KR101266286B1 - auto rice-flour mill - Google Patents

Abstract

An automatic rice cake apparatus is disclosed. An automatic rice cake mill according to an embodiment of the present invention, the device body, the dough cooker having a dough space accommodated in the dough dough is provided, and provided with a crusher to move the dough dough to move in and out of the dough cooker And a at least a portion of the at least one region of the batter is disposed inside the dough cooker, and the at least one region of the batter is inverted to cause the dough to be inverted.

Description

Automatic rice-flour mill {auto rice-flour mill}

The present invention relates to an automatic rice cake apparatus, and more particularly, to an automatic rice cake apparatus capable of automatically squeezing the dough dough placed in the dough cooker, and inverting the dough dough in the process of brewing the dough dough. It is about.

In general, in the case of a rice cake made mainly from glutinous rice cakes, such as glutinous rice cakes and Injeolmi, the person who cooks rice with glutinous rice or rice cake dough such as electric steamed rice and picks up rice cakes several times Repeatedly boiled glutinous rice should be crushed and chewy.

This method of pounding rice cake dough is very cumbersome and laborious because people have to lift and lower heavy rice cakes directly, and people who need rice cakes and people who turn rice bread over and over so that rice cakes are evenly crushed. That is, at least two or more people are required in the process of making rice cakes, and as a result, the work of making rice cake dough is not easy, and it takes a lot of time to make rice cakes, which causes a problem in supply.

In order to break away from this primitive method, an automatic rice cake device using a power device, rather than a human, has emerged.

An automatic rice cake apparatus using such a power unit is disclosed in Korean Patent Publication No. KR 10-1999-0046623. The automatic rice cake mill according to the prior art, the dough kneader is placed, the drive motor, a rotating cam that receives the power of the drive motor to rotate, and the rice cake rising by the rotating cam. That is, the rotating cam rotated by the power of the driving motor raises the rice cake, and the raised rice cake breaks the rice cake by free fall into the rice cake dough by its own weight.

On the other hand, in order for the dough dough to be kneaded in the dough pot without sticking to the inner wall of the dough cooker, the dough kneading action and the inverting action must be performed together or in parallel, but the conventional rice cake mill is not equipped with a means for overturning the dough dough. Therefore, after stopping the operation of the device to manually turn the dough or take a risk, the batter had to turn the dough by hand between the operation of the dough kneading has exposed many problems in productivity and safety.

Patent Publication KR 10-1999-0046623 (Chae Mansu) 1999. 07. 05

Therefore, the technical problem to be achieved by the present invention, the dough knead or flipping the dough in the dough can be carried out together, the dough dough can be kneaded well without sticking to the inner wall of the dough, it can further improve productivity and safety It is to provide an automatic rice cake device.

According to an aspect of the present invention, the apparatus body for forming the appearance, and a dough cooker having a dough space accommodated inside the dough dough, provided with a crusher to move the inside and outside of the dough cooker A rice cake unit may be provided with an automatic rice cake device including at least a portion of the rice cake roll disposed to be in the interior of the dough cooker so that the rice ball rolls the rice dough in the interlocked motion.

The dough kneader has an arc shape corresponding to the inner wall shape of the dough cooker, and up / down the upset spatula and the upside down spatula which are in contact with the bread dough and invert the bread dough. ) May include a spatula up / down drive unit for driving.

The spatula up / down drive unit includes a first motor generating power for up / down driving of the flip spatula, a flip shaft to which the flip spatula is detachably coupled to an upper end thereof, and one end of the motor of the first motor. A rotating plate coupled to the shaft, the other end of which is disposed at a position spaced apart from the motor shaft of the first motor, one end of which is freely rotatably connected to the other end of the rotating plate, and the other end of which is free of the flip shaft. It may include a spatula drive shaft rotatably connected, and a guide portion connected to the flip shaft to guide the up / down driving of the flip shaft.

The guide part is disposed between the fixed block coupled to the apparatus main body, and the first and second stoppers and the first and second stoppers respectively disposed above and below the fixing block and through which the flip shaft passes. It may include a movable block connected to the flip shaft, the moving distance is limited between the first and second stopper when the first motor is operated.

It may further include a dough pot rotating unit coupled to the apparatus body to rotatably support the dough pot.

The dough pot rotating unit may include a dough pot rotating shaft provided at a lower end of the dough pot, a first sprocket provided at the dough pot rotating shaft, a second motor having a second sprocket coupled to a motor shaft, and the first sprocket and the second sprocket. It may include a first chain for connecting.

