CN212901840U - Humidifier convenient for adding water - Google Patents

Abstract

The utility model discloses a humidifier convenient for adding water, which comprises a water tank, an atomization component arranged below the water tank, a fog outlet pipe, a fan, an upper cover component and a drainage component, wherein the fog outlet pipe passes through the water tank to communicate the atomization component and the fan; the fan is arranged above the mist outlet pipe; the upper cover assembly is arranged above the fan in a covering mode and is provided with a water filling port; the drainage assembly is arranged between the water filling port and the fan, the drainage assembly is provided with a drainage surface which inclines towards the outside of the fan, and a water inlet hole leading to the water tank is arranged below the drainage surface. This kind of humidifier convenient to add water can avoid on the fan of water tank top falls when adding water from the top middle part, is convenient for set up the filler of bigger size, and it is more convenient to add water.

Description

Humidifier convenient for adding water

Technical Field

The utility model belongs to the technical field of domestic appliance and specifically relates to a humidifier convenient to add water.

Background

Air humidity is one of the important factors influencing environmental comfort, especially in northern areas and places where air conditioners are frequently used, so that humidifiers increasing the environmental humidity are becoming essential small household appliances for many families. Humidifiers generally humidify air by drawing air in with a fan and then blowing the air into the surrounding environment with the generated mist.

A convenient water adding mode is adopted in the water adding modes of the existing humidifier, water is added in an upper mode, the humidifier does not need to be disassembled, and water can be added directly from the upper side of the humidifier. However, in order to protect the fan inside the humidifier from the influence of water addition, the humidifier adopts a scheme that the fan is arranged below the water tank instead of above the water tank or a scheme that the water adding port is arranged on the side surface; however, the fan arranged at the bottom of the water tank has some defects in use, the area of the water filling port of the humidifier with the water filling port on the side surface is too small, the operation is difficult when water is added, and improvement is needed.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing a humidifier convenient to add water to the problem that exists among the above-mentioned background art, it can avoid on the fan of water tank top is fallen to water when adding water from the top middle part, is convenient for set up the filler of bigger size, and it is more convenient to add water.

In order to achieve the above purpose, the technical scheme of the utility model has:

a humidifier convenient for adding water comprises a water tank, an atomization assembly, a mist outlet pipe, a fan, an upper cover assembly and a drainage assembly, wherein the atomization assembly is arranged below the water tank; the fan is arranged above the mist outlet pipe; the upper cover assembly is arranged above the fan in a covering mode and is provided with a water filling port; the drainage assembly is arranged between the water filling port and the fan, the drainage assembly is provided with a drainage surface which inclines towards the outside of the fan, and a water inlet hole leading to the water tank is arranged below the drainage surface.

The last humidifier of formula of adding water among the prior art is difficult to when the water tank top is located to the fan, with the size design's of filler bigger, the humidifier in this scheme also locates the water tank top with the fan, but can solve this problem. Structurally, in order to avoid water flowing to the fan and the lower atomizing assembly when water is added from a water adding port above the fan, the invention adopts the drainage assembly to block the fan and the lower mist outlet pipe, and the drainage surface which is inclined to the outside of the fan guides the water flow to the lower water inlet hole, so that the water enters the water tank to realize the water adding operation of the water tank. The filler on the upper cover subassembly is in the most obvious position of humidifier, and the user observes easily and be convenient for pour water when adding water, and consequently the user can directly add water through the filler on the upper cover subassembly when adding water, because the drainage subassembly removes the restriction of fan to filler size and position moreover, consequently the filler can set up bigger size to the operation of aiming at the filler when the user pours water is simpler, and it is more convenient to add water.

Further, the drainage surface is in a convex top shape with gradually reduced height from the position facing the water filling port to the circumferential outer side. The convex-top-shaped drainage surface can well guide water to the outer side from all angles, water can be drained from all angles, and the draining speed is high.

Furthermore, the middle part of the drainage surface is the highest part and is concentrated upwards to form an arc-shaped bulge, the outward radian of the arc-shaped bulge is reduced to form a slope, and the radian of the outermost end of the slope is increased and is downwards bent. The middle part is a smooth arc-shaped bulge instead of a sharp top, so that the whole line is smooth, and hands are not easy to hurt during cleaning. The slope makes the rivers guide more smoothly, and the water that the outer extreme radian increase and downwarping shape will flow down from the slope is difficult to flow the drainage face with the form that splashes, can more accurately fall into the water inlet of below with the water guide, accomplishes and adds water.

