KR930006197Y1 - Cooking device - Google Patents

Abstract

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Description

Rice bucket with automatic washing and rice cooker

1 is a perspective view of the present invention.

2 is a plan view of the upper surface of the present invention is omitted.

3 is a sectional view taken along the line A-A of FIG.

4 is a front view of a state in which the front surface of FIG. 1 is omitted.

5 is a sectional view taken along line B-B in FIG.

* Explanation of symbols for main parts of the drawings

10: rice barrel portion 11: housing

20: withdrawal unit 22: withdrawal space

30: washing unit 40: electric rice cooker

50: water supply 60: drain

70: control unit

The present invention relates to a rice tub that combines an automatic washing and a rice cooker. The automatic rice cooker and the automatic washing unit are placed in the rice tub and the rice is automatically removed from the rice tub after washing, and the rice is automatically put in the rice cooker to automatically remove the rice and the rice cooker. It is about a rice bucket.

Conventional devices similar to this are known in the Korean Patent Publication No. 90-1035, "The rice is automatically washed at the bottom of the rice container and becomes rice."

Specifically, the rice cooker container cover 35 in the upper portion of the rice cooker container 2 to rotate slightly, to form a partial knot board type to be combined, the rice cooker container lid 36 in the center, slightly curved Mounted in a half-moon type, and forms the outer and inner opening tubes (29, 29 ') to be opened and closed as the center portion opens, install a drain port 27 at the bottom of the rice cooker (2), open the bottom of the rice barrel (1) Mounted in the pipe fittings 30, 30 'and the drain fitting coupler 28 to be inserted and detached, both ends of the open pipe fittings (30, 30') through the reduction gear based on the normal rotation of the electric motor 10 As it rotates, the rice cooker container 36 and the water switchgear 20 are opened and closed, rice, wheat and water are introduced into the rice cooker container 2 from above, and the drain switch 21 is opened and closed by reverse rotation. It characterized in that, by rotating the amount of rice and water regulator 16 and the rolling pressure controller 17 to the left and right, the rice outlet ( 23) and the wheat outflow outlet 25 and the amount of outflow of water can be adjusted, and when mixing the wheat flour, the rice amount regulator 24 opens and closes the rice outlet 23 so that the amount of rice is reduced by the amount of wheat flour. When the reduction gear 9 rotates once based on the reverse rotation of the electric modulator 6, the rice and the milling plate 22 and 22 'are opened and closed, and the selected amount of rice and the milling mill are transferred to the rice cooker 2. The rotary rod 3 is rotated by the normal rotation of the electric motor 6, and the rice is washed for a predetermined time, and the automatic process is arranged in sequence so that the rice is made after repeating water supply, washing and draining 2-4 times. Characterized in that the rice is automatically washed at the bottom of the rice is a device that is washed rice.

This is to rotate the rotating rod (3) in the rice cooker container (2) located at the bottom of the rice barrel (1) to wash the rice, pour water to provide electricity to cook rice.

Therefore, the washing of the rice in the rice cooker is not easy to discharge foreign substances, when steam is discharged even when steaming steam is buried in the bottom of the rice barrel (1), not only causes hygiene problems, but also dissolves in the rice barrel (1) There was a discomfort, such as sewage.

The present invention avoided this and devised a new way of the rice barrel, characterized in that the washing by a separate washing unit at the top of the rice barrel, it is provided by the electric rice cooker to cook rice. That is, a rice barrel portion which is placed under the housing and has a withdrawal space portion at one side, a withdrawal portion which is positioned perpendicular to the withdrawal space portion and withdraws and supplies the rice to the upper portion of the rice barrel portion, and withdraws the rice with the upper portion of the rice barrel portion by the withdrawal portion. Washing unit for washing along the housing circumference, electric rice cooker receiving the washed rice, water supply unit for supplying water to the washing unit and the rice cooker, drainage located in the washing load to collect and drain the wash water And a control unit for controlling the operation of the water supply unit (including the washing unit) and the electric rice cooker unit (including the extracting unit).

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

1 is a perspective view of the present invention, the rice barrel 10 is installed in the housing 11, the rice cooker 10, the upper side of the rice cooker 40 is installed. The front side of the housing 11 has an electric rice cooker portion 40, a water supply portion (water supply portion 50 to be described later), a washing portion (washing portion 30 to be described later) and a withdrawal portion (to be withdrawn later) The control unit 70 for controlling the unit 20 is fixed. The rice barrel portion 10 allows to put the rice through the rice barrel cover 12 of the upper surface of the housing (11). The rice cooker cover 13 is hinged to the housing 11 on the front side of the rice cooker unit 40.

2 is a plan view of the upper surface of the present invention is removed, the lower portion of the housing 11, the rice barrel portion 10 is positioned, the rice barrel inlet 14 for injecting rice into the rice barrel portion 10 is the upper surface Protruding to the top to contact, and the rice cooker inlet 14, the left side is placed the rice cooker (40). On the right side of the rice barrel inlet 14, a withdrawal part 20 for scooping up the rice from the rice container part 10 with a conveyor is installed side by side in the height direction of the rice container part 10, and the rice withdrawn by the withdrawal part 20 is The washing unit 30 is installed to be washed.

