JP3194485U - Quantitative vacuum box for storing rice - Google Patents

Abstract

A quantitative vacuum box for storing rice that can prevent the generation and alteration of moisture and mold during the storage process, and the amount of rice taken out each time becomes the volume of the rice measuring box, so that a fixed amount of rice can be taken out. I will provide a. In a quantitative vacuum box for storing rice, which is provided with a box body 20 and an evacuation device provided inside, and an upper lid 10 covering an opening at the upper end of the box body, a rice take-out is provided at the lower side of the box body. In the rice removal quantitative device, the lower part of the box body has a stepped shape on one side and a high side on the other side, and a rice receiver fixed on the step surface of the box body. A rice weighing box 32 that is rotatably provided in the box and the rice receiving box, has an opening that communicates with the lumen on the outer circumferential surface thereof, and the knob 34 is mounted after the spindle extends from the rice receiving box; [Selection] Figure 3

Description

  The present invention relates to an apparatus for storing rice, and more specifically to a quantitative vacuum box for storing rice.

  Currently, the rice sold in the market is often wrapped in a vacuum plastic bag. After opening, it is common to store rice in rice turtles or rice bags. Because it is not possible, rice is prone to moisture, mold, and alteration especially during the rainy season. Rice produces aflatoxins after mold is generated. According to experiments, aflatoxin is one of the strongest chemical carcinogens currently being expressed, and it has a major effect on carcinogenesis, malformation and mutagenesis, as well as impaired liver function. It has been proven that it is possible to induce bone cancer, kidney cancer, rectal cancer, breast cancer, ovarian cancer, etc. Aflatoxins have relatively stable chemical properties, are only destroyed at a high temperature of 280 ° C. or higher, are not sensitive to heat, and cannot be completely removed even at 100 ° C./20 hours. Therefore, moldy rice is extremely harmful to human health.

  Note that the measuring cups and measuring instruments used by humans in daily life are not sufficiently accurate, and it is difficult to achieve the effect of set meal determination.

  Summing up the above, for more advanced rice storage in the family life, which eliminates moisture, mold, and easy-to-modify phenomena during the storage process, guarantees food and drink safety, and has a set meal quantification function. There is an urgent need to provide equipment.

  The technical problem to be solved by the present invention is a problem that rice is difficult to achieve moisture and mold generation, a phenomenon that easily changes in quality and set meal quantification during the storage process.

In order to solve the above technical problem, a claim according to the present invention provides a quantitative vacuum box for storing rice, comprising a box body, and a vacuum evacuation device provided therein, and an upper lid that covers an opening at an upper end of the box body. In the lower part of the box body, a quantitative device for taking out rice is provided,
In the quantitative device for rice removal,
The lower part of the box body has a staircase shape with one side being low and the other side being high, and is provided with a rice outlet opening at the upper end and provided with a bottom cover on the bottom surface. A fixed rice receiving box,
The outer shape is cylindrical, the outer circumferential surface is provided with an opening that communicates with the lumen, the rice receiving box is rotatably provided, and the spindle is mounted after the spindle extends from the rice receiving box A weighing box;
A quantitative vacuum box for storing rice comprising:

  In the above method, the staircase surface of the box body is provided with a rice leakage pipe extending downward, and the left and right staircase surfaces of the rice leakage pipe are inclined downwardly from the outside to the inside of the left and right rice slides. The first and second silica gel wiping blades are interposed in the left and right rice sliding plates, respectively, and a seal ring is provided at the junction between the rice receiving box and the bottom surface of the rice leakage pipe. It was.

  In the method, a lower seal ring is provided between the bottom lid and the lower end surface of the rice outlet.

  In the method, a rotary seal ring is provided on a spindle of the rice weighing box.

  In the present invention, a vacuuming device is provided on the upper lid, a quantitative mechanism for taking out rice is provided at the bottom of the box body, and the rice is stored in a sealed vacuum environment, so that the rice is moist during the storage process, It was possible to prevent mold generation and deterioration, and by rotating the rice weighing box, the rice in the box body was caused to flow out, and the amount of rice taken out each time became the volume of the rice weighing box, and a fixed amount of rice was taken out .

It is an outline schematic diagram of the present invention. It is a structure schematic diagram of the fixed_quantity | quantitative_assay apparatus for rice extraction in this invention. It is sectional drawing which follows the front-back direction which concerns on this invention. It is sectional drawing which follows the left-right direction which concerns on this invention. It is a disassembled structure schematic diagram of the rice receiving box which concerns on this invention.

  Hereinafter, the present invention will be described in detail with reference to the drawings.

