KR102467459B1 - Rotary type soup oven with cooking ultrasonic generator - Google Patents

Abstract

According to one aspect of the present invention, provided is a rotary-type soup pot. The rotary-type soup pot comprises: a soup pot main body including a cooking part for storing a heating fluid; a rotating support body to which both ends of the soup pot main body are axially coupled so that the soup pot main body can rotate; a burner part which is mounted on a lower portion of the soup pot main body and heats the same; and an ultrasonic wave driving device which is installed on the rotating support body and located on an upper portion at one side of the soup pot main body. The ultrasonic wave driving device comprises: an ultrasonic wave driving unit case coupled to the rotating support body; an ultrasonic wave module which is positioned in a standby state inside the ultrasonic wave driving unit case; an ultrasonic wave installation holder in which the ultrasonic wave module is inserted, wherein a front end of the ultrasonic wave module protrudes to a front end at one side of the ultrasonic wave installation holder so that ultrasonic waves oscillate; and an arm driving unit which is coupled to an end at the other side of the ultrasonic wave installation holder and operated to enable the ultrasonic wave module to be in a standby position inside the ultrasonic wave driving unit case in normal times and enable the ultrasonic wave module to advance to the outside of the ultrasonic wave driving unit case during cooking so that the end of the ultrasonic wave module is immersed in the heating fluid contained in the soup pot main body. According to the present invention, food can be more quickly and uniformly cooked by means of the ultrasonic wave driving device.

Description

Rotary soup oven with ultrasonic driving device {Rotary type soup oven with cooking ultrasonic generator}

The present invention relates to a rotating soup pot having an ultrasonic driving device for cooking, and more particularly, the ultrasonic driving device is detachably coupled to the main pot body, and the ultrasonic module of the ultrasonic driving device is inserted into the cooking part of the main pot body during cooking. It relates to a rotating soup pot having an ultrasonic driving device that causes the heating fluid to vibrate ultrasonically.

In general, each home or restaurant uses various cooking containers such as frying pans, pots, and rice cookers to cook food, and these cooking containers are manufactured to contain food and the like for cooking.

The cooking vessels manufactured in this way are heated by means such as a gas stove or an electric heater, and cook by conducting heat to food inside the cooking vessel.

However, since conventional general cooking vessels adopt a structure in which food is cooked by a heat source conducted from a gas stove or electric heater, when cooking soup or fried food using the cooking vessel, food is cooked more quickly and evenly. There is a structural problem that cannot be cooked and the use of a heat source cannot be minimized during cooking.

That is, since conventional cooking vessels are heated by a heat source for a certain period of time to cook food when cooking soup or fried food, it frequently occurs that food is not cooked evenly when the cooking time is short or the heat source is weak. Since food can be cooked only when the cooking time and high-temperature heat source are provided, it is not possible to save the heat source used.

In addition, the prior art had a problem in that the ultrasonic driving device could not be applied to a soup pot or fryer that was previously used.

Therefore, by installing an ultrasonic vibrator in the cooking container, even if the heating temperature is lowered when cooking food such as soup or fried food, water or oil penetrates deeply into the food through ultrasonic vibration, so that the food is cooked more quickly and evenly. There is a demand for research and development on a cooking container equipped with an ultrasonic vibration device that can contribute to energy saving by minimizing a heat source used during cooking.

Republic of Korea Patent Registration No. 10-1137992

The present invention has been made to solve the above problems, and its purpose is to combine an ultrasonic driving device to be detachable from the main pot body, and during cooking, the ultrasonic module of the ultrasonic driving device is put into the cooking part of the main pot body to provide heating fluid. By providing a rotary soup pot having an ultrasonic driving device for ultrasonic vibration, even if the heating temperature is lowered when cooking food such as soup or fry, water or oil penetrates deeply into the food through ultrasonic vibration to cook food more quickly It is to make it possible to cook properly.

Another object of the present invention is to contribute to energy saving by minimizing a heat source used during cooking, and to be easily applied to existing cooking equipment because it is easy to move and install.

