KR100809469B1 - Disk ans disk asembly for air washer - Google Patents

Abstract

A disk for a humidifier and a disk assembly are provided to clean the disk assembly easily by forming fixing parts, assemble and disassemble the disk assembly stably by forming support parts, prevent rolling of the disk assembly through a rolling stop part when the disk assembly is disassembled, and prevent impurities from being introduced into an axial hole of the disk through outer ribs. A disk assembly(600) includes a plurality of disks(620) rotating in a state of partially sinking in water stored in a water bucket(100) and a rotary shaft assembled with centers of the disks. In case the disks are assembled with the rotary shaft, ribs are formed to maintain intervals between the disks, protruding in a horizontal direction. The ribs include inner ribs formed around axial holes of the disks and outer ribs formed at an outer circumference separated from the inner ribs. A rolling stop part(622) is formed at the disk assembly to prevent rolling of the disk assembly. Fixing parts(140) are formed at a center of a bottom of the water bucket to fix the rotary shaft of the disk assembly temporarily. Support parts(110,120) are inserted into the fixing parts to support frames of the disks.

Description

Disk and disk assembly for humidifiers {Disk ans disk asembly for air washer}

1 is a schematic diagram schematically showing a conventional humidifier.

Figure 2 is a perspective view showing a humidifier according to an embodiment of the present invention.

3 is an exploded perspective view of FIG. 2;

4 is a detailed view of a disk assembly according to the present invention.

5 is an exploded view of a disk assembly in accordance with the present invention.

Figure 6 is a perspective view showing a suction fan installation peripheral structure according to the present invention.

7 is an assembly view showing a fixing structure of the disk assembly according to the present invention.

8 is a plan view of FIG. 7 viewed from the top;

Figure 9 is a partial cross-sectional view showing the disk assembly fixing structure inside the bucket.

** Description of symbols for the main parts of the drawing **

100: bucket 102: handle portion

104: fixed part 110, 120: shaft support

111: seating groove 112: support protrusion

114: support surface 140: support frame

300: middle case 310: the first frame

320: middle portion 330: second frame

335: mounting pipe 400: top case

401: inlet 402: control unit

510: suction fan 520: mounting bracket

522: shroud 600: disk assembly

610: disk axis 620: disk

622: cloud protection 623: shaft work

624: inner rib 625: outer rib

630: spacer 640: cap

650 disc handle 700 sterilization means case

Korea Registration Room No. 20-0157935

The present invention relates to a humidifier disk and a humidifier disk assembly employing the same, which can overcome the problem of driving the disk caused by foreign matter introduced into the shaft hole of the disk when the humidifier is used for a long time.

Conventional humidification and air purifiers are presented in Korean Registered Room No. 20-0157935.

In the drawing, 10 is an upper case, and 20 is a lower case containing water therein. The motor 30 is fixed to the fixing frame 11 formed on the upper case 10, and the shaft of the motor 30 is blown. The fan 31 is fixed, and a pair of rollers 40 are coupled to the lower coupling portion 12 of the fixing frame 11, so that the blower fan 31 is rotated when the motor 30 is powered and rotated. And the pair of rollers 40 rotate together.

For example, although not shown, the roller 40 is driven as the shaft of the motor 30 rotates by coupling the worm and the worm gear which are engaged with each other to the shaft of the motor 30 and the roller 40. On one side of the upper case 10, a control knob 50 for turning on and off the power and adjusting the intensity of blowing is coupled.

In the drawing, 100 shows a disk roller assembly. The disk roller assembly 100 is a disk A and disk B are assembled in a roller form to form a disk roller 101, both disk roller 101 is the roller ( 40) to rotate in contact with it.

The disc roller assembly 100 has a pair of disc rollers 101, a pair of supports between which both ends of the shaft rod 111 coupled to the pair of disc rollers 101 are rotatably coupled, and both supports are coupled. Which consists of a knob.

The disk roller 101 supports a plurality of disks B coupled to an intermediate portion of the support tube, an intermediate support plate coupled to both sides of the disk B, and a plurality of disks A coupled to both sides of the support tube. The cap is fixed to the end of the pipe, respectively.

