KR20050036685A - A hat-air drier apparatus for mop - Google Patents

Abstract

The present invention relates to a mop drying apparatus, and in particular, a blower fan for supplying air in a machine room introduced through a gas inlet through a gas inlet in a state connected with a motor to a drying room in a machine room of a gas divided into a drying room and a machine room. After heating the air supplied to the drying room by the blower fan by the heater installed in front of the blower fan in the machine room to supply the warm air into the drying room, the bracket of the drying room has a plurality of brackets that combine a plurality of clamping rollers. Combined to hang and dry the mop by the warm air supplied through the heater to the drying chamber and to exhaust the waste heat after drying the mop by the exhaust pipe connected to one side of the drying chamber, the mop is completed cleaning Can dry quickly It is possible to dry the mop at the same time enabling rapid re-use and to prevent the occurrence of offensive odor, such as that caused by incomplete drying and provides a mop drying apparatus to obtain a hygienic mops by sterilization by the hot air.

Description

Mop Drying Equipment {A HAT-AIR DRIER APPARATUS FOR MOP}

The present invention relates to a mop drying device, and in particular, inside the machine room of the gas divided into a drying room and a machine room, a blower fan for supplying air from the machine room introduced through the gas inlet hole to the drying room is connected to the motor. After heating the air supplied to the drying room by the blower fan by the heater installed in front of the blower fan in the machine room to supply the warm air into the drying room, the bracket of the drying room has a plurality of brackets that combine a plurality of clamping rollers. Combined to hang and dry the mop by the warm air supplied through the heater to the drying chamber and to exhaust the waste heat after drying the mop by the exhaust pipe connected to one side of the drying chamber, the mop is completed cleaning Can dry quickly Mop can be dried at the same time it is possible the rapid re-use and to prevent the occurrence of offensive odor, such as that caused by incomplete drying, and relates to a mop drying apparatus to obtain a hygienic mops by sterilization by the hot air.

In general, mops used for cleaning the floor mainly in schools, government offices, offices, etc. is a very convenient vacuum cleaner because the user can clean while standing on the mop bag.

Conventionally, after using the mop to move to the tap side to wash the mop area.

Then, when the cleaning of the mop portion is completed, the mop is upside down and leaning against the wall to allow natural drying.

However, since it takes a long time to naturally dry the mop as described above, it was common to reuse again in an incompletely dried state.

When cleaning the floor using a mop that is not completely dry as described above had a problem that the atmosphere of the room is rather distracting because odors occur.

In addition, since it takes a lot of time before the mop is completely dried, most of the mops are purchased and used as a turnover bar, and as a result, many mops more than necessary are exposed to financial and storage problems. It's happening.

In addition, since the large mop is naturally dried, many germs remain in the mop after being naturally dried. The above bacteria also provide a cause of respiratory diseases of kindergarten students and elementary school students.

The purpose of the present invention for solving and solving these conventional problems,

The dry mop can be dried quickly and at the same time a large number of mops can be dried at the same time, so it can be reused quickly and prevent the occurrence of bad smell caused by incomplete drying and sanitary mop by the sterilization by warm air. Serve the purpose of obtaining it.

In order to achieve the above object, the present invention,

In the machine room of the gas divided into the drying room and the machine room, the fan is connected to the motor and the blower fan which supplies the air in the machine room introduced through the gas inlet to the drying room is installed and the heater is installed in front of the blower fan in the machine room. By heating the air supplied to the drying chamber by the blower fan to supply the warm air into the drying chamber, the support of the drying chamber is combined with a plurality of brackets that combine a plurality of clamping rollers are supplied to the drying chamber through the heater It is possible to achieve the object of the present invention by allowing the mop to be hung and dried by warm air and allowing the waste heat after drying the mop to the outside by an exhaust pipe connected to one side of the drying chamber.

The configuration of the present invention will be described in detail with reference to the accompanying drawings.

Gas 101 which is divided into a drying chamber 110 for drying the mop 131 and a machine room 102 for installing devices necessary for drying the mop 131,

A blowing fan which is connected to the motor 111 seated in the machine room 102 of the gas 101 and supplies the air in the machine room 102 introduced into the inlet hole 103 of the gas 101 to the drying chamber 110. (112),

A heater 113 installed in front of the blowing fan 112 in the machine room 102 to heat the air supplied to the drying chamber 110 by the blowing fan 112 to supply the warm air into the drying chamber 110;

It is coupled to a plurality of brackets 122 fixed to the support 121 of the drying chamber 110 to hang and dry the mop 131 by the warm air supplied through the heater 113 to the drying chamber 110 A plurality of clamping rollers 123 for clamping the mop 131,

The exhaust pipe 105 is connected to one side of the drying chamber 110 to exhaust the waste heat after drying the mop 131 clamped to the clamping roller 123.

And, the door 107 is mounted to be opened and closed by the hinge 109 to the upper portion of the drying chamber 110 in order to prevent the hot air to escape to the upper portion of the drying chamber 110,

When the door 107 is closed, a plurality of spaces 108 formed on the door 107 are further provided to prevent mutual interference between the door 107 and the mop 131.

In addition, the inclined guide plate 106 formed on the bottom surface of the base 101 to collect and guide the water away from the mop portion of the mop 131 to be dried in the drying chamber 110 in one direction, and

Further provided with a drain pipe 104 formed to the other side of the gas 101 to discharge the water collected by the induction plate 106 to the outside.

Referring to the operation of the present invention as described above is as follows.

First, as shown in FIG. 3, the door 107 mounted above the drying chamber 110 of the base body 101 is opened from the solid line position to the virtual line position.

