KR200297531Y1 - polish rice by pounding machine - Google Patents

Abstract

The present invention relates to a rice bran sorting structure of a domestic ceramic pottery, to improve the rice bran sorting structure configured in the Utility Model Registration No. 260611 to make it easier and more stable sorting.

Registered Utility Model No. 260611 in the rice bran discharge guide part in the lower part of the pottery casing constituting the milling unit is formed with a partition plate inside the rice bran discharge guide part, and the tip is peeled off from brown rice for the first time. The rice bran, which is a relatively hard skin, which is a losing organic matter, is discharged, and the rear end portion is centered around the partition plate so that the relatively soft and easy-to-eat rice bran is discharged after the organic material is peeled off. The partition wall was formed at the position coinciding with the partition plate formed in the rice bran discharge guide portion of the casing to accommodate the hard organic matter peeled from the brown rice and the soft edible rice bran powder.

However, in the above-mentioned preliminary registration proposal, the rice bran water container is formed as a single body, and is composed of a single copper body so that organic matter and rice bran powder are separated and accommodated using partition walls. It was inconvenient.

The present invention has been devised in view of the above-mentioned conventional problems, and in particular, by improving the rice bran outlet and the rice bran outlet formed in the lower part of the ceramic casing, the rice bran and the organic material are formed to be opposite to each other left and right, respectively, The rice bran discharge port and the rice bran discharge port under the rice bran container and the organic material container are respectively installed to accommodate the rice bran and the organic material in a separate container, respectively, to provide a rice bran selection structure of the home pottery device made easy to use.

Description

Polish rice by pounding machine

The present invention relates to the rice bran sorting structure of domestic pottery, and more specifically, to improve the rice bran sorting structure described in Utility Model Registration No. 260611, which is a pre-registered design, it is a hard organic matter rice bran and eating It is possible to efficiently screen the soft rice bran powder.

Registered Utility Model No. 260611 in the rice bran discharge guide part in the lower part of the pottery casing constituting the milling unit is formed with a partition plate inside the rice bran discharge guide part, and the tip is peeled off from brown rice for the first time. The organic material is discharged while cutting the relatively hard skin, which is the organic material, and the rear end is formed around the partition plate to form the rice bran discharge part which is relatively soft and easy to eat after the organic material is peeled off. The location of the rice bran container is that the partition wall is formed at a position coinciding with the partition plate formed in the rice bran discharge guide portion of the pottery casing so as to selectively receive rice bran and soft edible rice bran powder peeled off from brown rice. .

However, the above-mentioned pre-registration devises the structure of the rice bran discharge guide unit and the partition plate, which are composed of the pottery casing, to separate and drop the hard organic matter and the rice bran powder in front and rear, respectively. Because it was formed so that the receiving space was formed in the rice bran water, organic matter and rice bran were classified and accommodated very uncomfortable to use.

In other words, in the above-mentioned preliminary registration proposal, the rice bran container is composed of a Handong body so as to receive organic matter and rice bran powder at the same time, which is very cumbersome and inconvenient when using the received rice bran powder or disposing of uneatable organic matter.

Therefore, the present invention has been devised in view of the above-mentioned conventional problems, and in particular, in forming rice bran discharge port and rice bran discharge port formed in the rice bran discharge guide portion at the bottom of the pottery casing, the rice bran discharge port and the rice bran discharge port are discharged in the direction crossing each other. It is formed, and the storage box installed below the rice bran discharge guide part is also separated into rice bran container and rice bran container, so that rice bran and edible rice bran, which are not eatable when brown rice is separated and collected, are very convenient to use. The purpose is to make it happen.

1 is a longitudinal cross-sectional view of the present invention.

Figure 2 is an exploded perspective view of the main part of the present invention.

Figure 3 is a cross-sectional view showing a coupling state of the milling unit and the transfer unit of the present invention.

4 is a cross-sectional view taken along the line AA ′ of FIG. 3.

5 is a cross-sectional view taken along line BB ′ of FIG. 3.

In the brown rice clarifier which removes the hard organic matter and impurities of the brown rice and makes use of the rice bran containing the nutrients of the embryo, the housing is provided with a hopper 101 which has a predetermined receiving space 113 and supplies brown rice to the upper part. 102, a drive motor 103 configured to generate power by the power supplied in the housing 102, and a lower portion of the hopper 101 inside the housing 102. As the pulley 103a and the belt 104, the interlocking pulley 105a is connected to the feed unit 110 so as to transfer the supplied brown rice in one direction, and is detachably coupled to one end of the transfer unit 110. A cut mill unit 120 for peeling the skin of the brown rice to be peeled to a predetermined thickness, a minute control means for adjusting the skin thickness of the brown rice cut from the mill unit 120, and the milling unit 120 is a transfer unit (110) In that it comprises detachable means of the milling unit for A so that the detachable is achieved by the brown rice according to claim dojeonggi.