The lanyard unit may include a lanyard provided with the lanyard, a lanyard in which the lanyard is rotatably coupled, and a lanyard pivot unit for rotating the lanyard.

The lanyard pivot unit includes a third motor for generating power for the rotation of the lanyard, a third sprocket coupled to a motor shaft of the third motor, a rotating plate rotatably coupled to the apparatus body, and the rotating plate. The fourth sprocket provided on one side, the second chain and the upper end connecting the third sprocket and the fourth sprocket and the hinge is coupled to the lanyard, the lower end is free from the rotating plate at a position spaced apart from the rotation center of the rotating plate It may include a lanyard shaft that is rotatably coupled.

Removably coupled to the apparatus body may further include a safety cover for partially covering the dough cooker, the lanyard unit and the dough dough flip.

The safety cover is a rotary safety cover that rotates around the hinge axis between the mounting position and the dismounting position, the device body, when the rotary safety cover is moved from the mounting position to the dismounting position, the dough dough May further include a detection unit for generating a detection signal to automatically stop the operation.

Embodiments of the present invention, the batter is linked to the operation in the process of kneading the dough dough inverted dough kneaded in the dough cooker in conjunction with the operation of kneading the dough dough, kneading dough dough It can be kneaded well without sticking to the inner wall, and furthermore, productivity and safety are improved.

1 is a perspective view of the safety cover of the automatic rice cake apparatus according to an embodiment of the present invention is omitted.
Figure 2 is a side view of the automatic rice cake mill of Figure 1;
3 is a side view of the dough dough flipping of the automatic rice cake mill of FIG.
Figure 4 is a perspective view of the dough pot rotating part of the automatic rice cake mill of Figure 1;
Figure 5 is a side view of the dough pot rotating portion of the automatic rice cake mill of Figure 1;
6 is a side view of the mill unit of the automatic rice cake mill of FIG.
7 is a front view of the lanyard pivot unit of the automatic rice cake mill of FIG.
8 is a side view showing a safety cover together in the automatic rice cake mill of FIG.

In order to fully understand the present invention, operational advantages of the present invention, and objects achieved by the practice of the present invention, reference should be made to the accompanying drawings and the accompanying drawings which illustrate preferred embodiments of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. Like reference symbols in the drawings denote like elements.

1 is a perspective view of the safety cover of the automatic rice cake mill according to an embodiment of the present invention is omitted, Figure 2 is a side view of the automatic rice cake mill of Figure 1, Figure 3 of the rice cake roll of the automatic rice cake mill of Figure 1 4 is a perspective view of a dough pot rotating part of the automatic rice cake mill of FIG. 1, FIG. 5 is a side view of a dough pot rotating part of the automatic rice cake mill of FIG. 1, and FIG. 6 is a view of the mill unit of the automatic rice cake mill of FIG. 1. Figure 7 is a side view, Figure 7 is a front view of the lanyard rotating part of the automatic rice cake mill of Figure 1, Figure 8 is a side view showing a safety cover in the automatic rice cake mill of Figure 1 together.

As shown in Figure 1 and 2, the automatic rice cake apparatus 100 according to the present embodiment, a dough cooker having a device body 110 to form the appearance, and the dough space accommodated in the dough dough ( 121 and a lanyard unit 130 which is provided to be movable in and out of the kneader 121 and has a bakery 131 for kneading dough, and at least a partial region is disposed inside the kneader 121 so that the rapeseed ball ( 131 includes a bread dough flip 140 that inverts the bread dough in conjunction with the operation of pounding the bread dough.

The apparatus body 110 corresponds to a main frame in which a dough pot 121, a lanyard unit 130, a dough dough flip 140 and the like are installed.

The dough pot 121 is a mechanism in which the dough dough to be steamed by the ball 131 is accommodated. In the present embodiment, the dough cooker 121 has a circular opening in the upper side, and forms a shape narrower than the opening in the upper side toward the lower side. That is, the inner wall of the dough cooker 121 forms a circle whose diameter decreases toward the lower side.

As shown in FIGS. 1 to 3, the dough dough flip 140 has an arc shape corresponding to the inner wall shape of the dough cooker 121, and is inverted in contact with the dough dough to reverse the dough dough. The spatula 141 and the spatula up / down drive part 143 which support the up-down spatula 141 so that an up / down drive is possible are included.

