KR20200062912A - Buckwheat powder manufacturing system including the Smart roasting part and the buckwheat powder produced by using it - Google Patents

Abstract

The present invention relates to a buckwheat powder manufacturing system comprising a smart roasting part and the buckwheat powder manufactured by using the same. According to the present invention, provided can be a buckwheat powder manufacturing system comprising a smart roasting part which comprises: a sorting part for sorting buckwheat; a washing part for washing the selected buckwheat; a storage part for storing the washed buckwheat; a smart roasting part for roasting buckwheat; a cooling part for cooling the roasted buckwheat; a crushing part for crushing the cooled buckwheat; and a packaging part for packaging crushed buckwheat. Therefore, the present invention can provide the buckwheat powder manufactured according to the method. The present invention can build reliability with a consumer and expand repurchase.

Description

Buckwheat powder manufacturing system including the Smart roasting part and the buckwheat powder produced by using it}

The present invention relates to a buckwheat powder manufacturing system including a smart roasting unit and buckwheat powder manufactured using the same, and more specifically, by roasting buckwheat through the smart roasting unit, it is possible to standardize the taste and color of the product according to consumer preferences, It relates to a buckwheat powder manufacturing system including a smart roasting unit having improved quality uniformity, hygiene safety, and productivity, and buckwheat powder manufactured using the same.

Buckwheat is an annual herbaceous plant belonging to the buckwheat genus of the Polygonaceae family. Currently, 20 buckwheat species have been found and classified worldwide, among them mainly Common buckwheat (F esculentum Moench, common buckwheat, sweet buckwheat) and Tartary buckwheat ( F tataricum Gaertner, Tatari buckwheat, daldan buckwheat, bitter buckwheat, and medicinal buckwheat) are grown in many parts of the world.

Buckwheat is a non-polluting crop that grows well in relatively humid and cool conditions, has a short growing period of 60 to 80 days, is cultivated in a cool climate, has strong absorbability and strong resistance to pests, and does not require the use of large amounts of chemical fertilizers and pesticides.

In Korea, buckwheat is mainly produced in mountainous regions, but it is also cultivated in the plains as a crop before or after this crop. Buckwheat has been cultivated since the middle of the 5th century, but its origin is presumed to be China's Yunnan Province, and buckwheat has been used as a cultivated crop in Korea for a long time, but buckwheat is mainly grown and used, and Tatari buckwheat is used in the Himalayan highlands including Nepal, China. It is cultivated and used as a raw material for making buckwheat porridge and bread, but to improve the bitter taste, food is made and mixed with sweet buckwheat barley, wheat, and grain flour.

Other methods of using buckwheat in many countries around the world are similar, and spaghetti, macaroni, and soba are popular foods that use buckwheat flavor and color.

In Korea, buckwheat is used as a local food such as makguksu and cold noodle, as well as local foods such as beetroot, jeonbyeong, and jelly, and in addition, buckwheat flowers become a source of wheat, and it has value as a tourism resource, and the shell of buckwheat seeds is pillow Is being used as

In addition, rutin extracted from buckwheat is used as a medicinal raw material, and in recent years, buckwheat sprout, which sprouts buckwheat seeds like sprouts in Korea, was developed for the first time in the world, and is emerging as a new product with high value as a new health food.

The nutrients contained in buckwheat contain fats and carbohydrates, which have a high caloric value, and for the treatment of osteoporosis and blood pressure control, including niacine and various vitamins related to various soluble proteins and various essential amino acid central nerves and blood fat. It is a food with high nutritional and biochemical value because it contains a significant amount of minerals such as Fe, which is an essential component of essential Ca and hemoglobin.

In addition, buckwheat is attracting attention as food nutritionally useful crops and flavonols and flavones, phenol compounds in buckwheat, and many other flavonoids and their bioregulatory functions have been revealed.

Meanwhile, consumers are turning to healthy food due to anxiety about food safety and global economic recession.

Among these healthy foods, there are powders made of grains that can be consumed in the form of tea, sundae, shake, etc., which are easy to eat, have good taste and aroma, and consumers are increasingly inclined.

Therefore, buckwheat having excellent nutrition and efficacy is used to prepare a powder having excellent taste, aroma, and color.

However, the conventional powder manufacturing apparatus has a problem in that it is difficult to standardize taste and color, and it is difficult to secure a production quantity to meet demand due to a decrease in productivity for mass production.

Therefore, it is possible to standardize taste and color, and there is a need to develop a production system with improved productivity.