The disk A and the disk B has a coupling hole is formed in the middle portion, a plurality of engaging grooves are formed in the peripheral portion of the coupling hole, a plurality of cutouts are formed in the radial direction, a plurality of connecting projections are formed on one surface and the other The surface has a configuration formed in the position corresponding to the connecting groove.

The intermediate support plate has a coupling hole is formed in the middle portion, the annular coupling ribs are formed at the periphery of the coupling hole and a plurality of engaging grooves are formed in the annular coupling ribs, and a plurality of connecting projections are formed on one surface and connected to the other surface. The groove is formed in a corresponding position.

The cap has a fixed tube portion integrally formed in the middle portion, an annular locking jaw is formed at the end of the fixed tube portion, a plurality of circular through holes are formed around the fixed tube portion, and a wedge shaped locking jaw is formed on the outer surface of the fixed tube portion. It is composed.

The support tube has a locking rib into which the locking grooves of the disk A, the disk B and the intermediate support plate are inserted, and a locking jaw to which the coupling rib of the intermediate support plate is coupled is formed at the middle of the support tube, and both ends of the support tube are formed. There is a locking hole is inserted into the fixing tube of the cap is fixed to the locking jaw is formed respectively.

When the disk roller 101 is assembled, the intermediate ribs of the intermediate support plate are assembled by pushing one of the intermediate support plates, for example, the right middle support plate of the two intermediate support plates, into the locking groove so that the locking ribs of the support tubes are inserted into the support groove. It is sandwiched between the locking jaws of the support tube and fixed stably. Subsequently, the plurality of disks B are fitted so that the locking ribs of the support tube are inserted into the locking grooves thereof, and then the other intermediate supporting plate is inserted and coupled as described above. Subsequently, a plurality of disks A are joined to both sides of the support tube in the same manner as the above disk B, and the shaft rod 111 having the shaft end support tube fixed to both ends is inserted into the support tube, and then both ends of the support tube are inserted. When the fixing tube portion of the cap is inserted into the locking jaw formed in the fixing tube portion is caught in the catching hole of the support tube, the annular locking jaw of the cap is caught on the inner end of the shaft end support tube fixed to both ends of the shaft 111 is firmly fixed Thus, the assembly of the disk roller 101 is completed.

The disk roller 101 assembled as described above forms a disk roller assembly 100 by inserting both shaft end support tubes of the shaft rod 111 into shaft holes formed at both ends of the support, and thus, both sides of the disk roller assembly 100. The shaft end support tube is rotatably coupled to the bearing formed on the inner wall surface of the lower case 20 as shown in FIG.

The disk A and the disk B constituting the disk roller assembly 100, the intermediate support plate, the cap and the support tube may be mixed with a fragrance, antibacterial and disinfectant, etc. in the synthetic resin, for example, is manufactured by injection molding.

When the water is contained in the lower case 20 as described above with a predetermined height, the upper and lower cases 10 and 20 are combined, and then driven by applying power to the motor 30, the rotational force of the motor 30 is achieved. The blower fan 31 rotates, and the disk roller 101 rotates by the roller 40 which interlocks with the blower fan 31. Accordingly, water deposited on the disks A and B of the disk roller 101 in a thin film form is deposited. Finely disintegrated by the centrifugal force of the disks A and B and the forced blowing force by the blower fan 31, the air is evenly distributed in all directions through the grille formed on the circumferential wall of the lower case 20 together with air to humidify the room. .

On the other hand, the conventional humidifying air cleaner as described above, when used for a long time, such as dirt, dust, powder, etc. in the disk combination should be cleaned regularly.

In particular, in the disk combination, water is introduced into the central hole of the disk to which the rotating shaft is coupled when used for a long time, and foreign matters (lime components contained in the water) are caught in the space between the rotating shaft and the central hole. If hardened over time, the disc was difficult to disassemble.

 Accordingly, the present invention has been made to solve the above-described problem, an object of the present invention is to form a rib around the outer space from the disc hole of the disc to prevent foreign matter from entering the inside of the shaft hole when the humidifier is used for a long time The present invention provides a humidifier disc and a humidifier disc assembly employing the same, which can solve a driving problem.