Another object of the present invention is to cook by ultrasonically vibrating a heating fluid (water, oil), so that a quick cooking time is possible, the flavor of cooked food is improved, and burns are prevented even when the heating fluid is splashed on the skin. Of course, it is possible to maintain a pleasant working environment and protect the health of cooks because no side effects occur.

Another object of the present invention is to provide a structure in which vibration between the ultrasonic driving device for cooking and the main pot body is blocked, thereby improving the durability of the ultrasonic driving device to enable cooking in a higher temperature environment.

According to one aspect of the present invention for achieving the above object, a soup pot body provided with a cooking unit for accommodating a heating fluid; a rotating support for pivoting both ends of the main pot body so that the main pot body rotates; a burner unit mounted on a lower portion of the cauldron body to heat the cauldron body; And an ultrasonic driving device installed on the rotating support and positioned on one side of the main pot body,

The ultrasonic driving device includes an ultrasonic driving unit case coupled to a rotating support; an ultrasonic module located in a standby state inside the ultrasonic driver case; an ultrasonic installation holder into which the ultrasonic module is inserted, and a front end of the ultrasonic module protrudes to one side so that ultrasonic waves are oscillated; And by combining the other end of the ultrasonic installation holder so that the ultrasonic module is normally in a standby position inside the ultrasonic driving unit case, and during cooking, the ultrasonic module is advanced to the outside of the ultrasonic driving unit case so that the end of the ultrasonic module is contained in the main pot body an arm driving unit that operates to be immersed in the heating fluid; an ultrasonic operation sensor for sensing whether the ultrasonic module is immersed in the heating fluid of the soup pot body; a temperature sensor for sensing the temperature of the heating fluid when the ultrasonic module is immersed in the heating fluid of the soup pot body; And a control module that receives the detection signal of the ultrasonic operation sensor and controls the ultrasonic module to be operated only when the measured value of the temperature sensor is within a set temperature value. It can be.

Here, the ultrasonic drive unit case is characterized in that it is manufactured in the form of a sealed enclosure forming an entrance for entering and exiting the ultrasonic module on one side, and a control panel for operating the device is formed on the other side.

In addition, a control module connected to the ultrasonic module to supply an oscillation current is formed inside the case of the ultrasonic driver.

At this time, it is characterized in that a heat dissipation means for heat dissipation of the ultrasonic module is formed at the rear end of the other side of the ultrasonic installation holder.

In addition, it is characterized in that the body of the ultrasonic module is made of titanium material.

And, the arm driving unit, the operation arm to which the ultrasonic installation holder in which the ultrasonic module is embedded is coupled to one end; a rotating shaft to which the other end of the operating arm is rotatably coupled; a reducer coupled to the rotating shaft to rotate the arm in a vertical/horizontal direction; and a motor providing rotational power to the reducer.

At this time, the operating arm is characterized in that it provides a multi-stage connection structure capable of varying the length.

In addition, it is characterized in that the ultrasonic installation holder is coupled to the end of the operation arm so that the position is variable.

As described above, the present invention has the effect of allowing water or oil to penetrate deeply into the food through ultrasonic vibration to cook the food more quickly and evenly even if the heating temperature is lowered when cooking food such as soup or fried food. .

In addition, the ultrasonic driving device for cooking of the present invention can contribute to energy saving by minimizing the heat source used during cooking, and it is easy to move and install, so it can be easily applied to existing cooking equipment, so it has excellent compatibility and is economical. have an effect

In addition, the present invention cooks by ultrasonically vibrating a heating fluid (water, oil), so that a quick cooking time is possible, the flavor of cooked food is improved, and burns are prevented even when the heating fluid splashes on the skin, It is possible to maintain a pleasant working environment because no side effects occur, and has an effect of protecting the health of cooks.

In addition, the present invention provides a structure in which vibration between the ultrasonic driving device for cooking and the main pot body is blocked, so that the durability of the ultrasonic driving device is improved and cooking in a higher temperature environment is possible.