The washing unit 30 receives the rice directly from the withdrawal unit 20 and the first washing unit 31 for washing the first and the second washing unit for washing the rice washed in the first washing unit 31 again ( 32 and a rinsing part 33 for rinsing the rice washed in the second washing part 32. The first washing unit 31 adheres a plurality of washing rollers 312 to the transfer frame 311 in the form of a square tube, the upper part of which is fixed to the rear side of the housing 11, and each washing roller 312 is one It is installed to be rotatable by a rotating hole 313, such as a rotating belt, chain, etc. installed on the side.

The second washing unit 32 is positioned at a right angle with the first washing unit 31 below the horizontal plane of the first washing unit 31 and is installed along the rear surface of the housing 11. A plurality of washing rollers 322 are adhered to the transfer frame 321, and each roller 322 is rotatably installed by a rotating hole 323 such as a rotating belt or a chain installed on one side thereof.

The inclined plate 324 of the plate shape inclined to be higher than the horizontal plane of the transfer frame 321 on the right side of the housing 11 on the transfer frame 321 of the second washing portion 32 in contact with the first wash portion 31. Install). At the stern of the transfer frame 321 of the second washing unit 32, a tapered guide 325 is installed to transfer the transferred rice to the rinsing unit 33 to smoothly supply the rice to the rinsing unit 33. The lower part of the second washing part 32 is provided with a rinsing part 33 at a right angle with the second washing part 32.

The rinsing part 33 has a transfer part 331 for transferring the washed rice to the electric rice cooker part 40, a guide part 332 for fixing the transfer part 331, and a power transmission to the transfer part 331. It consists of a rotating hole 333, such as a rotating belt, chain. The rotary holes 313, 323, 333 of the washing unit 30 are configured to receive the power of the motor 35 through the rotating shaft 36. The washing water is supplied through the water supply pipe 51 and the first washing pipe (the first washing pipe 52 to be described later) and the rinsing part 33 to be supplied to the transfer frame 311 of the first washing part 31. It is to be supplied to the water supply unit 50 consisting of a supply pipe 54 for supplying water to the rinsing pipe 53 and the electric rice cooker unit 40 located in the upper portion. The rice cooker 40 is installed so that the injection funnel 41 contacts the rinsing part 33 and the supply pipe 54.

The drain pipe 61 is installed around the water supply pipe 51.

3 is a cross-sectional view taken along line A-A of FIG. 2, in which a lead portion 20 is installed along the height direction of the rice barrel portion 10 on the right side of the rice barrel portion 10. A drawing hole 21 is formed at the lower right end of the rice barrel portion 10, and a withdrawal space portion 22 is formed between the right side of the rice barrel portion 10 and the housing 11 to position the withdrawal portion 20. . The take-out part 20 is guided by the lower roller 23 and the upper roller 24, and the bag-shaped 35 to take out the rice is first and second washing parts 31 and 32 through the rotating shaft 36. ) And the rinsing part 33 are installed to provide power.

The water supply pipe 51 in FIG. 2 is connected and provided to the rinse pipe 53 and the supply pipe 54, respectively.

The rice cooker 40 is composed of a heat insulating material, a heating heater and a thermostat, a housing part 43 having an injection funnel 41 positioned thereon, and an opening / closing valve 42 at the bottom of the injection funnel 41, and a heater It consists of a rice cooker 44 to be pulled out by sliding in the housing portion 43 is built.

FIG. 5 is a cross-sectional view taken along line BB of FIG. 2 and includes a second washing unit 32 installed to receive rice supplied from the first washing unit 31, and a rinsing unit installed to receive rice from the lower portion of the second washing unit 32. It consists of 33. Guide port 325 is installed at the tip of the second washing unit 32 so that rice is easily provided to the rinsing unit 33. The rinsing part 33 is installed to be inclined upwardly toward the rice cooker part 40, and the rinsing part 33 is provided with a catching groove 62 having a slender shape in the longitudinal direction. The drainage part 60 is a water collecting part 62 installed below the first and second washing parts 31 and 32 and the rinsing part 33, and a drain pipe 61 for draining water through the water collecting part 62. Is done. The rinsing pipe 53 is installed to spray the radish on the rinsing part 33 by installing a nozzle at the end, and the supply pipe 54 is installed to supply water to the rice cooker part 40 through the injection funnel 41. .

When using the present invention configured as described above, by pressing a button (not shown) corresponding to the amount of the desired person through the control unit 70, a timer (not shown) is operated to operate the motor 15 of FIG. Accordingly, the conveyor belt 26 of the lead portion 20 is rotated in the direction of the arrow of FIG. In this case, the rice supplied to the rice barrel part 10 has the rice in the withdrawal bucket 25 which is integrated in the conveyor belt 26 in the state which came out by the load into the withdrawal space part 22 through the withdrawal hole 21. Will be contained.

