CN213046336U

CN213046336U - Ceramic vase with strong moisture retention

Info

Publication number: CN213046336U
Application number: CN202021423332.8U
Authority: CN
Inventors: 曾昭腾
Original assignee: Fujian Dehua Tengyi Ceramics Co ltd
Current assignee: Fujian Dehua Tengyi Ceramics Co ltd
Priority date: 2020-07-20
Filing date: 2020-07-20
Publication date: 2021-04-27
Anticipated expiration: 2030-07-20

Abstract

The utility model discloses a pottery vase that moisturizing is strong, including bottle, atomizing device one, atomizing device two and control mechanism, the bottle is by outer to interior ceramic layer, hollow layer and the chamber of inserting flowers of including in proper order, the chamber of inserting flowers upper end is equipped with the joint groove, atomizing device one is including supporting siphunculus, atomising head, atomizing piece one and the cotton stick one that absorbs water, it runs through the chamber rigid coupling of inserting flowers to support the siphunculus and locates the chamber of inserting flowers diapire, it locates the chamber of inserting flowers center to support the siphunculus, it highly is greater than the height in chamber of inserting flowers to support the pipe that leads to, it is equipped with humidity transducer to support the siphunculus upper end. The utility model belongs to the vase field specifically is to provide a eminence is to bright cut-flower top spraying, but all-round angle regulation's of rotation all around to bright cut-flower middle part spraying, all-round moisturizing, humidity around the real-time display vase, according to setting up humidity atomizing bottle water and spray to bright cut-flower on, remind the watered practicality of user height, reasonable in design, convenient laborsaving ceramic vase that moisture retention is strong.

Description

Ceramic vase with strong moisture retention

Technical Field

The utility model belongs to the vase field specifically indicates a pottery vase that moisture retention is strong.

Background

With the improvement of living standard of people, more and more people choose to decorate own families with the fresh cut flowers, the vase inserted with the fresh cut flowers also becomes an indispensable daily necessity in the families, and the ceramic vase with Chinese characteristics is popular. The fresh cut flowers of different varieties need to be cared differently, most of the fresh cut flowers need to be moisturized strongly, the moisturizing of the fresh cut flowers is different from the simple watering of potted flowers, but the moisturizing is carried out by spraying water to the leaves and the petals of the fresh cut flowers, if the moisturizing of the fresh cut flowers cannot be effectively and timely carried out, the fresh cut flowers can be withered and withered quickly, and therefore a novel ceramic vase is urgently needed to solve the problems.

SUMMERY OF THE UTILITY MODEL

For solving the above-mentioned current difficult problem, the utility model provides a eminence is to bright cut-flower top spraying, but all around rotatory angle regulation's to bright cut-flower middle part spraying, all-round moisturizing, humidity around the real-time display vase, according to setting up humidity atomizing bottle water and spray to bright cut-flower on, remind the watered practicality of user height, reasonable in design, convenient laborsaving ceramic vase that moisture retention is strong.

