KR101750819B1 - Apparatus for controlling operation of hair-iron - Google Patents

Abstract

According to an embodiment of the present invention, there is provided a method of controlling a heating system, comprising: a user key input unit for inputting an operation ON signal and a user set temperature of the ironing unit; a power supply unit for supplying battery power to the ironing unit; And a controller for supplying a battery power to the heater to generate heat corresponding to the user set temperature, wherein the heater generates a reference voltage for generating a voltage corresponding to a temperature of the heater, A reference voltage generator for providing a reference voltage to the control unit, a switching unit for interrupting the operation of supplying the heater power to the battery power source, and a heat sink heater resistor for varying the heat temperature of the heat sink heater, The temperature of the hot water which fluctuates in correspondence with the heat temperature of the hot water heater And a control unit for controlling the switching unit to turn on the switching unit to allow supply of the heater power to the battery power source when the heating unit is operated, The controller turns off the switching unit at every time period to interrupt the supply of the heater power to the battery power source and also inputs the reference voltage to the ironing heater to inspect the heat temperature of the ironing heater, The control unit controls the intermittent operation of the switching unit according to the difference between the voltage due to the resistance value and the reference voltage so as to adjust the supply of the heat source heater of the battery power source to the heat source of the heat source heater, Keep the temperature constant and user-customized ironing The heating temperature of the heating unit can be accurately detected without using a sensor, thereby preventing the user's hair from drying or hair styling Wave, dry, straight).

Description

[0001] Apparatus for controlling hair-iron [0002]

Disclosed herein is a hair iron control device for radiating heat to control hair styling (wave, dry, straight) or the operation of a hair iron to dry the hair.

Unless otherwise indicated herein, the contents set forth in this section are not prior art to the claims of this application and are not to be construed as prior art to be included in this section.

Generally, a hair iron or a hair machine is used to produce various hair styles such as a wave or a straight on a user's hair. However, in such a case, there is a disadvantage that hair is damaged by heat as it is due to heat generated in the hair machine.

In order to solve the above problems, there have been introduced hair devices which are generally referred to as " heat-resistant hair devices ", in which negative ions are generated or hair damage which controls the temperature of heat is prevented. Such a heat-resistant hair machine generates negative ions, thereby lowering the degree of damage to the hair, and also lowering the temperature at which heat is generated by the heat adjusting section, thereby lowering the degree of damage to the hair. However, even if negative ions are generated, since the temperature of the heat, that is, the regulated temperature, directly touches the hair, there is a problem that the hair is not greatly damaged.

In addition, since such a hair machine is an electric charging system, electric wires are provided in the hair machine, which makes it inconvenient to carry it on the portable machine.

In order to solve the above problems, a portable portable device has been developed (refer to the prior art, Prior Art 1: Korean Patent Application No. 10-2010-0136944, entitled "Portable Cartridge", Prior Art 2: 20-2002-0038415, entitled " Portable iron feathers generating anions ").

At this time, such a portable antique heater radiates heat by using a thin film heater suitable for carrying.

However, due to the characteristics of the iron plate, heat mainly radiates mainly from the upper side of the heating plate (using the film heater) only to one side only. That is, the heat dissipates unevenly from the heat plate.

Therefore, it is difficult to accurately detect the heat temperature of the heat sink heater because it is difficult to sense the heat uniformly due to the uneven heat dissipation of the heat sink in the conventional sensor (for example, PTC or the like).

Also, since the heat dissipation is only one side, it is difficult to attach the sensor to the heat plate itself.

The present invention relates to a sensorless type heat sink which can solve the problem that the sensor can not accurately detect the heat temperature of the heat sink due to the uneven heat dissipation in the heat sink hot plate generated on the actual use characteristics of the heat sink Control device.

In addition, when such a sensorless type iron control device is provided, it is possible to solve the problems caused by variations due to sensorlessness, for example, temperature variations, That is, it is desired to provide a hair iron controlling device which can smoothly perform hair styling of a user by minimizing battery consumption, minimizing heat consumption without modifying the heat, and improving the heating structure for hair styling.

In the iron control device according to the embodiment,

A heat sensor for detecting the temperature of a hot-spot heater, which is a sensorless type, specialized in a hot plate heat plate (including the use of a film heater) showing an uneven heat dissipation site, , The battery power is supplied to the heat sink heater according to the user set temperature and the heat corresponding to the user set temperature is generated, the supply of the heat sink heater of the battery power is interrupted periodically every set time, And the temperature of the heater of the heat exchanger corresponding to the heat temperature of the heat exchanger corresponding to the temperature of the heat exchanger is read to thereby adjust the temperature of the heat exchanger of the battery power to be varied to lower or increase the heat temperature of the heat exchanger. The heating temperature is adjusted by the user- So that the heat corresponding to the user-set hot-rolled temperature is uniformly and continuously generated.

In the ironing control apparatus according to the embodiment,

The improvement of the iron control device according to the above-described embodiment is achieved by using a low resistance value relatively lower than the resistance value of the heat sink heater for preventing leakage of commercial miscellaneous heat from the battery power source and increasing the battery capacity corresponding to the lower resistance value of the iron heater The battery is supplied with the battery power of the battery whose capacity is increased in accordance with the lowered resistance value of the heating heater by using the heating heater by applying the heating heater of the heating unit according to the internal resistance value of the battery itself A set reference battery power set corresponding to the internal resistance value of the battery according to the heater heat resistance value according to the heating member material in accordance with the user set temperature when performing the ironing operation according to the operation ON signal input of the ironing iron, In the first switching mode for supplying the battery power A switching unit for interrupting the supplying operation of the ironing heater is turned on to allow supply of the ironing heater of the battery power source and also performs a heating operation in a keeping heating state and periodically switches the switching unit off And a reference voltage for generating a voltage corresponding to a heating temperature of the heating unit is inputted to the heating unit temperature sensor unit to inspect the heating temperature of the heating unit, When the voltage based on the electric resistance value of the iron heater temperature sensor is less than the reference voltage when the iron heater temperature sensor is inputted, the maximum maximum battery power is determined according to the internal resistance value of the battery, 2 switching mode to turn on the switching unit, To the iron heater when the voltage by the electric resistance value of the iron heater temperature sensor is equal to the reference voltage and when the voltage by the electric resistance value of the iron heater temperature sensor is equal to the reference voltage, And the battery voltage is cut off to the heat sink heater temperature sensor unit to perform the maximum heat generation state operation of the minimum heat consumption amount according to the heat generation maintaining heat generation state. When the reference voltage is input, The switching unit is turned off in a third switching mode in which the set minimum battery power is cut off in accordance with the internal resistance value of the battery itself, which corresponds to the heater resistance value of the heating unit according to the heating unit material The operation to shut off the battery power to the heater temperature sensor part To perform iron to the reference voltage and the identification voltage due to the electric resistance value of the heater temperature sensor characterized in that it performs a maximum heat removing iron state operation of the minimum heat consumption according to the heating conditions kept japyeol.

Further, in the iron controlling device according to the embodiment,

In another embodiment of the present invention, there is provided an iron control device according to another embodiment of the present invention, which uses an iron resistor having a relatively low resistance value that is lower than a resistance value of a commercial heat sink of a battery power source, A heater for generating heat is applied by applying a heater of a heating material according to the internal resistance value of the battery, which increases the battery capacity in response to a lower resistance value of the heater, and also uses a heater for heating the heater to reduce the resistance value of the heater The battery power of the battery whose battery capacity has been increased is supplied so that when the operation ON signal of the ironing iron is inputted, the battery power is set according to the internal resistance value of the battery itself, A first switching module for supplying a reference battery power And a switching unit for controlling the operation of supplying the heater power to the battery power source is turned on to perform a heating operation in a holding heat generation state, and when the heating operation is performed, The temperature of the heating unit sensed by the heating unit is compared with the temperature of the heating unit sensed by the heating unit and the temperature of the heating unit sensed by the heating unit. An operation of supplying the battery power to the iron heater by turning on the switching unit in a second switching mode for supplying the preset maximum battery power in accordance with the internal resistance of the battery according to the iron core heater resistance value according to the material, The iron heater temperature detected by the iron heater temperature sensor is used And the switching unit is turned off when the temperature sensed by the hot-air heater temperature sensor is lower than the user-set hot-air temperature, thereby shutting off the battery power to the hot- And a controller for controlling the temperature of the heating unit sensed by the heating unit temperature sensor to a predetermined value corresponding to the internal resistance value of the battery according to the heating unit resistance according to the heating unit material, And a third switching mode in which the set minimum battery power is cut off by turning off the switching unit to shut off the battery power to the heat sink by the user set hotplate temperature, To perform the ironing operation of It shall be.