Humidifier bucket of the present invention for achieving the above object, in the bucket for humidifier to humidify the air while the part of the disk is rotated locked in the water stored therein, the rotating shaft of the disk is fitted to the bottom of the bucket Characterized in that the fixing portion which can be fixed.

On the other hand, another bucket for humidifiers of the present invention for achieving the above object, in the bucket for humidifier to humidify the air while the part of the disk is locked and rotated in the water stored therein, the inner wall surface of the bucket Characterized in that the support portion for supporting the disk is formed.

Here, the support may be a shaft support for supporting the rotating shaft of the disk.

Alternatively, the support portion may be a handle portion protruding from the bottom of the bucket.

On the other hand, the support portion, the handle portion formed to protrude from the bottom of the bucket; It may be configured to consist of a support frame formed on the handle portion to support the disk.

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

Figure 2 is a perspective view showing a humidifier according to an embodiment of the present invention, Figure 3 is an exploded perspective view of FIG.

2 and 3, the humidifier according to the present invention is a lower case (hereinafter, 'bucket 100') in which water is stored and a disk assembly 600 rotatably rotated by being partially locked to the stored water. And a middle case 300, which is coupled to an upper portion of the bucket 100, and has an intake port 500 through which air is sucked, and has a suction fan 510 for sucking air in the intake port 500. ), And a top case 400 coupled to an upper portion of the middle case 300 to cover the suction fan 510.

The top case 400 has a grille inlet 401 is formed on the top surface of the outside air is introduced, the inlet 401 is the top surface of the rectangular top case 400 so that the air inlet cross-section is rectangular shape. It may be formed over the entire area, and as shown in the structure of the present embodiment, the inlet 401 in the remaining three zones except for the front one of the four zones equally divided into the top surface of the rectangular top case 400 It may also be configured to form over.

In addition, the side of the top case 400 is provided with a control unit 402 to be operated in a dial manner, by changing the rotational speed of the suction fan 510 or the disk 620 through the control unit 402 Humidification can be adjusted. At this time, the inlet 401 is not formed in the upper side of the top case 400 where the control unit 402 is located.

In addition, a filter (not shown) is installed at the inside of the top case 400 to filter the air sucked through the inlet 401. As a filter, fine dust contained in the air can be effectively removed. An electrostatic precipitating filter is adopted.

The middle case 300 has a grill-type outlet through which air is discharged on four sides of the front, rear, left, and right sides, and a motor for rotating the suction fan 510 and the disc 620 inside the middle case 300. The drive unit including the time) is provided.

The middle case 300 includes a first frame 310, an intermediate portion 320 disposed under the first frame 310, and a second frame 330 disposed under the intermediate portion 320. It is configured by.

The first frame 310 and the second frame 330 is formed of a rectangular annular skeleton to correspond to the cross-sectional shape of the top case 400 and the water tank 100.

Cylindrical mounting pipes protrude downward from each corner of the first frame 310.

Similarly, the mounting pipe 335 is formed to protrude upward from each corner of the second frame 330.

At the end of the mounting pipe 335, a reduction portion is formed to reduce the cross-sectional area, and a thread is formed at the inner wall of the reduction portion so that the bolt can be fastened.

Due to the shape of the reduced portion, a mounting jaw in which the head of the bolt is seated is formed in the mounting pipe 335.

In addition, the reduced portion is also reduced in outer diameter is inserted into the end of the mounting pipe formed in the first frame (310).

Similarly, a thread is formed on the inner wall end of the mounting pipe so that the bolt can be fastened.

Contrary to the structure described above, the reduction part may be configured to be formed in the mounting pipe formed in the first frame 310.

In addition, the rib connecting the mounting pipe 335 and the second frame 330 may be formed in the vertical direction to increase the rigidity.

Engaging protrusions are formed at upper and lower sides of the outer circumferential surfaces of the first frame 310 and the second frame 330, respectively.

The locking protrusion of the upper portion of the first frame 310 is caught by the top case 400, and the locking protrusion of the lower portion is caught by the upper portion of the middle portion 320.

