KR101878905B1 - Device for drying and deodorization and bidet including the same - Google Patents

Abstract

A dry deodorizing apparatus is provided. The dry deodorizing device includes a suction conduit having a predetermined length, a drying conduit located in the periphery of the suction conduit, and a deodorizing conduit communicating with the suction conduit and the drying conduit. Also, there is provided a hot water scrubber including the drying / deodorizing device.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a device for drying and deodorizing hot water,

Embodiments of the present invention relate to a dry deodorizing apparatus and a hot water scrubber including the apparatus.

Generally, a hot water washer is located on the left side of a toilet in a guest house or a general household, and is widely used as a left side facility. The hot water scrubber replaces hot water in the human anus and / or its surroundings through nozzles after the user's use, thereby eliminating the dirt.

In this case, the hot water washer removes hot water from the human anus and / or its surroundings using a dry deodorizing device, and odor in the toilet seat. To this end, the dry deodorizing device has motors and fans for drying and deodorizing. The motors and fans can increase the number of components of the dry deodorizing device and enlarge the hot water scrubber.

The motors and fans can increase the process steps of the hot water scrubber by increasing the number of steps of forming the dry deodorizing device. In order to implement the drying mode and the deodorization mode of the hot water scrubber, the motors may complicate the use of the hot water scrubber by rotating the fans forward and backward.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a drying and deodorizing apparatus which is constituted by simplifying the number of parts compared to the prior art.

Another object of the present invention is to provide a hot water scrubber constructed by simplifying the rotation of a motor of a dry deodorizing device compared to the prior art.

Still another object to be solved by the present invention is not limited to the above-mentioned problems, and another problem not mentioned here will be fully understood by those skilled in the art from the following description.

A dry deodorizing device according to embodiments of the present invention includes a suction conduit as a component of a hot water scrubber, the suction conduit being configured to flex between one side and the other side, a suction conduit located around the suction conduit, And a deodorizing conduit located on the suction conduit and communicating with the suction conduit and the drying conduit. Wherein the deodorizing conduit includes a rotating motor facing the drying conduit and a slide door and a blowing fan rotating around the rotating shaft of the rotating motor, and the slide door has a rotating plate below the blowing fan, And a diaphragm which partially surrounds the blowing fan.

The suction conduit is exposed to the outside of the hot water scrubber to form a flow path together with the hot water scrubber.

The suction conduit communicates with the deodorizing conduit through the other side under the deodorizing conduit.

The other side of the suction conduit is located under the rotating motor.

The drying conduit is exposed to the outside of the hot water scrubber and disposed parallel to the suction conduit.

The drying conduit communicates with the deodorization conduit at the periphery of the other side of the suction conduit.

The drying conduit communicates with the deodorizing conduit at a level higher than the suction conduit.

The drying conduit includes a heating plate therein. The heating plate is made of a steel material.

The deodorizing conduit is configured to bend staggered from the suction conduit with respect to the other side of the suction conduit.

The deodorization conduit extends from the suction conduit extending from the drying conduit toward the suction conduit.

The deodorizing conduit includes a deodorant therein. The deodorant is located on the opposite side of the rotary motor and is configured to be spaced from the suction conduit.

The rotating motor is configured to rotate the blowing fan in one direction.

The slide door is configured to rotate relative to the blowing fan.

Wherein the slide door positions the diaphragm over the flow path of the suction conduit to communicate the suction conduit, the deodorization conduit, and the drying conduit, or places the diaphragm on a rim of the other side of the suction conduit, The conduit and the deodorizing conduit.

The hot water washer according to the embodiments of the present invention includes a main body positioned around the left side of the toilet, a bedpan seat rotated with respect to the main body and positioned on the rim surface of the left side, And a cover configured to cover the cover. The bedpan seat includes a drying / deodorizing device. The dry deodorizing device comprising a suction conduit configured to flex between one side and the other side, a drying conduit located around the suction conduit and extending from the one side of the suction conduit toward the other side, And a deodorizing conduit located on the conduit and communicating with the suction conduit and the drying conduit. Wherein the suction conduit, the drying conduit, and the deodorization conduit are configured to form a drying path and a deodorization path, wherein the deodorization conduit includes a rotating motor facing the drying conduit therein and a slide door rotating about a rotation axis of the rotating motor, And a blower fan, and the slide door includes a rotating plate below the blowing fan and a diaphragm protruding from the rotating plate to partially surround the blowing fan.

