KR102519702B1 - Muti Cloths Styler - Google Patents

Abstract

In order to prevent damage to clothes because it is not easy to remove foreign substances such as dust from clothes stored in the clothes care machine, the multi-clothing care machine minimizes clothing damage by removing foreign substances from clothes through a three-step process of air spray, vibration technology, and static electricity generator. There are effects that can be done.

Description

Multi Cloths Styler {Muti Cloths Styler}

The present invention relates to a clothes care machine, and more particularly, to prevent damage to clothes due to foreign substances such as dust being removed from clothes stored in the clothes care machine, through a three-step process of air spray, vibration technology, and static electricity generator. It relates to a multi-clothing care machine that minimizes clothing damage by removing foreign substances from clothing.

Unlike a washing machine that removes stains with water and detergent, a clothes care machine refers to a device that uses steam and air circulation to remove odors, dust, wrinkles, and the like.

For example, the clothes care system may be configured by spraying steam on clothes and then drying them with wind. The clothes care machine can remove odors by evaporating odor particles from clothes along with moisture, sterilize clothes through high-temperature steam, and evenly spread the fibers by moisture to relieve wrinkles or pressure. can

The clothing care machine removes foreign substances such as dust and hair while the clothes are accommodated in the storage space. If the foreign substances are incompletely removed from the clothes, if moisture is provided by steam, the foreign substances may stick to the clothes or damage the clothes. There is a problem.

Korean Patent Publication No. 10-2020-0030420

In order to solve this problem, the present invention is not easy to remove foreign substances such as dust from clothes stored in a clothes care machine to prevent damage to clothes, through a three-step process of air spray, vibration technology, and static electricity generator. An object of the present invention is to provide a multi-clothing care device that minimizes clothing damage by removal.

Multi-clothing management device according to the features of the present invention for achieving the above object,

a main body having a storage space with an open front portion capable of storing clothes therein, and having intake and exhaust ports communicating the storage space to the outside;

a control module formed of a motor and a fan inside the main body to spray external air through the air inlet into the storage space along the air passage to remove dust from clothes;

a vibrating unit formed on the top of the clothing and vibrating in left and right directions for a predetermined time under the control of the control module to provide vibration to the clothing;

a fine dust sensor for sensing the concentration of the fine dust and measuring fine dust information separated from the clothes; and

and an electrostatic generator generating static electricity around the clothes to remove residual dust from the clothes under the control of the control module.

Multi-clothing management device according to the features of the present invention,

a main body having a storage space with an open front portion capable of storing clothes therein, and having intake and exhaust ports communicating the storage space to the outside;

a control module formed of a motor and a fan inside the main body to spray external air through the air inlet into the storage space along the air passage to remove dust from clothes;

a vibrating unit formed on the top of the clothing and vibrating in left and right directions for a predetermined time under the control of the control module to provide vibration to the clothing; and

A fine dust sensor configured to sense the fine dust concentration and measure fine dust information separated from the clothing;

The control module generates an operation control signal of the motor and transmits the signal to the motor, simultaneously generates a control signal of the vibration unit and transmits the signal to the vibration unit, and drives the motor and the vibration unit respectively according to the measured fine dust information. or controlled to operate simultaneously.

According to the configuration described above, the present invention has an effect of minimizing damage to clothes in the clothes care machine by removing foreign substances on clothes through a three-step process of air spray, vibration technology, and static electricity generator.

The present invention has the effect of providing simple ironing, sterilization and drying functions, odor and fine dust removal functions.

The present invention provides the convenience of using a device through a touch sensor, an alarm, and a timer function.

The present invention has an effect of preventing accidents when children and companion animals enter the device by generating a warning sound through a biological motion sensor.

1 is a diagram showing the appearance of a multi-clothing management device according to an embodiment of the present invention.
2 is a view showing a multi-clothing management device in an open state of the door according to an embodiment of the present invention.
3 is a cross-sectional view of a multi-clothing management device according to an embodiment of the present invention.
4 is a perspective view showing the configuration of an electrostatic generating device according to an embodiment of the present invention.
5 is a cross-sectional view of a first dust collection unit and a second dust collection unit according to an embodiment of the present invention.
6 is a diagram illustrating a process of removing dust from clothes in a dusting mode according to an embodiment of the present invention.
7 is a diagram showing a configuration device electrically connected to a control module according to an embodiment of the present invention.

Throughout the specification, when a certain component is said to "include", it means that it may further include other components without excluding other components unless otherwise stated.