According to the embodiments, in the actual use characteristics of the ironing iron, that is, on the hair contact side, specifically, on the heating plate (the film heater is used) Unlike the conventional sensor, it can not accurately detect the heat temperature of the iron heater due to the uneven heat dissipation. Therefore, it is possible to accurately detect the heat temperature of the iron heater without the sensor, Dry, straight).

In addition, since the charging current of the iron iron is small and the electric current is large, it is reflected in the characteristic that it can not be used while being charged differently from the charging method of a general mobile phone, so that it provides a special control mode related thereto, So as not to experience an electrical failure or the like.

In addition, since the user is not allowed to use the battery while the battery is being charged, the user is informed that the battery is being charged to prevent the battery from being used during charging.

In addition, it is important to use battery power for a long time because it is portable and portable, and it provides specialized battery power use and management mode related to it, so it uses the iron for a long time.

In the case of accurately detecting the heat temperature of the iron heater without using a sensor by using the resistance variation according to the embodiment and thereby smoothing the user's hair or hair styling (wave, dry, straight) In order to solve the problem of the iron control method according to the embodiment, that is, the deviation caused by amplifying the resistance value variation when the temperature is detected using the variation of the heater temperature resistance value of the heater, specifically, the problem caused by the temperature deviation is solved A small resistance value that is relatively lower than the resistance value of the conventional heat sink of the battery power source is used, and a heat capacity corresponding to the internal resistance value of the battery itself corresponding to the reduced resistance value of the heat sink heater It uses the iron material heater of the sub material Then, a conventional iron by providing japyeol holding (keeping) the heating structure for preventing outflow of heat without commercial japyeol of focusing the japyeol of the controller and the heating structure is differently faded for heating the japyeol to facilitate the user of such a hair styling.

1A is a view showing a portable type ironing machine to which a ironing iron controlling device according to an embodiment is applied.
1B is a view showing a configuration of a hair iron controlling device according to an embodiment;
FIG. 2 is a view sequentially showing the operation of the iron controlling apparatus according to one embodiment; FIG.
3 is a view showing another example configuration of a hair iron controlling device according to an embodiment;
Fig. 4 shows another example of operation of the iron controlling apparatus according to the embodiment in order. Fig.

FIG. 1A is a view illustrating a portable ironing machine (i.e., a hair machine in which hair damage is prevented) to which a hair iron controlling device according to an embodiment is applied.

As shown in FIG. 1A, a portable type ironing machine to which a hair iron controlling device according to an embodiment is applied can not only prevent hair from being damaged when hair styling (wave, dry, straight) The present invention relates to a hair machine capable of preventing damage to hair that can be used by a user.

Specifically, the heat plate that generates heat does not directly touch the hair to prevent damage to the hair, and the battery or the USB can be used. Therefore, it is possible to wirelessly use the same battery or USB port compatibility The present invention relates to a hair machine, which can be easily used by a user due to its portable effect.

The portable ironing machine to which the ironing iron controller according to one embodiment of the present invention is applied includes a main body 100 and a heat source unit (not shown) (e.g., a head unit 500 and a brush 510).

The main body 100 is formed in a circular shape so that the user's hair is wound. In addition, one side of the body handle 120 includes a charging unit capable of wireless charging. In addition, a charging unit is provided with a port to which a USB (Universal Serial Bus) charging device can be coupled. These USBs are compatible with the general USB used in mobile phones, and the live parts can be inserted into the battery, so they do not have separate wires, so you can carry them with you for carrying. In addition, the battery is also made of general commercial or general-purpose AA, AAA, C, and D, and prevents the hassle of purchasing a battery suitable for a hair device. The knob 120 also includes a power supply unit 122 for providing a user key input unit, i.e., an optional ON / OFF operation of the heating unit, and an adjustment unit 124 for adjusting the heating temperature of the heat source unit.

The heat source unit supplies heat source and generates heat to the outside. To heat the heat source unit, energy is transferred from the power storage unit to the battery or the battery (lithium battery), and the heat is transferred to the heat source unit. In order to operate the power storage unit, the lithium battery, the heat source unit, and the like, the above-described power supply unit 122 must be operated. In addition, the method of adjusting the temperature of the heat source unit may be performed by adjusting the temperature of the heat source unit to the user after the power source unit 122 is operated. Here, the appropriate temperature for the user's hair is adjusted from 100 to 180 degrees.

1B is a diagram illustrating a hair iron controlling apparatus according to an embodiment.

As shown in FIG. 1B, the hair iron controlling device according to an embodiment of the present invention is mainly used for the heating of the iron, in other words, on the hair contact side, specifically, on the upper side of the heating plate (using the film heater) In the conventional sensor, the heat temperature of the heat sink heater can not be accurately detected due to the uneven heat dissipation in the heat sink formed on the diaphragm, and the heat temperature of the heat sink heater can be accurately detected will be.

To this end, the iron control device according to an embodiment has a sensorless type heat temperature detecting means for the heaters, which is specialized in a heat plate (including the use of a film heater) showing an uneven heat dissipation region.

Specifically, the ironing control apparatus according to an embodiment includes a user key input unit 101 for setting a desired ironing temperature, a power supply unit 102 for supplying battery power to generate heat required for forming a user setting ironing temperature, And supplying the battery power to the ironing heater according to the user set temperature to generate a heat corresponding to the user set temperature to perform the ironing operation. In particular, during the ironing operation, a certain reference voltage is periodically generated and flowed toward the ironing heater The controller reads the iron heater heater resistance variation corresponding to the heating temperature of the iron heater at the time point and variably adjusts the supply of the iron heater to the battery power according to the reading, Continue to maintain constant temperature, And a control unit 103 for continuously generating the same heat corresponding to the user set ironing temperature during the ironing operation.

A reference voltage generator 104 for generating a reference voltage for generating a voltage corresponding to a heat temperature of the iron heater, a switching unit for interrupting supply of the iron heater of the battery power source, And a heater voltage generating unit for generating a voltage based on a resistance value of the heater heater resistor which varies in accordance with a temperature of the heater heater when the reference voltage is inputted using the reference voltage, (105).

The user key input unit 101 inputs a user set temperature of the ironing unit. In other words, the temperature of the heating pad can be adjusted according to the user's discretion. Here, an appropriate temperature for the user's hair is adjusted to 100 to 180 degrees (specifically, 160 degrees, 180 degrees, 200 degrees).

The power supply unit 102 supplies battery power to the iron heater. The battery is also made of general commercial or general purpose AA, AAA, C, and D batteries, and prevents the hassle of purchasing a battery suitable for a hair device.

The reference voltage generator 104 generates a constant reference voltage for generating a voltage corresponding to the heat temperature of the iron heater, and provides the reference voltage to the controller 103.

The switching unit interrupts supply of the heater heater of the battery power source. Specifically, the switching unit turns on (ON) during the heating operation under the control of the controller 103 to allow the supply of the hot water heater of the battery power source, and turns off the hot water heater when the hot water heater temperature is periodically checked during the hot water heater operation ), So that the supply of heat from the battery is cut off and the temperature of the heat of the heaters can be inspected.

The heald heater heater voltage generating unit 105 has a heald heater heater body which varies in accordance with the heat temperature of the heater unit, And generates a voltage by the resistance value of the resistor. That is, the heat generator heater voltage generator 105 generates a voltage corresponding to the heat temperature of the heat generator, which occurs during hair styling (wave, dry, straight) of the user, using the reference voltage. And supplies the voltage to the control unit 103 to inform it.