Then, the cleaning mop 131 is put into the drying chamber 110, and the bag portion of the mop 131 is clamped by the clamping roller 123 coupled to the bracket 122 of the support 121.

That is, as shown in FIGS. 4 and 5, when the mop 131 bag is pushed into between the two clamping rollers 123 mounted on the bracket 122, the clamping rollers 123 wrap the outer circumferential surface of the mop 131 bag. As it is rotated and the feed field is strongly pressed against the outer circumferential surface of the mop 131 as shown in Figure 5 will maintain a firm clamping state.

In addition, since the clamping roller 123 is made of a rubber material, since the frictional force acts greatly, the mop 131 is prevented from descending downward.

After the plurality of mops 131 are sequentially clamped as shown in FIGS. 1 and 2 in the plurality of clamping rollers 123 mounted on the support 121 by the above means, the door 107 that was opened is closed. Close it.

At this time, since the space parts 109 formed on the door 107 are positioned while being aligned with the respective mops 131, the door 107 and the mops 131 do not generate interference, so the door 107 is free. ) Can be opened and closed.

In addition, since the mop portion of the mop 131 clamped to the clamping roller 123 is immediately washed, water is dropped.

However, the water dropped from the mop portion is collected on one side and drained to the outside through the drain pipe 104 because the bottom surface inside the base 101 is inclined in one direction. .

After clamping the mops 131 for drying into the drying chamber 110 of the base 101 as described above, the user presses a drying start button (not shown) mounted on the base 101 and sets a timer (not shown). Let it run for hours.

When the drying start button is pressed as described above, the blower fan 112 is rotated while the motor 111 seated inside the machine room 102 of the base 101 rotates.

Then, power is also applied to the heater 113 seated in the machine room 102 to start heat generation.

As described above, when the blowing fan 112 is rotated, air outside the gas 101 is introduced into the machine room 102 through the inlet holes 103, and the air introduced into the machine room 102 is blown by the blowing fan 112. Is forcibly supplied to the drying chamber 110.

In addition, since the air supplied to the drying chamber 110 by the breeze fan 112 is supplied to the drying chamber 110 via the heater 113, the drying chamber 110 is switched to the warm air while passing through the heater 113. Is supplied.

In addition, the warm air supplied to the drying chamber 110 is allowed to dry while being in contact with the mop portions of the mops 131 held by the clamping rollers 123.

In particular, since the mop 131 which is held by the clamping rollers 123 is located at the center of the drying chamber 110, more contact with the warm air supplied to the front and rear in the drying chamber 110 is achieved. It is possible to further increase the drying effect and to enable quick drying.

In addition, waste heat deprived of heat in contact with the mop 131 is exhausted to the outside through the exhaust pipe 105 of the gas 101 as shown in FIG.

If the drying for the set time as described above stops the operation of the motor 111 and the heater 113 while the timer is stopped.

Accordingly, the user can obtain a clean mop 131 in a completely dried and heat sterilized state by pulling the mop 131 clamped to the clamping roller 123 after opening the door 107. Will be.

Thus, the present invention can dry the washed mop quickly and at the same time can dry a plurality of mops at the same time can be reused quickly and prevent the occurrence of bad smell caused by incomplete drying and sterilization by warm air By having a useful effect to obtain a sanitary mop.

1 is a cross-sectional view showing the configuration of the mop drying apparatus of the present invention

Figure 2 is a view showing for explaining the configuration and operation of the mop drying apparatus of the present invention

Figure 3 is a view for explaining the operation of the door coupled to the present invention mop drying apparatus

4 and 5 is a functional diagram shown to explain the action of the clamping roller coupled to the present invention drying apparatus

<Code Description of Main Parts of Drawing>

101-Gas 102-Machine Room

103-Inlet 104-Drain

105-Exhaust Pipe 106-Slope Induction Plate

107-door 108-space

109- Hinge 110- Drying Room

111-Motor 112-Blowing Fan

113-heater 121-support

122-bracket 123-clamping roller

131-mop

Claims (3)

Gas 101 which is divided into a drying chamber 110 for drying the mop 131 and a machine room 102 for installing devices necessary for drying the mop 131, A blowing fan which is connected to the motor 111 seated in the machine room 102 of the gas 101 and supplies the air in the machine room 102 introduced into the inlet hole 103 of the gas 101 to the drying chamber 110. (112), A heater 113 installed in front of the blowing fan 112 in the machine room 102 to heat the air supplied to the drying chamber 110 by the blowing fan 112 to supply the warm air into the drying chamber 110; It is coupled to a plurality of brackets 122 fixed to the support 121 of the drying chamber 110 to hang and dry the mop 131 by the warm air supplied through the heater 113 to the drying chamber 110 A plurality of clamping rollers 123 for clamping the mop 131, Mop drying device, characterized in that provided with an exhaust pipe 105 connected to one side of the drying chamber 110 so that the waste heat after drying the mop 131 clamped to the clamping roller 123 to the outside. The method of claim 1, A door 107 mounted to the upper portion of the drying chamber 110 so as to be opened and closed by a hinge 109 to the upper portion of the drying chamber 110, and Mop drying device characterized in that it further comprises a plurality of spaces (108) formed in the door (107) to prevent mutual interference of the door (107) and mop (131) bag when the door (107) is closed. The method of claim 1, An inclined guide plate 106 formed on the bottom surface of the base 101 to collect and collect water dropped from the mop portion of the mop 131 dried in the drying chamber 110 in one direction; Mop drying device characterized in that it further comprises a drain pipe 104 formed to the other side of the gas 101 to discharge the water collected by the induction plate 106 to the outside.