1 is a view showing the appearance of a multi-clothing management device according to an embodiment of the present invention, FIG. 2 is a view showing the multi-clothing management device with a door opened according to an embodiment of the present invention, and FIG. It is a cross-sectional view of a multi-clothing care machine according to an embodiment, FIG. 4 is a perspective view showing the configuration of a static electricity generating device according to an embodiment of the present invention, and FIG. 5 is a first dust collector and A cross-sectional view of the second dust collection unit, FIG. 6 is a view showing a process of removing dust from clothes in a dust blowing mode according to an embodiment of the present invention, and FIG. 7 is a view showing a control module according to an embodiment of the present invention. It is a diagram showing components connected electrically.

The multi-clothing manager 100 according to an embodiment of the present invention includes a main body 110 in which a storage space with an open front portion in which clothes 101 can be put inside is formed, and hinges on both sides of the front portion of the main body 110 A door 111 that opens and closes the storage space by combining, a fine dust sensor 116, and an electrostatic generator 140 are formed in the inner space of the main body 110, and a control module ( 135).

The main body 110 is divided into three internal spaces, a first space 112 in which clothes 101 are hung, a humidity sensor 115 and a fine dust sensor 116 are installed, and a first space 112 ) The second space 113 in which the heater 126 and the steam generator 127 are installed in the lower part and the third space in which the blower 117 having the exhaust duct 118 is installed in the upper part of the first space 112 space 114.

In the third space 114, an exhaust port 102 communicating with the outside is formed at the upper front of the main body 110.

The inlet side of the blower 117 is connected to the third space 114, and the discharge side of the blower 117 is connected to the exhaust port 102 through the exhaust duct 118.

The main body 110 forms a first intake port 103 and a second intake port 104 communicating to the outside at the front and rear at the bottom.

Air filters 105 for filtering contaminants in the air are installed in the first inlet 103, the second inlet 104, and the exhaust outlet 102.

Inside the main body 110, a first air movement passage 106 is communicated with the first intake port 103 in a vertical direction, and a second air movement passage 108 is communicated with the second intake port 104 in a vertical direction. ) to form

The first air passage 106 forms a plurality of first nozzles 107 for injecting air, and the second air passage 108 forms a plurality of second nozzles 109 for injecting air.

The plurality of first nozzles 107 and second nozzles 109 spray air toward both sides of the hanging clothes 101 to primarily remove foreign substances such as dust and hair.

The first blower 120 includes a first fan 121 installed near the first intake port 103 to suck in air and a first motor coupled to a rotating shaft of the first fan 121 to generate and provide rotational force. (122).

The second blower 123 is installed near the second intake port 104 to suck in air and a second fan 124 coupled to the rotation shaft of the second fan 124 to generate and provide rotational force. (125).

The main body 110 includes a support 131 fixed to the upper portion of the accommodation space, a guide 134 coupled to the support 131 and formed by a hanger groove 133 for fixing the hanger 132, and a hanger ( 132) to include a vibrating unit 130 capable of vibrating in one or more axial directions.

The guide 134 may move in the axial direction of the support 131 on the support 131 .

The vibrator 130 vibrates the guide 134 in the left and right directions on the support 131 while vibrating in one axis direction (left and right direction) or two axis directions (left and right direction).

The control module 135 is installed on the inner surface of the main body 110 in the first space 112 and includes an input key button 109a, a display unit 109b, a humidity sensor 115, a fine dust sensor 116, and a heater. 126, steam generator 127, blower 117, first motor 122, second motor 125, vibrator 130, heater 126, steam generator 127, biological motion detection sensor 128, the fiber deodorant injection unit 129, the first dust collection unit 141, the second dust collection unit 146, the first driving motor 154 and the second driving motor 164 are electrically connected.

The control module 135 detects the closed state of the door 111 and performs the dust blowing mode (S100).

The control module 135 generates operation control signals of the first motor 122 and the second motor 125 and transmits them to the first motor 122 and the second motor 125, and the first motor 122 and As the second motor 125 is driven, the first fan 121 and the second fan 124 rotate to introduce outside air.

The introduced air moves along the first air movement passage 106, sprays air through the plurality of first nozzles 107, moves along the second air movement passage 108, and moves along the plurality of second nozzles 109. ) to primarily remove foreign substances such as dust and hair from the clothing 101 by blowing air through (S101).

The control module 135 generates an operation control signal for the first motor 122 and the second motor 125 for a predetermined period of time and then generates a power cutoff signal for the first motor 122 and the second motor 125. and transmitted to the first motor 122 and the second motor 125.