Here, the transfer unit 110 is coupled to the first bracket 107a fastened to a predetermined position at the other end of the support frame 106 of the upper portion of the drive motor 103, and the bearing blur 108 is externally formed and is arranged at the other end. The upper portion for temporarily receiving the brown rice supplied from the hopper 101 formed at one end of the bearing block 108 and the drive unit 105 connected to the drive motor 103a and the belt 104 is interlocked pulley 105a. An open receiving part 109 and one end of the support frame 106 are fastened to a predetermined position, and one end of the receiving part 109 penetrates into the fixing bolt 109a to be fastened and fastened; In addition, the driving unit 105 is formed extending from one end, the transfer screw 111 of a predetermined length to transfer the brown rice temporarily accommodated in the receiving portion 109 to one side, and a predetermined length at the end of the transfer screw 111 Protrudes toward one side of the second bracket (107b) with an outer diameter and a predetermined width It includes impellers pressing rod (112) (112a) is formed longitudinally on the outer diameter side.

In addition, the turning unit 120, the receiving hole 113 to accommodate the fixing bolt 109a fastened to one side of the second bracket (107b) is formed corresponding to the other end surface predetermined position, and has a hollow portion Step by step the rice bran which is the inner skin of the brown rice made of rice bran and rice bran and the organic material of the skin and the like formed on the bottom of the top casing 115, the bottom of the top casing 115 is transferred to the transfer screw 111 and generated. Into the outer and outer mirror surfaces to form a hexagonal tubular body inserted into the rice bran discharge guide portion 116 consisting of an organic discharge port 116a and the rice bran discharge port 116b and at least one long groove 115a formed on the inner diameter surface of the milling casing 115. It includes a ferrule tube 117 is formed a plurality of spiral pores 117a to pass through.

The organic discharge port 116a and the rice bran discharge port 116b are formed in the left and right directions, that is, discharge is made in the opposite direction, respectively, so that the organic food and the edible rice bran can be reliably discharged.

In addition, the fractional control means, the guide 122 is coupled to the support bracket 121 attached to one end of the cutting casing 115, and one end of the guide tube 117 is inserted into one end of the guide 122 Is disposed in, but is relatively larger than the inlet pipe 117 is elastically supported by the elastic member 123 inserted into the guide 122 to discharge pressure control plate 124 to press the inlet pipe 117 side, and The guide 122 is fixed to the fastener 125 at one end and the adjustment hole 127 is coupled to the ball plunger 126 to compress the elastic member 123 to the other side, and at a predetermined position of the housing 102 And a manipulation knob 128 adapted to couple the protruding adjustment mechanism 127 to the camline 128a.

In addition, it is preferable to further include a brown rice guide plate 129 is formed at the lower end of the support bracket 121 to guide the brown rice discharged to one end of the fertilization pipe 117 to the outside of the housing 102.

In addition, the detachable means of the potting unit is formed at the other end of the outer peripheral portion of the potting casing 115 to receive the head of the fixing bolt 109a for fastening and fixing the bearing block 108 to the receiving hole 113. At the same time, the fixing portion 114 is formed to have a predetermined round portion, and the second bracket 107b at a position adjacent to the fixing portion 114 is rotatable. It includes a cam lever 130, the cam portion 130a is formed to press inward.

In addition, the housing for accommodating the organic skin and rice bran generated by the brown rice disposed on the bottom of the milling unit 120 is to receive rice bran and rice bran which are hard organic matters for each milling step (131b) and organic matter. Separately configured as a container (131a).

The present invention configured as described above will be described in detail based on the accompanying drawings.

1 is an exemplary cross-sectional view showing the overall configuration of the present invention, Figure 2 is an exemplary view showing an exploded perspective view of the coupling configuration of the transfer unit 110 and the milling unit 120 in Figure 1, Figure 3 is a transfer 4 is an enlarged view illustrating a coupling configuration of the unit 110 and the milling unit 120. FIG. 4 is a cross-sectional view taken along the line A-A 'of FIG. 3, and FIG. 5 is a cross-sectional view taken along the line B-B' of FIG.