The control unit 103 supplies the battery power to the ironing heater according to the user set temperature to generate a heat corresponding to the user set temperature to perform the ironing operation. In particular, the ironing unit periodically generates a predetermined reference voltage And the temperature of the heaters is controlled by varying the supply of the heater power of the battery power according to the reading of the heat energy of the heaters corresponding to the heat energy of the heaters of the heaters, And keep it constant at the user set temperature. Specifically, the control unit 103 turns on the switching unit to allow supply of the heater power to the battery power source during the ironing operation, and turns off the switching unit periodically each time the set time elapses, And the heating temperature of the heating unit is input to the heating unit, and the heating temperature of the heating unit during the heating operation is continuously maintained at the user setting heating temperature So that the heat corresponding to the user-set hot-plate temperature is constantly generated during the heating operation. That is, when the reference voltage is input, the control unit 103 detects a voltage based on the resistance value of the heater resistor and controls the intermittent operation of the switching unit according to the difference between the detected voltage and the reference voltage, In a specific example, when the detected voltage is equal to or higher than the reference voltage, that is, when the heat temperature of the heating unit is high, the switching unit is turned off according to the difference between the detected voltage and the reference voltage, When the detected voltage is lower than the reference voltage, that is, when the heat temperature of the heater is low, the switching unit is turned on in response to the difference between the detected voltage and the reference voltage, The heating temperature of the hot plate heater is increased by allowing the heating of the hot plate heater, When the voltage becomes equal to the reference voltage, that is, when the heat temperature of the heat sink heater reaches the user set temperature, the heat temperature of the heat sink heater is terminated and the heat temperature of the heat sink heater is constantly maintained at the user- So as to consistently generate heat corresponding to the user-set temperature during the ironing operation.

Meanwhile, since the iron controlling apparatus according to one embodiment is used while being carried on a portable basis, it is important that the battery power can be used for a long period of time.

To this end, the ironing control apparatus according to an embodiment includes a plurality of ironing units (including film heaters), which are independently provided separately. The plurality of ironing units are grouped in pairs on an even-number basis, 1b). In addition, when the hair is wound or styled (e.g., wave), the battery power is supplied to the entire plurality of the heater units After the set time has elapsed, the battery power is alternately supplied to the set heater by the set pair, and only a part of the battery power is partially supplied.

Specifically, the control unit 103 controls the intermittent operation of the switching unit during the initial time from the start of the operation of the ironing heater to the elapse of the set time when a heat is generated according to the user set temperature, And a control unit for controlling the switching unit so as to correspond to the difference between the voltage due to the heater resistor resistance value and the reference voltage when the reference voltage is inputted, By controlling the operation, the supply of the heater power of the battery power is adjusted by the set number of pairs, so that only a part of the heater is partially operated, and the heater of the heater is partially driven or the heater is entirely driven.

For example, when the voltage based on the resistance value of the heater resistor is lower than the reference voltage when the reference voltage is inputted, that is, when the heat temperature of the heater is low, the difference between the voltage due to the heater resistor and the reference voltage If the difference value corresponds to a relatively small first setting difference value, only a part of the hot water heater is allowed to be supplied to the hot water heater of the battery power source by a set number of the plurality of hot water heaters, (For example, only one pair of battery power is permitted as a hot water heater belonging to a corresponding pair), and when the difference value corresponds to a second setting difference value relatively large, All of the iron heaters are allowed in pairs, and the iron heaters are driven in their entirety.

On the other hand, when the voltage by the resistance value of the heater resistor is higher than the reference voltage when the reference voltage is inputted, that is, when the heat temperature of the heater is high, the difference between the voltage by the resistance heater resistor and the reference voltage When the difference value corresponds to a third setting difference value corresponding to a relatively small difference, the cut-off of the heat source heater of the battery power source is partially cut off by only a part of the total number of heaters of the plurality of heaters, (For example, only one pair of battery power is blocked by a hot water heater belonging to the pair), and when the difference value corresponds to a fourth setting difference value which is relatively large, I cut off all of the iron heaters by pair and cut off the iron heaters entirely.

As a result, it is important to use battery power for a long period of time because it is portable and portable, and it provides specialized battery power use and management mode related to this, so it uses the iron for a long time.

On the other hand, in the iron controlling device according to the embodiment, since the charging current is small and the current flowing out of the ironing iron is large, it can not be used while being charged differently from the charging method of general mobile phones and the like.

For this purpose, the ironing controller according to an embodiment of the present invention includes a voltage application unit 106 electrically connected to the control unit 103 and adapted to apply a different voltage depending on whether a connection jack (for example, USB) . In addition, the controller 103 recognizes that the battery is being charged when a corresponding voltage is applied when inserting the connection jack into the hemming unit, turns off the switching unit to forcibly cut off the supply of the heater power to the battery power source, And a controller configured to recognize that the battery pack is not fully charged when the corresponding voltage is applied when the connection jack is not inserted and to control the intermittent operation of the switching unit to allow the operation of the ironing unit.

Specifically, the control unit 103 interlocks with the voltage application unit 106 that applies different voltages depending on whether a connection jack is inserted into the ironing unit. When the connection jack is inserted into the ironing unit, a corresponding voltage (e.g., high voltage) The controller turns off the switching unit to forcibly block the supply of the heater power to the battery power source and if the corresponding voltage (e.g., low voltage) is applied when the connecting jack is not inserted into the heating unit, And controls the intermittent operation of the switching unit to allow the operation of the ironing unit so that the ironing unit can not be used when charging is being performed.

As a result, the charging current of the iron iron is small, and the current is large, so that it is different from the charging method of a general mobile phone and reflects the characteristic that it can not be used while being charged. Thus, it provides a special control mode related thereto, So that it does not suffer from electrical disturbance.

In addition, since the user should not use the battery during the charging of the battery, a first display object notifying the user that the battery is being charged is notified that the battery is being charged, and a second indication And a display unit 107 having an object. In addition, if the corresponding voltage is applied when the connection jack is inserted into the hemming unit, the control unit 103 recognizes that the battery is being charged and notifies the first display object of the display unit 107 that the battery is being charged And if the corresponding voltage is applied at the time when the connecting jack is not inserted into the hem, the second display object of the display unit 107 is lit to recognize that the battery is not being charged do.

The control unit 103 recognizes that the battery is being charged when a corresponding voltage is applied when inserting the connection jack into the ironing unit, and turns on the first display object (e.g., a red LED lamp) of the display unit 107, (E.g., a blue LED lamp) of the display unit 107 when the corresponding voltage is applied when the connecting jack is not inserted into the cord, To notify the user that the battery power is not being fully charged, and notifies the user of the fact that the battery is not being used while the battery is being charged.

As a result, since the user should not use the battery during the charging of the battery, the user is informed that the battery is being charged to prevent the battery from being used while charging.

FIG. 2 is a view showing the operation of the ironing iron controller according to an embodiment in order.

As shown in FIG. 2, the ironing control apparatus according to an embodiment of the present invention firstly outputs the ironing operation ON signal and the user set temperature (for example, 160 degrees, 180 degrees, 200 degrees) (S201 to S202), and sets the heater temperature of the iron core to the input user set temperature.

Next, the battery power is supplied to the heat sink heater according to the set user set temperature, and the heat corresponding to the set user set temperature is generated to perform the heat sink operation (S203).

During such a heating operation, a constant reference voltage is periodically generated and flowed toward the heating heater to read the heater heater resistance variation corresponding to the heating temperature of the heating heater at that time, thereby varying the supply of the heater power of the battery power , The heat temperature of the heat sink heater is constantly maintained at the user-set heat sink temperature during the heat sink operation, thereby continuously generating the heat corresponding to the user-set heat sink temperature during the heat sink operation.

A specific operation will be described.

First, the supply of the heater power to the battery power source is interrupted periodically at every preset time, and the temperature of the heater heater is inspected by inputting the reference voltage into the heater core.

