting section to the pot-hole type rotary sorting section, and in this state, the front wind sorting section and the rear wind sorting section can be freely connected and separated. At the same time, since the connection and separation are made by rotating the transmission device side of the wind selection part near the connection point of the front wind selection part and the rear wind selection part as a fulcrum, the detachment is done at the front wind selection part. In addition, the pot hole type rotary sorting section can be rotated laterally when loaded in the rear wind sorting section, making it easy to connect and separate. The front side is wide open, and the removal section is separated from the pothole type rotary sorting section, making it easy to clean and inspect and maintain each section, solving the problems of the conventional method. The rear wind sorting section is connected and separated by rotating the transmission device side as a fulcrum, so there is no need to remove the endless belt of the transmission device in advance, and in addition, the mixture is supplied from the front wind sorting section to the pot-and-hole rotary sorting section. The thrower is attached to the other side of the front wind sorting section on the opposite side of the rotation fulcrum, so the rotation radius is large and the insertion and withdrawal of the upper end input slot into and out of the pot-hole type rotary sorting section is smooth. and become certain.

[Brief explanation of drawings]

The figures are intended to illustrate embodiments of the invention.
Fig. 1 is a partially cutaway plan view showing the main parts of the grain rotary sorting huller according to the present invention;
The figure shows a left side view of the same, and FIG. 3 is a rear view of the same. A...Separation section, B...Wind selection section, B1...Front wind selection section, B2...Rear wind selection section, C...Curn hole rotary sorting section, D...Transmission device, 2...Thrower.

Claims (1)

[Scope of utility model registration request] In a grain rotary sorting huller that has a grain removal section A and a pot-hole rotary sorting section C adjacent to each other on a wind sorting section B, the wind sorting section B is divided into a front wind sorting section B1 and a rear wind sorting section B2. Divided into front wind selection section B1, removal section A and rear wind selection section B2.
is equipped with a pot-hole type rotary sorting section C, and the transmission device D of the wind sorting section B is installed on one side of the machine, and the other side of the front wind sorting section B1 is loaded with a pot-hole type rotary sorting section C. A thrower 2 for supplying a mixture to the rotary sorting section C is integrally attached, and in this state, the front wind sorting section B1 and the rear wind sorting section B2 can be freely connected and separated, and the connection and separation can be performed by the front wind sorting section. A grain rotary sorting huller characterized in that the grain rotation sorting huller is configured to rotate around the transmission device D side of the wind selection section B near the connection point between B1 and the rear wind selection section B2.