In order to solve the above problems, the present invention, by roasting buckwheat through the smart roasting unit, it is possible to standardize the taste and color of the product according to consumer preference, buckwheat including a smart roasting unit with improved quality uniformity, hygiene safety and productivity. It is to provide a powder manufacturing system and buckwheat powder prepared using the same.

In order to solve the above problems, a buckwheat powder production system including a smart roasting unit according to a first embodiment of the present invention includes a sorting unit for sorting buckwheat; Washing unit for washing the selected buckwheat; A storage unit for storing the washed buckwheat; Smart roasting unit for roasting buckwheat; A cooling unit for cooling the roasted buckwheat; A buckwheat powder manufacturing system including a smart roasting unit including a crushing unit for crushing cooled buckwheat and a packaging unit for packaging crushed buckwheat.

Here, the smart roasting unit is provided to be rotated through the outer cylinder and the inside of the outer cylinder, the cylindrical portion including an inner cylinder for receiving buckwheat; A rotating part that rotates the inner cylinder; A heating unit provided on the lower side of the outer cylinder to heat; A lift part for adjusting the inclination of the cylindrical part; The external cylinder may be rotatably connected to a support, and a control unit for controlling operation by setting a rotation temperature, time, and rotation speed of the smart roasting unit.

In addition, the inner cylinder may include a plurality of exhaust parts including a cover for opening and closing the opened front face and an exhaust hole radially opened based on a circumference center on the rear face and a mesh network installed in the exhaust hole.

In addition, the lift portion is an outer cylinder frame connected to the rear side of the cylindrical portion; One end is connected to the outer frame and the other end is connected to the support, and may include an outer cylinder lift part including an outer cylinder adjustment cylinder for adjusting the inclination of the outer cylinder and an outer cylinder tilt control unit for controlling the operation of the outer cylinder adjustment cylinder.

In addition, the smart roasting unit buckwheat powder manufacturing system including a smart roasting unit further comprises a sensing unit for sensing the temperature of the mail accommodated inside the inner cylinder.

In addition, the control unit is characterized in that to turn off the operation of the smart roasting unit when the temperature of the buckwheat sensed by the sensing unit becomes equal to a preset temperature.

In addition, the lift unit of the buckwheat powder production system including a smart roasting unit according to a second embodiment of the present invention, the inner cylinder frame is rotatably connected to the rotating shaft of the inner cylinder; An inner cylinder adjustment cylinder having one end connected to the lower surface of the inner cylinder frame and the other end connected to the outer cylinder frame; A guide groove formed in the outer cylinder frame and inserted into both ends of the inner cylinder frame so as to be movable; The guide groove may further include an inner cylinder lift portion formed at an upper and lower end to limit movement of the inner cylinder frame and an elastic member formed on one surface of the stopper to provide elasticity to the inner cylinder frame.

In addition, the smart roasting unit further includes a damper unit for controlling the amount of exhaust discharged through the exhaust unit, and the damper unit is provided outside the inner cylinder and includes a plurality of damper plates and damper plates that open and close the plurality of exhaust units, respectively. Each may include a damper plate hinge rotatably connected to the rear of the inner cylinder.

In addition, buckwheat powder manufactured using a buckwheat powder production system including a smart roasting unit according to the first and second embodiments of the present invention may be provided.

The buckwheat powder manufacturing system including the smart roasting unit according to the embodiment of the present invention and the buckwheat powder manufactured using the roasting buckwheat through the smart roasting unit can standardize the taste and color of the product according to the consumer preference. , Quality uniformity, hygiene safety and productivity.

Accordingly, mass production is possible and the defect rate can be lowered to meet the consumer's demand, thereby establishing reliability with the consumer and expanding repurchase.

1 is a block diagram schematically showing a buckwheat powder production system including a smart roasting unit according to a first embodiment of the present invention.
Figure 2 is a perspective view showing a smart roasting unit of the buckwheat powder production system including a smart roasting unit according to the first embodiment of the present invention.
3 is a projection side view showing the smart roasting unit of FIG. 2;
Figure 4 is a rear view of the rotating part of the smart roasting part of Figure 3 removed.
5 (a) and (b) is an operation example showing a state in which the tilt of the outer cylinder of the smart roasting unit according to the first embodiment of the present invention is adjusted.
Figure 6 is a rear perspective view showing a buckwheat powder production system including a smart roasting unit according to a second embodiment of the present invention.
7 is an enlarged view showing an inner cylinder lift part of the smart roasting part of FIG. 2.
8(a) and 8(b) are operation examples showing a state in which the inclination of the inner cylinder of the smart roasting unit is adjusted according to the second embodiment of the present invention.
9A and 9B are rear views showing a cylindrical portion and a damper portion of the smart roasting portion of FIG. 2.