Then, by using the inspection result, the heat temperature of the heat sink heater is constantly maintained at the user-set heat sink temperature during the heat sink operation, thereby continuously generating the heat corresponding to the user-set heat sink temperature during the heat sink operation.

Specifically, when the reference voltage is input, a voltage based on the resistance value of the heater resistor is detected.

And, when the detected reference voltage is inputted, the supply of the heater power of the battery power is adjusted according to the difference value between the voltage by the resistance value of the iron heater resistor and the reference voltage.

For example, when the voltage by the resistance value of the heater resistor is higher than the reference voltage, that is, when the heat temperature of the heater is high, the difference between the voltage due to the heater resistor and the reference voltage The heat supply of the battery power source is interrupted to lower the heat temperature of the heat sink heater.

On the other hand, when the voltage based on the resistance value of the heater resistor is lower than the reference voltage when the reference voltage is inputted, that is, when the heat temperature of the heater is low, the difference between the voltage due to the heater resistor resistance value and the reference voltage Correspondingly, the heat supply of the battery power source is allowed to increase the heat temperature of the heat sink heater.

Then, when the voltage based on the resistance value of the iron heater resistor becomes equal to the reference voltage at the time of inputting the reference voltage, that is, when the heat temperature of the iron heater becomes the user set temperature, the heat temperature inspection of the iron heater is terminated.

As a result, the heat temperature of the heat sink heater is constantly maintained at the user-set heat sink temperature during the heat sink operation, thereby continuously generating heat corresponding to the user-set heat sink temperature during the heat sink operation.

As described above, the ironing control apparatus according to an embodiment supplies the battery power to the ironing heater according to the user set temperature, periodically generates a certain reference voltage during the ironing operation to generate heat corresponding to the user set temperature, And the temperature of the heat sink heater during the heat sink operation is changed to the temperature of the user-set heat sink temperature during the heat sink operation by reading the heat sink heater resistance variation corresponding to the heat sink heater temperature at that time point, And the heat corresponding to the user-set heating temperature is constantly generated during the heating operation, so that it is possible to prevent the heating of the heating panel (using a film heater) Mainly in one side only Under solves the points due to uneven heat dissipation of the iron soleplate by a conventional sensor for generating a phase characteristic is not accurately detect the temperature of the thermal heater iron.

In other words, it accurately detects the heat temperature of the iron heater without the sensor, and it smoothes the user's hair and hair styling (wave, dry, straight) through it.

3 is a view showing another example of the configuration of the iron controlling device according to the embodiment.

As shown in FIG. 3, the ironing control apparatus according to the embodiment amplifies such a resistance value variation when detecting a temperature using a resistance value variation according to the embodiment of FIG. 1, (That is, minimizing battery consumption and minimizing heating consumption without minimizing battery consumption), thereby improving the hair styling performance of the conventional heating system (Heat generation structure), which is different from the heat generation structure, and it provides a heating heating structure that keeps the heat of the user different from that of the heat generation structure. Therefore, unlike the heat generation structure that minimizes the battery consumption, , Which is a heat dissipation structure for the battery, The heating resistance is reduced by using a relatively low resistance value which is lower than the resistance value of the heating pad heater and the heating capacity is increased by applying a heating pad material having the internal resistance value of the battery itself which increases the battery capacity corresponding to the lower resistance value of the heating pad It includes using iron.

Specifically, the ironing control apparatus according to an embodiment includes a user key input unit 301 for inputting an operation ON signal and a user set temperature of the ironing unit, A power supply unit 302 for supplying the battery power of the corresponding battery in which the temperature of the heating unit is increased, A second switching mode for supplying a set maximum battery power determined in accordance with the internal resistance value of the battery according to the heating resistance value of the heating unit according to the material of the heating unit and a first switching mode for supplying power to the heating unit material, Set according to the internal resistance value of the battery according to the iron heater resistance value according to the setting And a third switching mode for switching off the power supply of the small battery. The switching unit 305 controls the switching unit 305 to switch to any one of the switching modes. The switching unit 305 switches the reference voltage for generating the voltage corresponding to the heating temperature of the heating unit A reference voltage generator 304 for generating a reference voltage, and a hot water heater temperature sensor for varying an electric resistance value corresponding to the temperature of the hot water heater, (308) for generating a voltage based on an electric resistance value of the hot-air heater temperature sensor fluctuating due to a change in temperature of the hot-air heater, and a control unit The switching unit 305 is turned on in a first switching mode for supplying the set reference battery power, The controller 310 allows the supply of the heater power of the battery power and performs the ironing operation of keeping the heating state while turning off the switching unit 305 periodically every set time to supply the heater power of the battery power And the reference voltage is input to the iron heater temperature sensor unit 308 to check the heat temperature of the iron heater. When the voltage based on the electric resistance value of the iron heater temperature sensor is less than the reference voltage when the reference voltage is input, The switching unit 305 is turned on in a second switching mode for supplying the set maximum battery power to the battery heater so that the battery power is supplied to the heat sink heater when the voltage by the electric resistance value of the heat sink heater temperature sensor Voltage and the voltage by the electric resistance value of the heater heater temperature sensor is equal to the reference voltage The switching unit 305 is turned off at the same time to shut off the battery power to the iron heater temperature sensor unit 308 to perform the maximum heating state heating operation corresponding to the minimum heating consumption amount according to the heat retaining heating state, The switching unit 305 is turned off in a third switching mode in which the set minimum battery power is cut off when the voltage due to the electric resistance value of the heater heater temperature sensor exceeds the reference voltage at the time of voltage input, (308) is performed until the voltage based on the electric resistance value of the heat iron heater temperature sensor is equal to the reference voltage, so that the maximum heat dissipation state of the minimum heat dissipation amount And a control unit 303 for performing the control.

The user key input unit 301 uses a low resistance value that is relatively lower than the resistance value of the commercial heat dissipation prevention heat sink of the battery power source and uses the low resistance value of the battery itself corresponding to the reduced resistance value of the heat sink heater, The user inputs the operation ON signal and the user set temperature of the heating iron by applying the iron heater of the heating part according to the value.

The power supply unit 302 supplies the battery power of the corresponding battery whose battery capacity has increased in correspondence with the lowered resistance value of the iron heater by the iron heater.

The switching unit 305 is configured to supply the set reference battery power that corresponds to the internal resistance value of the battery, which matches the value of the iron heater according to the heating unit material, A second switching mode for supplying a preset maximum battery power in accordance with the internal resistance value of the battery according to the heating resistance value of the heater according to the heating member material; And a third switching mode in which the set minimum battery power is cut off in response to the resistance value.

The reference voltage generator 304 generates a reference voltage for generating a voltage corresponding to the heat temperature of the iron heater.

The heater heater temperature sensor unit 308 generates the voltage based on the electric resistance value of the heater heater temperature sensor which changes in accordance with the heat temperature of the heater heater when the reference voltage is inputted using the reference voltage.

The control unit 303 turns on the switching unit 305 in the first switching mode for supplying the reference reference battery power according to the user set temperature when performing the ironing operation according to the input of the ON signal of the ironing unit, The switching unit 305 is turned off every time the set time is elapsed to allow the supply of the heater power of the battery power to be performed, And the reference voltage is input to the hot-air heater temperature sensor unit 308 to check the heat temperature of the hot-air heater. When the reference voltage is inputted, the voltage due to the electric resistance value of the hot- The switching unit 305 is turned on in a second switching mode for supplying the set maximum battery power, Wherein the operation of supplying power to the heater is performed until the voltage due to the electric resistance value of the heater heater temperature is equal to the reference voltage and when the voltage by the electric resistance value of the heater heater temperature sensor is equal to the reference voltage, The CPU 309 turns off the battery 305 to shut off the battery power to the heat sink heater temperature sensor unit 308 to perform the maximum heat generation state operation of the minimum heat consumption amount according to the heat generation maintenance heat generation state, When the voltage due to the electric resistance value of the heater temperature sensor exceeds the reference voltage, the switching unit 305 is turned off in the third switching mode for shutting down the set minimum battery power, The operation of shutting off by the sensor unit 308 is performed by the voltage by the electric resistance value of the heater heater temperature is equal to the reference voltage And performs the maximum heat removal state operation of the minimum heat generation consumed according to the heat retaining heat generation state.

