KR200269788Y1 - hot wind type towel drying and sterilization device - Google Patents

Abstract

The present invention relates to a towel dryer mounted in a bath, and more particularly, a heat sink formed of a metal housing front plate formed in a quadrangle, and a metal housing back plate which is combined with the metal housing front plate to form a case, and inside the heat sink. The heater unit is accommodated, and the metal frame is attached to the upper and lower support members made of metal bars at regular intervals to form an air guide passage in the heat sink, a fan for blowing air to the air guide passage, and the heater unit is in contact with the heater unit. Combined heating element, a control unit for mounting the side portion of the heat sink and the power supply to the heating element and the blowing fan, the control panel with the blowing fan is built, formed on the upper side of the heat sink and a bar for the towel rack in the bathroom It is composed of a mounting means to wet the heat sink mounted on the towel bar in the bathroom Hang the gun relates to a hot-air hot air sterilization expression towel Drying characterized in that said wet towel dried by being caused by an internal heating element and the blower fan.

Description

Hot wind type towel drying and sterilization device}

The present invention relates to a towel dryer mounted in a bath, and more particularly, a heat sink formed of a metal housing front plate formed in a quadrangle, and a metal housing back plate which is combined with the metal housing front plate to form a case, and inside the heat sink. The heater unit is accommodated, and the metal frame is attached to the upper and lower support members made of metal bars at regular intervals to form an air guide passage in the heat sink, a fan for blowing air to the air guide passage, and the heater unit is in contact with the heater unit. Combined heating element, a control unit for mounting the side portion of the heat sink and the power supply to the heating element and the blowing fan, the control panel with the blowing fan is built, formed on the upper side of the heat sink and a bar for the towel rack in the bathroom It is composed of a mounting means to wet the heat sink mounted on the towel bar in the bathroom Hang the gun relates to a hot-air hot air sterilization expression towel Drying characterized in that said wet towel dried by being caused by an internal heating element and the blower fan.

In general, towels provided in a bath may cause an unpleasant odor due to growth of bacteria due to moisture and limit reuse.

Therefore, it is uneconomical to provide towels in general homes, lodgings, restaurants or other service businesses, so that disposable toilet paper or disposable towels are provided.

However, in the case of such disposable items, there is a problem that the cost of maintenance is excessive and the amount of waste is increased.

Meanwhile, various conventional technologies have been developed for recognizing such a problem and drying towels in a bath. A method of drying towels by embedding a heating wire in a towel rack bar in a bath and a utility model (for example, an application number thread 1990-0010673) It can be divided into drying racks installed separately in the bath.

However, in the above-described prior art method, in the case of the heat ray-embedding method, the heat is concentrated only on the bar for the towel rack, so that the drying effect is not good, and the towel is locally applied to the towel, and thus the towel is easily damaged.

In addition, in the case of the drying rack method, a construction work is required to separately install the towel rack in the bathroom, so additional cost and damage to the building are generated, and since only a heat source is provided in a closed bathroom, sterilization and drying effects are not good. .

The present invention to solve the above problems, to provide a heat and wind to the front of the towel to increase the drying effect, it is an object of the present invention to provide a hot air drying towel sterilization drying stand that generates a sterilization action during drying.

1 is an exploded perspective view of a hot air towel sterilization drying unit according to the present invention.

Figure 2 is an air flow diagram of a hot air towel sterilization drying unit according to the present invention.

Figure 3 is a rear perspective view of the hot air towel drying sterilization dryer according to the present invention.

Figure 4 is a perspective view of the use of hot air towel sterilization drying unit according to the present invention.

Figure 5 is an embodiment of the mounting means hot air sterilization drying towel according to the present invention.

