JP3113402U - High voltage frequency conversion induction device by electronic modulation - Google Patents

Abstract

To provide a high voltage frequency conversion induction device by electronic modulation in order to shorten the thawing time and to further improve the practicality while maintaining the good quality of food after thawing.
A power supply unit 31 for inputting voltages having different voltage values, a temperature-based frequency conversion control unit 32 for transmitting a temperature signal to a voltage modulation 33 by a change in conductor temperature, and the frequency conversion control unit 32 The voltage modulation 33 for adjusting the voltage value of the power supply unit 31 and the frequency generation unit 40 for intermittently generating an instantaneous vibration frequency are provided according to the temperature signal input by.
[Selection] Figure 3

Description

  The present invention relates to a high-voltage frequency conversion induction device, and more particularly, to a high-voltage frequency conversion induction device using electronic modulation that maintains freshness or thaws by applying static electricity to food.

Among the devices that maintain the freshness of foods and thawing facilities that are currently available in the market, those that use electrostatic technology are boosted by a transformer, and then have a current-limiting resistance at the output, which is used for frozen items. When thawing is performed, thawing is performed by applying an appropriate voltage. However, in such a known thawing apparatus, when thawing is performed, when the temperature rises from −6 ° C. to −2 ° C., it usually takes 8 to 10 hours, and the quality of the frozen product is high. The disadvantage is that there is no guarantee.
In US Pat. No. 5,034,236A, a method for thawing food is presented. However, in this method, negative electrons are applied to the food by a high-voltage power supply, and in this way, it is short in the range of −3 ° C. to 3 ° C. It is said that food can be thawed in time.
US Patent No. US5034236A

However, even in the method of thawing food according to the above-mentioned US 5034236A, it takes 8 to 10 hours to actually defrost, and the voltage provided is also a fixed value, so that it is sufficiently examined in practicality. It can be said that there is room to do.
In view of these drawbacks, the present invention provides a high voltage frequency conversion induction device using electronic modulation according to the present invention in order to shorten the thawing time and improve the practicality while keeping the quality of the food after thawing good.

Usually, a power supply unit for inputting the voltage after being transformed through a high voltage to overcome the time it takes for the food to rise from −6 ° C. to −2 ° C., and a temperature based on a change in the temperature of the conductor The frequency conversion control unit according to temperature for transmitting a signal to voltage modulation, and a corresponding adjustment to the voltage of the power supply unit based on the temperature signal from which the temperature signal is input to the power supply unit And a frequency generation unit. The frequency generation unit includes a time delay switch, a programmable controller, and a frequency oscillator. The time delay switch is based on the controller, and Generates instantaneous vibration frequency intermittently in the frequency oscillator To.
The frequency conversion control unit based on the temperature is provided with a temperature sensing module in order to find the temperature of the conductor center position, and the power supply unit can accept either an alternating current or a direct current, and can measure the value of the input current. A current meter and a voltage meter that measures the output voltage value are provided, and the range in which voltage modulation is adjusted is 100 to 5000 volts, and a frequency selection device is provided so that conduction with the frequency generation unit can be selected. To do.
The power supply unit provides voltages of different values, the conductive electrode is installed in the insulating space, the generated high voltage is brought to the center of the food from the high voltage electrode, and the temperature conversion is performed by the frequency conversion control unit based on the temperature A different temperature signal is transmitted to the voltage modulation by the change of the voltage, and the voltage signal is output by adjusting the temperature signal by the voltage modulation.

  In addition to eliminating waste of time for thawing, in addition to providing the original texture and freshness of food after thawing, it can also be used in a freezer, oven, or juicer to maintain freshness and texture. The objective of increasing the utility and success was achieved.

As shown in FIG. 1, a high voltage frequency conversion induction device using electronic modulation according to the present invention includes a high voltage transformer 10 and a number of voltage selectors 11 connected thereto. Further, the voltage output port 12 and the temperature control unit 13 are connected to the voltage selector 11 and the temperature sensor 14, respectively. The temperature of the article sensed by the temperature sensor 14 is transmitted to the temperature control unit 13, and the temperature control unit 13 outputs a voltage value that varies depending on the temperature and outputs it to the power output port 12. Bolt, 2000 volts, 3000 volts, and 4000 volts. Moreover, the temperature control unit 13 in the present embodiment has a voltage range selected from 100 volts to 5000 volts.

