KR100619500B1 - Rice polishing identify machine - Google Patents

Abstract

The present invention relates to a rice metrology device. The present invention includes a coupling part formed of a horizontal guide rail having a front center area open and horizontally corresponding to an inner surface thereof; A visual measurement unit provided in an upper region of the coupling unit for visually comparing a standard product (rice) with a processed product (rice); A sample measuring case provided in the lower portion of the coupling part and configured to include a power generator for irradiating light; And a sample storage member which is detachably coupled to the coupling portion of the sample measuring case and stores the standard product (rice) and the processed product (rice).

The present invention configured as described above is stored in a sample plate made of a semi-transparent poliflopylene material inside the sample plate and the processed product made of the standard product and then measured by visual comparison through a magnification lens of 5 times or more magnification. Compared with the conventional sample processing, the rice degree is easy and easy to evaluate. Anytime, everybody can feel it and the result is clear. As a result of rough guessing at private pottery factories, the pottery is measured by cutting too much rice and grains, preventing rice from being produced by consumers. Rice distributors can also finely control the fineness and cracking This can raise the quality of domestic rice in the difficult situation in which quality competition with foreign rice is difficult.

Rice, theft, emotion, magnifying

Description

Rice polishing identify machine

1 is a photograph showing a conventional reagent treated state.

Figure 2 is a perspective view showing the structure of a rice island emotion machine according to the present invention.

Figure 3 is an exploded perspective view showing a sample storage member of the rice metrology sensor according to the present invention.

Figure 4 is a cross-sectional view of the coupled state of the rice island according to the present invention.

Figure 5 is an operational state diagram of the rice metrology sensor according to the present invention.

Figure 6 is a state diagram showing a state in which the sample storage member of the rice island tester according to the present invention is separated.

7 to 9 are photographs of a state of emotion as a rice island emotion machine according to the present invention.

<Description of the symbols in the main part of the drawing>

10: sample measuring case 14: front finish plate

16: square hole 18: the front lower finish plate

20: coupling portion 21, 22: horizontal guide rail

30: visual measurement unit 32: upper finish plate

34: through hole 36: magnifying lens

40: power generation unit 50: sample storage member

51,52: exposed hole 53: bonding plate

54: connection section 55: sample plate support

60, 61: Sample plate 63: space part

65 sample plate 70 reflecting plate

72,73: Guide rail

The present invention relates to a rice measuring device, and in particular, a processed product made of a standard product and a cutting process are stored in a sample plate on which a sample plate made of translucent poliflopylene material is stored, and configured to measure through a magnification lens having a magnification of 5 times or more. will be.

In general, the degree of rice shaving (rice shaving) was evaluated by the MEB (Methylene Bule Eosin Y) reagent treatment according to the National Agricultural Products Quality Management Service Publication No. 200-8 (2000. 03. 03). On the basis of comparative feelings, they are classified into "red", "slightly lowered", "lower", and "amulet". In order to process such reagents, ME reagent diluted three times with 3% triethanolamine and methanol, methanol having a purity of 99% or more, various reagents such as methanol, distilled water, clear water, and water facilities were required for washing.

As shown in FIG. 1, the reagent treatment result (color) is different according to the ME reagent and the treatment process, and even when the judgment result is different, the opinions of the appraiser differ, so that confusion is generated. Emotion can be made, and the development of an emotion mechanism with objectivity was pursued.

However, such conventional rice metrology has the following problems.

First, the reagent treatment result (color) is different according to the ME reagent and the treatment process, and the judgment result is different (subjective) even in the judgment of the emotion result, which causes confusion.

Second, a certain place, a facility, and a container are needed to process the reagent, and when the reagent is in the hands of the examiner during the reagent processing, the reagent is hardly erased, making it unpleasant to see.

Third, due to the above problems, first-hand inspectors judged suitability by visually evaluating the reagents without processing the reagents, thus causing possession of the personality test.