The locking protrusion of the upper portion of the second frame 310 is caught by the lower portion of the middle portion 320, and the locking protrusion of the lower portion is caught by the water tank 100.

The middle portion 320 is formed in a pipe shape having a rectangular cross section, and the upper and lower portions thereof are open.

The middle part 320 has a discharge port formed on both sides and the front surface of the grille, the support frame of the discharge port is disposed inclined in a horizontal direction.

Grooves are formed in the longitudinal direction to correspond to the surface shape of the mounting pipe 335 at each corner portion of the intermediate part 320.

The mounting bracket 520 is formed in the horizontal direction on the upper portion of the intermediate part 320, and a suction port through which air is sucked is formed in the center of the mounting bracket 520.

Each corner of the mounting bracket 520 is formed with a groove into which the mounting pipe is fitted.

In the mounting bracket 520, the wire drawing hole is formed in the vertical direction so that the wire connected to the adjusting unit 402 passes.

The suction fan 510 is installed in the mounting bracket 520 of the middle part 320 to transfer the air introduced into the inlet 401 through the inlet of the mounting bracket 520 and then the outlet formed in the side of the middle part 320. Discharge into the room through.

According to this configuration, the first frame 310 is fixed to the top case 400, the mounting pipe formed in the first frame 310 is inserted into the groove formed in the corner of the middle portion 320 and the second frame 330 Assembling the mounting pipe 335 formed in the () at the corner of the middle portion 320 and at the same time the end is inserted into the mounting pipe, and then screwed after the bolt is inserted into the mounting pipe 335 to complete the assembly.

On the other hand, the bucket 100 is composed of a bottom surface, and the four sides surrounding the bottom surface to form an open structure. The bucket 100 serves as a reservoir in which water is stored therein.

The inside of the bucket 100 is provided with a disk assembly 600 which is rotated while partially locked in the water stored in the bucket 100.

Specifically, before and after the inner portion of the bucket 100, the shaft support portion 110, 120 to support the rotating shaft of the disk assembly 600 is formed, the shaft support portion 110, 120 is a bucket ( 100 is formed to protrude upward from the bottom of the structure.

In the center of the upper surface of the shaft support (110, 120) is formed a semicircular mounting groove 111 is seated on the rotating shaft of the disk assembly 600.

In the mounting groove 111, the support protrusion 112 is formed along the inner wall of the mounting groove 111 so that the rotation axis of the disk 620 is in line contact.

In addition, the left and right portions of the bucket 100, the handle portion 102 is formed to facilitate transport, the handle portion 102 is formed in the left and right of the bucket 100 protrudes upwardly It is structured.

A support frame 140 having a plate shape is formed at an upper portion of the handle portion 102, and a seating groove is formed at an upper portion of the support frame 140.

The seat shaft has a disc shaft handle 650 coupled to the disc assembly 600 is seated.

At this time, the mounting groove is formed so that the depth is deeper toward the outside of the bucket 100, the disk shaft handle 650 can be stably seated by the structure of the mounting groove.

In addition, a groove having a lower depth than the mounting groove 141 is formed between the upper portion of the support frame 140 and the side surface of the bucket 100.

On the other hand, inside the bucket 100, a sterilization means case 700 is provided with a sterilization means capable of sterilizing the water stored therein.

The sterilization means may be provided with a material such as silver net or silver ball, and prevents the growth of bacteria in the water stored in the bucket 100.

The disk shaft handle 650 is supported by being caught in the mounting groove formed in the support frame 140 of the bucket 100 in a state of being fitted to the disk shaft 610.

The disk shaft handle 650 as described above prevents the disk 620 from flowing left and right when the disk 620 rotates to prevent noise caused by friction.

In addition, the disk shaft handle 650 allows the user to easily lift the disk assembly 600 from the bucket 100.

4 is an enlarged perspective view of the disk assembly 600 according to the present invention, and FIG. 5 is a side view of the disk assembly 600 according to the present invention.

4 and 5, the disk assembly 600 according to the present invention includes a plurality of disks 620 rotated while partially submerged in the water stored in the bucket 100, and a central portion of the disk 620. It is configured to include a rotating shaft coupled to.