4 is a view sequentially showing another example of the operation of the iron controlling apparatus according to the embodiment (see Fig. 3).

As shown in FIG. 4, in another example of the iron control device according to the embodiment, first, the control unit sets a low resistance value that is relatively lower than the resistance value of the heat sink of the embodiment, that is, And using a heat source according to an embodiment of the present invention to heat the heat source by applying a heat source of the heat source to the internal resistance value of the corresponding battery with the increased battery capacity corresponding to the lowered resistance value of the heat source heater, (ON) signal (S401), receives the user set temperature (S402), and performs the ironing operation (S403).

A specific operation will be described.

Another example of the ironing control apparatus according to one embodiment is to control the ironing control operation according to the ironing operation (S403) according to the ironing operation (ON) signal input S402 of the ironing iron The switching unit is turned on in a first switching mode for supplying the set reference battery power so as to allow supply of the heater power of the battery power source and also performs a heating operation for keeping the heating power.

Next, the switching unit is periodically turned off every time the set time has elapsed to interrupt the supply of the heater power to the battery power source, and the temperature of the heater is inspected by inputting the reference voltage to the heater heater temperature sensor unit.

The switching unit according to this embodiment is configured to supply the set reference battery power set corresponding to the internal resistance value of the battery which matches the value of the iron heater according to the heating unit material, A second switching mode for supplying a preset maximum battery power in accordance with the internal self-resistance value of the battery in accordance with the switching mode and the heating resistance value of the heating unit according to the heating member material; And a third switching mode in which the set minimum battery power is cut off in response to the internal resistance value of the battery itself, and switches to any one of the switching modes.

Next, when the voltage based on the electric resistance value of the iron heater temperature sensor is lower than the reference voltage when the reference voltage is input, the switching unit is turned on in a second switching mode for supplying the set maximum battery power, The controller controls the operation of supplying the electric current to the iron heater while the voltage based on the electric resistance value of the iron heater temperature sensor is equal to the reference voltage and when the electric resistance value of the iron heater temperature sensor is equal to the reference voltage, Off state to shut off the battery power to the heat sink heater temperature sensor unit, thereby performing the maximum heat generation state operation of the minimum heat consumption amount according to the heat generation maintaining heat generation state.

On the other hand, when the voltage due to the electric resistance value of the iron heater temperature sensor exceeds the reference voltage when the reference voltage is input, the switching unit is turned off in a third switching mode in which the set minimum battery power is cut off, To the iron heater temperature sensor unit is performed until the voltage based on the electric resistance value of the iron heater temperature sensor is equal to the reference voltage to perform the maximum heat release state ironing operation of the minimum heat consumption amount according to the heat retaining heat generation state.

Therefore, when detecting the temperature using the resistance value variation, such a variation in the resistance value is amplified. In this case, a deviation occurs, specifically, a problem caused by the occurrence of a temperature variation is solved. In addition, Which is different from the heat dissipation prevention structure of the commercial miscellaneous, is provided with a heat retaining structure for keeping the heat in a uniform state, thereby facilitating the user's hair styling and the like.

As described above, the embodiment can accurately detect the temperature of the heater of the iron heater without using the sensor by using the resistance variation according to the embodiment, and smoothly dry the user's hair or hair styling (wave, dry, straight) In other words, a deviation caused by amplifying such a resistance value variation when detecting a temperature using a variation in the thermal resistance value of the heater, specifically, a temperature deviation And also has a small resistance value that is relatively lower than the resistance value of the heat sink heater for preventing commercial miso leakage of the battery power of the conventional battery. In addition, the battery capacity itself is increased in response to the lower resistance value of the heat sink heater Applying a heating element made of a heat-generating material according to the internal resistance value, And a heating heating structure that dissipates heat in a manner different from that of a commercial misalignment prevention and leakage heating structure that generates heat without deteriorating the heat of the conventional iron control device by using the ironing machine of the present invention, do.

On the other hand, since the embodiment is used while being carried in a portable manner, the battery power can be used for a long time.

To this end, in one embodiment, a low resistance value that is relatively lower than the resistance value of the commercial heat dissipation prevention heat sink of the battery power source is used, and an internal resistance of the battery itself, which increases the battery capacity corresponding to the lower resistance value of the heat sink heater, In relation to the heating unit made of the heating unit material, the heating unit is divided into a plurality of heating units, and the plurality of heating units are grouped on an even number basis. Wherein the control unit controls an intermittent operation of the switching unit during an initial time from a start time to a set time elapsing from the start of the operation of the ironing heater when a heat is generated according to the user set temperature, The power of battery power And a control unit for controlling the heating unit in accordance with a difference between a voltage due to the electric resistance value of the heater core temperature sensor and a reference voltage, By controlling the intermittent operation, the supply of the heater power of the battery power is adjusted by the set number of pairs to allow only a part of the heater, so that some heater of the heater is partially driven or the heater is entirely driven.

If the voltage due to the electric resistance value of the iron heater temperature sensor is equal to or lower than the reference voltage, the operation for driving the iron heater from the time when the preset time elapses will be the difference between the voltage due to the electric resistance value of the iron heater temperature sensor and the reference voltage And when the difference value corresponds to a first setting difference value having a relatively small difference value, the supply of the heater power of the battery power source is performed by a set number of the plurality of heater heaters, Or if the difference value corresponds to the second setting difference value having a relatively large difference value, the total number of the heater heaters in the battery power source is allowed to be equal to the total number of the heater heaters, And the electric resistance value of the iron heater temperature sensor When the voltage exceeds a reference voltage, the switching unit is turned off according to the difference between the voltage due to the electric resistance value of the heater heater temperature sensor and the reference voltage, and the third setting difference value The controller may cut off the hot water heater of the battery power by partially cutting off the hot water heater by a set number of the plurality of hot water heaters, The total number of the cut-outs of the heaters of the battery power source is cut off by the total number of cut-outs of the heaters.

On the other hand, in one embodiment, the charging current of the iron iron is small, and the electric current is large, so that it can not be used while being charged differently from the charging method of general mobile phones and the like.

To this end, in one embodiment, a low resistance value that is relatively lower than the resistance value of the commercial heat dissipation prevention heat sink of the battery power source is used, and an internal resistance of the battery itself, which increases the battery capacity corresponding to the lower resistance value of the heat sink heater, And a voltage application unit for applying a different voltage depending on whether a connection jack is inserted into the heating jacket by applying a heating unit made of a heating unit made of a material matching the value of the heating jacket, The controller determines that the battery pack is not fully charged when the corresponding voltage is applied when the connecting jack is not inserted into the heald unit, And controls the intermittent intermittent operation to allow the ironing operation.

In addition, since the user should not use the battery during the charging of the battery, a first display object that notifies the user that the battery is being charged and a second display object that notifies the user that the battery is not being charged And a second display object of the display unit is turned on to recognize that the battery is being charged when the corresponding jack is inserted into the connection jack, If the corresponding voltage is applied to the cordless plug connector, the second display object of the display unit is turned on to notify that the battery is not being charged.

According to an embodiment of the present invention, the power supply unit may be electrically powered by the AC power supply and the auxiliary battery power under the control of the control unit, And a controller for controlling the power supply operation of the power supply unit to supply a compatible power supply of the AC power supply and the auxiliary battery power supply to the battery power supply unit, And supplies the battery power to the hot water heater, and supplies the battery power to the hot water heater when the user-set second power supply command is input, When the setting third power supply command is input, the heater power of the auxiliary battery power And supplies a compatible power source of the AC power source and the auxiliary battery power source together with the battery power source to the heat sink heater when a user-set fourth power source supply command is input.