* Explanation of symbols on main parts of drawings *

10: heat sink 20: heater unit

30: blowing fan 40: mounting means

50: ozone generator 60: control unit

70: display unit 80: electric heating element

The present invention is devised to achieve the above object, a heat sink formed of a metal housing front plate having excellent thermal conductivity, a metal housing back plate combined with the metal housing front plate to form a case, and housed inside the heat sink. And a heater unit to which an electric heating element is mounted on the upper and lower support parts of the metal bars on a regular basis to form an air guide passage in the heat sink, a blower fan to blow air into the air guide passage, and the heat sink. The control unit is mounted on the side portion and controls the power to be supplied to the heating element and the blowing fan, the control panel with the blowing fan is built, and formed on the upper side of the heat sink and the mounting means for mounting in the bathroom bar and the mounting means in the bathroom Hanging the wet towel on the heat sink mounted on the towel rack, the internal heating element and air blowing By hot air generated by the hot air and the expression towel sterilization Drying characterized in that said wet towel dried technical base.

In addition, the air guide passage is formed by a control panel panel in which the blower fan is positioned and an air blowing inlet formed through the lower side of the heat sink, and the lower support of the heater unit spaced apart from the inner bottom of the heat sink and the inner bottom of the heat sink. And a heat sink lower air passage communicating with the air blower inlet, a lower support through hole formed through the heater unit lower support, and a heat sink through-hole formed at intervals of lattice on the front and rear plates of the metal housing of the heat sink. It is desirable to be a hot air towel sterilization dryer.

And the hot-air towel sterilization drying rack is added to the inside of the control panel containing the blower fan is controlled by the control unit to generate ozone, comprising a wet towel mounted and configured to dry and sterilize It is desirable to be a hot air towel sterilization dryer.

In addition, the control unit recognizes whether or not the mounting of the towel by the detection signal of the infrared sensor attached to the top of the heat sink to control the power introduced into the heating element, the detection signal of the temperature sensor attached to the heat sink It is preferable that the hot air towel sterilization drying zone is characterized by controlling the exothermic temperature.

In addition, the control unit is preferably a hot-air towel sterilization drying zone, characterized in that for controlling the operating state according to whether the mounting of the towel, the temperature state of the heat sink and the ozone generation to guide the indicator to be recognized.

And the mounting means is one side end is hinged to be rotatable with the heat sink, the other end is a U-shaped ring formed with a screw thread, coupled with the heat sink, a nail-shaped outward flange is formed, the upper side is the U The female thread is provided to be rotated when the thread of the female ring is seated, and the lower side is composed of a female screw formed with an inward flange to prevent escape by the outward flange of the latch and is mounted on a towel rack in the bathroom. It is preferable to use a towel sterilization dryer.

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

1 is an exploded perspective view of a hot air towel sterilization drying unit according to the present invention, Figure 2 is an air flow diagram of a hot air towel sterilization drying unit according to the present invention, Figure 3 is a rear perspective view of a hot air towel sterilization drying unit according to the present invention , Figure 4 is a perspective view of the hot air towel sterilization drying rack according to the present invention, Figure 5 is a view of the mounting means of the hot air towel sterilization drying rack according to the present invention.

As shown in FIG. 1, the present invention has a heat dissipation plate 10 formed of a metal housing front plate 11 and a rear plate 12, a heater unit 20 accommodated inside the heat dissipation plate 10, and a blowing fan. 30, a control unit for controlling the power supplied to the heating element 80 and the heat generating element 80 which is in contact with the heater unit 20, the side of the heat sink 10 and supplied to the heating element 80 and the blowing fan 30 ( 60) and a control panel (65) in which the blower fan (30) is built, and a mounting means (40) formed on the upper side of the heat sink (10) for mounting in a bathroom bar.

In more detail, the heat dissipation plate 10 is formed of a front plate 11 made of a metal housing having excellent thermal conductivity and a metal housing back plate 12 that is combined with the metal housing front plate 11 to form a case.

In addition, the heater unit 20 is accommodated inside the heat sink 10, the metal frame 23 is formed at regular intervals on the upper and lower support members (21, 22) made of a metal bar having excellent thermal conductivity, the heater The upper and lower support members 21 and 22 and the metal frame 23 constituting the unit 20 form an air guide passage therein together with the inner surface of the heat sink 10.