The disk 620 has a shaft hole 623 through which a rotating shaft penetrates and is coupled to a central portion of the disk 620, and a plurality of wings for spraying water on both sides of the disk 620, and the plurality of disks 620 are rotating shafts. Ribbed protruding in the left and right directions for maintaining the spacing between the disk 620 when coupled to the.

The rib includes an inner rib 624 formed around the shaft hole 623 of the disk 620, and an outer rib 625 formed outside the predetermined distance from the inner rib 624.

The outer rib 625 is formed around the outer periphery of the disk 620 spaced a predetermined distance from the shaft hole 623, the inner rib 624 is formed between the shaft hole 623 and the outer rib 625. do.

On the other hand, the disk assembly 600 is provided with a cloud preventing means to prevent the rolled movement when it is separated from the bucket 100 when placed on the inclined bottom surface when cleaning.

As an example of the cloud preventing means, as shown in the drawing, upper and lower outer peripheries of the disk 620 form an arc of a predetermined curvature and a cloud preventing part 622 recessed into the inside of the disk 620 is formed.

In this case, unlike the above, the cloud preventing part 622 may be formed in the form of a protrusion protruding to the outside of the disk 620, or may be formed in a chamfered shape in which a portion of the outer peripheral portion of the disk 620 is chamfered in a straight line shape.

The rotating shaft includes a disk shaft 610 into which a disk 620 is inserted and formed at one end thereof, and a cap 640 fitted to an end of the disk shaft 610.

The disk shaft 610 is formed in a rod shape and the engaging projection is formed on one side of the outer peripheral surface.

One end of the disc shaft 610 is formed with a stepped first projection, the first projection has a diameter smaller than the other portion so that the cross-sectional area is reduced.

In addition, the other end of the disc shaft 610 is formed with a stepped second projection, the second projection has a diameter smaller than the other portion so that the cross-sectional area is reduced.

At this time, the second projection is formed to have a larger diameter than the first projection, the groove is formed in the longitudinal direction of the disk shaft 610 on the outer peripheral surface.

At the end of the disc shaft 610, which is the stepped jaw of the other end, mounting protrusions protrude, and two mounting protrusions are formed to face each other and are bent along the circumferential direction. Therefore, the overall shape of the mounting protrusion is formed in a 'b' shape.

That is, one end of the mounting protrusion is connected to the disk shaft 610 and the other end is formed to be spaced apart from the surface of the disk shaft 610.

The engaging projection is formed along all the circumference of the disk shaft 610 in a flange shape, the locking projection 612 is disposed between the second projection and the first projection, it is formed closer to the first projection.

The cross-sectional shape between the locking projection and the second projection in the disk shaft 610 is formed to be asymmetrical and asymmetrical with respect to the center point.

When the disc shaft 610 is formed as described above, the disc 620 can be inserted only in a predetermined direction when the disc 620 is inserted into the disc shaft 610, and the disc 620 in the opposite direction. 620 cannot be fitted to the disk shaft 610.

Therefore, the cross-sectional shape of the portion in which the disc 620 is fitted in the disc shaft 610 is formed as described above, so that when the user washes the disc 620, the disc 620 can be separated from the disc shaft 610 and assembled again. In this case, it is possible to prevent the disk 620 from being inserted into the disk shaft 610 by changing the front and rear directions (the front and rear directions).

In this way, the assembly direction of the disk 620 is prevented from being changed so that the blades can effectively lift water from the bucket 100 even when the blades formed on the disk 620 are reassembled to always face the same direction.

Further, the cross-sectional shape of the disk shaft 610 is formed to be symmetrical about the diagonal with respect to the center point, so that the left and right balance is in the state when the disk is placed on the floor with the disk 620 on the disk shaft 610 It is desirable for 620 to balance and remain stationary.

The disk shaft 610 can be formed in any shape if the above conditions are satisfied.

On the other hand, a plurality of disks 620 are provided and arranged in parallel to the disk shaft 610 is coupled.

The disk 620 is fitted to both ends of the disk shaft 610 to the end.