Another example configuration of the iron control device according to the embodiment of FIG. 3 is a deviation caused by amplifying such a resistance value variation when detecting a temperature using a variation in the temperature resistance value of the heater. Specifically, In other words, a low resistance value that is relatively lower than the resistance value of the heat sink heater for preventing leakage of commercial miscellaneous heat from the battery power source is used. In addition, the resistance value of the heat sink heater is lowered A user key input unit for inputting an operation ON signal and a user set temperature of a heating pad by applying a heating pad made of a heating pad material having a battery capacity increased according to the internal resistance value of the battery, If the battery's capacity has increased in response to a lower resistance value A first switching device for supplying a preset reference battery power determined in accordance with a value of internal resistance of a battery which matches a value of a heater heater according to a heating part material, A second switching mode for supplying a preset maximum battery power in accordance with a battery internal resistance value corresponding to a heater resistance value according to a heating element material and a battery having a resistance value according to a heating element material; And a third switching mode in which the set minimum battery power is cut off in response to a self-internal resistance value, a switching controller for interrupting the switching of the switching unit, Sensor, an operation-on signal input of the ironing machine And a controller for controlling the switching unit to turn on the switching unit in a first switching mode for supplying the set reference battery power according to the user set temperature, The controller checks the temperature of the heating heater sensed by the heating heater temperature sensor and compares the temperature of the heating heater sensed by the heating heater temperature sensor with the temperature of the user setting heating. Wherein the control unit turns on the switching unit in a second switching mode for supplying the set maximum battery power when the battery temperature is lower than the user preset heating temperature and supplies the battery power to the heating unit when the temperature of the heating unit Is performed until the user sets the ironing temperature Wherein the control unit turns off the switching unit when the temperature sensed by the temperature sensor senses a user setting hotplate temperature to cut off the battery power to the hotplate heater to perform a heating operation in a minimum maximum heating state according to the heat retaining heat generation state, If the temperature of the hot iron heater sensed by the hot iron heater temperature sensor exceeds the user setting hot water temperature, the switching unit is turned off in the third switching mode for shutting down the set minimum battery power to shut off the battery power to the iron heater And a control unit for performing a heating operation of the minimum maximum heat removal state according to the heat retaining heat generation state by performing the operation up to the user setting hot water temperature.

In another example of the iron control device according to the embodiment, a low resistance value that is relatively lower than the resistance value of the commercial heat dissipation preventive heat sink heater of the battery power source is used, and in addition, In the case of a heating unit made of a heating unit made of a material having an increased capacity, the plurality of heating units are divided into a plurality of heating units, and the plurality of heating units are grouped on an even number basis Wherein the control unit has an electrical configuration that is connected in series between the heater units of the pair and is connected in parallel between the different pairs, and the controller controls, during an initial time from the start of the operation of the ironing heater to the elapse of the set time, Controls the intermittent operation of the switching unit And a plurality of hot water heaters are driven by the plurality of hot water heaters to supply the hot water heater of the battery power to the entirety of the plurality of hot water heaters. In this case, the hot water heater temperature The controller controls the intermittent operation of the switching unit in accordance with the difference value so as to allow only a part of the heaters to be partially driven by adjusting the supply of the heaters of the battery power by the set number of pairs to partially drive the heaters or to allow the heaters .

If the temperature of the heating heater sensed by the heating heater temperature sensor is lower than or equal to the user setting heating temperature, the operation of driving the heating heater from the next time the set time elapses is determined by the temperature of the heating heater sensed by the heating heater temperature sensor, And when the difference value corresponds to the first setting difference value having a relatively small difference value, the supply of the heater power of the battery power source is performed by a set number of pairs of the plurality of heater heaters Or if the difference value corresponds to the second setting difference value having a relatively large difference value, the total number of the heater heaters in the battery power source is allowed to be the total number of the heater heaters, The entire drive, and the iron heater on When the temperature of the hot iron heater detected by the temperature sensor exceeds a user set hot water temperature, the switching unit is turned off according to a difference value between the hot iron heater temperature detected by the hot iron heater temperature sensor and the user set hot water temperature, If the third setting difference value having the difference value is satisfied, the heater power cut-off of the battery power source may be partially driven by partially cutting off the hot water heater by a set number of the plurality of hot water heater units, The total number of the cut-offs of the heaters of the battery power source is cut off by the total number of the heaters, so that the heaters of the heaters are completely cut off.

Another example of the iron control device according to an embodiment of the present invention is a heating control device which is electrically connected to the control unit and uses a relatively low resistance value that is relatively lower than the resistance value of the heat sink heater for preventing commercial mis- And a voltage application unit for applying a different voltage depending on whether a connection jack is connected to a heat radiating sheath by applying a heater unit of a heating unit material corresponding to the internal resistance value of the battery itself corresponding to the decreased resistance value, The control unit recognizes that the battery is being charged when a corresponding voltage is applied when the connection jack is inserted into the heald gear, and turns off the switching unit to forcibly block the supply of the battery power to the heald gear. When the connection jack is not inserted into the heald gear When a corresponding voltage is applied, it is recognized that the battery is not fully charged, And controls the intermittent operation of the switching unit to allow the ironing operation.

And a display unit having a first display object for notifying that the battery power is being charged and a second display object for notifying that the battery power is not being fully charged, The first display object of the display unit is turned on to notify that the battery is being charged, and if the corresponding voltage is applied when the connecting jack is not inserted into the heald unit, And the second display object of the display unit is turned on to notify that battery power is not being charged.

The power supply unit is electrically powered by the AC power source and the auxiliary battery power under the control of the control unit to receive a compatible power source and supplies a compatible power of the supplied AC power source and the auxiliary battery power to the battery power source And the control unit controls the power supply operation of the power supply unit to supply the battery power to the heat sink heater when the user-set first power supply command is input, And a controller for supplying a compatible power source of the AC power source to the hot water heater when the input is received, and for supplying a compatible power source for the auxiliary battery power to the battery power source, And when the user-set fourth power supply command is input, The hot water heater supplies a compatible power source of the AC power source and the auxiliary battery power source together with the battery power source.

Description of the Related Art [0002]
101, 301: user key input unit 102, 302: power supply unit
103, 303: control unit 104, 304: reference voltage generating unit
105: Heated heater heater voltage generating unit 106, 306: Voltage applying unit
107, 307: display unit 308: iron heater temperature sensor unit

Claims (18)

A user key input unit for inputting an operation ON signal and a user set temperature of the ironing unit;
A power supply unit for supplying battery power to the iron heater; And
A control unit for supplying the battery power to the heat sink heater according to the user set temperature and generating a heat corresponding to the user set temperature when the operation ON signal of the ironing unit is inputted;
Lt; / RTI >

A reference voltage generator for generating a reference voltage for generating a voltage corresponding to a heat temperature of the iron heater and providing the reference voltage to the controller;
A switching unit for interrupting the supply operation of the heater unit of the battery power source; And
And a voltage generated by a resistance value of the heater heater resistor varying in accordance with a heat temperature of the heater heater when the reference voltage is inputted using the reference voltage, A heater voltage generating unit for generating a heater voltage;
/ RTI >

The control unit
Wherein the control unit turns on the switching unit to allow the supply of the heater power to the battery power source and periodically turns off the switching unit every time the set time has elapsed to shut off the supply of the heater power of the battery power source, The reference voltage is inputted to the ironing heater and the heating temperature of the ironing heater is inspected to variably control the intermittent operation of the switching unit in accordance with the difference between the voltage due to the ironing heater resistor and the reference voltage at the time of inputting the reference voltage The operation of continuously supplying the heat corresponding to the user-set hot-plate temperature by continuously maintaining the heat temperature of the hot-spot heater at the user-set hot-spot temperature during the hot-spot operation by adjusting the supply of the hot- To do;
And a control unit for controlling the heating unit. The method according to claim 1,
Maintaining the heat temperature of the heat sink heater constantly at the user setting heat sink temperature during the heat sink operation
When the voltage based on the resistance value of the iron heater resistor is higher than the reference voltage when the reference voltage is input, the supply of the iron heater of the battery power source is cut off according to the difference between the voltage and the reference voltage based on the resistance value of the iron heater resistor And when the voltage due to the heater resistor resistance value is less than the reference voltage when the reference voltage is input, the temperature of the heater heater resistor is lowered corresponding to the difference between the voltage due to the heater resistor resistance value and the reference voltage The heat supply of the battery power source is allowed to increase the heat temperature of the heat sink heater and the heat temperature of the heat sink heater is terminated when the voltage due to the heat sink resistor resistance value becomes equal to the reference voltage when the reference voltage is input And a controller for controlling the ironing unit. The method according to claim 1,
In the iron heater,
A plurality of heaters are divided into a plurality of heaters, and the plurality of heaters are grouped in pairs on an even number basis, and the heaters are connected in series between heaters of the same pair, and the heaters are connected in parallel between different heaters.