The utility model adopts the following technical scheme: the utility model relates to a ceramic vase with strong moisture retention, which comprises a vase body, a first atomizing device, a second atomizing device and a control mechanism, wherein the vase body sequentially comprises a ceramic layer, a hollow layer and a flower-inserting cavity from outside to inside, the upper end of the flower-inserting cavity is provided with a clamping groove, the first atomizing device comprises a support through pipe, an atomizing head, an atomizing sheet and a water-absorbing sponge, the support through pipe penetrates through the flower-inserting cavity and is fixedly connected with the bottom wall of the flower-inserting cavity, the support through pipe is arranged at the center of the flower-inserting cavity, the height of the support through pipe is larger than that of the flower-inserting cavity, the upper end of the support through pipe is provided with a humidity sensor, a humidity sensor detects the humidity value of the surrounding environment around the vase, the atomizing head is arranged at the upper end of the support through pipe, the atomizing head is communicated with the support through pipe, the atomizing head is arranged in a shower-shaped hollow cavity, the atomizing nozzle I is arranged on the atomizing head, the atomizing head, the first atomizing piece is arranged in the atomizing head, the first water-absorbing sponge is arranged below the atomizing piece, the first water-absorbing sponge is arranged in the supporting through pipe in a penetrating manner, the first water-absorbing sponge is higher than the supporting through pipe and is convenient for the first water-absorbing sponge to contact with the atomizing piece, the second atomizing device is arranged in the flower arrangement cavity and the hollow layer, the second atomizing device comprises a rotating component and an atomizing component, the rotating component is arranged at the upper end of the hollow layer and comprises a bearing plate, a rotating motor, a rotating pinion and a rotating gear wheel, the bearing plate is connected with the ceramic layer and the flower arrangement cavity and is arranged at the upper part of the hollow layer, the rotating motor is arranged above the bearing plate, the rotating pinion is arranged on an output shaft of the rotating motor, the rotating gear wheel can be rotatably clamped in the clamping groove, the inner diameter of the rotating gear wheel is larger than the inner diameter of, the rotary big gear wheel can rotate around the bottle mouth of the flower arrangement cavity when the rotary small gear wheel drives the rotary big gear wheel to rotate, the upper end of the rotary big gear wheel is provided with a connecting platform, the atomizing assembly is arranged on the rotary big gear wheel and comprises an adjustable supporting rod, an atomizing plate, an atomizing sheet II and a water-absorbing sponge II, the adjustable supporting rod is hinged with the connecting platform so as to be convenient for adjusting the angle between the connecting platform and the adjustable supporting rod, the atomizing plate is hinged at one end of the adjustable supporting rod, which is far away from the connecting platform, the atomizing plate is arranged in a hollow cavity, the atomizing plate is provided with an atomizing orifice II, the hinge part of the adjustable supporting rod and the atomizing plate is provided with an angle adjusting knob, the angle adjusting knob is convenient for adjusting the angle between the atomizing plate and the adjustable supporting rod so as to ensure that the atomizing plate keeps a proper distance with flowers, but adjustable support upper end link to each other with the atomizing board link up, two upper ends of the sponge that absorb water are located in the adjustable support pole and are contacted with two atomizing pieces, the intracavity of arranging flowers is located to two lower extremes of the sponge that absorb water, and rotatory gear wheel is rotatory around the atomizing board that rotatory drive adjustable support pole one end, makes bright cut flower side week can both spray atomizing steam and realize moisturizing bright cut flower side week comprehensively, control mechanism includes control panel and controller, control panel locates the bottle outer wall, the controller is located on the loading board.

Further, be equipped with level sensor in the flower arrangement intracavity, detect the intracavity liquid level of flower arrangement, remind the user to add water when lacking water.

Further, support siphunculus lower extreme and be equipped with the hole that absorbs water, the sponge that absorbs water adsorbs the water in the flower arrangement intracavity to the atomizing piece below through the hole that absorbs water and provides moisture for the atomizing piece atomizing.

Further, joint groove diapire is equipped with the ball constant head tank, rotatory gear wheel bottom is equipped with the ball recess, the ball constant head tank top is located to the ball recess, rotatable joint is equipped with rotatory ball between ball constant head tank and the ball recess, the ball recess be with the endocentric ring form setting of rotatory gear wheel, ball recess inner diameter is greater than rotatory gear wheel inner diameter and outer diameter and is less than rotatory gear wheel outer diameter, and the joint groove supports rotatory gear wheel rotation with rotatory ball, ball recess, rotatory ball and ball constant head tank adopt metal material to make.

Further, be equipped with dampproofing apron on the hollow layer, the hollow layer top is located to dampproofing apron, dampproofing apron is located directly over rotating electrical machines and the controller, the ceramic layer inside wall is located to dampproofing apron joint, and dampproofing apron avoids the atomizing aqueous vapor to splash the damage that the hollow layer caused motor and controller.

Further, control panel includes switch one, switch two, water shortage pilot lamp and display screen, switch one links to each other with an atomizing piece electrical property, and switch one controls atomizing device one, switch two links to each other with rotating electrical machines, two electrical properties of atomizing piece, and switch two controls atomizing device two, controller and water shortage pilot lamp, level sensor electric connection remind the user to add water through water shortage pilot lamp during the flower arrangement intracavity water shortage, the controller links to each other with display screen, humidity transducer electrical property, and the display screen shows vase surrounding environment humidity value in real time.

Further, the bottle outer wall is equipped with the power connecting wire, power connecting wire and control panel, controller, level sensor, humidity transducer, rotating electrical machines, atomizing piece one, two electric connection of atomizing piece, the controller respectively with level sensor, humidity transducer, lack of water pilot lamp, display screen, rotating electrical machines, atomizing piece one, two electric connection of atomizing piece.