First, as shown in FIG. 1, the upper portion of the housing 102 has a hopper 101 to supply brown rice to be milled to the hopper 101, and a transfer unit 110 is disposed at the lower end of the hopper 101. That is, the support frame 106 is installed on the upper portion of the drive motor 103 installed below the housing 102, the first bracket (107a) so as to be spaced a predetermined distance to the upper predetermined position of the support frame 106 After and the second bracket 107b are respectively installed, it is coupled to it.

The transfer unit 110 is composed of a drive unit 105, a transfer screw 111, the pressure rod 112 is integrally formed, the drive unit 105 is coupled to the first bracket (107a) in a state that the bearing is formed outer However, the other end of the drive unit 105 is connected to the drive pulley 103a of the lower drive motor 103 and the belt 104 by accumulating the interlocking pulley 105a so that the power of the drive motor 103 is transmitted.

In addition, the transfer screw 111 is formed with a predetermined length from one end of the drive unit 105, the transfer screw 111 is formed extending from the bearing block 108 toward one side, directly below the hopper 101 It is penetrated into the receiving portion 109 to be disposed and at the same time to penetrate into the second bracket 107b coupled to one end of the receiving portion 109.

In addition, the pressure bar 112 is expanded to a predetermined length from one end of the conveying screw 111 is formed to extend in a predetermined length, the outer diameter surface of the pressure bar 112 protrudes to a predetermined height and is formed extending in the longitudinal direction The wing portion 112a is formed.

On the other hand, the drilling unit 120 detachably attached to the other end of the second bracket (107b), the coupling of the fertilization pipe 117 formed with a plurality of piercing holes 117a in the hollow portion of the cutting casing 115, The lower part of the casing 115 is a rice bran formed of an organic discharge port 116a and a rice bran discharge port 116b to clearly separate and discharge the organic skin and rice bran discharged into the lower portion of the steel pipe 117 in which the spiral ceramic hole 117a is formed. The discharge guide 116 is formed to separate and discharge the rice bran made of organic matter, such as waste generated by peeling of the epidermis 117 and rice bran and rice snow, respectively.

Here, the rice bran container (131b) and the organic container (131a) are arranged side by side in parallel so that the waste and rice bran separated and discharged by the rice bran discharge guide unit 116 are separated for each milling step. Separate and accommodate rice bran.

In addition, the detachable means of the potting unit 120 for coupling the potting unit 120 to the second bracket 107b is to fasten and fix the receiving portion 109 on one side of the second bracket 107b. Since the fixing bolt 109a protrudes, the receiving hole 113 is formed in the fixing part 114 protruding from one end of the cutting casing 115 so as to accommodate the fixing bolt 109a. When the fixing bolt 109a is accommodated in the 113, the other side of the inlet pipe 117 and the receiving part 109 inserted into the inverting case may be coupled in a correct position.

Here, the cam lever 130 having the cam portion 130a is rotatably coupled to the second bracket 107b on both sides adjacent to the fixing portion 114 so as to press the round of the fixing portion 114 inward when rotating. As shown in FIG. 4, when the fixing bolt 109a is received in the receiving hole 113 of the fixing part 114, the cam lever 130 is rotated to fix the fixing parts 114 at both sides of the fixed casing 115. ) By pressing the potting casing 115 can be coupled, and during dismantling, the cam part 130a is rotated to the opposite side, so that the potting casing 115 can be dismantled naturally. The cleaning operation of 109 can be facilitated.

Particle control means for adjusting the thickness of peeling the skin layer of the brown rice in the fertilization pipe 117, the support bracket 121 is attached to one end of the top casing 115 as shown in Figs. The guide 122 may be coupled to the bracket 121, and the elastic member 123 may be inserted into the guide 122, and the other end may be inserted into the threaded portion 124a of the discharge pressure regulating plate 124. The pressure adjusting plate 124 is to be in close contact with the other end of the potting pipe 117.

In this case, the elastic member 123 is fastened to one end of the guide 122 so as to be supported at one end by inserting the adjusting tool 127 and fastening the fastener 125 to one end of the guide 122 to adjust the adjusting tool ( 127 may be prevented from being separated from the guide 122.

One end of the adjusting opening 127 is coupled to protrude into the housing 102 as shown in FIG. 1, and the ball plunger 126 is inserted into the cam line 128a of the operating knob 128 coupled to the housing 102. To be possible.

Accordingly, when the manipulation knob 128 is rotated, the ball plunger 126 is compressed and rotates at the same time, while the adjusting opening 127 compresses the elastic member 123 along the cam line 128a, or vice versa. Will release the compressed state.

