JPS591700Y2 - Auxiliary device for rice husk collection - Google Patents

Description

[Detailed explanation of the invention] This invention is connected to the rice husk discharge port of the rice hulling machine, and the rice husks discharged from the same discharge port are not scattered around, but are stored in several rice husk storage bags one after another. This invention relates to a rice husk recovery device that is continuously filled with rice husks.

Recently, the rice husks discharged from the rice hulling machine have been packed into rice husk storage bags made of net-like material and sent for appropriate processing.

In order to pack the rice husks into this rice husk storage bag, the hulling machine connects a single tube made of vinyl or iron plate to the rice husk discharge port.
Because the opening of the rice husk storage bag is inserted into one end of the bag and the bag is filled one by one, the replacement work is carried out manually, so the rice husk is continuously discharged even during the short time of the replacement work. As a result, the rice husks were scattered around, not only making the area dirty, but also making the work extremely unhygienic, and furthermore, it was disadvantageous in terms of collection efficiency.

This invention was developed and completed in order to cope with such a conventional situation, and the details of its configuration will be explained below with reference to the accompanying drawings.

As can be understood from the perspective view of the device of this invention shown in FIG. 1, there is an open connection end 1a for connecting to a huller, and a pair of open ends for recovering rice husks located on the opposite side. A cylindrical body 1 having portions 1b and 1b, a stationary member 2 such as a stand that supports the cylindrical body 1 substantially horizontally at a predetermined height position, and a pair of horizontal arms arranged substantially horizontally above the cylindrical body 1. It basically consists of the member 3.3.

The cylindrical body 1 is made of a thin plate made of synthetic resin, metal, etc. One end has an open end la (usually circular) for connection to the rice husk discharge port of a ready-made huller, and the other end has a pair of open ends la (usually circular) for collecting rice husks. It is formed into a cylindrical shape constituting two bifurcated rice husk recovery paths from the middle so as to have open ends 1b and 1b. A rotatable damper 10 that can be operated from the outside is pivotally mounted, and the two systems of rice husk recovery paths must be configured so that only one of the rice husk recovery paths can be used at any time as needed.

In addition, the bifurcated base of the cylinder 1 is provided with a cylinder holding fitting 1d that can be attached to the support rod 2a of the stationary member 2 in a height-adjustable manner. It is planned that the connection open end 1a of the cylindrical body 1 is always available depending on the position of the cylindrical body 1.

In the figure, reference numeral 1e indicates a stopper for hanging the upper end of the opened bag when setting the rice husk storage bag S in the cylindrical body 1.

On the other hand, the stationary member 2 is of a type that can be assembled and dismantled, for example, like a self-supporting stand, in which a support rod 2a is erected on a T-shaped horizontal leg portion 2b. The height of the body 1 can be adjusted.

Further, above the cylinder 1, for example, near the upper end of the support rod 2a, there is a fitting fitting 2C that can fit a predetermined length and a pair of horizontal arm members 3, 3 in a protruding manner. Fittings 2
C is the open end 1b for rice husk collection in the cylinder 1, which is regulated to a predetermined angle in the horizontal direction when the pair of horizontal arm members 3゜3 are fitted and held.
lb is configured to fit in the anterior direction.

If the pair of horizontal arm members 3, 3 or the stationary member 2, which are held substantially horizontally in a predetermined direction by fitting one end into the fitting fitting 2C, are formed by a hollow pipe of an appropriate cross section, their strength will be improved. It is convenient both in terms of weight and weight.

Cylindrical body 1 described above. Stationary member 2. In the rice husk recovery auxiliary device of this invention, which is constituted by a pair of horizontal arm members 3, 3, a pair of horizontal arms protrudes from each open end 1b, lb for rice husk recovery of the cylinder 1 and the upper end of the stationary member 2. A total of two rice husk storage bags S, one each, can be attached between the free ends of the members 3 and 3 (or the hanging hooks 3a suspended from the free ends). By operating the rotatable damper 1C, it is possible to guide and stuff the rice husks that are continuously discharged from the rice husk discharge port of the rice huller into either one of the rice husk storage bags S at any time. , as long as you don't forget to attach the other rice husk storage bag S before this one rice husk storage bag S becomes full,
The bagging of rice husks can be continued alternately, and the conventional situation where the rice husks are scattered around during this time can be completely avoided.

In addition, by constructing all the constituent members so that they can be assembled and disassembled, not only manufacturing but also transportation and storage can be made extremely simple.

As mentioned above, the auxiliary device for collecting rice husks of this invention has an extremely simple structure, which allows for a sanitary and efficient work force for stuffing rice husks into rice husks storage bags, which was not possible with previous devices! Not only will it be implemented reliably, but
In addition to making it possible to carry out continuous packing work by arranging an appropriate number of rice husk storage bags in line with the same rice husk collection path according to the discharge capacity of the rice huller that discharges the rice husks, the unit price of the device itself is It can also be made inexpensive, making it extremely useful.

[Brief explanation of drawings]

The drawings illustrate a typical embodiment of the auxiliary device for collecting rice husks according to this invention. FIG. 1 is a perspective view of the basic device, FIG. 2 is an elevational view of the same, and FIG. 4 is a plan view of the same, and FIG. 4 is a perspective view showing the state of use. 1: Cylindrical body, 2: Stationary member, 3: Horizontal arm member, S
: Rice husk storage bag.

Claims (1)

[Scope of utility model registration request] A connection open end for connecting to the rice husk discharge port of the rice huller, and one of the two rice husk recovery routes located on the opposite side of the open end and with a damper mechanism interposed in the middle. a stationary member comprising: a cylindrical body having a pair of open ends for rice husk recovery following a bifurcated path such that the path can be selected at any time; A support rod of a stationary member is inserted into the bifurcated crotch of the cylinder held substantially horizontally, and the cylinder is supported substantially horizontally, height-adjustable, and removably with respect to the support rod. Rice husks are discharged from a rice hulling machine, which is made up of a combination of a cylinder and a stationary member, and a horizontal arm member for holding the upper end of a rice husk storage bag is removably disposed parallel to the cylinder arranged substantially horizontally. An auxiliary device for collecting rice husks exclusively for collection.