Fourth, appraisal as a reagent treatment requires a considerable level of know-how, and waste is generated in the process, causing water pollution.

The present invention has been devised to solve such a conventional problem, the present invention is easy and easy to measure the rice degree is always, many times, anyone can do it, the results of the emotion appear clearly, the degree of correctness test By eliminating the possibility of skipping the test and using this device during the process of cutting, the objective and precise feelings can be prevented in advance to prevent the production of rice that is too high, grains and cracks that are too low, or production of rice that is too low. There is a purpose.

The present invention for achieving the above object, the front center region is open, the coupling portion consisting of a horizontal guide rail provided to correspond to the inner surface horizontally; A visual measurement unit provided in an upper region of the coupling unit for visually comparing a standard product (rice) with a processed product (rice); A sample measuring case provided in the lower portion of the coupling part and configured to include a power generator for irradiating light; And a sample storage member detachably coupled to the coupling portion of the sample measurement case and storing the standard product (rice) and the processed product (rice).

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 2 of the accompanying drawings is a perspective view showing the structure of the rice island emotion device according to the present invention, Figure 3 is an exploded perspective view showing a sample storage member of the rice island degree emotion machine according to the present invention, Figure 4 A cross-sectional view of the rice degree appraiser according to the present invention, FIG. 5 is an operation state diagram of the rice degree appraiser according to the present invention, and FIG. 6 is a view illustrating a state in which a sample storage member of the rice degree appraiser according to the present invention is separated. State diagram.

As shown in Figures 2 to 6, the rice island degree tester according to the present invention and the sample measuring case 10 for measuring a sample; It consists of a sample storage member 50 that is selectively coupled inside the sample measuring case 10 to determine by visually measuring the result of the standard product (rice) and the processed product (rice).

The sample measuring case 10 is made of a rectangular parallelepiped, the front center region is open, and a coupling portion 20 made of horizontal guide rails 21 and 22 provided to correspond to the inner surface horizontally; A visual measurement unit 30 provided in the upper region for visually measuring the evaluation result of the standard product (rice) and the processed product (rice) with the naked eye; It is provided in the lower region is composed of a power generator 40 for generating a light.

The visual measurement unit 30 includes an upper finish plate 32 finished in the upper region of the sample measurement case 10; A through hole 34 formed in a central region of the upper finish plate 32; The magnifying lens 36 is inserted into and fixed to the through hole 34. At this time, the magnification lens 36 maintains the magnification of 5 times or more, and is made of a convex or concave lens. On the other hand, the cover 12 is provided on the top of the sample measuring case 10 to be opened and closed to securely protect the magnifying lens 36.

On the other hand, the front finish plate 14 is detachably fastened to the front of the power generating unit 40 of the sample measuring case 10, the front lower portion so that the square fitting hole 16 is formed in the lower portion of the front finish plate 14 The closing plate 18 is to be fastened.

The seventh power generation unit 40 is connected to the fastener 42 is fixed to maintain the same height on the lower inner surface of the sample measuring case 10; Coupled between the connection port 42 is made of a fluorescent lamp 44 to irradiate the light.

At this time, the lower part of the sample measuring case 10 is provided with a ballast 46 for stably supplying power to the fluorescent lamp lamp 44, the ballast 46 is connected to the plug 47 and the connection port (external power source) A wire 48 for supplying power to 42 is connected.

In addition, it is preferable to use one compact 8W for the fluorescent lamp 44 to maintain stable illuminance inside the pot. On the other hand, the front lower finish plate 18 is provided with a power switch 18a for supplying power to the fluorescent lamp 44 and cut off. And

The sample storage member 50 is detachably coupled between the guide rails 21 and 22 of the coupling part 20, and the coupling plate 53 having exposed holes 51 and 52 penetrated at both sides thereof. ; It is composed of a connecting compartment 54 which is provided between the exposed holes 51 and 52 of the coupling plate 53 and above the coupling plate 53 on both sides and the rear side to partition the exposed holes 51 and 52. A sample dish supporter 55; It is made to be seated on the upper side of the coupling plate 53 and the connection section piece 54 of the exposed hole (51) (52) outer side, the upper portion of the space for storing the standard (rice) and processed products (rice) 63 Each of the drawer type sample plates 60 and 61 are formed.