Hereinafter, the description of the present invention with reference to the drawings is not limited to a specific embodiment, and various conversions may be applied and various embodiments may be provided. In addition, it should be understood that the contents described below include all transformations, equivalents, and substitutes included in the spirit and scope of the present invention.

In the following description, terms such as first and second are terms used to describe various components, and are not limited in meaning to themselves, and are used only to distinguish one component from other components.

The same reference numerals used throughout this specification denote the same components.

The singular expression used in the present invention includes the plural expression unless the context clearly indicates otherwise. In addition, terms such as “include”, “have” or “have” described below are intended to indicate that there are features, numbers, steps, operations, components, parts, or combinations thereof described in the specification. It should be interpreted and understood to not preclude the existence or addition possibility of one or more other features, numbers, steps, actions, components, parts or combinations thereof.

Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by a person skilled in the art to which the present invention pertains. Terms such as those defined in a commonly used dictionary should be interpreted as having meanings consistent with meanings in the context of related technologies, and should not be interpreted as ideal or excessively formal meanings unless explicitly defined in the present application. Does not.

In addition, in the description with reference to the accompanying drawings, the same reference numerals are assigned to the same components regardless of reference numerals, and redundant descriptions thereof will be omitted. In the description of the present invention, when it is determined that detailed descriptions of related known technologies may unnecessarily obscure the subject matter of the present invention, detailed descriptions thereof will be omitted.

Hereinafter, embodiments of the present invention will be described in detail with reference to FIGS. 1 to 9.

1 is a block diagram schematically showing a buckwheat powder production system including a smart roasting unit according to a first embodiment of the present invention.

2 is a perspective view showing a smart roasting unit of a buckwheat powder production system including a smart roasting unit according to a first embodiment of the present invention.

3 is a projection side view showing the smart roasting unit of FIG. 2.

4 is a rear view of the smart roasting unit of FIG. 3 with the rotating unit removed.

5(a) and 5(b) are operation examples showing a state in which the inclination of the outer cylinder of the smart roasting unit is adjusted according to the first embodiment of the present invention.

The buckwheat powder manufacturing system including the smart roasting unit according to the first embodiment of the present invention is capable of standardizing the taste and color of the product according to consumer preference by roasting the buckwheat through the smart roasting unit, and the quality uniformity, hygiene safety and productivity Is to improve.

Referring to Figure 1, the buckwheat powder manufacturing system including a smart roasting unit according to a first embodiment of the present invention is a sorting unit (1), washing unit (2), storage unit (3), smart roasting unit (4), cooling It may include a part (5), a crushing part (6) and a packaging part (7).

Specifically, the sorting unit 1 may sort buckwheat moved by a conveyor belt or a person. That is, buckwheat that does not meet the standard among buckwheat is excluded and only buckwheat reaching the standard may be delivered to the washing unit 2.

In addition, the sorting unit 1 may be connected to a washing unit 2 and a conveyer such as a conveyor belt to transfer the selected buckwheat to the washing unit 2, but is not limited thereto, and may be transported by a person.

The washing unit 2 may receive and wash the buckwheat selected through the sorting unit 1. At this time, the washing unit 2 may be operated in an automatic mode or a manual mode.

That is, when the buckwheat is accommodated, the washing unit 2 can wash the buckwheat at a set time, etc. when operated in the automatic mode, and when operated in the manual mode, it is operated by the operator to wash the buckwheat and washed by being turned off by the operator. Can be completed.

Thereafter, when the washing of the buckwheat is completed, the washing unit 2 may transfer the washed buckwheat to the storage unit 3 through a conveying device such as a conveyor belt. In addition to the transfer device, it can also be transferred to the storage unit 3 by a person.

The storage unit 3 may store and store buckwheat washed through the washing unit 2.

Thereafter, the storage unit 3 may transfer the stored buckwheat to the smart roasting unit 4 through a transfer device such as a conveyor belt. In addition to the transfer device, it can also be transferred to the smart roasting unit 4 by a person.

The smart roasting unit 4 may receive and store roasted buckwheat through the storage unit 3.

At this time, the smart roasting unit 4 can set the roasting temperature, time, rotational speed, etc., and roast the buckwheat according to the set value, and can easily discharge the roasted buckwheat from the smart roasting unit 4.