Adopt above-mentioned structure the utility model discloses the beneficial effect who gains as follows: the ceramic vase with strong moisture retention atomizes water in a flower arrangement cavity through a first atomizing sheet and a second atomizing sheet, atomized water vapor of the first atomizing sheet is sprayed to the top of a fresh cut flower from a first atomizing spray hole on an atomizing head far higher than a mouth of the flower arrangement cavity to locally retain moisture of the fresh cut flower, atomized water vapor of the second atomizing sheet is sprayed to the side circumference of the fresh cut flower from a second atomizing spray hole on an atomizing plate, an adjustable support rod is hinged with the atomizing plate, an angle between the adjustable support rod and the atomizing plate is adjusted through an angle adjusting knob, the atomizing plate can adjust the angle of water mist sprayed to the side circumference of the fresh cut flower, a rotary pinion at the output end of a rotary motor works to drive a rotary big gear to rotate, a connecting platform on the rotary big gear is hinged with the adjustable support rod, the rotary big gear rotates to drive the adjustable support rod to rotate so as to drive the atomizing plate to rotate, the atomizing plate rotates while uniformly spraying atomized gas generated by the second, the realization sprays the water smoke all around to the bright cut-flower and moisturizes, humidity transducer real-time detection body is the environmental humidity value on every side, controller control atomizing device one and atomizing device two work carry out all-round atomizing to the bright cut-flower and moisturize when humidity transducer detects the surrounding environment humidity value and is less than predetermineeing the threshold value, level sensor real-time detection arranges the liquid level of flower intracavity, when arranging flower intracavity liquid level and being less than when predetermineeing the liquid level threshold value, controller control water shortage pilot lamp lights and plays to remind and add water, guarantee to arrange flower intracavity and have sufficient water all the time, guarantee the new freshness of flower.

Drawings

FIG. 1 is a schematic view of a ceramic vase with strong moisture retention;

FIG. 2 is a cross-sectional view of a ceramic vase with high moisture retention according to the present invention;

FIG. 3 is a schematic view of the meshing structure of the rotary small gear and the rotary big gear of the ceramic vase with strong moisture retention;

FIG. 4 is an enlarged view of a portion A of FIG. 2;

FIG. 5 is a partial enlarged view of portion B of FIG. 2;

FIG. 6 is a bottom view of the rotary big gear wheel of the ceramic vase with strong moisture retention;

fig. 7 is a cross-sectional view of the ceramic vase joint groove of the utility model with strong moisture retention.

Wherein, 1, a bottle body, 2, a first atomizing device, 3, a second atomizing device, 4, a control mechanism, 5, a ceramic layer, 6, a hollow layer, 7, a flower inserting cavity, 8, a clamping groove, 9, a supporting through pipe, 10, an atomizing head, 11, a first atomizing sheet, 12, a first water absorption sponge, 13, a humidity sensor, 14, a first atomizing spray hole, 15, a rotating component, 16, an atomizing component, 17, a bearing plate, 18, a rotating motor, 19, a rotating pinion, 20, a rotating bull gear, 21, a connecting table, 22, an adjustable supporting rod, 23, an atomizing plate, 24, a second atomizing sheet, 25, a second water absorption sponge, 26, an atomizing spray hole, 27, an angle adjusting knob, 28, a control panel, 29, a controller, 30, a liquid level sensor, 31, a water suction hole, 32, a ball positioning groove, 33, a ball groove, 34, a rotating ball, 35, a damp-proof cover plate, 36 and a first switch, 37. a second switch 38, a water shortage indicator lamp 39, a display screen 40 and a power supply connecting wire.

Detailed Description

The technical solution of the present invention will be described in further detail with reference to specific embodiments, and all the parts of the present invention not described in detail in the technical features or the connection relation are the prior art.