1 is a front view showing a rotating soup pot having an ultrasonic driving device according to the present invention.
Figure 2 is a front view showing an ultrasonic driving device according to the present invention.
Figure 3 is a side view showing an ultrasonic driving device according to the present invention.
Figure 4 is an enlarged view showing the structure of an ultrasonic module and an ultrasonic installation holder according to an embodiment of the present invention.
5 is an enlarged view showing the structure of an ultrasonic module and an ultrasonic installation holder according to another embodiment of the present invention.

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

1 is a front view showing a rotating soup pot having an ultrasonic driving device according to the present invention.

Referring to FIG. 1, the rotary soup pot 1 according to the present invention is a soup pot body 20 equipped with a cooking unit for accommodating a heating fluid, and both ends of the soup pot body 20 are shaft-coupled to the soup pot body ( 20) to rotate, a burner unit 40 installed on the lower part of the soup pot body 20 to heat the soup pot body 20, and a soup pot body installed on the rotary support 30 It includes an ultrasonic driving device 10 located on one side of the upper portion of (20).

At this time, the soup pot body 20 may have a dual structure of a hemispherical outer pot and an inner pot, and a cooking unit 21 is formed in the inner pot. )) formed on one side.

Meanwhile, the flame of the burner unit 40 is supplied to the space between the outer pot and the inner pot of the pot body 20 to heat the pot body 20.

A burner unit 40 for this is coupled to the lower portion of the pot body 20, and the burner unit 40 can use gas or petroleum fuel.

In addition, a housing may be installed in the burner unit 40 so as to cover the inside thereof, and an inspection window for checking whether a flame has been ignited may be formed on one side of the housing.

In addition, a control panel for operating the burner unit 40 may be provided on the other side of the housing of the burner unit 40 .

The soup pot body 20 as described above is used while being fixed during cooking, but can be rotated at a certain angle to clean the pot after cooking.

For this purpose, the configuration of the rotation support 30 is provided on both sides of the soup pot body 20.

A pair of rotation supports 30 are installed facing each other, and the upper portions of both sides of the soup pot body 20 are coupled to rotation shaft bearings to be supported so as to be rotatable. to keep

At this time, a manipulation handle 31 for rotating the main pot body 20 by driving a rotation shaft may be installed on one side of the rotation support 30 . At this time, a gearbox is installed between the manipulation handle 31 and the rotating shaft, so that the heavy soup pot can be rotated with little effort from the operator.

At this time, a fixing means may be provided on one side of the manipulation handle 31 to maintain the state of rotation of the soup pot main body 20 rotated at a predetermined angle by manipulation of the manipulation handle 31 .

In addition, the ultrasonic driving device 10 is coupled to the rotary support 30 to operate.

Hereinafter, the ultrasonic driving device 10 will be described with reference to the accompanying drawings.

Figure 2 is a front view showing an ultrasonic driving device according to the present invention, Figure 3 is a side view showing an ultrasonic driving device according to the present invention, Figure 4 is an ultrasonic module and ultrasonic installation holder structure according to an embodiment of the present invention , and FIG. 5 is an enlarged view showing a structure of an ultrasonic module and an ultrasonic installation holder according to another embodiment of the present invention.

As shown in FIGS. 2 and 3, the ultrasonic driving device 10 for cooking according to the present invention largely includes an ultrasonic driving unit case 120, an ultrasonic module 110, an ultrasonic installation holder 130, an arm driving unit 150, and ultrasonic waves. It includes an operation sensor 170 and a temperature sensor 180.

Hereinafter, each component is demonstrated.

First, the ultrasonic driving unit case 120 is installed on one side of the soup pot body 20.

The ultrasonic driver case 120 may be manufactured in the form of a closed enclosure forming an accommodation space therein. Such an ultrasonic driving unit case 120 may be manufactured by cutting a metal plate body and bending it into an enclosure shape. At this time, an entrance 121 for entering and exiting the ultrasonic module 110 is formed on one side of the ultrasonic driving unit case 120, and the entrance 121 extends from the bottom to the ceiling of the ultrasonic driving unit case 120 in a vertical direction. It can be formed by making a long incision.