The disk 620 is formed in a disk shape, the wings are radially formed on the surface, the stopper is formed in the wings protruding in the circumferential direction.

The stopper is formed at the end of the blade near the center of the disk 620, and is formed to protrude in a tangential direction of a circle in a circular shape.

The spacer 630 is formed in a pipe shape and inserted into the disc shaft 610 to be disposed between the disc 620 and the disc 620.

The through-holes formed in the spacer 630 are also formed to correspond to the cross-sectional shape of the disk shaft 610.

Gear teeth are formed on one side of the outer peripheral surface of the spacer 630, and the gear teeth 631 are formed to be eccentric to one side of the spacer 630.

In addition, a rib is formed on the outer circumferential surface of the spacer 630 along the longitudinal direction of the spacer 630, so that the spacer 630 is reinforced through the rib 632.

The spacer 630 serves to maintain the left and right spacing between the disk unit consisting of a plurality of disks and at the same time serves to transfer the rotational force from the motor of the drive unit to the disk shaft 610.

The cap 640 is formed in a cylindrical shape, is fitted to the second projection which is the end of the disk shaft 610, the flange is formed on the outer peripheral surface of the end of the cap 640.

The cap 640 is formed to be stepped on the flange so as to be above the flange, wherein the locking portion is formed to be spaced apart from the flange so as to form a space between the flange and the flange.

The disk assembly 600 having such a configuration inserts a plurality of disks 620 on the left end of the disk shaft 610, a spacer 630 on the disk shaft 610, and then a plurality of disks 610 on the disk shaft 610. Insert disk 620. Subsequently, when the cap 640 is inserted into the second projection of the disc shaft 610 and the mounting projection is inserted into the insertion hole of the flange, the cap is turned and the mounting projection is seated in the space between the engaging portion and the flange. Will be completed. Here, the mounting protrusion is limited by the locking portion and the flange to maintain a fixed state.

As such, the disk 620 is inserted into the disk shaft 610 in one direction, and then the cap 640 is assembled to reduce the assembly labor and facilitate assembly.

On the other hand, Figure 6 shows the structure of the periphery of the suction fan 510 according to the present invention.

As shown in FIG. 6, the upper surface of the middle case 300 in which the suction fan 510 of the present invention is disposed has a circular shape along the suction port 500 around the suction fan 510 to surround the suction fan 510. A shroud 522 is formed.

Since the shroud 522 has a circular shape, a cross-sectional shape into which air is introduced is circular, and an inner surface of the shroud 522 is formed in a smooth curved shape so that the air sucked is guided smoothly along the inner surface. have.

At this time, the shroud 522 has a structure formed to protrude upward from the upper surface of the middle case 300, the suction port 500 is formed.

On the other hand, Figure 7 shows the fixing structure inside the bucket 100 that can temporarily fix the disk assembly 600 to the bucket during the disassembly assembly of the disk assembly 600, Figure 8 is a view from above the Figure 7 9 is a partial sectional view showing a structure of a fixing part to which a rotating shaft of the disk assembly 600 is fixed.

As shown in Figure 7 to 9, in the center of the bottom of the bucket 100, the fixing part 104 that can temporarily fix the rotary shaft of the disk assembly 600 during the disassembly assembly of the disk assembly 600 Is formed.

In addition, the inner wall surface of the bucket 100 is provided with a support for supporting the rim of the disk 620 of the disk assembly 600 is fitted to the fixed portion 104 is fixed.

As the support part, shaft support parts 110 and 120 which are positioned in the front-back direction of the water bottle 100 and are supported by the rotating shaft of the disk 620 are employed.

The inner surface of the shaft support (110, 120) is formed with a support surface 114 that forms a curved surface of the arc shape so that a portion of the edge of the disk 620 can be supported.

The handle portion 102, which is recessed from the left and right sides of the bucket 100 as the support portion, protrudes from the bottom of the bucket 100, and the upper portion of the handle portion 102 so that a part of the edge of the disk 620 can be supported. The formed support frame 140 may be further employed.