  As shown in FIG. 1, a quantitative vacuum box for storing rice provided by the present invention includes a box body 20 and an upper lid 10, and lock wrench is provided on each of two outer surfaces of the upper lid 10. A top cover 10 is covered with an upper end opening of the box body 20 by a wrench, and an upper cover seal ring is provided between the upper cover 10 and the box body 20, and the upper cover 10 is manually evacuated and automatically evacuated. And a quantification device 30 for taking out rice was provided at the bottom of the box body 20.

  As shown in FIGS. 2, 3, and 4, the rice taking-out quantitative device 30 includes a rice receiving box 31 and a rice weighing box 32.

  The rice receiving box 31 is open at the upper end and is provided with a rice outlet having a bottom cover 33 provided on the bottom surface. One end of the bottom cover 33 is joined by the bottom surface of the rice receiving box 31 and an elastic claw is provided at the other end. An elastic claw is provided and locked to the bottom surface of the rice receiving box 31 to seal the rice outlet, and a lower seal ring 34 is provided between the bottom lid 33 and the bottom surface of the rice outlet.

  The lower part of the box body 20 has a staircase shape in which the left side is low and the right side is high, and a rice leakage pipe 211 extending downward is provided on the staircase surface, and the left and right staircase surfaces of the rice leakage pipe 211 are respectively downward from the outside to the inside. The left and right rice sliding plates 212 are inclined to form first and second silica gel wiping blades 212 and 213, respectively.

  The rice receiving box 31 is fixed to the lower step surface of the box body 20, and a seal ring 214 is provided at a joint portion between the rice receiving box 31 and the bottom surface of the rice leakage pipe 211 to form a sealed box body.

  The rice measuring box 32 has a cylindrical outer shape, the lumen forms a rice measuring chamber, and an opening that communicates with the lumen (rice measuring chamber) is provided on the outer circumferential surface of the rice measuring box 32. A weighing box 32 is rotatably provided in the rice receiving box 31, and a knob 34 is mounted after the spindle of the rice weighing box 32 extends from the rice receiving box 31. A rotating seal ring 36 was provided on the spindle of the rice weighing box 32 by rotation.

  As shown in FIG. 5, a through hole is provided in the side wall of the rice receiving box 31, a holder 35 is locked in the through hole, two arc-shaped grooves are provided in the holder 35, and two inner end surfaces of the knob 34 are provided. The claw 341 is protruded, and the claw 341 is inserted into the arc-shaped groove and hooked on the inner end surface of the holder 35, whereby the knob 34 is rotated along the circumferential direction of the holder 35, and the column is supported on the inner end surface of the knob 34. Two mounting grooves were provided in which a bullet 342 provided with 343 was interposed.

  In the present invention, after the rice is put in the box body, the upper lid is put on, the vacuuming device for the upper lid is activated and the inside of the box body is evacuated, and the rice is stored in a sealed vacuum environment. Prevents moisture, mold, and alteration during storage.

  When in use, first, the knob is rotated so that the opening of the rice weighing box faces upward, and the rice in the box body falls into the rice weighing box due to the action of gravity.

  Then, by rotating the rice weighing box again, the rice weighing box opens downward, and when the bottom lid is opened, the rice flows out from the rice outlet, and the amount of rice removed becomes the volume of the rice weighing box. The rice was taken out.

  The present invention is not limited to the above-described optimal embodiment, but structural changes made by revelation of the present invention should be understood, and any claims that are the same as or close to the present invention shall be protected by the present invention. Fits in range.

Claims (4)

In a quantitative vacuum box for storing rice, comprising a box main body and a vacuum cover provided therein, and an upper lid that covers the opening at the upper end of the box main body. Is provided,
In the quantitative device for rice removal,
The lower part of the box body has a staircase shape with one side being low and the other side being high, and is provided with a rice outlet opening at the upper end and provided with a bottom cover on the bottom surface. A fixed rice receiving box,
The outer shape is cylindrical, the outer circumferential surface is provided with an opening communicating with the lumen, is rotatably provided in the rice receiving box, and the knob is mounted after the spindle extends from the rice receiving box Rice weighing box,
A quantitative vacuum box for storing rice, characterized by comprising:   A rice leakage pipe extending downward is provided on the staircase surface of the box body, and the left and right staircase surfaces of the rice leakage pipe are respectively inclined downward from the outside to form left and right rice sliding plates. The first and second silica gel wiping blades are interposed in the left and right rice sliding plates, respectively, and a seal ring is provided at a joint between the rice receiving box and the bottom surface of the rice leakage pipe. The quantitative vacuum box for storing rice according to claim 1.   The quantitative vacuum box for storing rice according to claim 1, wherein a lower seal ring is provided between the bottom cover and a lower end surface of the rice outlet. The quantitative vacuum box for storing rice according to claim 1, wherein the spindle of the rice weighing box is provided with a rotary seal ring.