At this time, the sample plates 60 and 61 are made of a transparent material as a whole, and the space 63 of the sample plates 60 and 61 is covered with a sample plate 65 made of translucent polypropylene (PP) material. Next, the standard and processed rice is stored and measured. In addition, the handle 67 is provided on the front surface of the sample plate 60, 61 to separate and combine the sample plate 60, 61 from the sample plate support 55.

Meanwhile, the reflective plate 70 is detachably inserted into the square fitting hole 16 between the front finish plate 14 and the front bottom finish plate 18 so that the fluorescent light is reflected to the upper case. The reflective plate 70 is moved back and forth along the guide rails 72 and 73 formed to correspond to the same height as the square fitting hole 16 on the lower inner surface of the sample measuring case 10. At this time, one surface of the reflector 70 is made of white, the other surface is made of black.

In order to evaluate the rice degree with the appraiser according to the present invention configured as described above, first, in the space portion 63 of the sample plates 60 and 61 constituting the sample storage member 50 as shown in FIGS. The sample plate 65 made of translucent polyflophyllene material is laid, and then a proper amount of the standard product (rice) and the processed product (rice) are stored therein, and then the upper portion of the coupling plate 53 constituting the sample dish supporter 55 is placed thereon. The connection compartment piece 54 is sequentially seated.

Then, the sample plates 60 and 61 are seated on the upper side of the coupling plate 53 and the inner side of the connecting compartment 54 of the exposed long holes 51 and 52. At this time, the standard product (rice) and the processed product (rice) stored in the sample plate 65 laid inside the space portion 63 of the sample plates 60 and 61 remain exposed to the exposed holes 51 and 52. do.

In this state, when the sample plate 60, 61 is stored in the horizontal guide rails 21, 22 constituting the coupling portion 20 of the sample measuring case 10, the sample holder 55 is coupled, Both ends of the coupling plate 53 constituting the dish supporter 55 are moved inward along the horizontal guide rails 21 and 22.

Next, when the power switch 18a provided in the front lower finish plate 18 of the sample measuring case 10 is operated, power is supplied to the fluorescent lamp 44 so that the fluorescent lamp 44 emits light. That is, the external power is switched to a stable proper voltage by the ballast 46 under the sample measuring case 10 and supplied to the connection port 42 so that the light of the fluorescent lamp 44 is irradiated into the sample measuring case 10. While passing through the sample dish 60, 61 made of a transparent material.

At this time, the sample plate 65 is made of a semi-transparent polypropylene material, and when the light of the fluorescent lamp 44 is transmitted, the standard product (rice) and the processed product (rice) stored in the sample plate 65 are clearly visible. .

In this state, as shown in FIG. 6, the standard product and the processed product in the sample plates 60 and 61 are compared and measured through the visual measurement unit 30 of the sample measuring case 10. That is, when viewed visually through the magnifying lens 36 of the sample measuring case 10, the standard and processed products stored in the space portion 63 of the sample plates 60 and 61 are enlarged five times or more. It can be identified.

This enables an appreciation of the degree of the workpiece compared to the standard. For example, "gold grain" and "steel layer" are clearly visible in the processed product, so that the standard product and the processed product can be sharply contrasted, thereby providing a certain feeling. (See FIGS. 7 to 9)

On the other hand, the front surface of the sample dish 60, 61 is provided with a handle 67 to easily combine and separate the sample dish 60, 61 from the sample dish supporter 55.

Then, the reflective plate 70 is detachably inserted into the square fitting hole 16 between the front finish plate 14 and the front bottom finish plate 18 so that the fluorescent light is reflected to the upper case.