The flipping spatula 141 is formed in the arc shape corresponding to the inner wall of the dough pot 121 of the circular shape which becomes smaller toward the lower side. That is, the up / down flip spatula 141 is curved along the inner wall shape of the dough cooker 121 so that the upside down spatula 141 can be adjacent to the inner wall of the dough cooker 121 with a large area in the down position. Form.

On the other hand, the spatula up / down drive unit 143, the first motor 143a for generating power for the up / down drive of the flip spatula 141, and the upside down that the flip spatula 141 is detachably coupled to the upper end. The shaft 143b, one end thereof is coupled to the motor shaft of the first motor 143a, the other end thereof is rotated at a position spaced apart from the motor shaft of the first motor 143a, and one end thereof is rotated. The other end of the copper plate 143c is rotatably connected, and the other end is connected to the spatula drive shaft 143d and the turn shaft 143b, which is freely rotatable with the flip shaft 143b, and is connected to the flip shaft 143b. And a guide part 143e for guiding up / down driving.

The first motor 143a is installed in the apparatus main body 110, and one end of the rotating plate 143c is coupled to the motor shaft of the first motor 143a, thereby rotating the rotating plate according to the rotation of the motor shaft of the first motor 143a. 143c is rotated.

The flip spatula 141 is detachably coupled to the upper end of the flip shaft 143b. In other words, if the replacement is necessary depending on the amount of use of the dough or the flipping spatula 141, the flipping spatula 141 may be replaced.

In addition, the flip shaft 143b is up / down, and the flip spatula 141 is up / down by the up / down of the flip shaft 143b. At this time, up / down of the flip shaft 143b is performed by the spatula drive shaft 143d connected to the flip shaft 143b so that rotation is free.

In detail, one end of the spatula drive shaft 143d is freely connected to the other end of the rotating plate 143c, and the other end of the spatula drive shaft 143d is free to rotate with the flip shaft 143b as described above. Is connected. Here, the other end of the rotating plate 143c is a position spaced apart from the motor shaft of the first motor 143a, and one end of the spatula drive shaft 143d is rotatably coupled to the spaced position. As a result, the rotation plate 143c is rotated by the rotation of the motor shaft of the first motor 143a, and the spatula drive shaft 143d having the other end and one end of the rotation plate 143c rotatably coupled to the flip shaft 143b. The power of the first motor 143a is transmitted. At this time, since the moving direction is limited so that the flip shaft 143b moves only in the up / down direction by the guide part 143e, the flip shaft 143b does not rotate but performs the up / down operation.

On the other hand, the guide portion 143e, the fixed block 143ea coupled to the device body 110, and the first stopper 143eb disposed in the upper and lower portions of the fixed block 143ea and the flip shaft 143b pass through, respectively. ) And a second stopper 143ec, and disposed between the first stopper 143eb and the second stopper 143ec and connected to the flip shaft 143b, during operation of the first motor 143a. And a movable block 143ed whose movement distance between the stoppers 143ec is limited.

Through holes (not shown) are formed in the first stopper 143eb and the second stopper 143ec to allow the flip shaft 143b to pass therethrough. Since the through hole penetrates in the up / down direction of the flip shaft 143b, the flip shaft 143b does not rotate.

At this time, the movable block 143ed is coupled to the flip shaft 143b, and the other end of the spatula drive shaft 143d is freely rotatably coupled to the movable block 143ed. Therefore, the power of the first motor 143a is transmitted to the flip shaft 143b through the rotating plate 143c and the spatula drive shaft 143d.

On the other hand, the automatic rice cake apparatus 100 according to the present embodiment, is coupled to the device body 110 includes a dough cooker rotating part 123 to rotatably support the dough cooker 121.

As shown in FIGS. 4 and 5, the dough pot rotating unit 123 includes a dough pot rotating shaft 123a provided at the lower end of the dough pot 121 and a first sprocket 123b provided at the dough pot rotating shaft 123a. And a second motor 123d having the second sprocket 123c coupled to the motor shaft, and a first chain 123e connecting the first sprocket 123b and the second sprocket 123c.

Since the first sprocket 123b and the second sprocket 123c are connected through the first chain 123e, the first sprocket 123b is rotated by the rotation of the motor shaft of the second motor 123d. Since the first sprocket 123b is coupled to the kneader rotary shaft 123a, the kneader rotary shaft 123a is rotated by the rotation of the first sprocket 123b. In addition, since the dough pot rotating shaft 123a is provided in the dough pot 121, the dough pot 121 is rotated by the dough pot rotating shaft 123a.