The fine dust sensor 116 measures the primary fine dust information separated from the clothing 101 by sensing the concentration, value, or amount of fine dust, and stores it in a storage unit (S102).

When receiving the primary fine dust information measured by the fine dust sensor 116, the control module 135 drives the blower 117 to suck in the dust in the first space 112 to open the exhaust duct 118 and the exhaust outlet ( 102) is discharged to the outside.

The control module 135 compares the first fine dust information with a preset reference value and, when the first fine dust information is greater than the reference value, generates a control signal of the vibrator 130 for a preset operating time and transmits the control signal to the vibrator 130. Transmit (S103).

The vibrating unit 130 recoils in the left and right directions for a predetermined period of time to provide vibration to the clothes 101, and thereby secondarily removes foreign substances such as dust and hair from the clothes 101 (S104).

The fine dust sensor 116 measures the secondary fine dust information separated from the clothing 101 by sensing the concentration, value or amount of fine dust, and stores it in the storage unit (S105).

When receiving the secondary fine dust information measured by the fine dust sensor 116, the control module 135 drives the blower 117 to suck in the dust in the first space 112 to open the exhaust duct 118, the exhaust vent ( 102) is discharged to the outside.

The control module 135 compares the secondary fine dust information with a preset reference value, and generates an operation control signal of the first motor 122 and the second motor 125 when the second fine dust information is greater than the reference value to generate a first The signal is transmitted to the motor 122 and the second motor 125, and at the same time, a control signal of the vibration unit 130 is generated and transmitted to the vibration unit 130 (S106 and S107). In this way, the control module 135 thirdly removes foreign substances such as dust and hair by applying air blowing technology and vibration technology.

The fine dust sensor 116 measures the tertiary fine dust information separated from the clothing 101 by sensing the concentration, value, or amount of fine dust, and stores it in the storage unit (S108).

When receiving the tertiary fine dust information measured by the fine dust sensor 116, the control module 135 drives the blower 117 to suck in the dust in the first space 112 to open the exhaust duct 118 and the exhaust outlet ( 102) is discharged to the outside.

The control module 135 compares the tertiary fine dust information with a preset reference value and generates static electricity around the clothes 101 by driving the static electricity generating device 140 when the tertiary fine dust information is greater than the reference value. Accordingly, foreign substances such as residual dust and hair may be removed from the clothes 101 (S109 and S110). In the present invention, the above-described first fine dust information, second fine dust information, third fine dust information, and comparison process of the reference value can be omitted, air blowing, vibration, and static electricity generation can be sequentially performed, and the number of times of operation is also 2 You may do more than one each.

The static electricity generating device 140 includes a first dust collection unit 141 , a second dust collection unit 146 , a first moving member 150 and a second moving member 160 .

The first dust collection unit 141 includes a first electrode unit 142, a first charging body 143, a second electrode unit 144, and a first brush 145, and the second dust collection unit 146 is It includes a third electrode part 147, a second charging body 148, a fourth electrode part 149, and a second brush 149a.

The first electrode unit 142 and the third electrode unit 147 consider the fact that foreign materials such as hair, dust, and floats have a positive (+) potential, and when adsorbing foreign materials, the static electricity generation potential (high pressure negative ( -) potential) is applied, and when the adsorbed foreign matter is removed, it is formed in a rod shape to which static electricity elimination potential (positive (+) potential of high pressure) is applied.

The first charging body 143 and the second charging body 148 are formed on the outer circumferential surface of the first electrode unit 142 and the outer circumferential surface of the third electrode unit 147, respectively, and are made of a material that forms an electrostatic field. For example, , acrylic, polyurethane, synthetic fiber, silicone, Teflon, etc.

The second electrode unit 144 and the fourth electrode unit 149 are formed on the outer circumferential surface of the first charging body 143 and the second charging body 148, respectively, and have a mesh shape formed of a conductive material.

The first brush 145 and the second brush 149a are tightly woven to the outer circumferential surface of the second electrode unit 144 and the outer circumferential surface of the fourth electrode unit 149 . The first brush 145 and the second brush 149a perform a function of easily removing adsorbed foreign substances.

The first dust collection unit 141 and the second dust collection unit 146 allow a high voltage negative potential to be applied to the first electrode unit 142 and the third electrode unit 147, and the first electrode unit 142 and the third The first charging body 143 and the second charging body 148 are negatively charged by the potential applied to the electrode unit 147, so that the first brush 145 and the second brush 149a are also charged. The surrounding foreign substances are adsorbed to the first brush 145 and the second brush 149a.