In addition, a control panel 122 for operating the device may be formed on the other side of the ultrasonic driving unit case 120 .

At this time, the control panel 122 includes a power switch for turning on/off the power of the device, an arm operation switch for operating the arm driving unit 150, an ultrasonic operation switch for operating the ultrasonic module 110, and setting the ultrasonic operation time or time An LED display unit and an indicator light may be installed.

And, the ultrasonic driving unit case 120 may further form an installation means at a lower portion. At this time, as the installation means, a leg support for raising the ultrasonic drive unit case 120 to a certain height from the ground or a clamp device for installing the ultrasonic drive unit case 120 so as to be directly fixed to the soup pot body 20, etc. can be used. .

Inside the ultrasonic driver case 120, the ultrasonic module 110 is positioned in a standby state.

The ultrasonic module 110 is a kind of ultrasonic oscillator, and is a device that generates ultrasonic waves into a medium. Such an ultrasonic oscillator is configured to generate high-frequency electrical vibrations, convert them into mechanical vibrations using a magnetostrictive resonator or piezoelectric resonator, and then mechanically amplify or transmit them using a horn.

4 is an enlarged view showing the structure of an ultrasonic module and an ultrasonic installation holder according to an embodiment of the present invention. Referring to FIG. 4 , the ultrasonic module 110 of the present invention may include a body portion 111 and a tip portion 113.

The front end portion 113 extending to one side of the body portion 111 is shaft-installed through the central axis of the ultrasonic installation holder 130.

At this time, the body portion 111 is in a state of being charged into the ultrasonic installation holder 130, and a packing member P may be installed between the body portion 111 and the inner surface of the ultrasonic installation holder 130.

At this time, the packing member (P) can make the inside of the ultrasonic installation holder 130 watertight, and also plays a role in damping the oscillation vibration of the ultrasonic module 110 to block transmission to the ultrasonic installation holder 130. do it together

A plurality of such packing members (P) may be installed, or may be manufactured in a large cylindrical shape to cover the entire ultrasonic module body 111.

Also, the distal end 113 of the ultrasonic module 110 serves as an ultrasonic vibrator and may be made of titanium.

The front end 113 of the ultrasonic module 110 is shaped like a rod and extends to one side of the body 111 to pass through the ultrasonic installation holder 130 to enter the inside of the main pot body 120 for cooking or cooking. Ultrasound is oscillated directly to the medium that indirectly heats the object.

At this time, the medium may be oils used for frying or the like.

Ultrasound refers to a frequency higher than the audible frequency band (20 to 20000 Hz) that humans can hear, that is, 20 KHz or more, and is applied in many fields such as processing, measurement, and medical diagnosis. Ultrasonic waves have essentially the same properties as sound waves in the audible range, but generate quite strong vibrations because their frequencies are high and their wavelengths are short. When high-amplitude ultrasonic waves are applied to liquid, cavitation bubbles are generated, and when they grow and rupture, high-temperature, high-pressure shock waves that cause rapid flow or shear pressure are generated, which can be provided to frying oil as an energy source. . When these ultrasonic waves are provided to the frying oil, the frying can be cooked even in the frying oil that is not at a high temperature.

A control module 140 for supplying an oscillation current is connected to the ultrasonic module 110, and the control module 140 is installed in the case 120 of the ultrasonic driver.

Hereinafter, the ultrasonic installation holder 130 will be described.

The ultrasonic installation holder 130 forms a cylindrical body extending in the longitudinal direction, and allows the ultrasonic module 110 to be inserted into the cylindrical body. This is to make ultrasonic waves oscillate.

At this time, the ultrasonic installation holder 130 is formed by extending to a sufficient length, so that the contact distance between the front end 113 of the ultrasonic module 110 and the heating fluid can be adjusted.