As shown in FIG. 6, the lanyard unit 130 includes a lanyard 132 provided with a lanyard 131, a lanyard 133 on which the lanyard 132 is rotatably coupled, and a lanyard 132. It comprises a lanyard pivot part 134 to.

The ball 131 is detachably coupled to the lanyard 132. Therefore, when the abnormality occurs in the ball 131 or the ball 131 is aging, the ball 131 can be replaced.

As shown in FIGS. 6 and 7, the lanyard rotating unit 134 is coupled to a third motor 134a for generating power for rotation of the lanyard 132 and a motor shaft of the third motor 134a. The third sprocket 134b, the rotating plate 134c rotatably coupled to the apparatus main body 110, the fourth sprocket 134d provided on one side of the rotating plate 134c, and the third sprocket 134b and the third A second chain 134e connecting the four sprockets, the upper end is hinged to the lanyard 132, the lower end is the lanyard is coupled to the rotating plate 134c freely rotatable at a position spaced apart from the rotation center of the rotating plate 134c And a shaft 134f.

Since the third sprocket 134b and the fourth sprocket 134d are connected through the second chain 134e, the fourth sprocket 134d is rotated by the rotation of the motor shaft of the third motor 134a. Since the fourth sprocket 134d is coupled to the rotating plate 134c, the rotating plate 134c is rotated by the rotation of the fourth sprocket 134d.

The lanyard shaft 134f has an upper end hinged to the lanyard 132 and a lower end is rotatably coupled to the rotating plate 134c at a position spaced apart from the center of rotation of the rotating plate 134c. At this time, since the lanyard 132 is rotatably coupled to the lanyard shaft 133, the rotational movement of the rotating plate 134c is converted into a linear movement through the lanyard shaft 134f and transmitted to the lanyard 132. That is, in order to change the rotational movement of the rotating plate 134c into a linear movement, the lower end of the lanyard shaft 134f is freely coupled to the rotating plate 134c at a position spaced apart from the rotation center of the rotating plate 134c.

On the other hand, the automatic rice cake apparatus 100 according to the present embodiment, as shown in Figure 8, detachably coupled to the device body 110, the dough cooker 121, the room unit 130 and the dough dough flipping ( And a safety cover 150 partially covering 140. The safety cover 150 is made of a transparent or semi-transparent material so that you can check the operation of kneading dough from the outside.

In addition, the safety cover 150 is a rotary safety cover 150 that rotates around the hinge shaft 151 between the mounting position and the dismounting position. The mounting position is a position at which the safety cover 150 covers the dough cooker 121, the lanyard unit 130, the dough dough flip 140, and the like. The dismounting position is a position where the safety cover 150 is rotated about the hinge shaft 151 to expose the dough pot 121, the fire prevention unit 130, the dough dough flip 140, and the like to the outside.

The safety cover 150 covers the dough cooker 121, the milling unit 130, the dough dough reversing 140, and the like to prevent foreign substances from being added to the dough dough in the process of steaming the rice cake. In addition, the safety cover 150 prevents the human body from being damaged by the ball 131 in the process of steaming the rice cake.

In addition, the automatic rice cake apparatus 100 according to the present embodiment, when the rotary safety cover 150 is moved from the mounting position to the dismount position, the sensing unit for generating a detection signal to automatically stop the operation of kneading dough 160.

The sensing unit 160 is installed in the device body 110, and stops the operation of the dough cooker 121, the lanyard unit 130, the dough dough flip 140 when the safety cover 150 is out of the mounting position. To prevent safety accidents. Such, the detection unit 160 is made of a mechanism that can detect the movement of the safety cover 150, such as a limit switch, a contact sensor, a proximity sensor.

Hereinafter, the operation of the automatic rice cake apparatus 100 according to the present embodiment.

As shown in Figures 1 to 8, the ball 131 is a dough knead housed in the dough cooker 121. The rotational movement of the rotating plate 134c by the third motor 134a is converted into a linear movement in which the lanyard 132 rotates by the lanyard shaft 134f. Since the rapeseed ball 131 is coupled to the rapeseed 132, the squeeze ball 131 squeezes the dough dough of the dough cooker 121 by the rotation of the lanyard 132.

Dough cooker 121 is rotated in the process of steaming dough. That is, since the rotation of the motor shaft of the second motor 123d is transmitted to the dough pot 121 through the first chain 123e, the dough pot 121 is rotated. The dough dough is evenly steamed by the rotation of the dough cooker 121.