Wherein,
During the initial time from the start of the operation of the ironing heater to the elapse of the set time, when the heat is generated according to the user set temperature, the controller controls the intermittent operation of the switching unit to allow the ironing heaters The controller controls the intermittent operation of the switching unit in accordance with the difference between the voltage based on the resistance value of the iron heater resistor and the reference voltage when the reference voltage is input, By partially controlling the heater supply by a set number of pairs and allowing only a part of the heater, partial driving of the heater, or full operation of the heater, allowing full operation of the heater;
And a control unit for controlling the heating unit. The method of claim 3,
When the set time has elapsed,
When the voltage by the resistance value of the heater resistor is less than the reference voltage when the reference voltage is inputted, the switching unit is turned on in accordance with the difference between the voltage by the resistance heater resistance value and the reference voltage when the reference voltage is inputted, If the first difference value has a small difference value, it is possible to partially drive the heater power supply of the battery power source by allowing only a part of the iron heater to be paired as many as the set number of all the plurality of iron heater heaters, When the second set difference value having the difference value is satisfied, the total number of the heater heaters is allowed to be a total number of the total number of the heater heaters of the battery power source so that the heater is entirely driven, When the voltage is equal to or higher than the reference voltage, The switching unit is turned off according to the difference between the voltage and the reference voltage based on the resistance value of the iron heater resistor in the power mode and when the difference value corresponds to a third setting difference value having a relatively small difference value, Is partially driven by intercepting only a part of the total number of heaters of the plurality of heaters, and if the difference value corresponds to a fourth setting difference value having a relatively large difference value, And the total number of heaters is cut off as many as the number of the heaters. The method according to claim 1,
A voltage application unit electrically connected to the control unit and applying a different voltage depending on whether the connection jack is inserted into the ironing unit;
Including,

The control unit
When a corresponding voltage is applied at the time of insertion of the connection jack into the heald gear, it is recognized that the battery is being charged and the switching unit is turned off to forcibly cut off the supply of the heater power of the battery power source, When the voltage is applied, recognizes that the battery is not fully charged, and controls the intermittent operation of the switching unit to allow the ironing operation. 6. The method of claim 5,
A display unit having a first display object for notifying that the battery power is being charged and a second display object for notifying that the battery power is not being charged;
And,

The control unit
When a corresponding voltage is applied at the time of inserting the connection jack into the hemming unit, the first display object of the display unit is lighted to recognize that the battery is being charged and when the connection jack to the hemming unit is not inserted When the corresponding voltage is applied, recognizing that the battery pack is not fully charged, and lighting the second display object of the display unit to notify that battery power is not being charged;
And a control unit for controlling the heating unit. The battery pack according to any one of claims 1 to 3, wherein the battery pack has a small resistance value that is lower than the resistance value of the heat sink heater, and the battery pack has a capacity corresponding to the lower resistance value of the heat sink heater. A user key input unit for inputting an operation ON signal and a user set temperature of a heat source which generates heat by applying a heater;
A power supply unit for supplying the battery power of the battery whose capacity of the battery is increased in correspondence with the lowered resistance value of the iron heater by the iron heater;
A first switching mode for supplying the set reference battery power set in correspondence with the internal resistance value of the battery which matches the value of the iron heater according to the heating member material, A second switching mode for supplying a preset maximum battery power in accordance with the internal resistance value of the battery according to the iron heater heater resistance value and a second switching mode for supplying the set maximum battery power in accordance with the internal resistance value of the battery itself, A third switching mode in which the set minimum battery power is cut off, and a controller for switching to one of the switching modes;
A reference voltage generator for generating a reference voltage for generating a voltage corresponding to a heat temperature of the heater;
A heater for heating the thermostat heater temperature sensor which varies in accordance with a temperature of the thermostat heater when the reference voltage is inputted using the reference voltage, and a thermostat heater temperature sensor for varying an electric resistance value corresponding to the thermostat temperature of the thermostatic heater, A hot water heater temperature sensor unit for generating a voltage by a resistance value; And
The switching unit is turned on in a first switching mode in which the set reference battery power is supplied according to the user set temperature when the ironing operation is performed according to the input of the ON signal of the ironing unit, And the switching unit is turned off periodically every time the set time has elapsed so as to cut off supply of the heater power of the battery power source and to stop the supply of the reference voltage to the ironing unit A second switching means for supplying the set maximum battery power when the voltage based on the electric resistance value of the iron heater temperature sensor is lower than the reference voltage when the reference voltage is inputted, Mode to turn on the switching unit and turn the battery power to the iron heater And the switching unit is turned off when the voltage by the electric resistance value of the iron heater temperature sensor becomes equal to the reference voltage Wherein the battery voltage is cut off by a heater heater temperature sensor unit to perform a maximum heat generation state operation of a minimum heat consumption amount according to the heat generation maintaining heat generation state, and when a voltage based on an electric resistance value of a heaters heater temperature sensor is inputted to the reference voltage The operation of turning off the switching unit in the third switching mode for turning off the set minimum battery power and for shutting off the battery power to the iron heater temperature sensor unit is performed by the voltage by the electric resistance value of the iron heater temperature sensor Is equal to the reference voltage, Control unit for performing a maximum operation of the heat control state iron minimum heat consumption according to the state;
And a controller for controlling the ironing unit. 8. The method of claim 7,
Wherein the heating resistor has a resistance value that is lower than a resistance value of the commercial heat dissipation preventive heater of the battery power source and a battery resistance corresponding to a resistance value of the heating heater, The iron heater,
A plurality of heaters are divided into a plurality of heaters, and the plurality of heaters are grouped in pairs on an even number basis, and the heaters are connected in series between heaters of the same pair, and the heaters are connected in parallel between different heaters.

Wherein,
During the initial time from the start of the operation of the ironing heater to the elapse of the set time, when the heat is generated according to the user set temperature, the controller controls the intermittent operation of the switching unit to allow the ironing heaters The control unit controls the intermittent operation of the switching unit in accordance with the difference between the voltage based on the electric resistance value of the iron heater temperature sensor and the reference voltage, By partially adjusting the supply by a set number of pairs, allowing only a part of the heater to partially drive the heater, or allowing the heater to operate in its entirety;
And a control unit for controlling the heating unit. 9. The method of claim 8,
When the set time has elapsed,
When the voltage due to the electric resistance value of the iron heater temperature sensor is equal to or lower than the reference voltage, the switching unit is turned on according to the difference between the voltage due to the electric resistance value of the iron heater temperature sensor and the reference voltage, If the first setting difference value having the difference value is satisfied, the heater power supply of the battery power source is partially driven by allowing only a part of the hot water heater as a pair of the set number of the plurality of hot water heaters, The total number of pairs of heater heaters are allowed to be the same as the total number of pairs of the heater power supplies of the battery power source, so that the total heaters of the heaters are driven, When the voltage is exceeded, the electric heater of the heat sink heater temperature sensor The switching unit is turned off according to the difference between the voltage by the voltage value and the reference voltage, and when the difference value corresponds to the third setting difference value having the relatively small difference value, When the number of the heaters is not more than the set number of the heaters and the heaters are partially driven by the partial heaters or when the difference value corresponds to the fourth set difference value having a relatively large difference value, Wherein the heater is entirely cut off, and the heater is entirely cut off. 8. The method of claim 7,
Wherein the heating resistor has a resistance value that is lower than a resistance value of the commercial heat dissipation preventive heater of the battery power source and a battery resistance corresponding to a resistance value of the heating heater, A voltage application unit applying a different voltage depending on whether a connection jack is connected to a heating radiator by applying a radiator heater;
Including,