To this end, the smart roasting unit 4, as shown in FIG. 2, the cylindrical portion 40, the rotating portion 41, the heating portion 42, the lift portion 43, the support 44, the control unit 45 And a sensing unit (not shown).

First, the cylindrical portion 40 is a place for receiving buckwheat, and is formed in a double cylindrical shape, and may include an outer cylinder 400 and an inner cylinder 401.

The outer cylinder 400 may be formed such that the inner cylinder 401 penetrates therein and the lower side is opened so that the inner cylinder 401 can be efficiently heated by the heating unit 42.

In addition, the outer cylinder 400 may include an installation hole 4000 that is opened on the front and rear surfaces, and the inner cylinder 401 may be inserted into the installation hole 4000 and penetrated therein.

In addition, the outer cylinder 400 may further include a tilt axis 4001 on both sides so that the tilt can be adjusted by the lift unit 43.

The inclined shaft 4001 is provided with a bearing and is connected to the support 44, and the position is fixed to the support 44, but may be rotatably connected. Accordingly, the inclination of the outer cylinder 400 may be adjusted by the outer cylinder adjusting cylinder 4301.

The inner cylinder 401 may be rotated during buckwheat roasting because the front face is opened to accommodate buckwheat and is provided to penetrate inside the outer cylinder 400.

The inner cylinder 401 may include a cover 4010, an exhaust portion 4011, and a rotating shaft 4012.

The cover 4010 may open and close the opened front surface of the inner cylinder 401. After receiving the buckwheat in the inner cylinder 401, the front surface of the inner cylinder 401 is sealed before roasting, so that the buckwheat leaves the outside during roasting. It can be prevented.

The exhaust portion 4011 is formed on the rear surface of the inner cylinder 401 to allow smoke and air to escape to the outside during buckwheat roasting, so that roasting of buckwheat is completed without a separate exhaust process after roasting.

To this end, the exhaust portion 4011 may include an exhaust hole 4011a and a mesh network 4011b.

A plurality of exhaust holes 4011a may be formed on the rear surface of the inner cylinder 401 so as to open radially with a circumferential center feeling. In addition, the exhaust hole 4011a is preferably formed to correspond to the outer circumferential surface shape of the rear surface of the inner cylinder 401 so that the exhaust efficiency is excellent.

The mesh network 4011b is installed in the exhaust hole 4011a so that smoke and air of the inner cylinder 401 are discharged, but buckwheat is not allowed to escape.

The rotating shaft 4012 is connected to the rear center of the inner cylinder 401 so that the inner cylinder 401 can be rotated, and is connected to the rotating unit 41, so that it can be rotated by the rotating motor 410 of the rotating unit 41.

At this time, the rotating shaft 4012 is provided with a bearing and is connected to the outer cylinder frame 4300, the position of the inner cylinder 401 is fixed by the outer cylinder frame 4300, but the rotating shaft 4012 is rotated by the rotating unit 41 Can be.

The rotating portion 41 may rotate the inner cylinder 401, and for this purpose, may include a rotating motor 410 and a roller portion 411.

The rotating motor 410 is connected to the rotating shaft 4012 to rotate the rotating shaft 4012 to rotate the inner cylinder 401. The rotation motor 410 can be controlled by the control unit 45, the rotation speed and on / off operation.

The roller 411 prevents the rotation from being lowered by the load of the inner cylinder 401 and assists the rotation to be made better, and prevents the inner cylinder 401 from being worn or damaged, and the roller support plate 4110 And a roller 4111.

The roller support plate 4110 may be formed on the lower side of the outer cylinder 400 in front of the inner cylinder 401 to support the roller 4111.

The roller 4111 is installed on the roller support plate 4110 to support the lower side of the inner cylinder 401 and rotate according to the rotation of the inner cylinder 401 to assist the rotation of the inner cylinder 401.

At this time, the rollers 4111 are preferably formed on both sides of the inner cylinder 401 under the center of the inner cylinder 401, but are not limited thereto, but one may be formed at the center.

The heating unit 42 is provided under the outer cylinder 400 to heat the inner cylinder 401 to roast buckwheat.

At this time, the heating unit 42 may be provided with a gas burner, which is a gas that heats up faster than electricity and has good heating efficiency, and the mobility of the smart roasting unit 4 may be excellent.

The on/off operation and the heating intensity of the heating unit 42 may be controlled through the control unit 45.