As shown in FIG. 2, according to another embodiment of the present invention, a current meter 21 is provided on one side of the outer shell of the high voltage frequency conversion induction device 20 using the electronic modulation to measure the input current. . In addition, a voltage meter 22 is provided on the other side and plays a role of outputting a voltage value after the change. In addition, a frequency generating unit switch 23, a failure warning lamp 24, a power switch 25, and the like are provided on the outer shell.

As shown in FIG. 3, the voltage supply unit 31 inputs voltage. When the voltage is supplied, the electrode conducts in the insulating space, and a high voltage is generated, and the center of the food to be processed through the high voltage electrode. Conductive up to the position of. The frequency conversion control unit 32 according to temperature transmits a temperature signal toward the voltage modulation 33 according to a change in the temperature of the conductor, and the voltage modulation 33 has selectivity according to the temperature signal input from the frequency conversion control unit 32. Thus, the voltage of the power supply unit 31 is adjusted. As shown in FIG. 4, the frequency generation unit 40 includes a time delay switch 41, a programmable controller 42, and a frequency oscillator 43. When it is desired to increase the speed of decompression, the frequency generation unit 40 is intermittently controlled by the program of the frequency generation unit 40 of the frequency selection device. The frequency oscillator 43 is controlled to generate an instantaneous vibration frequency intermittently.

  As shown in FIG. 5, when the high voltage frequency conversion induction device 20 of the present invention is implemented in a refrigerator 50, an insulating material 51 and a conductive material 52 are provided on both outer walls of the refrigerator 50, respectively, and on both inner walls. A ventilation net 53 is provided, and a conductive net 54 is provided on the refrigerator 50 tray. By doing so, the high pressure that is generated is applied to the food, the structure of the air is changed by the action of the high voltage, nitrogen is separated, and at the same time, the water contained in the food body becomes dynamic, and the whole food becomes charged. In addition, a shared electron is formed between water molecules to form a covalent bond, which suppresses the participation of water and the generation of harmful substances, and maintains the freshness of food.

As shown in FIG. 6, the high-voltage frequency conversion induction device 20 in the present invention is a case where it is implemented in a refrigerated showcase. A conductive material 61 is provided above the showcase, and a conductive wire passes therethrough. The conductive material 62 is connected to each other. A food is placed on the insulating material 63, air is changed by the action of a high voltage in the same manner, nitrogen is separated, and the food is charged with electricity due to the moisture in the food. Violently moves under high pressure, water molecules become free, and electrons between water molecules are covalently bonded, so that water molecules become polymerized and become micronized, and stable physiological water is formed. Provide the function to keep the freshness of food by suppressing the generation of substances. Further, as shown in FIG. 7, when the high-voltage frequency conversion induction device 20 of the present invention is implemented in a refrigerated showcase 70 for storing seafood and the like, the method uses the same principle as described above and the embodiment shown in FIG. It is a thing.

As shown in FIG. 8, the high-pressure frequency conversion induction device 20 of the present invention is implemented by a juicer. The high-pressure frequency conversion induction device 20 is provided in a container 80 for stirring juice, and the conductor is water and When contacted, the high-frequency frequency conversion action causes a vigorous vibration due to high frequency in the moisture of the juice, causing the phenomenon of electrons being liberated, resulting in a covalent bond state in which water molecules and water molecules share electrons, changing the structure of the water molecules In other words, water molecules shrink and become smaller, and are more easily absorbed by the human body. In other words, water is activated, and juice that has undergone these processes increases the penetration of cells, helps the human body to release heavy metals and toxic substances, promotes blood circulation, and clogs blood vessels. The effect of preventing disease and enhancing immunity is provided. Also by the high frequency converter, it is ionized into _{O 2} and _{H 2} of the trace amounts of water, also _{O 2} is ionized ozone _{O 3.} Ozone is a very strong oxidant and has a bactericidal effect. Similarly, the oxygen content and energy are increased, which helps improve immunity. In addition, the juice or the like that has been processed by the apparatus is less likely to be discolored and maintains the appearance of the appearance in order to maintain the initial color.