Wherein the drying path passes from the suction conduit via the rotary motor of the deodorization conduit and the deodorization path passes from the suction conduit through the deodorization conduit via the rotary motor of the deodorization conduit, The drying path and the deodorization path overlap each other from the suction conduit to the seating position of the rotary motor in the deodorizing conduit.

And the rotating motor is configured to rotate from the drying path toward the deodorization path or from the deodorization path toward the drying path.

The rotating motor is configured to vary the rotating speed of the blowing fan.

The hot water scrubber further includes a button operating portion electrically connected to the step motor in the main body. And the button operating portion is configured to rotate the slide door through the step motor.

The slide door is configured to block one of the drying path and the deodorization path using the diaphragm or partially open the drying path and the deodorization path.

As described above, since the drying and deodorizing device uses the motor and the blowing fan one by one, the number of components can be simplified compared to the conventional technology.

The drying and deodorizing device can reduce the size by positioning the motor, the blowing fan, and the slide door in specific areas.

The dry deodorizing device may include a suction conduit and a dry conduit positioned parallel to each other to increase the degree of freedom in placement in the hot water scrubber.

The hot water washer may include a blowing fan rotated in one direction and a slide door controlling the direction of wind generated from the blowing fan to correspond to a drying mode and a deodorizing mode.

The hot water scrubber can change the number of revolutions of the motor in the drying and deodorizing apparatus to improve the performance of the drying mode and the deodorizing mode.

The hot water scrubber may include a motor, a slide door, and a blowing fan, which are sequentially stacked on a drying / deodorizing device so as to correspond to a drying mode and a deodorizing mode, thereby realizing miniaturization compared to the related art.

1 is a perspective view showing a positional relationship between a toilet seat and a hot water cleaner according to embodiments of the present invention.
FIG. 2 is a plan view of the hot water scrubber of FIG. 1;
3 is a perspective view showing the dry deodorizing apparatus of FIG.
FIG. 4 is a rear view showing the dry deodorizing apparatus of FIG. 3; FIG.
FIG. 5 is a schematic view showing the internal structure of the dry deodorizer of FIG. 3 in the drying mode of the hot water scrubber of FIG. 1;
FIG. 6 is a schematic view showing the internal structure of the dry deodorizer of FIG. 3 in the deodorization mode of the hot water scrubber of FIG. 1;

First, a dry deodorizing apparatus and a hot water cleaner including the same according to embodiments of the present invention will be described in detail with reference to FIGS. 1 to 6. FIG.

1 is a perspective view showing a positional relationship between a left side lid and a hot water washer according to embodiments of the present invention, and Fig. 2 is a plan view showing the hot water washer of Fig.

1 and 2, a hot water washer 60 according to embodiments of the present invention is positioned on the toilet 10 at the toilet. The hot water washer 60 includes a main body 20, a button operating portion 30, a bedpan seat 40 and a cover 50 as shown in FIG. The main body 20 is located around the left side machine 10.

The main body 20 includes, but is not limited to, components that adjust the amount of water supplied from a water supply source or a water pipe, heat the supplied water, and discharge the heated water. The button operation unit 30 is coupled to the main body 20 and includes a plurality of buttons.

The plurality of buttons are electrically connected to the components of the main body. The bedpan seat (40) rotates with respect to the main body (20) and is positioned on the rim surface of the toilet seat (10). The bedpan seat (40) is configured to expose the inner space (15) of the left-hand side toilet (10) to the outside. The bedpan seat 40 may have a hollow interior.