That is, the roasting temperature is set through the control unit 45 and thus the heating intensity of the heating unit 42 can be adjusted through the control unit 45.

The lift part 43 is connected to the cylindrical part 40 so as to easily discharge the roasted buckwheat, so that the inclination can be adjusted.

Here, the lift part 43 may include an outer cylinder lift part 430 capable of adjusting the inclination of the entire cylindrical part 40, that is, the inclination of the outer cylinder 400.

The outer cylinder lift part 430 lifts the rear side of the outer cylinder 400 using a cylinder, and lowers the front side to the lower side, so that the buckwheat contained in the inner cylinder 401 can be easily discharged to the outside.

To this end, the outer cylinder lift unit 430 may include an outer cylinder frame 4300, an outer cylinder adjustment cylinder 4301, and an outer cylinder tilt control unit 4302.

The outer frame 4300 may include a horizontal frame 4300a and a support frame 4300b so as to be connected to the outer cylinder 400 and connected to the inner cylinder 401 to fix the position of the cylinder 40.

The horizontal frame 4300a may have one end connected to both sides of the outer cylinder 400 so as to be horizontal to the longitudinal direction of the outer cylinder 400, and the other end may be connected to the support frame 4300b.

The support frame 4300b is connected to each of the two horizontal frames 4300a to connect the horizontal frame 4300a, and the rotating shaft 4012 of the inner cylinder 401 is connected to the upper side to support the inner cylinder 401. .

At this time, the rotating shaft 4012 of the inner cylinder 401 is rotatably connected to fix only the position.

Accordingly, the outer cylinder 400 and the inner cylinder 401 are connected so that the inclination is adjusted equally by the outer cylinder adjustment cylinder 4301, so that the inclination of the cylindrical portion 40 as a whole can be adjusted.

The outer cylinder adjustment cylinder 4301 has one end connected to the outer cylinder frame 4300 and the other end connected to the support 44 to adjust the inclination of the cylindrical portion 40 by extension and shortening. In addition, the cylindrical portion 40 may be fixed so that the smart roasting portion 4 is always maintained in a parallel state.

At this time, it is preferable that the outer cylinder adjustment cylinder 4301 is rotatably connected to the outer cylinder frame 4300 and the support 44.

That is, the outer cylinder adjustment cylinder 4301 is extended to lift the outer cylinder frame 4300 upward and lift the rear side of the cylindrical portion 40 so that the cylindrical portion 40 in parallel is inclined upward from the front side to the rear side. have. In addition, it can be shortened back to the original state to make the cylindrical portion 40 in a parallel state.

The outer cylinder adjustment cylinder 4301 may be provided as a hydraulic cylinder, but is not limited thereto, and various cylinders such as an air cylinder and a pneumatic cylinder may be applied.

The outer cylinder tilt control unit 4302 may be rotated from an operator to control the operation of the outer cylinder adjustment cylinder 4301. At this time, the outer cylinder tilt control unit 4302 may be formed on the upper portion of the cylindrical portion 40, but is not limited thereto, and may be formed in various positions or may be formed by being included in the control unit 45.

The support 44 may be rotatably connected to the outer cylinder 400 to support the outer cylinder 400 and be installed on the ground.

The support 44 may be connected to the inclined axis 4001 on both sides of the outer cylinder 400, and the outer cylinder adjustment cylinder 4301 may be connected.

In addition, the support 44 may include a wheel on the lower side for ease of movement of the smart roasting unit 4.

The control unit 45 is operated on/off of the smart roasting unit 4, the roasting temperature and time, and the rotation speed are set by the operator to operate the heating unit 42, the rotating unit 41, etc. of the smart roasting unit 4 Can be controlled.

That is, the control unit 45 can turn on/off the power of the smart roasting unit 4 by an operator, and when the roasting temperature, time, and rotational speed are set, the heating intensity, operating time, and rotating unit of the heating unit 42 By controlling the rotational speed and operating time of (41), it is possible to adjust the temperature and time at which the buckwheat is roasted.

In addition, the control unit 45 may turn off the operation of the smart roasting unit 4 when the temperature of buckwheat sensed from the detection unit (not shown) becomes equal to a preset temperature. That is, by determining the degree of roasting as a temperature through a sensing unit (not shown), when the detected buckwheat temperature becomes equal to a preset temperature, it is determined that the roasting is completed and the smart roasting unit 4 is automatically turned off. To do.