  In FIG. 9, the high voltage frequency conversion induction device 20 is implemented in the thawing box 90, but the high voltage frequency conversion device 20 is installed in an installation network 91 in the thawing box 20, and the installation network 91 is The food device 93 is insulated from the outer shell by the insulating device 92, the food 93 on the installation network 91 receives a high frequency conversion voltage, and the food 93 to be thawed reacts evenly and is quickly thawed. Maintain the original quality.

  As shown in FIG. 10, the high voltage frequency conversion induction device 20 is implemented in the microwave oven 100, but the voltage of the high voltage frequency conversion device 20 passes through the installation network 101, and the installation network 101 is connected to the outer shell. Insulated, the food 103 on the installation net 101 is subjected to high pressure. A problem often found in conventional microwave ovens is that when heat is applied from the outside, when the food is placed at the installation position and baked, the outside is easy to burn and the inside is difficult to burn. However, the use of the high-pressure frequency converter 20 generates a large amount of free charges on the surface of the food, changes in the air structure, and oxygen ions escape. In other words, when the high-voltage frequency conversion induction device 20 is used, water molecules in food move violently within high-voltage power, electrons in the water molecules cause a free phenomenon, the electrons are shared between the water molecules, Thus, the amount of heat in the oven is transmitted evenly through the water molecules. In addition, since water molecules are covalently bound in food, the food retains its moisture content and strengthens the food, providing the effect of maintaining the freshness of the food. Under high pressure, the surface of the food is covered with nitrogen, Preventing infection by oxidants and bacteria also keeps the food fresh and at the same time offers the benefit of removing odors in the oven.

  As shown in FIG. 11, when the high voltage frequency converter 20 of the present invention is implemented in an open type freezer 110, a conductive material 111 is provided above the freezer 110 and at the same time a conductive wire passes therethrough, and the insulating material 112 is electrically conductive. Adjacent to the material 113, the food is placed on the insulating material 112, the structure of the air is changed by the action of high voltage, nitrogen is separated, and the food is electrically In addition, the water molecules move vigorously under high pressure, the electrons in the water molecules become free, the electrons are covalently bonded between the water molecules, and the water molecules become polymerized and become minute. To form a stable physiological water, prevent the oxidation of water and suppress the generation of harmful substances to keep food fresh.

  As shown in FIG. 12, the high-pressure collection of the present invention is provided with a control box 123 on the outer surface when the conversion induction device 20 is implemented in the refrigerated warehouse 120. In addition, a carriage is provided by the conductive material 121 and the insulating tire 122 so that the refrigeration warehouse 120 can be loaded and entered. In order to store in the freezer warehouse 120, food necessary for the cart is placed, a high pressure is generated in the control box 123, this is applied to the food, the structure of the air is changed by the action of high voltage, nitrogen and oxygen And is isolated. At the same time, the moisture contained in the food itself becomes a conductor, the whole food is charged, the water molecules move vigorously under high pressure, the electrons in the water molecules become free, and the generation of oxidation and harmful substances is suppressed. Provides a function to keep food fresh.

  As shown in FIG. 13, when the high pressure frequency conversion induction device 20 according to the present invention is implemented in a fryer facility 130 for frying, the high pressure frequency conversion induction device 20 is connected to the fryer 130, and current flows through the oil tank 131. When the food containing water is put into the oil, the amount of heat is transferred evenly in the process where the food is fried in the oil, the frying time is shortened, the temperature of the oil can be lowered, and the fire is ignited. I will pass well. At the same time, the moisture in the food is ionized, the density of water molecules increases, and bacteria cannot enter, and the raised food has excellent water retention, such as chicken, the outside rises sharply, and the inside provides a soft texture become able to. In other words, when a small amount of current flows through the food and the food is fried, it is isolated from oxygen, and the fats and oils are less likely to oxidize. There are advantages such as being difficult to become.