On the other hand, the dough dough flip 140 to turn over the rice cake in the process of steaming the rice cake. That is, in the down position of the flipping spatula 141, the flipping spatula 141 is in contact with a portion of the lower end of the dough dough. The dough dough in contact with the flipping spatula 141 is raised from the other parts of the dough dough by the up operation of the flipping spatula 141. The rise of the dough dough also corresponds to the function of collecting the dough dough spread to the periphery of the dough pot 121 by the hit of the ball 131 to the center.

At this time, the dough dough housed with the dough dough 121 is continuously rotated, the flip spatula 141 continues to raise other parts of the dough dough to turn over the dough dough as a whole.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention. Accordingly, such modifications or variations are intended to fall within the scope of the appended claims.

100: automatic rice cake apparatus 110: apparatus body
121: dough cooker 123: dough cooker rotating part
123a: dough pan rotating shaft 123b: first sprocket
123c: second sprocket 123d: second motor
123e: first chain 130: lanyard unit
131: the ball 132: lanyard
133: axial axis 134: lanyard pivot unit
134a: third motor 134b: third sprocket
134c: rotating plate 134d: fourth sprocket
134e: second chain 134f: lanyard shaft
140: flip dough 141: flip the spatula
143: spatula up / down drive unit 143a: first motor
143b: flip shaft 143c: rotating plate (143c)
143d: spatula drive shaft 143e: guide part
143ea: fixed block 143eb: first stopper
143ec: second stopper 143ed: movable block
150: safety cover 151: hinge shaft
160: detector

Claims (10)

Apparatus body forming the appearance;
Dough cooker having a dough space accommodated inside the dough dough;
A mil unit provided to be movable in and out of the dough pot and having a baker's scooping dough; And
At least a portion of the dough cooker is disposed inside the dough kneading the dough kneading the dough dough, including the dough dough flipping,
The dough dough reversed,
An inverting spatula having an arc shape corresponding to the inner wall shape of the dough cooker and being in contact with the dough dough and inverting the dough dough; And
A spatula up / down drive for supporting the flip spatula up / down driveably,
The spatula up / down drive unit,
A first motor generating power for up / down driving of the flip spatula;
A flip shaft to which the flip spatula is detachably coupled to an upper end;
A rotating plate having one end coupled to a motor shaft of the first motor and the other end disposed at a position spaced apart from the first motor shaft;
A spatula drive shaft having one end freely connected to the other end of the pivot plate and the other end freely rotatable with the flip shaft; And
Automatic rice cake apparatus comprising a guide connected to the flip shaft for guiding the up / down drive of the flip shaft. delete delete The method of claim 1,
The guide portion,
A fixed block coupled to the apparatus body;
First and second stoppers disposed on upper and lower portions of the fixing block and through which the flip shaft passes; And
And an movable block disposed between the first and second stoppers and connected to the flip shaft, the movable block being limited in movement distance between the first and second stoppers when the first motor is operated. The method of claim 1,
It is coupled to the device body automatic rice cake mill further comprises a dough pot rotating unit for rotatably supporting the dough pot. The method of claim 5,
The dough pot rotating unit,
A dough pot rotating shaft provided at a lower end of the dough pot;
A first sprocket provided on the dough pot rotating shaft;
A second motor having a second sprocket coupled to the motor shaft; And
Automatic rice cake mill comprising a first chain connecting the first sprocket and the second sprocket. The method of claim 1,
The lanyard unit,
A lanyard provided with the hoop;
A axial shaft to which the lanyard is rotatably coupled;
Automatic rice cake mill comprising a lanyard rotation unit for rotating the lanyard. The method of claim 7, wherein
The lanyard pivot unit,
A third motor generating power for rotating the lanyard;
A third sprocket coupled to a motor shaft of the third motor;
A rotating plate rotatably coupled with the apparatus body;
A fourth sprocket provided on one side of the rotating plate;
A second chain connecting the third sprocket and the fourth sprocket; And
An upper end portion hinged to the lanyard and an automatic rice cake apparatus comprising a lanyard shaft that is coupled to the rotating plate freely rotatable at a position spaced apart from the center of rotation of the rotating plate. The method of claim 1,
Removably coupled to the device body is automatic rice cake apparatus further comprises a safety cover for partially covering the dough cooker, the mill unit and the dough dough flip. 10. The method of claim 9,
The safety cover is a rotary safety cover that rotates around the hinge axis between the mounting position and the dismounting position, the device body, when the rotary safety cover is moved from the mounting position to the mounting release position, the dough dough The automatic rice cake apparatus further comprises a detector for generating a detection signal to automatically stop the operation.

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