A panel 157 having a certain size and thickness is formed on one surface of the first space 112 of the main body 110, and a rod-shaped first dust collection unit 141 and a second dust collector are formed at the front of the panel 157. The first moving member 150 and the second moving member 160 for vertical movement of the panel 157 are coupled to the dust collectors 146 at a predetermined distance from each other, and are spaced apart from each other at a predetermined distance at the rear of the panel 157 form

Clothes 101 are disposed in a space between the first dust collection unit 141 and the second dust collection unit 146 .

The first movable member 150 and the second movable member 160 form a seating portion 155 having a constant length in the horizontal direction at the rear of the panel 157, and close to both sides of the panel 157 to form a first movable member 155. The rack gear 151 and the second rack gear 161 are erected vertically, the first pinion gear 152 is coupled by meshing with the gear of the first rack gear 151, and the gear of the second rack gear 161 The second pinion gear 162 is coupled by meshing, the first rotational shaft 153 in the longitudinal direction is coupled to the first pinion gear 152, and the first drive provides rotational force of the first rotational shaft 153. The motor 154 is coupled, the second rotational shaft 163 is coupled to the second pinion gear 162 in the longitudinal direction, and the second driving motor 164 providing rotational force of the second rotational shaft 163 It is placed on the upper surface of the seating part 155.

The first connection part 156 passes through the first rotational shaft 153 and is coupled to one rear surface of the panel 157, and the second connection part 165 passes through the second rotational shaft 163 to connect the panel 157. Join the rear face.

The first drive motor 154 and the second drive motor 164 are electrically connected to the control module 135 to receive a control signal from the control module 135 .

The control module 135 compares the tertiary fine dust information with a preset reference value, and generates a drive control signal for the first drive motor 154 and the second drive motor 164 when the tertiary fine dust information is greater than the reference value. It is transmitted to the first driving motor 154 and the second driving motor 164.

The panel 157 rotates on the first and second rack gears according to the rotation of the first and second rotation shafts and the first and second pinion gears according to the driving of the first drive motor 154 and the second drive motor 164. move up and down

The first dust collection unit 141 and the second dust collection unit 146 move up and down the panel 157 to generate static electricity from the clothes 101 to remove foreign substances such as remaining dust and hair from the clothes 101 .

A steam generator 127 coupled to a connection device of a steam iron is installed in the first space 112 of the main body 110.

The control module 135 drives the static electricity generating device 140 to generate static electricity in the clothing 101, and then generates a control signal and sends it to the steam generator 127 to generate steam.

The control module 135 outputs the humidity value measured by the humidity sensor 115 to the display unit 109b.

A steam iron may be used by installing a steam iron in the steam generator 127 in the first space 112 of the main body 110 .

The fiber deodorant injection unit 129 stores a functional fiber deodorant having a deodorizing or aromatic effect in consideration of personal taste, and discharges the stored fiber deodorant to the outside to remove odors from the clothing 101 or to apply fragrance to the clothing 101 ) can be assigned.

The control module 135 generates a driving control signal of the fiber deodorant spraying unit 129 and transmits it to the fiber deodorizing agent spraying unit 129 .

The biological motion detection sensor 128 is composed of a short-range infrared sensor, an ultrasonic sensor, and the like, and can detect a moving object such as a person or a companion animal at a short distance.

The control module 135 may generate a warning sound signal and output it to a speaker (not shown) when receiving a detection signal detected from the biological motion detection sensor 128 .

The input key button 109a may receive a user's operation command signal, and the display unit 109b may display the operating state of the component device and the user's input state, and may be composed of a touch sensor. The display unit 109b provides convenience in using the device through touch sensor, alarm, and timer functions.

The control module 135 generates a driving control signal for the heater 126 and transmits it to the heater 126 .

A steam iron connected to the steam generator 127 is provided in the first space 112 of the main body 110, so perfect ironing is possible when necessary.

The multi-clothing care device 100 of the present invention performs a process of periodically measuring and comparing fine dust information by the fine dust sensor 116 while going through three stages of air spraying, vibration technology, and static electricity generator. It is not limited thereto, and the multi-clothing management device 100 of the present invention may be configured to sequentially proceed with the three-step process of air spraying, vibration technology, and static electricity generator without measuring fine dust information.

Although the embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements made by those skilled in the art using the basic concept of the present invention defined in the following claims are also included in the scope of the present invention. that fall within the scope of the right.