The lower support 22 of the heater unit 20 is spaced apart from the inner lower end of the heat dissipation plate 10 to form the air guide passage, and is mounted inside the heat dissipation plate 10, wherein the heater unit lower support 22 and the heat dissipation plate The space formed by the lower inner end of (10) is the air passage 25 under the heat sink.

The lower air passage 25 of the heat sink is in communication with the control panel 65 where the blower fan 30 is positioned and the air blower inlet 26 formed through the side surface of the heat sink 10 so that the blower fan 30 is generated. Guide the flow of air.

On the other hand, a lower support through-hole 22-a formed between the metal frame 23 is formed in the lower support 22 of the heater unit, and a lattice spacing is formed in the front and rear face plates 12 of the metal housing of the heat sink 10. The heat sink plate through-hole 10-a is formed so that the flow of air guided by the air passage lower side of the heat sink is diverted to the outside.

In addition, the control panel 65 is installed so that the ozone generator 50 controlled by the control unit 60 to generate ozone communicates with the blowing fan 30.

Therefore, when the blower fan 30 generates the flow of air, the heat sink plate hole 10-10 formed in the heat sink 10 along the flow of air guided by the air guide passage is generated by the ozone generator 50. radiates to a).

Meanwhile, a temperature sensor is attached to one side of the heat sink 10, and an infrared sensor is attached to an upper end thereof to be electrically connected to the controller.

The infrared sensor 72 is divided into an infrared light emitting unit 72-a and a light receiving unit 72-b. Before the towel is placed, the infrared signal generated by the light emitting unit 72-a is reflected through the wall. When the light receiving unit 72-b detects this, it transmits to the controller 60 that the towel is not placed.

The controller 60 recognizes whether the towel is mounted by the detection signal of the infrared sensor 72 attached to the upper end of the heat sink 10, controls the power introduced into the heating element 80, and the heat sink 10. The indicator for controlling the heating temperature of the heating element according to the detection signal of the temperature sensor 71 attached to the), and to guide the operation state, the temperature state of the heat sink and the ozone generation state according to whether the towel is mounted, to be recognized to the outside. To control.

Hereinafter will be described in detail with respect to the operation of the present invention described above.

When the user hangs the wet towel on the heat sink 10, the towel is sensed by the infrared sensor 72 to heat the heat generating unit 80.

Heat generated in the heat generating unit 80 is transferred to the heat sink 10 through the heater unit 20.

Therefore, a heat source is provided to the front and rear surfaces of the heat sink 10 so that the towel is dried.

In addition, when the towel is mounted, the controller 60 operates the blower fan 30 and the ozone generator 50 to generate an air flow in the heat sink 10, and ozone is transferred together with the air.

The flow of air is guided through the air guide passage and is emitted through the heat sink through-hole (10-a), the air is released in the state of hot air with a high temperature by heat inside the heat sink (10) to increase the drying efficiency of the towel .

In addition, by spraying the entire surface of the towel in the state containing ozone, the sterilization action is generated at the same time to remove the smell of the towel.

It can be seen that the above-described process is automatically operated by the mounting of the towel, the operation process is an indicator for guiding the operation state according to the mounting of the towel and the temperature state of the heat sink and ozone generation to be recognized to the outside. Guided by, the control unit controls the guidance of the indicator.

Hereinafter, the installation process of the present invention will be described.

In the upper side of the heat sink 10 of the present invention is provided with a mounting means (40) for mounting in the bathroom bar ().

In detail, the mounting means 40 has one side end hinged to be rotatable with the heat dissipation plate, and the other end is U-shaped ring 41 having a thread 42 formed therein, and is coupled to the heat dissipation plate 10 to the U-shape. When the thread of the ring is seated is composed of a female screw 43 to be rotated.