The cover (50) is configured to rotate relative to the main body (20) to cover the bedpan seat (40). The lid 50 is coupled to the main body 20 to rotate relative to the bedpan seat 40. The hot water washer 60 further includes a dry deodorizer 140 in the main body 20 as shown in FIG.

The dry deodorizer 140 is exposed to the outside from the hot water washer 60 and communicates with the inner space 15 of the toilet seat 10. [ The dry deodorizing apparatus 140 will be described in detail with reference to FIGS.

FIG. 3 is a perspective view of the dry deodorizing apparatus of FIG. 2, and FIG. 4 is a rear view of the dry deodorizing apparatus of FIG.

3 and 4, the dry deodorization apparatus 140 includes a suction conduit 74, a drying conduit 85 and a deodorization conduit 95 as components of the hot water scrubber 160 of FIG. 2 . The suction conduit 74 is located below the deodorizing conduit 95 as shown in FIG. The suction conduit 74 is open toward the paper surface.

The suction conduit 74 has a first inlet E1, a second inlet E2 and a flow passage 78. The first inlet E1, the second inlet E2, The first inlet (E1) and the second inlet (E2) are located on the side wall of the suction conduit (74). The first inlet E1 and / or the second inlet E2 communicate with the inner space 15 of the left-hand side 10 of Fig.

The flow path 78 is partially defined by the side wall of the suction conduit 74. More specifically, the suction conduit 74 has a plurality of sidewalls 74A, 74B, 74C, 74D of FIG. 4 between the first inlet E1 and the second inlet E2. The flow path 78 of the suction conduit 74 is partially defined by a plurality of sidewalls 74A, 74B, 74C and 74D.

The side walls 74A, 74B, 74C and 74D of the suction conduit 74 are in contact with the main body 20 in FIG. 2 to completely define the flow path 78 together with the main body 20. The suction conduit 74 is configured to flex toward the longitudinal direction of the deodorization conduit 95 between the one side and the other side.

One side of the suction conduit (74) is positioned toward the internal space (15) of the toilet seat (10). The other side of the suction conduit (74) is located below the deodorization conduit (95). The suction conduit 74 communicates with the deodorizing conduit 95 through the other side below the deodorizing conduit 95. The drying conduit 85 includes a drying base 81 and a drying case 83 as shown in FIG.

The drying case 83 is detachable from the drying base 81, but is not limited thereto. The drying base 81 and the drying case 83 are configured to form a flow path 87 of the drying conduit 85. The drying conduit 85 is exposed to the outside of the hot water scrubber 60 and disposed in parallel with the suction conduit 74.

More specifically, the drying conduit 85 is located around the suction conduit 74 and extends from one side of the suction conduit 74 toward the other side. The drying conduit 85 communicates with the deodorizing conduit 95 at the periphery of the other side of the suction conduit 74. The drying conduit 85 is bent in the thickness or height direction of the deodorizing conduit 95 and communicates with the deodorizing conduit 95 at a level higher than the suction conduit 74.

The drying conduit 85 is positioned between the suction conduit 74 and the deodorizing conduit 95 as shown in FIG. The deodorization conduit 95 includes a deodorization base 91 and a deodorization case 93 as shown in Fig. The deodorization case 93 may be detachable from the deodorization base 91, but is not limited thereto.

The deodorization base 91 and the deodorization case 93 are configured to form a flow path 97 of the deodorization conduit 95. The deodorizing conduit 95 is located on the suction conduit 74 and communicates with the suction conduit 74 and the drying conduit 85. More specifically, the deodorization conduit 95 is configured to bend in the longitudinal direction alternating with the suction conduit 74 with respect to the other side of the suction conduit 74.

The deodorization conduit 95 extends from the drying conduit 85 toward the suction conduit 74 and protrudes from the suction conduit 74. The deodorizing conduit 95 has a motor cover 96 on the deodorization case 93 as shown in FIG. The motor cover 96 is positioned on the rotation motor 114 of Fig.

The motor cover 96 can display the seating position of the rotation motor 114. [ The rotary motor 114 is located on the other side of the suction conduit 74 and faces the flow path 78 of the suction conduit 74. Meanwhile, the drying and deodorizing apparatus 140 further includes a shutter 109. The shutter 109 is located at the end of the drying conduit 85 on the opposite side of the deodorizing conduit 95.