Furthermore, the drainage component comprises a top cover and a flow guide ring, the top cover is arranged on an opening in the middle of the flow guide ring, the height of the top cover is larger than that of the flow guide ring, and the top cover and the upper surface of the flow guide ring form the drainage surface. The drainage surface is divided into a top cover and a guide ring instead of an integrated assembly, so that other parts are arranged below the drainage assembly conveniently.

Furthermore, an outer fog outlet leading to the outside is also formed in the upper cover assembly; an indicator lamp is arranged below the drainage surface, the drainage surface is made of light-transmitting materials and is provided with an inner fog outlet connected with the outer fog outlet, and the inner fog outlet is arranged around the indicator lamp in an enclosing mode. The light-transmitting material of drainage surface is convenient for the light of pilot lamp to see through, and the humidifier of evaporative type goes out fog and can not observe, and the light of pilot lamp is passed through, more observes fog, avoids the user to think that does not go out fog or go out fog too little.

Further, the water filling port is arranged in the center of the upper cover assembly. The filler in the center of the upper cover assembly can utilize the size of the upper cover assembly to the maximum extent, so that the size of the filler can be larger.

Further, the upper cover assembly comprises a funnel piece with a through opening in the middle, and the water filling opening is the through opening of the funnel piece. The upper cover subassembly of funnel spare formula guides rivers better and gets into the filler when the user adds water, even do not aim at the filler when pouring water, as long as just can guide water well in the within range of funnel spare, enlarged the filler in other words, can reach better the experience of adding water.

Furthermore, a water inlet baffle is further arranged and arranged on the outer side of the water inlet hole below the drainage surface, and the water inlet baffle gradually inclines towards the water inlet hole to guide water from the drainage surface into the water inlet hole. When water is added, if more water is added at one time, the water flow speed is higher, and the water flow is possibly impacted to the side surface to cause deviation from the lower water inlet hole; the water inlet baffle can guide the water flow which is from the water guide surface but not directly opposite to the water inlet hole into the water inlet hole, and the water is prevented from falling into other positions.

Furthermore, a fixing structure is further arranged, and the fan is installed on the fixing structure through the fixing structure.

Further, fixed knot constructs including spliced pole, link and column spinner, the spliced pole is located the drainage subassembly towards one side of fan, the link connect in on the spliced pole, the column spinner is located on the link, the fan with the column spinner is rotary motion as the axle. The fan is fixed below the drainage assembly through the fixing structure, so that the bottom end of the fan facing the mist outlet pipe does not need to be provided with a connecting structure, and the water mist from the mist outlet pipe can be sucked out conveniently without blocking.

Drawings

Fig. 1 is a first angle sectional view of a humidifier for facilitating water addition according to the present invention;

FIG. 2 is a sectional exploded view of a humidifier of the present invention for facilitating water addition;

FIG. 3 is a second angled cross-sectional view of a humidifier of the present invention for facilitating water addition;

fig. 4 is a perspective view of the humidifier convenient for adding water according to the present invention.

Detailed Description

The humidifier convenient for adding water of the invention is described in detail with reference to the accompanying drawings for explaining and explaining the protection scope of the invention.

A humidifier convenient for adding water comprises a water tank 1, an atomization assembly 2 arranged below the water tank 1, a mist outlet pipe 3, a fan 4, an upper cover assembly 5 and a drainage assembly, wherein the mist outlet pipe 3 penetrates through the water tank 1 to communicate the atomization assembly 2 and the fan 4; the fan 4 is arranged above the mist outlet pipe 3; the upper cover assembly 5 is arranged above the fan 4 in a covering manner and is provided with a water filling port 51; the drainage assembly is arranged between the water filling port 51 and the fan 4, the drainage assembly is provided with a drainage surface 61 which becomes lower and inclined towards the outside of the fan 4, and a water inlet hole 7 leading to the water tank 1 is arranged below the drainage surface 61. The atomizing component in the embodiment preferably comprises a water adding structure and a heating disc, the water adding structure guides water from the water tank to the heating disc, and the heating disc heats the water and evaporates the water to form water mist.