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

As shown in figures 1-7, the utility model relates to a ceramic vase with strong moisture retention, which comprises a vase body 1, an atomizing device I2, an atomizing device II 3 and a control mechanism 4, wherein the vase body 1 comprises a ceramic layer 5, a hollow layer 6 and a flower arrangement cavity 7 from outside to inside in sequence, the upper end of the flower arrangement cavity 7 is provided with a clamping groove 8, the atomizing device I2 comprises a support through pipe 9, an atomizing head 10, an atomizing sheet I11 and a water-absorbing sponge I12, the support through pipe 9 penetrates through the flower arrangement cavity 7 and is fixedly connected with the bottom wall of the flower arrangement cavity 7, the support through pipe 9 is arranged at the center of the flower arrangement cavity 7, the height of the support through pipe 9 is larger than that of the flower arrangement cavity 7, the upper end of the support through pipe 9 is provided with a humidity sensor 13, the atomizing head 10 is arranged at the upper end of the support through pipe 9, the atomizing head 10 is connected with the support through pipe 9, the atomizing head is provided with an atomizing orifice I14 on the atomizing head 10, the atomizing plate I11 is arranged in the atomizing head 10, the water absorbing sponge I12 is arranged below the atomizing plate I11, the sponge water absorbing sponge I12 is arranged in the supporting through pipe 9 in a penetrating way, the water absorbing sponge I12 is highly larger than the supporting through pipe 9, the atomizing device II 3 is arranged in the flower inserting cavity 7 and the hollow layer 6, the atomizing device II 3 comprises a rotating component 15 and an atomizing component 16, the rotating component 15 is arranged at the upper end of the hollow layer 6, the rotating component 15 comprises a bearing plate 17, a rotating motor 18, a rotating pinion 19 and a rotating gearwheel 20, the bearing plate 17 is connected with the ceramic layer 5 and the flower inserting cavity 7 and is arranged at the upper part of the hollow layer 6, the rotating motor 18 is arranged above the bearing plate 17, the rotating pinion 19 is arranged on an output shaft of the rotating motor 18, the rotating gearwheel 20 can be rotatably clamped, the inner diameter of the rotary gearwheel 20 is larger than the inner diameter of the clamping groove 8 and smaller than the outer diameter of the upper end of the flower inserting cavity 7, the rotary gearwheel 20 is meshed with the rotary pinion 19, the upper end of the rotary gearwheel 20 is provided with a connecting table 21, the atomizing assembly 16 is arranged on the rotary gearwheel 20, the atomizing assembly 16 comprises an adjustable support rod 22, an atomizing plate 23, two atomizing spray holes 24 and two water-absorbing sponges 25, the adjustable support rod 22 is hinged to the connecting table 21, the atomizing plate 23 is hinged to one end of the adjustable support rod 22 far away from the connecting table 21, the atomizing plate 23 is a hollow cavity, the atomizing plate 23 is provided with two atomizing spray holes 26, the adjustable support rod 22 is provided with an angle adjusting knob 27 at the hinged position with the atomizing plate 23, the two atomizing spray holes 24 are arranged in the atomizing plate 23, the adjustable support rod 22 is vertically communicated with the hollow cavity, the upper end of the adjustable support rod, the upper end of the second water-absorbing sponge 25 is arranged in the adjustable supporting rod 22 and is in contact with the second atomizing sheet 24, the lower end of the second water-absorbing sponge 25 is arranged in the flower arrangement cavity 7, the control mechanism 4 comprises a control panel 28 and a controller 29, the control panel 28 is arranged on the outer wall of the bottle body 1, and the controller 29 is arranged on the bearing plate 17.

Wherein, be equipped with level sensor 30 in the flower inserting chamber 7, it is equipped with suction hole 31 to support siphunculus 9 lower extreme, 8 diapalls in joint groove are equipped with ball constant head tank 32, rotatory gear wheel 20 bottom is equipped with ball recess 33, ball recess 33 is located ball constant head tank 32 top, but the rotary joint is equipped with rotatory ball 34 between ball constant head tank 32 and the ball recess 33, ball recess 33 is the ring form setting concentric with rotatory gear wheel 20, ball recess 33 internal diameter is greater than rotatory gear wheel 20 internal diameter and external diameter is less than rotatory gear wheel 20 external diameter, ball recess 33, rotatory ball 34 and ball constant head tank 32 adopt metal material to make, be equipped with dampproofing apron 35 on well hollow layer 6, dampproofing apron 35 locates well hollow layer 6 top, dampproofing apron 35 is located directly over rotating electrical machines 18 and controller 29, ceramic layer 5 inside wall is located to dampproofing apron 35 joint, control panel 28 includes switch 36, two 37 of switch, lack water pilot lamp 38 and, display screen 39, switch 36 links to each other with an 11 electrical property of atomizing piece, two 37 of switch and rotating electrical machines 18, two 24 electrical properties of atomizing piece link to each other, controller 29 and lack water pilot lamp 38, level sensor 30 electrical connection, controller 29 and display screen 39, humidity transducer 13 electrical property link to each other, 1 outer wall of bottle is equipped with power connecting wire 40, power connecting wire 40 and control panel 28, controller 29, level sensor 30, humidity transducer 13, rotating electrical machines 18, atomizing piece one 11, two 24 electrical connection of atomizing piece, controller 29 respectively with level sensor 30, humidity transducer 13, lack water pilot lamp 38, display screen 39, rotating electrical machines 18, atomizing piece one 11, The second atomization plate 24 is electrically connected.