The lower side of the female screw is coupled to the heat sink 10, the inward flange is formed so that the lower portion is prevented from escaping by the latch 44 formed in the nail head, the upper side of the female thread 42 is provided with the U-shaped ring ( When the thread 42 of 41 is seated, it is configured to be fixed by rotation.

Therefore, when the U-shaped hook is hooked to the towel rack in the bathroom and the female screw is seated and fixed, the hot air towel sterilization dryer of the present invention is completed in the bathroom without a separate wall construction.

According to the present invention described above, there is an advantage that the hot air towel sterilization drying rack is dried by the temperature of the heat sink and the hot air emitted from the inside of the heat sink.

In addition, ozone-containing hot air is provided, and a sterilization action occurs at the same time as the towel is dried, thereby providing the smell of the towel.

And there is an advantage that the hot air towel sterilization drying unit that is automatically detected and driven the mounting state of the towel.

Claims (6)

A heat sink 10 formed of a metal housing front plate 11 having excellent thermal conductivity and a metal housing back plate 12 coupled to the metal housing front plate 11 to form a case; The metal frame 23 is accommodated in the heat sink 10, the metal frame 23 is mounted on the upper and lower support members (21, 22) made of metal bars on a regular basis to provide an air guide passage inside the heat sink (10). A heater unit 20 to be formed; A blowing fan 30 for blowing air to the air guide passage; A control panel (65) mounted to a side portion of the heat sink (10) and configured to control power supplied to the heating element (80) and the blowing fan (30) and the blowing fan (30); It is formed on the upper side of the heat sink 10 as the mounting means 40 for mounting in the bathroom bar bar; Composed Hot towels, characterized in that the wet towel is dried by the hot air generated by the internal heating element 80 and the blowing fan 30 when the wet towel hangs on the heat sink 10 mounted on the towel rack in the bathroom. Sterilization Dryer. According to claim 1, wherein the air guide passage An air blowing inlet 26 formed through the control panel 65 and the heat sink 10 in which the blowing fan 30 is positioned; A heat sink lower air passage formed by the heater unit lower support 22 which is spaced apart from the inner bottom end of the heat sink 10 and the inner bottom end of the heat sink 10, and communicates with the air blower inlet 26. 25); A lower support through hole 22-a formed in the heater unit 20 through the lower support 22; Hot air towel drying sterilization drying, characterized in that formed in the metal housing front and rear plate 12 of the heat dissipating plate (10) through the heat sink plate through-holes (10-a) formed at intervals. According to claim 1, wherein the hot air towel sterilization drying rack An ozone generator (50) which is added to the inside of the control panel (65) in which the blowing fan (30) is accommodated and is controlled by the controller (60) to generate ozone; Consists of included Hot air towel sterilization drying rack, characterized in that the wet towel is dried and sterilized. According to claim 1 or 3, wherein the control unit 60 Recognizing whether the towel is mounted by the detection signal of the infrared sensor 72 attached to the top of the heat sink 10 to control the power to the heating element, the detection signal of the temperature sensor 71 attached to the heat sink Hot air towel sterilization drying rack, characterized in that for controlling the heating temperature of the heating element by. The method of claim 4, wherein the control unit 60 Hot air towel drying sterilization drying apparatus characterized in that it controls the indicator to guide the operation state according to whether the mounting of the towel and the temperature state of the heat sink and ozone generation to the outside. According to claim 1, wherein said mounting means One end is hinged to be rotatable with the heat sink 10, the other end is U-shaped ring 41 is formed with a thread; A latch 44 coupled to the heat sink 10 and having an outward flange of a nail head shape; The upper side is provided with a female thread 42 for rotationally coupled when the thread of the U-shaped ring 41 is seated, the lower side of the female screw 43 is formed with an inward flange to prevent escape by the outward flange of the latch 44 Consist of Hot air towel sterilization drying rack, characterized in that attached to the towel bar in the bathroom.