The sensing unit (not shown) may detect the temperature of the mail accommodated inside the inner cylinder 401 to determine the degree of roasting of buckwheat. In addition, the sensing unit (not shown) may transmit the detected temperature of buckwheat to the control unit 45.

In addition, the smart roasting unit 4 may further include a notification unit (not shown).

If the notification unit (not shown) determines that the roasting is completed by the control unit 45, a buzzer sounds to inform the operator of the completion of roasting.

In addition, the smart roasting unit 4 may be connected to a cooling unit 5 and a conveyer such as a conveyor belt to transport the roasted buckwheat, but is not limited thereto, and may be transported by a person.

The cooling unit 5 may increase the working efficiency of the powder by cooling the buckwheat roasted through the smart roasting unit 4 before grinding.

In addition, the cooling unit 5 may be connected to a crushing unit 6 and a conveyor belt or other conveying device to transfer the cooled buckwheat, but is not limited thereto and may be transported by a person.

The crushing part 6 is pulverized by cooling the buckwheat cooled through the cooling part 5 to produce buckwheat powder.

In addition, the crushing unit 6 may be connected to the packaging unit 7 and a conveyor belt or the like to transfer crushed buckwheat, but is not limited thereto, and may be transported by a person.

The packaging unit 7 may package crushed buckwheat, that is, buckwheat powder.

6 is a rear perspective view showing a buckwheat powder manufacturing system including a smart roasting unit according to a second embodiment of the present invention.

7 is an enlarged view showing an inner cylinder lift part of the smart roasting part of FIG. 2.

8(a) and 8(b) are operation examples showing a state in which the inclination of the inner cylinder of the smart roasting unit is adjusted according to the second embodiment of the present invention.

9A and 9B are rear views illustrating a cylindrical portion and a damper portion of the smart roasting portion of FIG. 2.

Referring to FIG. 6, the smart roasting part 4 of the buckwheat powder production system including the smart roasting part according to the second embodiment of the present invention may further include an inner cylinder lift part 431 and a damper part 46.

That is, the buckwheat powder production system including the smart roasting unit according to the second embodiment of the present invention except for the configuration of the inner cylinder lift unit 431 and the damper unit 46 in the smart roasting unit 4 is It is substantially the same as the buckwheat powder production system including the smart roasting unit according to the first embodiment.

Therefore, only the contents related to the inner cylinder lift part 431 and the damper part 46 will be described.

The lift part 43 may further include an inner cylinder lift part 431 so as to more easily discharge the roasted buckwheat by individually adjusting the inclination of the inner cylinder 401.

To this end, the roller part 411 of the smart roasting part 4 further includes an elastic member (not shown), the support frame 4300b further includes an installation frame 4300c, and the rotating shaft 4012 of the inner cylinder 401 is It may be connected to the inner cylinder frame 4310 rather than the support frame 4300b.

It is further provided with an elastic member (not shown) between the roller 4111 and the roller support plate 4110 in the roller part 411 so that the rear side is lifted up by the inner lift part 43 in the inner cylinder 401 so that a tilt occurs. When the force applied to the roller 4111 increases, the elastic member (not shown) relieves the force received by the roller 4111 and the elastic member (not shown) presses in accordance with the inclination of the inner cylinder 401, thereby increasing the inner cylinder. It is to make the tilt adjustment of 401 easier.

In addition, the installation frame 4300c may protrude in a square shape downward from the center of the support frame 4300b, and an inner cylinder lift part 431 may be installed therein.

The installation frame 4300c is a support frame 4300b because the inner cylinder lift part 431 needs to be installed below the rotating shaft 4012 of the inner cylinder 401 in a state where the cylindrical part 40 is connected to the outer cylinder frame 4300. ) Is formed as the installation space of the inner cylinder lift part 431.

7 and 8, the inner cylinder lift part 431 lifts the rear side of the inner cylinder 401 using a cylinder so that the buckwheat contained in the inner cylinder 401 is easily discharged to the outside, the inner cylinder frame 4310 ), an inner cylinder adjustment cylinder 4311, a guide groove 4312, a stopper 4313 and an elastic member 4314.

The inner cylinder frame 4310 is installed between the inside of the installation frame 4300c of the support frame 4300b, and the rotating shaft 4012 of the inner cylinder 401 is rotatably connected to the upper side to support the inner cylinder 401. have.

The inner cylinder adjustment cylinder 4311 has one end connected to the lower surface of the inner cylinder frame 4310 and the other end connected to the installation frame 4300c of the outer cylinder frame 4300 to move the inner cylinder frame 4310 upward by extension and shortening. The inclination of the inner cylinder 401 can be adjusted. Further, the inner cylinder frame 4310 may be supported so that the inner cylinder 401 is maintained in a parallel state at all times.