More specifically, the shutter 109 is configured to close and close the end of the drying conduit 85 by being positioned around one side of the suction conduit 74. The shutter 109 includes supports 103 and an opening / closing door 106. The supports 103 may be fixed to the drying base 81 and / or the drying case 83. The supports 103 each have hinges protruding toward each other. The opening / closing door 106 is rotated around the hinges of the supports 103 using its own weight.

FIG. 5 is a schematic view showing the internal structure of the dry deodorizer of FIG. 3 in the dry mode of the hot water scrubber of FIG. 1, and FIG. 6 is a schematic view showing the internal structure of the dry deodorizer of FIG. 3 in deodorizing mode of the hot water scrubber of FIG. Fig. In this case, Figs. 5 and 6 show a configuration in which the drying case 83 and the deodorization case 93 are separated from the drying / deodorizing device 140 of Fig.

5 and 6, the drying conduit 85 is internally provided with a heating plate 89 on the drying base 81, drainage openings 84 on the side walls of the drying base 81, The heating plate 89 may be made of a steel material. The heating plate 89 is configured to heat the air in the drying conduit 85.

The drains 84 are configured to drain the wastewater that is left after the cleaning of the suction conduit 74, the drying conduit 85, and / or the deodorizing conduit 95. The flow-inducing membrane 86 is configured to make the flow of air discharged into the internal space 15 of the left-hand side 10 of Fig. 2 constant. The deodorizing conduit 95 includes a rotating motor 114 of FIG. 4 and a sliding door 126 and a blowing fan 134 on a deodorizing base 91 in a deodorizing base 91.

More specifically, the deodorizing conduit 95 includes a rotary motor 114 facing the drying conduit 85 and a slide door 126 rotating around the rotary shaft 118 of the rotary motor 114. [ And a blowing fan 134. The rotary motor 114, the slide door 126 and the blowing fan 134 are stacked in order under the motor cover 96 of FIG.

The slide door 126 and the blowing fan 134 are rotated about the rotation axis 118 of the rotation motor 114. [ In this case, the rotary motor 114 is configured to rotate the blowing fan 134 in one direction. The rotation motor 114 is configured to vary the rotation speed of the blowing fan 134.

The slide door 126 includes a rotating plate 122 below the blowing fan 134 and a diaphragm 124 partially protruding from the rotating plate 122 to partially surround the blowing fan 134. The diaphragm 124 is positioned at the rim of the rotary plate 122. The diaphragm 124 has an engagement portion 128 which is inclined at one end away from the center of the rotary plate 122.

The slide door 126 may be electrically connected to a step motor in the main body 20 through the button operating portion 30 of the hot water washer 60. The button operating portion 30 is configured to rotate the slide door 126 using a step motor. The slide door 126 is configured to rotate relative to the blowing fan 134.

The slide door 126 places the diaphragm 128 on the flow path 78 of the suction conduit 74 and connects the suction conduit 74, the drying conduit 85 and the deodorizing conduit 95 to the open conduit 74, Or to place the diaphragm 128 on the rim of the other side of the suction conduit 74 to communicate the suction conduit 74 and the deodorizing conduit 95.

The blowing fan 134 has a plurality of fan blades 138. The deodorizing conduit 95 further includes a deodorant 99 on the deodorizing base 91 inside. The deodorant 99 is configured to be positioned on the opposite side of the rotary motor 114 and away from the suction conduit 74. The deodorant 99 absorbs and cleans the odor of the inner space of the left-hand side 10 of Fig.

The driving method of the hot water scrubber according to the present invention will be described with reference to Figs. 1, 5 and 6.

Referring to FIGS. 1, 5 and 6, after the washing mode and / or the bidet mode of the hot water washer 60 according to the present invention is performed, the hot water washer 60 uses the button operating unit 30, The drying mode and the deodorizing mode of the drying unit 140 can be continuously performed. The drying deodorization apparatus 140 uses a suction conduit 74, a drying conduit 85 and a deodorization conduit 95 to perform a drying mode and a deodorization mode.