For example, when the ultrasonic installation holder 130 is coupled to the arm driving unit 150, the contact distance with the heating fluid can be adjusted by pushing or pulling the coupled position toward the front end of the ultrasonic module 113 to fix the coupling.

A heat dissipation means 160 for heat dissipation of the ultrasonic module 110 may be formed at the rear end of the other side of the ultrasonic installation holder 130. At this time, as the heat dissipation means 160, an air-cooled heat dissipation fin or an electrically driven cooling fan may be used.

In the embodiment of the present invention, an example in which an electrically driven cooling fan is used is shown.

In addition, the body of the ultrasonic module 110 or the ultrasonic installation holder 130 may be made of a titanium material having durability against vibration.

5 is an enlarged view showing the structure of an ultrasonic module and an ultrasonic installation holder according to another embodiment of the present invention.

Referring to FIG. 5, the ultrasonic installation holder 130 includes a fixing jig 131 for detachably coupling the front end 113 of the ultrasonic module 110, and an ultrasonic module ( The cap member 133 facing the fixing jig 131 so that the body portion 111 of 110 is pressurized and fixed to the fixing jig 131, and the fixing jig 131 and the body portion 111, the body portion ( 111) and the cap member 133, it is installed between the packing member (P) to maintain watertightness and absorb ultrasonic vibration.

The fixing jig 131 has an extended flange portion formed at one end.

The cap member 133 is a donut-shaped member that is face-to-face coupled with the fixing jig 131 so that the body 111 of the ultrasonic module 110 is pressed and fixed to the fixing jig 131 at the rear of the fixing jig 131. . The cap member 133 has a structure corresponding to the flange portion of the fixing jig 131 and is fastened with the flange portion of the fixing jig 131 by bolts.

Also, a packing receiving groove is formed around the inner diameter of the flange portion, and a packing member P for watertightly supporting the outer periphery of the ultrasonic module 110 is inserted into the packing receiving groove.

At this time, the packing member (P) is installed by wrapping the annular edge 112 of the ultrasonic module 110 in a "c" shape.

The packing member P may be an oil leak prevention packing that prevents oil for frying in the soup pot body 120 from leaking. As such a packing member P, an “O” ring having a circular cross-section may be used.

At this time, one or a plurality of the packing members P may be inserted, and play a role of preventing oil leakage and absorbing vibration generated during the oscillation process of the ultrasonic module 110.

This improves the problem that the lifetime of the ultrasonic module 110 is shortened due to vibration and impact.

Hereinafter, the arm drive unit 150 will be described.

The arm driver 150 couples the other end of the ultrasonic installation holder 130 so that the ultrasonic module 110 is in a standby position inside the ultrasonic driver case 120 at normal times, and the ultrasonic module 110 is used during cooking. The ultrasonic driving unit advances to the outside of the case 120 so that the end of the ultrasonic module 110 is immersed in the heating fluid contained in the main pot body.

The arm driving unit 150 forms an operating arm 151 to which an ultrasonic installation holder 130 having an ultrasonic module embedded therein is coupled to one end.

At this time, as shown in the accompanying drawings, the operating arm 151 may provide a multi-stage connection structure capable of varying length.

For example, a plurality of pipes having step-by-step sizes may be overlapped and inserted, holes penetrating the overlapped portion may be formed, and the length may be adjusted by combining the holes with a fixing pin.

The plurality of pipes may have various shapes such as square, circular, and U-shaped.

The other end of the operating arm 151 is rotatably shaft-coupled by the rotary shaft portion 152 .

At this time, the shaft coupling position of the rotating shaft unit 152 is formed at a position raised by a certain height from the bottom of the ultrasonic driving unit case 120 . This allows the operation arm 151 to tilt downward when it rotates around the rotary shaft 152, so that the entry angle at which the ultrasonic module 110 enters the soup pot body 20 is stably secured.

In addition, a reducer 153 is coupled to the rotary shaft 152 to provide rotational force for rotating the operating arm 151 in the vertical/horizontal direction.