At this time, the elastic member 123 elastically supports the discharge pressure control plate 124 to the inlet pipe 117 increases or decreases, so that the brown rice conveyed to one end from the inlet pipe 117 discharge pressure control plate In accordance with the increase or decrease of the closing force of one end of the potting tube 117 of 124, the potting degree is determined.

Therefore, when the user administers brown rice to the hopper 101, the brown rice is accommodated in the receiving portion 109 of the lower portion of the hopper 101, and at this time, when the power switch is turned on, the rotational force of the driving motor 103 is driven by the driving pulley ( 103a) and the belt 104 and the interlocking pulley 105a are transmitted to the drive unit 105. Accordingly, the feed screw 111 rotates to transfer the brown rice accommodated in the receiving unit 109 to the vessel tube 117 side. do.

In this case, the pressure rod 112 which is formed at one end of the transfer screw 111 and is inserted into the inverted tube 117 rotates at the same time, and the inverted tube 117 while rotating the brown rice to be transferred to the wing 112a. The skin is brought into contact with the helical pores 117a formed in the c) so that the skin is peeled off.

At this time, the brown rice conveyed from the transfer screw 111 is first peeled off at the inlet of the inlet pipe 117 via the inlet of the feed screw 111 and the inlet pipe 117, at this time, the peeled skin is hard Because it is an organic, indigestible sand component, it needs to be trimmed with rice bran.

Therefore, the lower portion of the inlet pipe 117 a predetermined distance from the inlet of the inlet pipe 117, as shown in Figures 1 and 3, the organic discharge port 116a and the rice bran outlet to guide each of the organic matter and the rice bran, respectively. It is preferable to separately prepare 116b so that the organic material first peeled off is separated first and then the rice bran is separated.

As described above, the organic material first peeled off from the brown rice is accommodated in the organic container (131a) through the organic outlet (116a), and the pressure rod 112 and the vessel (117) are transferred toward one end from the vessel (117). The rice bran after peeling off the skin while in contact with the rod, is to be accommodated separately by the rice bran container (131b).

As described above, when the operation knob 128 for adjusting the milling fountain of the brown rice is locked, the adjusting hole 127 compresses the elastic member 123 along the cam line 128a, and thus the elastic member 123. Compresses the screw portion 124a of the discharge pressure regulating plate 124 inserted into the guide 122 so that the discharge pressure regulating plate 124 enhances the closing force of the inlet tube 117 and is transported in the inlet tube 117. The outer skin of the brown rice can be peeled off more by the friction and contact with the potting hole 117a while staying in the potting tube 117 for a longer time.

On the contrary, when the operation knob 128 is released, the force of the discharge pressure regulating plate 124 to close the inlet tube 117 is reduced, so that the brown rice being transferred in the inlet tube 117 easily pushes the discharge pressure regulating plate 124. By being able to come out less time to stay in the vessels 117, and thus the epidermis is thinned off.

As described above, the brown rice discharged by pushing the discharge pressure control plate 124 is guided to the brown rice guide plate 129 formed at a predetermined slope at the bottom of the support bracket 121 and discharged to the outside.

On the other hand, the subject innovation is to configure a timer (not shown) in conjunction with the power switch 132 to control the supply and shutdown of power so that the drive motor 103 is driven only for a predetermined time.

As described above, the present proposal allows anyone to easily mill and use brown rice at home, and at the same time, separate and contain the hard organic matter of brown rice epidermis and the rice bran containing the nutrients of rice bran and embryo generated in the process. By making it easy to handle and use, the rice bran is hygienically utilized in the diet, and the rice is a very useful design with the effect of always enjoying the ricey taste like a new rice.

Claims (1)

A housing having a predetermined accommodation space and provided with a hopper to supply brown rice to the upper portion; A drive motor configured to generate power by power supplied in the housing; A transfer unit positioned under the hopper inside the housing so that the driven pulley of the drive motor and the interlocking pulley are connected as a belt to feed the brown rice supplied in one direction; A milling unit which is detachably coupled to one end of the transfer unit so that the skin of the brown rice to be transported can be peeled off to a predetermined thickness; Fine-tuning means for adjusting the skin thickness of the brown rice cut in the milling unit, In the brown rice pottery device comprising a detachable means of the milling unit for detaching the milling unit from the transfer unit, Rice bran outlet and rice bran outlet formed in the lower part of the pottery casing constituting the milling unit are formed so as to face in the opposite direction, and the receiving box is also made by separating the rice bran container and rice bran container, the rice bran of household pottery rescue