That is, when the reflecting plate 70 is fitted through the square fitting hole 16, the reflecting plate 70 is moved backward along the square fitting hole 16 and the horizontal guide rails 72 and 73, the sample measuring case. (10) The lower portion, that is, the ballast 46 is blocked, and at the same time the fluorescent lamp light is reflected upward. The reflective plate 70 has one surface of white and the other surface of black.

On the other hand, the cover 12 is provided on the top of the sample measuring case 10 to be opened and closed to securely protect the magnifying lens 36.

On the other hand, as described above, the degree of separation of the sample plate 65 made of polyflophylene material laid on the space portion 63 of the sample plates 60 and 61 constituting the sample storage member 50. Esau can be used to identify rice varieties, etc., which have not been milled.

According to the present invention described above, the processed product made of the standard product and the cutting process is stored in the sample plate of semi-transparent polyflophyllene material laid inside the sample dish, and then compared with the naked eye through an enlarged lens having a magnification of 5 times or more. Compared to the conventional sample processing and emotion, the rice degree is easy and easy to evaluate, so anyone can feel it many times, and the result is clear. When using this equipment in a private pottery factory, it is roughly guessed so far that the potter's wheel is cut and the grain is too much due to the roughness of rice. Prevent the production of unavoidable rice, and rice distributors have the greatest impact on the quality of rice. , Can be feelings of cracked grains such precision, it is seen as leverage to bring the effect of improving the quality of domestic rice in a difficult situation to be a foreign rice and quality competition.

Claims (5)

An engaging portion 20 formed of horizontal guide rails 21 and 22 having a front center area open and corresponding to the inner surface horizontally; A visual measurement unit 30 provided in an upper region of the coupling unit 20 for visually comparing a standard product (rice) with a processed product (rice); A sample measuring case 10 provided in the lower portion of the coupling part 20 and including a power generating part 40 for irradiating a light; And A sample storage member 50 that is detachably coupled to the coupling portion 20 of the sample measurement case 10 and stores the standard product (rice) and the processed product (rice); Rice island degree emotionr, characterized in that configured to include. The method of claim 1, wherein the visual measurement unit 30 An upper finishing plate 32 closed at an upper region of the coupling part 20; A through hole 34 formed in a central region of the upper finish plate 32; And A magnification lens 36 inserted into and fixed to the through hole 34 of the upper finish plate 32 and having an appropriate magnification; Rice island degree appraiser, characterized in that consisting of. The method of claim 1, wherein the sample storage member 50 A coupling plate 53 that is detachably coupled between the guide rails 21 and 22 and has exposed holes 51 and 51 penetrated at both sides thereof; The connection compartment piece 54 is provided between the exposed holes 51 and 52 of the coupling plate 53 and the upper regions of the coupling plates 53 at both sides and the rear side to partition the exposed holes 51 and 52. Sample dish support 55 made of; And The space portion 63 seated on the upper side of the coupling plate 53 and the inner side of the connection section piece 54 of the exposed long holes 51 and 52, and the standard product (rice) and the processed product (rice) are stored. A sample plate (60) (61) formed of a transparent material having a handle (67) formed on each front surface thereof; Rice island degree appraiser, characterized in that consisting of. The method of claim 1 or claim 3, wherein the rectangular hole 16 between the front finish plate 14 and the front lower finish plate 18 for blocking the power generating portion 40 of the sample measuring case 10 Is formed, Guide rails 72 and 73 are provided to correspond to the inner surface of the sample measuring case 10 at the same height as the square fitting hole 16. Rice square ball 16, characterized in that coupled to the reflective plate 70 through the guide rail (72, 73) to be detachably coupled. 4. The rice degree appraiser according to claim 3, wherein a sample plate (65) made of translucent polyflophyllene is laid on the space portion (63) of the sample plates (60) (61).

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