100: multi clothes management machine 101: clothes
102: exhaust port 103: first intake port
104: second intake port 105: air filter
106: first air passage 107: first nozzle
108: second air passage 109: second nozzle
109a: input key button 109b: display unit
110: body 111: door
112: first space 113: second space
114: third space 115: humidity sensor
116: fine dust sensor 117: blower
118: exhaust duct 120: first blower
121: first fan 122: first motor
123: second blower 124: second fan
125: second motor 126: heater
127: steam generator 128: biological motion sensor
129: fiber deodorant injection unit 130: vibration unit
131: support 132: hanger
133: hanger groove 134: guide
135: control module 140: static electricity generating device
141: first dust collection unit 142: first electrode unit
143: first charging body 144: second electrode part
145: first brush 146: second dust collector
147: third electrode part 148: second charging body
149: fourth electrode part 149a: second brush
150: first moving member 151: first rack gear
152: first pinion gear 153: first rotation shaft
154: first drive motor 155: seating part
156: first connection part 157: panel
160: second moving member 161: second rack gear
162: second pinion gear 163: second rotation shaft
164: second drive motor 165: second connection

Claims (10)

a main body having a storage space with an open front portion capable of storing clothes therein, and having intake and exhaust ports communicating the storage space to the outside;
a control module formed of a motor and a fan inside the main body to spray external air through the air inlet into the storage space along the air passage to remove dust from clothes;
a vibrating unit formed on the top of the clothing and vibrating in left and right directions for a predetermined time under the control of the control module to provide vibration to the clothing;
a fine dust sensor that senses a concentration of fine dust and measures fine dust information separated from the clothes; and
and an electrostatic generator generating static electricity around the clothes to remove residual dust from the clothes under the control of the control module.
The static electricity generating device is coupled to the front portion of the panel with a rod-shaped first dust collection unit and a second dust collection unit spaced apart from each other to remove dust by generating static electricity from the clothes, and the first dust collection unit and the second dust collection unit are separated from each other. 2 is placed on the clothing in the space between the dust collecting parts,
A multi-clothing management device configured to form a first movable member and a second movable member spaced apart from each other at a rear part of the panel to vertically move the panel. delete delete delete The method of claim 1,
The first movable member and the second movable member form a seating portion having a predetermined length in the horizontal direction at the rear portion of the panel, and a first rack gear and a second rack gear are vertically erected close to both sides of the panel. , The first pinion gear is coupled by gear meshing of the first rack gear, the second pinion gear is coupled by gear meshing of the second rack gear, and the first rotation shaft in the longitudinal direction is coupled to the first pinion gear And, a first driving motor providing rotational force of the first rotational shaft is coupled, a second rotational shaft in the longitudinal direction is coupled to the second pinion gear, and a second drive providing rotational force of the second rotational shaft. A multi-clothing machine that places a motor on the upper surface of the seating part. The method of claim 1,
The control module sequentially controls driving of the motor, driving of the vibration unit, and driving of the static electricity generating device according to the measured fine dust information. The method of claim 1,
The control module drives the motor to primarily remove dust from the clothes due to air injection, and then measures primary fine dust information from the fine dust sensor, and measures the measured primary fine dust information and a preset reference value. Compared to, when the value is greater than the reference value than the primary fine dust information, the vibrator is driven to secondarily remove dust from the clothing by the recoil of the vibrator,
Secondary fine dust information is measured from the fine dust sensor, the measured secondary fine dust information is compared with a preset reference value, and when the second fine dust information is greater than the reference value, the static electricity generating device is driven to generate static electricity A multi-clothing care device that tertiarily removes residual dust from the clothes. The method of claim 1,
The first dust collection unit and the second dust collection unit,
a first electrode part and a second electrode part formed in rod shapes to which static electricity elimination potential is applied;
a first charging body and a second charging body made of a material forming an electrostatic field by being formed on the outer circumferential surface of the first electrode part and the outer circumferential surface of the second electrode part, respectively;
a second electrode part and a fourth electrode part respectively formed on the outer circumferential surface of the first charging body and the outer circumferential surface of the second charging body; and
A multi-clothing care device including a first brush and a second brush coupled to the outer circumferential surface of the second electrode part and the outer circumferential surface of the fourth electrode part, respectively, to easily remove adsorbed foreign matter. The method of claim 1,
The multi-clothing management device further includes a bio-motion sensor that detects a moving object at a short distance, and the control module generates a warning sound signal and outputs it to a speaker when receiving a detection signal detected from the bio-motion sensor. The method of claim 1,
A steam generator coupled to a connection device of a steam iron is installed in the space of the main body, and the control module generates static electricity on the clothes by driving the static electricity generating device, and then generates a control signal and sends it to the steam generator to generate steam. Multi-clothing manager that generates.

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