In the drying mode and deodorization mode, the suction conduit 74, the drying conduit 85 and the deodorization conduit 95 are connected to the drying path DP of FIG. 5 and the deodorization path DDP of FIG. 6, . More specifically, in the drying mode, the drying path DP passes through the drying conduit 85 from the suction conduit 74 via the rotating motor 114 of the deodorizing conduit 74.

In the deodorization mode, the deodorization path (DDP) passes through the deodorization conduit (95) from the inhalation conduit (74) via the rotation motor (114) of the deodorization conduit (95). The drying path DP and the deodorization path DDP are configured to overlap each other from the suction conduit 74 to the seating position of the rotary motor 114 in the deodorizing conduit 95.

In this case, the hot water washer 60 rotates the rotary motor 114 in one direction in the drying mode and the deodorizing mode to rotate the blowing fan 134 around the rotary shaft 118 of the rotary motor 114. That is, the rotary motor 114 is configured to rotate the blowing fan 134 from the drying path DP toward the deodorization path DDP or from the deodorization path DDP toward the drying path DP.

During the execution of the drying mode, the hot water washer 60 drives the step motor of the main body 20 to rotate the slide door 126 relative to the blowing fan 134. The slide door 126 is rotated on the deodorizing base 91 in the first rotation direction R1 so that the diaphragm 128 is brought into contact with the edge of the drying base 81 and the deodorizing base 91 ) To block the deodorization path (DDP).

The hot water washer 60 sucks air in the first flow direction F1 of FIG. 5 from the inner space 15 of the left side machine 10 by using the flow path 78 of the suction conduit 74. The air flows along the drying path DP and is heated in the heating plate 89 of the drying conduit 85 and flows into the inner space 15 of the toilet 10 via the flow induction film 86 and the shutter 109. [ In the second flow direction F2.

During the execution of the deodorization mode, the hot water washer 60 drives the step motor in a direction different from the drying mode to rotate the slide door 126. The slide door 126 is rotated on the deodorizing base 91 in the second rotational direction R2 of Fig. 6 to use the diaphragm 128 to contact the engaging portion 128 on the side wall of the deodorizing base 91 Thereby blocking the drying path DP.

The hot water washer 60 sucks air in the first flow direction F1 of FIG. 6 from the inner space 15 of the left side machine 10 using the flow path 78 of the suction conduit 74. The air flows along the deodorization path DDP and is discharged in the third flow direction F3 so as to be directed to the outside of the hot water washer 60 via the deodorant 99. [

Meanwhile, the hot water washer 60 adjusts the step motor to simultaneously perform the drying mode DP and the deodorizing mode DDP, and uses the diaphragm 124 of the slide door 126 to move the drying path DP, (DDP) may be partially opened.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, It will be understood. It is therefore to be understood that the above-described embodiments are illustrative in all aspects and not restrictive.

10; Left side, 15; Inner space
20; A main body 30; Button control section
40; A toilet seat, 50; cover
60; Hot water scrubber, 74; Suction conduit
74A, 74B, 74C, 74D; Side walls,
78, 87, 97; Euro, 81; Dry base
83; Dry case, 84; waterspout
85; Drying conduit, 86; Flow-induced film
89; Heating plate, 89; Heating plate,
91; Deodorizing base, 93; Deodorizing case
95; Deodorization duct, 96; Motor cover
99; Deodorant, 103; support fixture
106; Opening and closing door, 109; shutter
114; Rotary motor, 118; Rotating shaft
122; A rotating plate, 124; Diaphragm
126; Slide door, 128; [0030]
134; Blowing fan 138; Fan blade
F1, F2, F3; Flow direction, E1, E2; Inlet
R1, R2; Rotation direction, DP; Dry path
DDP; Deodorization path

Claims (20)