When the withdrawal bucket 25 comes to the upper roller 24, the rice is supplied to the first washing unit 31 at the second roller 242, and water is also supplied to the first washing tube 52 at the same time. do.

Meanwhile, when the motor 15 of FIG. 4 is operated to drive the extraction unit 20, the motor 35 of FIG. 2 is also operated when the rice is drawn out to the washing unit 30 so that the rotation shaft 36 rotates. That is, the rotational force of the motor 35 is transmitted to the rotary holes 313, 323, 333 by gears and chains, and the rotary holes 313, 323, 333 rotate the washing rollers 312, 322 and the transfer part 331 of the washing unit 30, respectively. Therefore, the rice supplied to the first washing unit 31 is first washed through a washing roller 312 that rotates together with the water provided by the first washing tube 52.

At this time, the first washing unit 31 is inclined downward toward the rear portion of the housing 11 to facilitate the transfer and drainage of rice. The rice passing through the first washing unit 31 is supplied to the washing roller 322 of the second washing unit 32 at the same time by changing the direction by the inclined inclined plate 324, also the first washing unit 31 By the washing action such as). Next, the rice is supplied to the rinsing part 33 by changing the direction by the guide 325 of the second washing part 32. At this time, the water supplied to the first washing unit 31 and the second washing unit 32 for washing through the first washing tube 52 is collected by a funnel-shaped catching hole 62 as shown in FIG. By draining to 61) to prevent the transfer of moisture to the rice barrel (10).

On the other hand, in the rinse section 33, since clean water is injected through the rinse pipe 53, the rice is rinsed. In this case, too, since the rinsing part 33 is inclined downward toward the second washing part 32, it is easily drained through the water collecting port 62 as shown in FIG. 5. The rice washed through the rinsing part 33 is supplied to the electric rice cooker part 40 through the injection funnel 41. At the same time, water is supplied through the supply pipe 54 by the amount (time) set in the rice cooker. When the operation of the take-out part 20 and the washing of the washing part 30 are completed and the water supply from the supply pipe 54 is completed, the shut-off valve 42 is closed (can be implemented by a known technique by a solenoid valve, etc.) The heater of the housing portion 43 is heated to cook rice.

Steam, etc. generated during the boiling of the rice can be easily drained to the sump (62) by collecting them by installing a separate cover on the supply pipe (54). At this time, the operation of the motor (15, 35), the first washing pipe (52), the rinsing pipe (53), the opening and closing operation of the supply pipe 54, the operation of the opening and closing valve 42, etc. are linked by the control unit 70 , The operation order of each part can be selected and adjusted as needed, and it can be modified within the configuration that can be selectively changed according to the amount of rice to be cooked. Specifically, the sequential operation method during the set time using a timer. And a program method using a memory element can be easily selected. Since the control technology itself of the control unit 70 is a known technology, the description of the control itself is omitted in the present invention.

As described above, the present invention allows the rice cooker to be cooked by installing an electric rice cooker part, so that the rice cooker can be easily opened and closed, and by pressing the control button of the control unit, the required number of rice is supplied from the take-out part and washed in the washing part to make the rice cooker. Since rice is washed in the rice, the rice can be cooked with cleanly washed rice, and water is supplied and discharged through the water supply pipe and drain pipe installed at the rear of the housing. There is no need to have an electric rice cooker.

In particular, the present design is to perform the washing and electric rice cooker function in the upper position of the rice barrel, there is no fear of moisture, the durability of the rice barrel itself is improved, the rice cooker can be opened and closed in an upright state, it is convenient to use.

Claims (1)

The rice cooker and the washing means is installed in the bottom of the rice container is placed in the lower portion of the housing (11) and installed with the withdrawal space (22) in parallel with one side of the housing (11) and extends so that a portion of the upper surface coincides with the upper surface of the housing (11) Rice barrel portion 10 of the form; A plurality of takeout baskets 25 are positioned at right angles to the withdrawal space 22 and withdraw the supply rice from the withdrawal holes 21 below the rice barrel portion 10 to the upper portion of the rice barrel portion 10. A lead portion 20 having a structure installed at 26; The withdrawal unit 20 receives the rice drawn out to the upper portion of the rice tank unit 10, and a plurality of power driving washing rollers 312 and 322 are adhered to the transfer frames 311 and 321 installed around the housing, and the first washing pipe 52 is provided. The first and second washing units 31 and 32 sequentially installed on the inner surface of the upper surface of the housing 11, and the washed rice to the transfer unit 331 of the power drive having a mesh belt structure. It is installed so as to be provided to the electric rice cooker unit 40 and the rinse pipe 53 is connected to the water supply pipe 52 is installed in the upper portion and the rinse portion installed in the lower portion of the funnel type to collect drainage water such as washing water ( A washing section 30 consisting of 33); It comprises a water supply unit 50 for supplying water to the first washing pipe 52 and the electric rice cooker 40 of the washing unit 30 and characterized in that the washing and the electric rice cooker is operated together in the rice tube portion Rice buckets with automatic washing and rice cooker.