At this time, it is preferable that the inner cylinder adjustment cylinder 4311 is rotatably connected to the inner cylinder frame 4310.

That is, the inner cylinder adjustment cylinder 4311 is extended to move the inner cylinder frame 4310 upward and lift the rear side of the inner cylinder 401 so that the inner cylinder 401 in parallel is inclined upward from the front side to the rear side. It can be shortened back to the original state, to make the inner cylinder 401 parallel.

The inner cylinder adjustment cylinder 4311 may be provided as a hydraulic cylinder, but is not limited thereto, and various cylinders such as an air cylinder and a pneumatic cylinder may be applied.

In addition, the operation of the inner cylinder adjustment cylinder 4311 may be controlled through the control unit 45.

The guide groove 4312 is formed on both sides of the installation frame 4300c of the outer cylinder frame 4300 so that both ends of the inner cylinder frame 4310 may be inserted. Accordingly, when the inner cylinder frame 4310 is moved up and down by the inner cylinder adjustment cylinder 4311, it moves along the guide groove 4312 to prevent the inner cylinder frame 4310 from shaking, thereby minimizing the shaking of the inner cylinder 401. .

The stopper 4313 may be formed at upper and lower ends of each guide groove 4312 to limit movement of the inner cylinder frame 4310. This prevents the outer cylinder 400 and the inner cylinder 401 from colliding when the inner cylinder frame 4310 is moved up and down by the inner cylinder adjustment cylinder 4311 to prevent wear, damage, and the like.

The elastic member 4314 may be formed on one surface of the stopper 4313, that is, on the inner surface to give elasticity to the inner cylinder frame 4310.

The elastic member 4314 supports the inner cylinder frame 4310 during roasting to absorb vibrations by rotation of the inner cylinder 401, and may occur due to vertical movement when adjusting the tilt of the inner cylinder 401. The impact of the inner cylinder frame 4310 can be prevented.

The damper part 46 may control the amount of exhaust gas discharged through the exhaust part 4011. The damper part 46 can quickly adjust the temperature during buckwheat roasting by controlling the amount of exhaust discharged through the exhaust part 4011.

This is to adjust the roasting temperature of the buckwheat by adjusting the heating intensity of the heating section 42, so the reaction speed is somewhat slow, so the damping section 46 controls the amount of exhaust discharged through the exhaust section 4011 to adjust the roasting temperature. It can increase the reaction speed.

That is, when the amount of exhaust discharged through the exhaust portion 4011 is increased by controlling the damper portion 46, the roasting temperature may be lowered, and when the amount of exhaust discharged through the exhaust portion 4011 is decreased, the roasting temperature may be increased.

Referring to FIG. 9, the damper part 46 may include a damper plate 460 and a damper plate hinge 461 to more precisely control the displacement.

The damper plate 460 may be provided outside the inner cylinder 401 to seal or open the plurality of exhaust parts 4011, respectively.

Accordingly, the damper plate 460 is formed to correspond to the shape of the exhaust hole 4011a and is preferably formed somewhat larger than the exhaust hole 4011a, but is not limited thereto.

The damper plate hinge 461 rotatably connects the damper plate 460 to the rear of the inner cylinder 401, respectively, so that the damper plate 460 can be rotated by the control unit 45.

The damper unit 46 may be controlled by the control unit 45 to open or close the exhaust units 4011, respectively.

As shown in FIG. 9, if there are four exhaust portions 4011 and four damper portions 46 are formed, one, two, three and one damper portions 46 are formed according to the displacement. The opening amount can be adjusted by opening it in one of the four, and the damper portion 46 is opened only half, so that the amount of exhaust discharged through the exhaust portion 4011 can be more precisely controlled.

Buckwheat powder manufactured using a buckwheat powder production system including a smart roasting unit according to the first and second embodiments of the present invention as described above may be provided.

The buckwheat powder manufacturing system including the smart roasting unit according to the embodiment of the present invention and the buckwheat powder manufactured using the roasting buckwheat through the smart roasting unit can standardize the taste and color of the product according to the consumer preference. , Quality uniformity, hygiene safety and productivity.

Accordingly, mass production is possible and the defect rate can be lowered to meet the consumer's demand, thereby establishing reliability with the consumer and expanding repurchase.