The control unit
When a corresponding voltage is applied at the time of insertion of the connection jack into the heald gear, it is recognized that the battery is being charged and the switching unit is turned off to forcibly cut off the supply of the heater power of the battery power source, When the voltage is applied, recognizes that the battery is not fully charged, and controls the intermittent operation of the switching unit to allow the ironing operation. 11. The method of claim 10,
A display unit having a first display object for notifying that the battery power is being charged and a second display object for notifying that the battery power is not being charged;
And,

The control unit
When a corresponding voltage is applied at the time of inserting the connection jack into the hemming unit, the first display object of the display unit is lighted to recognize that the battery is being charged and when the connection jack to the hemming unit is not inserted When the corresponding voltage is applied, recognizing that the battery pack is not fully charged, and lighting the second display object of the display unit to notify that battery power is not being charged;
And a control unit for controlling the heating unit. 8. The method of claim 7,
The power supply unit,
And a power supply unit for supplying a compatible power supply of the AC power and the auxiliary battery power to the battery power source under the control of the controller,

Wherein,
The controller controls the power supply operation of the power supply unit to supply the battery power to the heat sink heater when the user-set first power supply command is input, and when the user-set second power supply command is input, And supplies a compatible power source of the auxiliary power source together with the battery power source to the heat sink heater when a user-set third power source supply command is input, Supplying a compatible power supply of the AC power source and the auxiliary battery power source together with the battery power source to the hot water heater when the 4 power supply command is input;
And a control unit for controlling the heating unit. The battery pack according to any one of claims 1 to 3, wherein the battery pack has a small resistance value that is lower than the resistance value of the heat sink heater, and the battery pack has a capacity corresponding to the lower resistance value of the heat sink heater. A user key input unit for inputting an operation ON signal and a user set temperature of a heat source which generates heat by applying a heater;
A power supply unit for supplying the battery power of the battery whose capacity of the battery is increased in correspondence with the lowered resistance value of the iron heater by the iron heater;
A first switching mode for supplying the set reference battery power set in correspondence with the internal resistance value of the battery which matches the value of the iron heater according to the heating member material, A second switching mode for supplying a preset maximum battery power in accordance with the internal resistance value of the battery according to the iron heater heater resistance value and a second switching mode for supplying the set maximum battery power in accordance with the internal resistance value of the battery itself, A third switching mode in which the set minimum battery power is cut off, and a controller for switching to one of the switching modes;
A heat iron heater temperature sensor for sensing the iron heater temperature;
The control unit turns on the switching unit in a first switching mode for supplying the set reference battery power according to the user set temperature at the time of inputting the operation ON signal of the ironing unit to perform the ironing operation in the keeping heating state A controller for comparing the temperature of the iron heater detected by the iron heater temperature sensor with the temperature of the iron heater detected by the iron heater temperature sensor when the ironing operation is performed, When the temperature of the heat sink heater detected by the heat sink heater is lower than or equal to the user-set heat sink temperature, an operation of turning on the switching unit in a second switching mode for supplying the set maximum battery power to supply the battery power to the heat sink heater, If the temperature of the iron heater detected by the sensor is lower than the user- And the switching unit is turned off when the temperature sensed by the hot-air heater temperature sensor is lower than the user-set hot-air temperature, thereby shutting off the battery power to the hot-air heater, And when the temperature of the iron heater detected by the iron heater temperature sensor exceeds the user setting ironing temperature, the switching unit is turned off in a third switching mode in which the set minimum battery power is cut off, To the user set hot water temperature to perform a heat treatment operation in a minimum maximum heat removal state according to the heat retaining heat generation state;
And a controller for controlling the ironing unit. 14. The method of claim 13,
Wherein the heating resistor has a resistance value that is lower than a resistance value of the commercial heat dissipation preventive heater of the battery power source and a battery resistance corresponding to a resistance value of the heating heater, The iron heater,
A plurality of heaters are divided into a plurality of heaters, and the plurality of heaters are grouped in pairs on an even number basis, and the heaters are connected in series between heaters of the same pair, and the heaters are connected in parallel between different heaters.

Wherein,
During the initial time from the start of the operation of the ironing heater to the elapse of the set time, when the heat is generated according to the user set temperature, the controller controls the intermittent operation of the switching unit to allow the ironing heaters The control unit controls the intermittent operation of the switching unit in accordance with the difference between the temperature of the heat sink heater sensed by the heat sink heater temperature sensor and the temperature of the user-set heat sink, By partially controlling the heater supply by a set number of pairs and allowing only a part of the heater, partial driving of the heater, or full operation of the heater, allowing full operation of the heater;
And a control unit for controlling the heating unit. 15. The method of claim 14,
When the set time has elapsed,
When the temperature of the heating heater sensed by the heating heater temperature sensor is lower than or equal to the user setting heating temperature, the switching unit is turned on in accordance with the difference between the heating temperature of the heating duct sensed by the heating heater temperature sensor and the user setting heating temperature, If the first difference value has a small difference value, it is possible to partially drive the heater power supply of the battery power source by allowing only a part of the iron heater to be paired as many as the set number of all the plurality of iron heater heaters, And when the second setting difference value having the difference value is satisfied, the entirety of the hot water heater is allowed by the total number of pairs of the hot water heater supplies of the battery power source so that the hot water heater is fully driven, and the hot water heater temperature sensed by the hot water heater temperature sensor is User-set ironing temperature The switching unit is turned off in accordance with the difference between the temperature of the iron heater detected by the iron heater temperature sensor and the temperature of the user's iron burner, and when the difference corresponds to a third setting difference value having a relatively small difference value, If the heater power is cut off by only a part of the total number of heaters and the difference is relatively large, Characterized in that the ironing heater is interrupted by the total number of the ironing iron heater cutoffs and the total number of the ironing iron cutoffs is cut off as a whole. 14. The method of claim 13,
A low resistance value which is electrically connected to the control unit and relatively lower than a resistance value of the heat sink heater for preventing leakage of commercial miscellaneous heat of the battery power source is used and the battery internal resistance which increases the battery capacity corresponding to the reduced resistance value of the heat sink heater, A voltage applying unit for applying a different voltage depending on whether a connection jack is inserted into a heat radiating sheath by applying a heat radiating heater of a heating unit according to a value;
Including,

The control unit
When a corresponding voltage is applied at the time of insertion of the connection jack into the heald gear, it is recognized that the battery is being charged and the switching unit is turned off to forcibly cut off the supply of the heater power of the battery power source, When the voltage is applied, recognizes that the battery is not fully charged, and controls the intermittent operation of the switching unit to allow the ironing operation. 17. The method of claim 16,
A display unit having a first display object for notifying that the battery power is being charged and a second display object for notifying that the battery power is not being charged;
And,

The control unit
When a corresponding voltage is applied at the time of inserting the connection jack into the hemming unit, the first display object of the display unit is lighted to recognize that the battery is being charged and when the connection jack to the hemming unit is not inserted When the corresponding voltage is applied, recognizing that the battery pack is not fully charged, and lighting the second display object of the display unit to notify that battery power is not being charged;
And a control unit for controlling the heating unit. 14. The method of claim 13,
The power supply unit,
And a power supply unit for supplying a compatible power supply of the AC power and the auxiliary battery power to the battery power source under the control of the controller,

Wherein,
The controller controls the power supply operation of the power supply unit to supply the battery power to the heat sink heater when the user-set first power supply command is input, and when the user-set second power supply command is input, And supplies a compatible power source of the auxiliary power source together with the battery power source to the heat sink heater when a user-set third power source supply command is input, Supplying a compatible power supply of the AC power source and the auxiliary battery power source together with the battery power source to the hot water heater when the 4 power supply command is input;
And a control unit for controlling the heating unit.

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