In the upper water adding type humidifier in the prior art, the size of the water adding port 51 is difficult to be designed to be larger when the fan 4 is arranged above the water tank 1, and the fan 4 is also arranged above the water tank 1 in the humidifier in the scheme, but the problem can be solved; wherein fan 4 and atomization component 2 divide and locate water tank 1's upper end both ends, and the structure of connecting through fog pipe 3 has many advantages, for example can increase the distance between fan 4 and atomization component 2, has softened the wind that is used in atomization component 2, avoids the strong wind to blow closely and causes the influence etc. to atomization effect, does not do the expansion with regard to this in this scheme. Structurally, in order to avoid water flowing to the fan 4 and the lower atomizing assembly 2 when water is added from the water adding port 51 above the fan 4, the invention adopts the drainage assembly to block the fan 4 and the lower mist outlet pipe 3, and the drainage surface 61 which is inclined downwards and outwards from the fan 4 guides the water to the lower water inlet hole 7, so that the water enters the water tank 1 to realize the water adding operation of the water tank 1. The filler 51 on the upper cover assembly 5 is in the most obvious position of humidifier, and the user observes easily and be convenient for pour water when adding water, and consequently the user can directly add water through the filler 51 on the upper cover assembly 5 when adding water, because the drainage subassembly removes the restriction of fan 4 to filler 51 size and position moreover, consequently filler 51 can set up bigger size to the operation of aiming at filler 51 is simpler when the user pours water, and it is more convenient to add water.

In order to better perform the drainage function, the present embodiment provides a preferred embodiment of the drainage surface 61: the flow guide surface 61 is in a convex top shape whose height gradually decreases from a position facing the filler 51 to the outer side in the circumferential direction. The convex-top-shaped drainage surface 61 can well guide water to the outside from various angles, and water can be drained at various angles at a high drainage speed. More preferably, the middle part of the flow guide surface 61 is the highest and is a concentrated upward arc-shaped bulge, the outward radian of the arc-shaped bulge is reduced to form a slope, and the radian of the outermost end of the slope is increased and is bent downwards. The middle part is a smooth arc-shaped bulge instead of a sharp top, so that the whole line is smooth, and hands are not easy to hurt during cleaning. The slope makes the rivers guide more smoothly, and the water that the outer extreme radian increase and downwarping shape will flow down from the slope is difficult to flow out drainage surface 61 with the form that splashes, can more accurately guide the water inlet that falls into the below with water, accomplishes and adds water.

As a preferred embodiment of the flow guiding assembly, the flow guiding assembly includes a top cover 62 and a flow guiding ring 63, the top cover 62 covers an opening in the middle of the flow guiding ring 63, the height of the top cover 62 is greater than that of the flow guiding ring 63, and the top cover 62 and the upper surface of the flow guiding ring 63 form the flow guiding surface 61. The flow directing surface 61 is divided into a top cover 62 and a flow directing ring 63, rather than an integral assembly, to facilitate the placement of other components below the flow directing assembly.

In addition, the humidifier in the embodiment has a more humanized structure, namely the fog outlet effect can be enhanced through lamplight, and the upper cover assembly 5 is also provided with an outer fog outlet communicated with the outside; an indicator lamp 64 is arranged below the drainage surface 61, the drainage surface 61 is made of a light-transmitting material and is provided with an inner fog outlet connected with the outer fog outlet, and the inner fog outlet is arranged around the indicator lamp 64. The light-transmitting material of the drainage surface 61 is convenient for the light of the indicator lamp 64 to penetrate out, the fog of the evaporation type humidifier cannot be observed, the light of the indicator lamp 64 penetrates out, the fog is observed, and the situation that a user thinks that the fog does not exist or is too small is avoided. The indicator 64 may also be used as a water-adding indicator 64 that lights up or flashes in the absence of water to alert the user to add water therefrom, and the indicator 64 may be used for other purposes, such as: and (5) power-on indication.

In the arrangement of the upper lid assembly 5 and the filler, the filler 51 is provided at the center of the upper lid assembly 5 in order to increase the effective area of the filler 51 as much as possible. The filler opening 51 in the center of the upper cover assembly 5 can utilize the size of the upper cover assembly 5 to the maximum extent, so that the size of the filler opening 51 can be set larger. Further auxiliarily, the upper cover assembly 5 includes a funnel 52 having a through opening in the middle, and the filler 51 is a through opening of the funnel 52. The upper cover assembly 5 of funnel 52 formula guides rivers better and gets into the filler 51 when the user adds water, even do not aim at the filler 51 when pouring water, as long as just can guide water well in the within range of funnel 52, enlarged filler 51 in other words, can reach better the experience of adding water.