As a component of the hot water scrubber,
A suction conduit configured to flex between one side and the other side;
A drying conduit located around said suction conduit and extending from said one side of said suction conduit toward said other side; And
And a deodorization conduit located on the suction conduit and in communication with the suction conduit and the drying conduit,
Wherein the deodorizing conduit includes a rotating motor facing the drying conduit and a slide door and a blowing fan rotating around the rotating shaft of the rotating motor, and the slide door has a rotating plate below the blowing fan, And a diaphragm that partially surrounds the blowing fan. The method according to claim 1,
Wherein the suction conduit is exposed to the outside of the hot water scrubber to form a flow path together with the hot water scrubber. The method according to claim 1,
Wherein the suction conduit communicates with the deodorization conduit through the other side under the deodorization conduit. The method according to claim 1,
Wherein the other side of the suction conduit is located below the rotary motor. The method according to claim 1,
Wherein the drying conduit is exposed outside the hot water scrubber and disposed in parallel with the suction conduit. The method according to claim 1,
Wherein the dry conduit communicates with the deodorization conduit at a periphery of the other side of the suction conduit. The method according to claim 1,
Wherein the drying conduit communicates with the deodorization conduit at a level higher than the suction conduit. The method according to claim 1,
Wherein the drying conduit includes a heating plate therein,
Wherein the heating plate is made of a steel material. The method according to claim 1,
Wherein the deodorizing conduit is configured to bend alternately with the suction conduit with respect to the other side of the suction conduit. The method according to claim 1,
Wherein the deodorizing conduit extends from the drying conduit toward the suction conduit and protrudes from the suction conduit. The method according to claim 1,
Wherein the deodorizing conduit includes a deodorant therein,
Wherein the deodorant is located on the opposite side of the rotating motor and is configured to be spaced from the suction conduit. The method according to claim 1,
Wherein the rotary motor is configured to rotate the blowing fan in one direction. The method according to claim 1,
Wherein the slide door is configured to rotate relative to the blowing fan. The method according to claim 1,
Wherein the slide door positions the diaphragm over the flow path of the suction conduit to communicate the suction conduit, the deodorization conduit, and the drying conduit, or places the diaphragm on a rim of the other side of the suction conduit, And the deodorizing conduit is communicated with the conduit. A toilet seat comprising: a body positioned around a left side of a toilet; a toilet seat rotatable relative to the body to be positioned on an edge surface of the toilet seat; and a cover configured to rotate relative to the body to cover the toilet seat,
The main body including a dry deodorizing device,
In the drying / deodorizing apparatus,
A suction conduit configured to flex between one side and the other side;
A drying conduit located around said suction conduit and extending from said one side of said suction conduit toward said other side; And
And a deodorization conduit located on the suction conduit and in communication with the suction conduit and the drying conduit,
Wherein the suction conduit, the drying conduit, and the deodorization conduit are configured to form a drying path and a deodorization path, wherein the deodorization conduit includes a rotating motor facing the drying conduit therein and a slide door rotating about a rotation axis of the rotating motor, And a blower fan, and the slide door includes a rotating plate below the blowing fan and a diaphragm protruding from the rotating plate to partially surround the blowing fan. 16. The method of claim 15,
Said drying path passing from said suction conduit through said drying conduit via said rotary motor of said deodorization conduit,
Said deodorization path passing from said intake conduit via said deodorization conduit via said rotary motor of said deodorization conduit, and
Wherein the drying path and the deodorization path are configured to overlap each other from the suction conduit to the seating position of the rotary motor in the deodorization conduit. 16. The method of claim 15,
Wherein the rotary motor is configured to rotate the blowing fan from the drying path toward the deodorization path or from the deodorization path toward the drying path. 16. The method of claim 15,
Wherein the rotary motor is configured to vary the rotational speed of the blowing fan. 16. The method of claim 15,
And a button operating unit electrically connected to the step motor in the main body,
And the button operating portion is configured to rotate the slide door through the step motor. 16. The method of claim 15,
Wherein the slide door is configured to block one of the drying path and the deodorization path using the diaphragm or partially open the drying path and the deodorization path.

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