It is a figure which shows the structure of the high voltage | pressure frequency conversion induction apparatus by the electronic modulation of this invention. It is a figure which shows the outer shell of the high voltage | pressure frequency conversion induction apparatus by the electronic modulation of this invention. It is a figure which shows the baseplate position of the high voltage | pressure frequency conversion induction apparatus by the electronic modulation of this invention. It is structure explanatory drawing of the frequency generation unit of this invention. It is explanatory drawing at the time of implementing the high voltage | pressure frequency conversion induction apparatus by the electronic modulation of this invention in the refrigerator. It is explanatory drawing at the time of implementing the high voltage | pressure frequency conversion induction apparatus by the electronic modulation of this invention in the freezing showcase. It is explanatory drawing at the time of implementing the high voltage | pressure frequency conversion induction apparatus by the electronic modulation of this invention in freezing showcases, such as seafood. It is explanatory drawing at the time of implementing the high voltage | pressure frequency conversion induction apparatus by the electronic modulation of this invention in the juicer. It is explanatory drawing at the time of implementing the high voltage | pressure frequency conversion induction apparatus by the electronic modulation of this invention in the decompression | decompression apparatus. It is explanatory drawing at the time of implementing the high voltage | pressure frequency conversion induction apparatus by the electronic modulation of this invention in the microwave oven. It is explanatory drawing at the time of implementing the high voltage | pressure frequency conversion induction apparatus by the electronic modulation of this invention in an open type freezer. It is explanatory drawing at the time of implementing the high voltage | pressure frequency conversion induction apparatus by the electronic modulation of this invention in a freezing warehouse. It is explanatory drawing at the time of implementing the high voltage | pressure frequency conversion induction apparatus by the electronic modulation of this invention in a fryer apparatus.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 High voltage transformer 11 Voltage selector 12 Voltage output port 13 Temperature control unit 14 Temperature sensor 20 High voltage frequency conversion induction device by electronic modulation
21 Current meter 22 Voltage meter 23 Frequency generation unit switch 24 Fault warning lamp 25 Power switch 30 Bottom plate 31 Voltage supply unit 32 Frequency conversion control unit 33 by temperature Voltage modulation 40 Frequency generation unit 41 Time delay switch 42 Programmable controller 43 Frequency oscillator 50 Refrigerator 51 Insulating material 52 Conductive material 53 Ventilation net 54 Conductive net 60 Freezer 61 Conductive material 62 Conductive material 63 Insulating material 70 Freezer 80 Container 90 Thaw box 91 Installation net 92 Insulation device 93 Food 100 Microwave oven 101 Installation net 103 Food 110 Open Type Freezer 112 Insulating Material 113 Conductive Material 120 Freezer Warehouse 121 Conductor Material 122 Insulating Tire 123 Control Box 130 Flyer Device 131 Oil Tank

Claims (10)

In a high voltage frequency conversion induction device by electronic modulation composed of a power supply unit, a temperature control unit, and a frequency generation unit,
The power supply unit for inputting the voltage after being transformed by the high-voltage transformer;
The temperature control unit transmitting a temperature signal to the voltage modulation by a change in the temperature of the conductor;
The frequency generating unit for intermittently generating an instantaneous vibration frequency;
A high voltage frequency conversion induction device using electronic modulation characterized by comprising:   The frequency generation unit further includes a time delay switch, a programmable controller, and a frequency oscillator. The time delay switch causes the oscillator to generate an instantaneous vibration frequency intermittently by the controller. A high-voltage frequency conversion induction device using electronic modulation according to claim 1.   2. The high voltage frequency conversion induction device according to claim 1, wherein the temperature control unit includes a temperature sensing module and measures the temperature of the center position of the conductor.   3. The high voltage frequency conversion induction device according to claim 2, wherein the temperature control unit includes a temperature sensing module and measures the temperature of the center position of the conductor.   2. The high voltage frequency conversion induction device by electronic modulation according to claim 1, wherein the power of the power supply unit is an AC power supply or a DC power supply.   3. The high voltage frequency conversion induction device using electronic modulation according to claim 2, wherein the power of the power supply unit is an AC power supply or a DC power supply. The high voltage frequency conversion induction device further includes a current meter for measuring the value of the input current. 7. The high voltage frequency conversion induction device by electronic modulation according to claim 1, further comprising a voltage meter for measuring a voltage value to be output.   The high voltage frequency conversion induction device according to claim 7, wherein a voltage range adjusted by the voltage modulation is 100 to 5000 volts.   8. The high voltage frequency conversion induction device by electronic modulation according to claim 7, wherein the high voltage frequency conversion induction device is further provided with a frequency selection device for selecting a conduction or non-conduction state of the frequency generation unit. 8. The high voltage frequency conversion induction device by electronic modulation according to claim 7, further comprising a failure warning lamp.

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