After water enters the humidifier from the water filling port 51, water flow needs to be guided by the drainage assembly and also needs to be ensured to accurately enter the water tank 1, a water inlet baffle plate 8 is further arranged in the scheme, the water inlet baffle plate 8 is arranged on the outer side of the water inlet hole 7 below the drainage surface 61, the water inlet baffle plate 8 gradually inclines towards the water inlet hole 7, and the water from the drainage surface 61 is guided to enter the water inlet hole 7. When water is added, if more water is added at one time, the water flow speed is higher, and the water flow is possibly impacted to the side surface to cause deviation from the lower water inlet hole 7; the water inlet baffle 8 can guide the water flow from the water guide surface 61 but not directly opposite to the water inlet hole 7 into the water inlet hole 7, and prevent the water from falling to other positions.

As a preferable scheme for fixing the fan 4, a fixing structure is further provided, and the fan 4 is mounted on the fixing structure through the fixing structure. Fixed knot constructs including spliced pole 91, link 92 and column spinner 93, spliced pole 91 is located the drainage subassembly towards one side of fan 4, link 92 connect in on the spliced pole 91, column spinner 93 is located on the link 92, fan 4 with column spinner 93 is the rotary motion as the axle. The fan 4 is fixed below the drainage assembly through the fixing structure, so that the bottom end of the fan 4 facing the mist outlet pipe 3 does not need to be provided with a connecting structure, and the water mist from the mist outlet pipe 3 can be sucked out conveniently without blocking.

Variations and modifications to the above-described embodiments may occur to those skilled in the art, in light of the above teachings and teachings. Therefore, the present invention is not limited to the specific embodiments disclosed and described above, and some modifications and changes to the present invention should fall within the protection scope of the claims of the present invention. Furthermore, although specific terms are employed herein, they are used in a generic and descriptive sense only and not for purposes of limitation.

Claims (10)

1. A humidifier convenient for adding water comprises a water tank and an atomization assembly arranged below the water tank, and is characterized by further comprising a mist outlet pipe, a fan, an upper cover assembly and a drainage assembly, wherein the mist outlet pipe penetrates through the water tank to communicate the atomization assembly and the fan; the fan is arranged above the mist outlet pipe; the upper cover assembly is arranged above the fan in a covering mode and is provided with a water filling port; the drainage assembly is arranged between the water filling port and the fan, the drainage assembly is provided with a drainage surface which inclines towards the outside of the fan, and a water inlet hole leading to the water tank is arranged below the drainage surface.

2. The humidifier according to claim 1, wherein the flow guide surface has a convex top shape whose height gradually decreases from a position facing the filler to a circumferential outer side.

3. The humidifier of claim 2, wherein the central portion of the flow guide surface is a highest and is a concentrated upward arc-shaped protrusion, the outward arc of the arc-shaped protrusion is reduced to form a slope, and the arc is increased and is bent downward at the outermost end of the slope.

4. The humidifier of claim 1, wherein the flow guide assembly comprises a top cover and a flow guide ring, the top cover is covered on an opening in the middle of the flow guide ring, the top cover is higher than the flow guide ring, and the top cover and the upper surface of the flow guide ring form the flow guide surface.

5. The humidifier of claim 1, wherein the upper cover assembly is further provided with an outer fog outlet which is communicated with the outside; an indicator lamp is arranged below the drainage surface, the drainage surface is made of light-transmitting materials and is provided with an inner fog outlet connected with the outer fog outlet, and the inner fog outlet is arranged around the indicator lamp in an enclosing mode.

6. The humidifier of claim 1, wherein the filler is centrally located in the upper cover assembly.

7. The humidifier of claim 1, wherein the upper cover assembly comprises a funnel member having a through opening in a middle portion thereof, and the water filling port is the through opening of the funnel member.

8. The humidifier of claim 1, further comprising a water inlet baffle, wherein the water inlet baffle is disposed outside the water inlet below the flow guide surface, and the water inlet baffle is gradually inclined toward the water inlet to guide water from the flow guide surface into the water inlet.

9. The humidifier of claim 1, further comprising a securing structure, wherein the fan is mounted to the securing structure by the securing structure.

10. The humidifier of claim 9, wherein the fixing structure comprises a connection column, a connection frame and a rotation column, the connection column is disposed on a side of the drainage assembly facing the fan, the connection frame is connected to the connection column, the rotation column is disposed on the connection frame, and the fan rotates around the rotation column.

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