In the above, the buckwheat powder production system including the smart roasting unit according to the embodiment of the present invention has been described separately in the first and second embodiments, but the embodiments are separately described for convenience of explanation and easy understanding. The configuration of the embodiments is not limited to the examples, and may be applied to each other by design changes.

Although the embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements of those skilled in the art using the basic concept of the present invention defined in the following claims are also provided. It belongs to the scope of rights.

1: Selection section
2: Washing part
3: Storage
4: Smart roasting department
40: cylindrical part
400: external cylinder
4000: Installation hole
4001: tilt axis
401: internal cylinder
4010: cover
4011: exhaust
4011a: Vent hole
4011b: mesh network
4012: rotating shaft
41: rotating part
410: rotary motor
411: roller
4110: roller support plate
4111: roller
42: heating section
43: lift section
430: outer cylinder lift
4300: outer frame
4300a: Horizontal frame
4300b: support frame
4300c: Installation frame
4301: outer cylinder adjustment cylinder
4302: external tilt control unit
431: inner cylinder lift
4310: inner frame
4311: inner cylinder adjustment cylinder
4312: guide groove
4313: stopper
4314: elastic member
44: support
45: control
46: damper section
460: damper plate
461: damper plate hinge
5: cooling section
6: crushing part
7: packing

Claims (9)

A sorting unit for sorting buckwheat;
Washing unit for washing the selected buckwheat;
A storage unit for storing the washed buckwheat;
Smart roasting unit for roasting buckwheat;
A cooling unit for cooling the roasted buckwheat;
Crushing unit for crushing the cooled buckwheat and
Buckwheat powder production system including a smart roasting unit including a packaging unit for packaging crushed buckwheat.
According to claim 1,
The smart roasting unit,
A cylindrical portion provided to penetrate through the outer cylinder and the inside of the outer cylinder and including an inner cylinder for receiving buckwheat;
A rotating part that rotates the inner cylinder;
A heating unit provided on the lower side of the outer cylinder to heat;
A lift part for adjusting the inclination of the cylindrical part;
A support that the external cylinder is rotatably connected to support and
Buckwheat powder production system including a smart roasting unit including a control unit for controlling the operation by setting the roasting temperature, time, and rotation speed of the smart roasting unit.
According to claim 2,
The inner cylinder,
Cover for opening and closing the opened front and
A buckwheat powder production system including a smart roasting unit including a plurality of exhaust units including an exhaust hole radially opened on the rear side and a mesh network installed in the exhaust hole.
According to claim 2,
The lift unit,
An outer cylinder frame connected to the rear side of the cylindrical portion;
One end is connected to the outer cylinder frame and the other end is connected to the support to adjust the inclination of the outer cylinder cylinder adjustment cylinder and
Buckwheat powder production system including a smart roasting unit including an outer cylinder lift unit including an outer cylinder tilt control unit for controlling the operation of the outer cylinder adjustment cylinder.
According to claim 2,
The smart roasting unit,
Buckwheat powder production system including a smart roasting unit further comprising a sensing unit for sensing the temperature of the mail accommodated inside the inner cylinder.
The method of claim 5,
The control unit,
Buckwheat powder manufacturing system including a smart roasting unit characterized in that the smart roasting unit is turned off when the temperature of buckwheat sensed by the sensing unit becomes equal to a preset temperature.
The method of claim 4,
The lift unit,
An inner cylinder frame to which the rotational shaft of the inner cylinder is rotatably connected;
An inner cylinder adjustment cylinder having one end connected to the lower surface of the inner cylinder frame and the other end connected to the outer cylinder frame;
A guide groove formed in the outer cylinder frame and inserted into both ends of the inner cylinder frame so as to be movable;
A stopper formed at the upper and lower ends of the guide groove to limit movement of the inner cylinder frame and
Buckwheat powder production system including a smart roasting unit further comprising an inner cylinder lift unit formed on one surface of the stopper and including an elastic member that provides elasticity to the inner cylinder frame.
According to claim 3,
The smart roasting unit,
Further comprising a damper for controlling the amount of exhaust discharged through the exhaust,
The damper portion,
A plurality of damper plates which are provided on the outside of the rear side of the inner cylinder to open and close each of the plurality of exhaust parts, and
Buckwheat powder production system including a smart roasting unit including a damper plate hinge for rotatably connecting the damper plate to the rear of each inner cylinder.
A buckwheat powder manufactured using a buckwheat powder production system including the smart roasting unit of any one of claims 1 to 8.

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