JP2005212856A - Chaff housing bag - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a chaff housing bag which does not scatter chaff powder even at the time of carrying. <P>SOLUTION: This chaff housing bag comprises a main body section having a mesh of a degree by which the chaff powder or the like does not leak out, and a mesh base section having a mesh being finer than chaff, which is extended from the upper opening of the main body section. An openable/closable fastener is provided on the upper edge of the mesh base section, and at the same time, on one side or both sides of both side vertical edges of the mesh base section, an insertion port for the duct of a hulling machine is openably/closably provided for this chaff housing bag. Also, the upper side of the main body section is a half-split section of both side vertical edges are cut, and a fastener is freely openably/closably provided on three edges excepting the bottom edge of the half-split section. At the same time, the mesh base section is provided in a manner to be extended upward from both bottom edges of the half-split section, and a freely openable/closable fastener is provided on the upper edge of the mesh base section. Also, on one side or both sides of both side vertical edges of the mesh base section, an insertion port for the duct of the hulling machine is freely openably/closably provided. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a bag for storing rice husks generated by rice hulling after harvesting rice.

  Bags that contain rice husks that are generated during hulling are known in the art, and generally mesh husk bags are often used to reduce the weight of the bags. Although many prior arts have already been disclosed for this configuration, the basic configuration includes the following.

Shokai 54-49315 Japanese Utility Model Publication No.54-92913

  Of the above-mentioned known techniques, the bag described in Patent Document 1 is made of one type of netting on both sides of the bag body. In addition, the bag described in Patent Document 2 is configured such that the upper half is formed with a mesh ground having a mesh width that does not allow the rice husks to flow out, and the lower half is formed with a cloth body such as a cloth cloth. It is the structure which provides a part.

  By the way, in many conventional cases, rice husks were only recognized as unnecessary items for obtaining ginger, and were used only to the extent of fragile items such as pillow contents and eggs. Most rice husks were disposed of. Recently, however, effective use of resources has been proposed, and commercial value has been found in rice husk itself. As a result, opportunities to transport rice husks as commodities increased.

  The rice husks are produced by the hulling by the hulling machine, and fine rice hull powder is generated during hulling, and the dried rice hulls are easily broken, so they are broken finely by friction and compression even after being stored in the bag. As a result, unnecessary rice husk powder is scattered around the storage. However, when transported in such a state, there is a problem that it takes much time and labor, such as the truck bed must be cleaned each time.

  In that respect, in Patent Document 2, although the upper half is mesh ground, the lower half is cross ground, and powder does not leak from the cross ground, but when the rice husks are stored, the powder is removed from the mesh ground. The body leaks out, and as a result, the present invention cannot be solved.

  The present invention is intended to solve the above-described conventional problems, and discloses a rice husk storage bag that does not sprinkle rice husk powder during transportation.

  In the rice husk storage bag of the present invention, in order to achieve the above-mentioned object, a main part having an eye that does not leak rice husk powder and the like, and a net that extends from the upper opening of the main part and has an eye smaller than the rice husk. A zipper that is openable and closable on the upper side of the netting part, and a duct insertion port of the hulling machine is provided to be openable and closable on one side or both sides of the vertical side of the netting part. Means were used. In this means, the main body functions as a housing portion for the rice husk, and the net portion performs the function of letting the air discharged from the duct of the rice huller at the time of hulling escape to the outside and at the same time drop the chaff into the main body. . In addition, as another means, it has a main body portion having an eye that does not leak rice husk powder etc., and the upper side of this main body portion is a half-cracked portion where both vertical sides are cut, and this half-cracked portion has a bottom side. The other three sides are provided with a zipper that can be freely opened and closed, and a net is provided to extend upward from both bottom sides of the half crack, and a zipper that can be opened and closed is provided on the upper side of the net. On one side or both sides of the vertical sides on both sides of the mesh portion, an insertion port for the duct of the huller is provided so as to be freely opened and closed. The functions of the main part and the net part are the same as the first means, but the rice husk is fully accommodated up to the net part, and the folded half-back part is turned back to close the fastener. That is, the half crack portion functions as a part of the main portion.

  An openable / closable opening provided at the bottom of the main body selectively functions as a rice husk discharge port. Furthermore, the handles provided on at least one of the vertical sides on both sides of the main body function as a clue during conveyance.

  In the present invention, since the above-mentioned means is adopted, the air flow generated from the hulling machine is discharged without resistance from the mesh ground during hulling, and the hulls are efficiently stored in the bag, and the stored hulls are crossed during transport. Since the whole is covered with the bag, excess powder is not scattered outside, and a configuration suitable for highly efficient work can be achieved in both the production process of chaff and the transport process of chaff.

  Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings. FIG. 1 shows a first embodiment of the present invention. As a constitution of the rice husk storage bag 1, reference numeral 2 denotes a main portion having an eye to the extent that rice husk as contents and rice husk powder generated from the rice husk are not leaked. The upper part 4 has an opening 4 that can be opened and closed by a fastener 3, and has handles 5, 5 and a chaff discharge port 6 on the bottom as required. The discharge port 6 is always closed with a fastener or the like, and is opened only during discharge. 7 is a mesh portion provided further extending from the opening 4, and 8 is a duct insertion port for inserting a duct of a huller provided on both vertical sides of the mesh portion 7, provided only on one side. Alternatively, a pair may be provided on the opposite side. Reference numeral 9 denotes a discharge port for discharging the rice husk, which is normally closed by a fastener, like the discharge port 6 provided on the bottom side. Reference numeral 10 denotes a pair of eyelets provided at the upper side corners, which are used when skewered on a rod-like stay (not shown) provided in the hulling machine. In addition, although a cloth is generally used as the material for the main body 2, it can be made of a non-woven fabric as long as sufficient strength can be guaranteed.

  In use, the rice husk storage bag configured as described above first opens the duct insertion port 8 and inserts the duct 11 of the hulling machine to operate the hulling machine. Then, the fresh rice is collected separately, while the rice husk is discharged from the duct 11 into the bag. In this case, the rice husk is discharged from the duct 11 with a considerable amount of wind, but the upper structure of the bag is a mesh, such as a mesh, so that the exhaust pressure escapes from the mesh to the outside. Drops on part 2 and accumulates. When the rice husk is stored in the main body 2 to the full extent in this way, the recovery of the rice husk is stopped, and the mesh portion 7 is stored in the main body 2 as shown in FIG. Close. This completes a series of storage operations. In this case, since the entire surface of the bag containing the rice husk is formed by the main body 2 such as a cloth, rice husk powder or the like is not scattered even during the transportation.

  In the first embodiment, since the size of the main body portion 2 is the original storage capacity of the storage bag, it is preferable that the main body portion 2 is large. If the height of the portion 2 is increased, the area of the mesh portion 7 is reduced, and the exhaust pressure cannot be sufficiently released to the outside. Therefore, the ratio is determined in consideration of these, but basically the ratio of the height of the main body 2 and the net portion 7 is free.

  Next, the bag shown in FIG. 3 shows the second embodiment, and the main body portion 12 includes two half-cracked portions 13 and 13 in which a portion having an appropriate height or higher is formed in a half-cracked shape. The continuous fasteners 14 are provided on the three sides excluding the bottom sides of the half-cracked portions 13 and 13, and the entire main body 12 constitutes one bag by closing the fasteners 14. In the figure, the half-cracked portion 13 is folded back downward. And the net | network part 16 is provided extended from the base 15 * 15 of the half crack parts 13 * 13 to the upper side. Similarly to the first embodiment, the mesh portion 16 is provided with one or a pair of duct insertion openings 17 for inserting the duct. The mesh portion 16 is sewn to the main body portion 12 at the bottom portion of the half-cracked portion 13, but may be welded or bonded depending on the material of the main body portion 12, and moreover not be easily peeled off. You may reinforce it with tapes. Reference numeral 18 denotes an opening fastener provided in the upper side opening of the netting portion 16, which is opened to discharge the rice husk.

  In using the second embodiment, the fastener of the duct insertion port 17 is first opened and the duct is inserted as in the first embodiment. When the hulling machine is moved, the exhaust pressure from the duct is released to the outside through the net, while the chaff falls to the main body 12 according to gravity. In this embodiment, the rice husk is accommodated up to one cup of the mesh portion 16, the bag is removed from the duct, the fastener of the duct insertion port is closed, and the mesh portion 16 is covered with the half crack portions 13 and 13. The opening is closed by the fastener 14. Since it comprises in this way, a rice husk can be accommodated in the bag containing a mesh part in this embodiment. As in the first embodiment, the main body of the bag is provided with a handle 19 and a chaff take-out port that can be opened and closed with a fastener on the bottom side as necessary.

  In the present invention, since the rice husk storage bag having the above-described configuration is adopted, the rice husk can be collected by being directly attached to the duct of the rice huller as in the conventional work, but it is not a complicated structure and is suitable for mass production. The product can be used for efficient transportation.

The perspective view which shows 1st Embodiment Sectional drawing which shows the bag after rice husk collection | recovery by 1st Embodiment The perspective view which shows 2nd Embodiment Sectional view showing storage state of rice husk

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Rice husk storage bag 2 Main part 3 Fastener 4 Opening 5 Handle 6 Rice husk discharge port 7 Netting part 8 Duct insertion port 9 Discharge port 10

Claims (4)

  A zipper that has an eye that does not leak rice husk powder and the like, and a net that extends from the upper opening of the main part and has smaller eyes than the chaff. In addition, a rice husk storage bag is provided in which one side or both sides of both vertical sides of the mesh portion are provided with a duct insertion port of the hulling machine so as to be freely opened and closed.   It has a main part with eyes that do not leak rice husk powder, etc. The upper side of this main part is a half-cracked part with the vertical sides cut off on both sides, and this half-cracked part can be opened and closed on three sides except the bottom. Fasteners are provided on the upper side of the half-cracked portion, and a mesh portion is provided on the upper side of the half-crack. A rice husk storage bag provided with an opening for opening and closing the duct of the huller on one side or both sides of the side.   The rice husk storage bag according to claim 1, wherein an openable and closable opening is provided on a bottom side of the main body.   The rice husk storage bag according to claim 1 or 2, wherein a handle is provided on at least one of the vertical sides on both sides of the main body.

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