In this case, the disk assembly 600 is supported by the support parts disposed at the front, rear, left and right sides of the disk 620 in the state in which the rotating shaft of the disk assembly 600 is fitted and fixed to the fixing part 104 at the bottom of the bucket 100. Can be stably fixed in position without flowing.

The humidifier of the present invention having the above-described configuration is equipped with a sterilizing means case 700 in the bucket 100, the disc assembly 600 coupled with the disc shaft handle 650, and a driving unit on the top of the bucket 100. The assembly is completed by combining the middle case 300 and the top case 400 is mounted.

Therefore, as the indoor air contaminated by the suction fan 510 enters the humidifier, the contaminants are purified while passing through the internal filter, and the purified air is rotated while being partially submerged in water. Through the process of containing water through the foreign matter contained in the air is removed by the water and the air is to be discharged into the room through the outlet of the middle case 300 in the state containing water.

According to the present invention, by forming a fixing portion that can be fixed to the rotating shaft of the disk in the bottom of the bucket of the humidifier, by separating the disk assembly during the disc cleaning operation to fix the rotating shaft to the fixing part and then fixed the disk assembly Since the cleaning operation can be performed by disassembling, there is an effect that the cleaning operation of the disk assembly can be performed very easily. In addition, compared to the cleaning of the disk assembly after removing the disk assembly as in the prior art, it is possible to overcome the waste of water dropping to the floor in the process of moving disassembly of the disk assembly, which occurs during the movement of the disk assembly In addition to preventing damage to the disk, there is an advantage in overcoming the space constraints caused by disassembling and listing various combinations of disk assemblies.

In addition, by forming a support for supporting the disk inside the bucket of the humidifier, the disk assembly of the disk assembly fixed on the fixing portion during the cleaning operation of the disk is supported stably through the support portion, so that the disk assembly is moved back and forth or left and right There is an effect that can be performed assembly and disassembly without shaking in the direction.

In addition, by employing the support portion as a shaft support portion on which the rotating shaft of the disk is supported or a handle portion protruding from the bottom of the bucket, the structure inside the bucket for supporting the disk can be configured without being complicated.

In addition, when the support portion is composed of a handle portion protruding from the bottom of the bucket, and a support frame formed to support the disk on the top of the handle portion, there is an effect that can minimize the space constraints inside the bucket.

In addition, by forming a cloud preventing portion on the outer circumference of the disk, there is an effect that can prevent the spherical rolling of the circular disk assembly when the disk assembly is separated and placed on the floor during cleaning.

In addition, by forming the anti-clouding portion into the inner side of the disk, it is easy to manufacture the disk and there is an effect that can reduce the weight of the disk.

In addition, by forming the outer ribs on the outer periphery spaced apart from the shaft hole of the disk, the gap between the disk through the outer rib can be constantly adjusted, water is introduced into the disk shaft hole when a long time is used to cause foreign matters Can be prevented.

In addition, by further forming an inner rib between the shaft hole and the outer rib, there is an effect that can block the inflow of water into the shaft hole through the outer rib and the outer rib.

In addition, by forming the shroud surrounding the suction fan protrudes from the case surface (top of the mounting bracket) in which the suction port is formed, it is possible to reduce the generation of noise due to the driving of the suction fan and to increase the amount of air introduced by the suction fan. There is.

In addition, the air inflow cross section of the top case into which the air is introduced is formed in a quadrangle, and the air inflow cross section of the shroud is formed in a circular shape, thereby increasing the generation of vortex with a sudden change in the air flow path when the air is introduced by the suction fan. Noise reduction and airflow increase effect can be maximized.

Claims (3)

In the disk for the humidifier shaft shaft is coupled to the rotation shaft, An outer rib is formed on the outer circumference away from the shaft hole, Humidifier disk, characterized in that the anti-roll recessed portion is formed into the disk. The humidifier disk according to claim 1, wherein an inner rib is further formed between the shaft hole and the outer rib. A disk with an axial hole; Is made to include a rotating shaft coupled to the shaft hole, An outer rib is formed on the outer circumference away from the shaft hole, Humidifier disk assembly, characterized in that the anti-roll recessed portion formed in the disk.

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