At this time, the reduction gear 153 is connected to the motor 154 to receive rotational power.

In addition, the ultrasonic installation holder 130 is coupled to the end of the operation arm 151 so that the position thereof is variable. can be accommodated

In addition, an ultrasonic operation sensor 170 for sensing whether the ultrasonic module 110 is immersed in the heating fluid of the soup pot body 20 may be installed.

At this time, the ultrasonic operation sensor 170 is a fluid detection sensor installed at the front end of the ultrasonic installation holder 130 and in contact with the heating fluid, or installed on the bottom of the ultrasonic drive unit case 120 and set when the operation arm 151 descends. It may be a ground sensor that generates a signal by contacting it at an angle.

And, when the ultrasonic module is immersed in the heating fluid of the soup pot body, a temperature sensor 180 for sensing the temperature of the heating fluid may be installed.

At this time, the temperature sensor 180 may be a contact or non-contact type temperature sensor built into the tip of the ultrasonic installation holder 130.

In addition, the control module 140 installed in the ultrasonic driver case 120 receives the detection signal of the ultrasonic operation sensor 170, and the ultrasonic module operates only when the measured value of the temperature sensor 180 is within the set temperature value. can be controlled as much as possible.

As described above, the arm driving unit 150 is illustrated in a manner in which the operating arm 151 is rotated by forming the rotating shaft unit 152, but is not limited thereto, and the ultrasonic driving unit case 120 by a hydraulic cylinder driving method or the like. ) A configuration in which the operation arm 151 operates so that the ultrasonic module enters the soup pot body 20 by a linear motion may be used.

As described above, the present invention provides a rotary soup pot having an ultrasonic driving device that can be easily used by being installed in a soup pot body such as a soup pot or fry pot, so that when cooking food such as soup or fried food, even if the heating temperature is lowered, water or oil is lowered. Through this ultrasonic vibration, the food can be deeply penetrated into the inside of the food and cooked more quickly and evenly.

In addition, the ultrasonic driving device for cooking of the present invention can contribute to energy saving by minimizing the heat source used during cooking, and it is easy to move and install, so it can be easily applied to existing cooking equipment, so it has excellent compatibility and is economical. , The present invention cooks by ultrasonically vibrating a heating fluid (water, oil), so that a quick cooking time is possible, the flavor of cooked food is improved, burns are prevented even when the heating fluid is splashed on the skin, and Since this does not occur, it is possible to maintain a pleasant working environment and has the advantage of protecting the health of cooks.

In addition, the present invention provides a structure in which vibration between the ultrasonic driving device for cooking and the main pot body is blocked, thereby improving durability of the ultrasonic driving device, thereby enabling cooking in a higher temperature environment.

The present invention as described above provides a rotary soup pot having an ultrasonic driving device that can be easily used by being installed in a soup pot body such as a soup pot or fry pot, so that even when cooking food such as soup or fried food, the heating temperature is lowered in water or oil. Through this ultrasonic vibration, it penetrates deeply into the inside of the food and has the effect of enabling the food to be cooked more quickly and evenly.

In addition, the ultrasonic driving device for cooking of the present invention can contribute to energy saving by minimizing the heat source used during cooking, and it is easy to move and install, so it can be easily applied to existing cooking equipment, so it has excellent compatibility and is economical. have an effect

In addition, the present invention cooks by ultrasonically vibrating a heating fluid (water, oil), so that a quick cooking time is possible, the flavor of cooked food is improved, and burns are prevented even when the heating fluid splashes on the skin, It is possible to maintain a pleasant working environment because no side effects occur, and has an effect of protecting the health of cooks.

In addition, the present invention provides a structure in which vibration between the ultrasonic driving device for cooking and the main pot body is blocked, so that the durability of the ultrasonic driving device is improved and cooking in a higher temperature environment is possible.

