JPH025865Y2 - - Google Patents

Description

[Detailed explanation of the idea] (Industrial application field) The present invention relates to a rice polishing device.

(Prior Art) An independent rice milling apparatus having a supply hopper in the upper part and a discharge trough in the lower part is conventionally known. The known independent rice milling apparatus is designed so that the upper edge of its feeding hopper is at the waist level of a person, and the user lifts and tensions the grain bag.

(Problems to be solved by the invention) The size of the known supply hopper is not very large, and is at most half a bale.
If you wanted to mill one bale of rice, you had to wait for the grain that had already been supplied to be milled and then supply the remaining grain, which was inconvenient.

(Means for Solving the Problem) Therefore, in the present invention, an elevator lifting grain cylinder 4 is disposed near an independent rice milling apparatus 1 having a supply hopper 2 at the upper part and a discharge gutter 3 at the lower part, and the elevator lifting grain cylinder 4 A one-bale tensioning hopper 5 and a two-bale tensioning hopper 6 are detachably attached to the lower loading port 7 of the elevator, and a one-bale storage tank 8 and a one-bale storage tank 8 are attached to the upper discharge port 10 of the elevator lifting grain cylinder 4. The storage tank 9 for two bales is detachably attached for exchange, and the outlet 12 of the storage tank 8 for one bale and the storage tank 9 for two bales is connected to the supply hopper 2 of the independent rice milling device 1.
This rice polishing device with an opening at the top overcomes the above-mentioned defects.

(Structure) An embodiment of the present invention will be described with reference to the drawings. Reference numeral 1 denotes an independent rice milling device, which has a supply hopper 2 at the top and a discharge gutter 3 at the bottom. The rice milling device 1 is a so-called rice milling machine for home use by farmers, and the capacity of the supply hopper 2 is at most half a bale. A vertical grain lifter 4 is installed on the side of the rice milling device 1 . A bucket conveyor is wound around inside the elevator lifting grain cylinder 4. A loading port 7 and a discharge port 10 are formed in the lower part and the upper part of the elevator lifting grain cylinder 4, respectively. A one-bale tensioning hopper 5 and a two-bale tensioning hopper 6 are attached to the tensioning opening 7 so as to be exchangeable. A storage tank 8 for one bale and a storage tank 9 for two bales are attached to the discharge port 10 so as to be exchangeable. An on-off valve 11 is attached to the discharge port 12 at the bottom of the storage tank 8 for one bale and the storage tank 9 for two bales, and the discharge port 12 faces above the supply hopper 2.

(effect) Next, the action will be described.

When using the rice milling device 1 as is, brown rice is put into the supply hopper 2 and milled in a known manner. When attempting to mill one bale of rice at once using the rice milling device 1, the elevator lifting grain cylinder 4 is placed on the side,
A single-bale stake hopper 5 is attached to the loading port 7 of the elevator lifting grain cylinder 4, a single-bale storage tank 8 is attached to the discharge port 10 of the elevator lifting grain cylinder 4, and a single-bale holding hopper 5 is installed.
When one bale's worth of grain is put into the container, the grain is fried by an elevator lifting grain cylinder 4 and stored in a storage tank 8 for one bale. Therefore, once the opening/closing valve 11 of the discharge port 12 is opened, rice can be milled automatically by the rice milling device 1 thereafter. When attempting to mill two bales of rice at once using the rice milling device 1, the elevator lifting grain cylinder 4 is placed on the side, the two-bale tensioning hopper 6 is attached to the tensioning port 7 of the elevator lifting grain cylinder 4, and the lifting machine A storage tank 9 for two bales is attached to the discharge port 10 of the grain lifting cylinder 4, and the rice is polished in the same manner.

(Effects) As described above, an independent rice milling apparatus having a supply hopper in the upper part and a discharge gutter in the lower part is conventionally known. The known independent rice milling apparatus is designed so that the upper edge of its feeding hopper is at the waist level of a person, and the user lifts and tensions the grain bag. However, the size of the known feeding hopper is not very large, at most half a bale of rice, so when you want to mill one bale of rice, you have to wait for the grains that have already been fed to be milled and then remove the remaining grains. had to be additionally supplied, which was inconvenient.

However, in the present invention, an elevator lifting grain cylinder 4 is arranged near an independent rice milling apparatus 1 having a supply hopper 2 at the upper part and a discharge gutter 3 at the lower part, and one bale is placed in the lower loading port 7 of the elevator lifting grain cylinder 4. A stake-in hopper 5 for a single bale and a stake-in hopper 6 for two bales are detachably attached, and a storage tank 8 for one bale is attached to the upper discharge port 10 of the grain lifting cylinder 4 of the elevator.
and the storage tank 9 for two bales are installed in a detachable manner.
Since this is a rice milling device in which the discharge ports 12 of the storage tank 8 for one bale and the storage tank 9 for two bales are opened above the supply hopper 2 of the independent rice milling device 1, the rice milling device 1 can be operated in the normal state. When used, brown rice is put into the supply hopper 2 and polished in a known manner. When attempting to mill one bale of rice at a time using the rice milling device 1, the elevator lifting grain cylinder 4 is placed on the side, the single bale tensioning hopper 5 is attached to the tensioning port 7 of the elevator lifting grain cylinder 4, and the lifting machine Outlet 10 of grain frying tube 4
If you want to mill two bales of rice at once by attaching a one-bale storage tank 8 to the holder, attach a two-bale hopper 6 to the loading port 7, and attach two bales to the discharge port 10 of the elevator hoisting grain cylinder 4. There is an effect that the storage tank 9 for bales can be attached and used.

[Brief explanation of drawings]

Fig. 1 is an overall side view, Fig. 2 is an exploded side view of the grain frying device, and Fig. 3 is a side view of the rice milling device. Explanation of symbols, 1... Rice milling device, 2... Supply hopper, 3... Discharge gutter, 4... Lifting grain cylinder, 5...
... Slotting hopper for one bale, 6... Staking hopper for two bales, 7... Slotting port, 8... Storage tank for one bale, 9
...Storage tank for two bales, 10...Discharge port, 11...
...Opening/closing valve, 12...Discharge port.

Claims (1)

[Scope of utility model registration request] An elevator lifting grain cylinder 4 is arranged near the independent rice milling device 1 which has a supply hopper 2 at the top and a discharge gutter 3 at the bottom, and a one-bale loading hopper 5 is installed at the lower loading port 7 of the elevator lifting grain cylinder 4. and a two-bale holding hopper 6 are attached to the upper discharge port 10 of the elevator lifting grain cylinder 4 so as to be exchangeable and detachable. A rice milling device in which the discharge ports 12 of a storage tank 8 for bales and a storage tank 9 for two bales are opened above the supply hopper 2 of the independent rice milling device 1.