As described above, the present invention is not limited to the specific preferred embodiments described above, and anyone having ordinary knowledge in the technical field to which the present invention belongs can make various modifications without departing from the gist of the present invention claimed in the claims. Of course, implementation is possible, and such changes are within the scope of the claims.

1: Rotating soup pot 10: Ultrasonic driving device
20: soup pot body 21: cooking unit
22: lid 30: rotation support
31: control handle 40: burner unit
110: ultrasonic module 111: body
113: distal end 120: ultrasonic driving unit case
121: entrance 122: control panel
130: ultrasonic installation holder 140: control module
150: arm drive unit 151: operating arm
152: rotation shaft unit 153: reducer
154: motor 160: heat dissipation means
170: ultrasonic operation sensor 180: temperature sensor

Claims (9)

A soup pot body equipped with a cooking unit accommodating a heating fluid; a rotating support for pivoting both ends of the main pot body so that the main pot body rotates; a burner unit mounted on a lower portion of the cauldron body to heat the cauldron body; and an ultrasonic driving device installed on the rotating support and located on an upper side of the main pot body, wherein the ultrasonic driving device includes: an ultrasonic driving unit case coupled to the rotating support; an ultrasonic module located in a standby state inside the ultrasonic driver case; an ultrasonic installation holder into which the ultrasonic module is inserted, and a front end of the ultrasonic module protrudes to one side so that ultrasonic waves are oscillated; By combining the other end of the ultrasonic installation holder, the ultrasonic module is normally in a standby position inside the ultrasonic driving unit case, and during cooking, the ultrasonic module is advanced to the outside of the ultrasonic driving unit case to heat the end of the ultrasonic module contained in the main pot body. an arm driving unit that operates to be immersed in fluid; an ultrasonic operation sensor for sensing whether the ultrasonic module is immersed in the heating fluid of the soup pot body; a temperature sensor for sensing the temperature of the heating fluid when the ultrasonic module is immersed in the heating fluid of the soup pot body; And receiving the detection signal of the ultrasonic operation sensor, controlling the ultrasonic module to operate only when the measured value of the temperature sensor is within a set temperature value, installed inside the ultrasonic driver case and connected to the ultrasonic module to supply an oscillating current Rotating rice cooker having an ultrasonic driving device, characterized in that it comprises a; control module.
According to claim 1,
The ultrasonic drive unit case is manufactured in the form of a sealed enclosure forming an entrance for entering and exiting the ultrasonic module on one side, and a control panel for operating the device is formed on the other side.
delete According to claim 1,
Rotating soup pot with an ultrasonic drive device, characterized in that to form a heat dissipation means for heat dissipation of the ultrasonic module at the rear end of the other side of the ultrasonic installation holder.
According to claim 1,
Rotating rice cooker having an ultrasonic driving device, characterized in that the body of the ultrasonic module is made of titanium material.
According to claim 1,
The arm drive unit includes an operation arm to which an ultrasonic installation holder having an ultrasonic module embedded at one end is coupled;
a rotating shaft to which the other end of the operating arm is rotatably coupled;
a reducer coupled to the rotating shaft to rotate the arm in a vertical/horizontal direction; and
Rotating rice cooker with an ultrasonic driving device comprising a; motor for providing rotational power to the speed reducer.
According to claim 6,
The operating arm has a rotating soup pot with an ultrasonic driving device, characterized in that it provides a multi-stage connection structure capable of varying the length.
According to claim 6,
Rotating rice cooker having an ultrasonic driving device, characterized in that the ultrasonic installation holder is coupled to the end of the operation arm so that the position is variable.
According to claim 1,
The ultrasonic installation holder includes a fixing jig for detachably coupling the front end of the ultrasonic module;
And, a cap member face-to-face coupled with the fixing jig so that the body of the ultrasonic module is pressed and fixed to the fixing jig at the rear of the fixing jig; and
A rotary soup pot with an ultrasonic driving device comprising: a packing member installed between the fixing jig and the body portion and the body portion and the cap member to maintain watertightness and absorb ultrasonic vibrations.

Images