When the device is used specifically, a power supply connecting wire 40 is connected with an external power supply, clear water is poured into the flower arrangement cavity 7, the fresh cut flowers are inserted into the flower arrangement cavity 7, so that the fresh cut flowers are uniformly distributed by taking the supporting through pipe 9 as a center, the angle of the adjustable supporting rod 22 is adjusted by the angle adjusting knob 27, so that the atomizing plate 23 on the adjustable supporting rod 22 is aligned to the side circumference of the fresh cut flowers and does not touch the fresh cut flowers, when the fresh cut flowers need to be moisturized, the first atomizing sheet 11 is started by pressing the first switch 36, the first sponge absorbent sponge 12 absorbs water from the lower end of the supporting through pipe 9, the first atomizing sheet 11 atomizes the water in the first sponge absorbent sponge 12, atomized water vapor is sprayed to the tops of the fresh cut flowers from the first atomizing spray holes 14 through the atomizing head 10 higher than the fresh cut flowers to carry out local moisturizing, the second atomizing sheet 24 and the rotating motor 18 are started by pressing the second switch 37, the second sponge absorbent sponge 25 absorbs water from the flower arrangement cavity 7, and the second atomizing sheet, the rotary motor 18 drives the rotary pinion 19 to rotate, the rotary pinion 19 drives the rotary bull gear 20 to rotate, the rotary bull gear 20 drives the adjustable support rod 22 to rotate, the adjustable support rod 22 drives the atomization plate 23 to rotate, the atomization plate 23 rotates and sprays atomized air generated by the second atomization piece 24 on the outer surface of the cut flowers through the second atomization spray hole 26, the atomization plate 23 moisturizes atomized water vapor sprayed on the periphery of the cut flowers in a whole range, meanwhile, the first switch 36 and the second switch 37 are pressed down to moisturize the cut flowers in a whole range, the controller 29 controls the humidity sensor 13 to detect the ambient humidity value around the bottle body in real time, when the humidity sensor 13 detects that the ambient humidity value exceeds a preset threshold value, the controller 29 controls the first atomization device 2 and the second atomization device 3 to work to atomize the cut flowers in a whole range, and the controller 29 controls the liquid level sensor 30 to detect the liquid level in the flower inserting cavity 7 in real time, when the liquid level is less than the predetermined liquid level threshold value in the chamber 7 of inserting flowers, controller 29 controls water shortage pilot lamp 38 and lights and remind adding water, has enough water in the guarantee chamber 7 of inserting flowers all the time, guarantees the new freshness of flower.

The present invention and the embodiments thereof have been described above, but the description is not limited thereto, and the embodiment shown in the drawings is only one of the embodiments of the present invention, and the actual structure is not limited thereto. In summary, those skilled in the art should understand that they should not be limited to the embodiments described above, and that they can design the similar structure and embodiments without departing from the spirit of the invention.

Claims

1. A ceramic vase with strong moisture retention is characterized in that: the flower-inserting and flower-inserting bottle comprises a bottle body, a first atomizing device, a second atomizing device and a control mechanism, wherein the bottle body sequentially comprises a ceramic layer, a hollow layer and a flower-inserting cavity from outside to inside, a clamping groove is formed in the upper end of the flower-inserting cavity, the first atomizing device comprises a supporting through pipe, an atomizing head, an atomizing sheet and a water-absorbing sponge, the supporting through pipe penetrates through the flower-inserting cavity and is fixedly connected with the bottom wall of the flower-inserting cavity, the supporting through pipe is arranged in the center of the flower-inserting cavity, the height of the supporting through pipe is larger than that of the flower-inserting cavity, a humidity sensor is arranged at the upper end of the supporting through pipe, the atomizing head is arranged at the upper end of the supporting through pipe and is connected with the supporting through pipe in a penetrating manner, the atomizing head is provided with a first atomizing orifice, the atomizing sheet is arranged in the atomizing head, the first water-absorbing, the utility model discloses a flower arrangement cavity, including a water-absorbing sponge, atomizing component, ceramic layer and flower arrangement cavity, including hollow layer upper end, rotary component, rotatory pinion and rotatory gear wheel, the hollow layer upper portion is located with ceramic layer and flower arrangement cavity to the supporting component, hollow layer upper end is located to the rotary component, rotary component includes loading board, rotating electrical machines, rotatory pinion and rotatory gear wheel, the loading board links to each other with ceramic layer and flower arrangement cavity and locates hollow layer upper portion, the rotating electrical machines is located the loading board top, the rotating electrical machines output shaft is located to the rotatory pinion, the rotatable joint of rotatory gear wheel is located the joint inslot, rotatory gear wheel internal diameter is greater than joint inslot internal diameter and is less than flower arrangement cavity upper end external diameter, rotatory gear wheel and rotatory pinion meshing, rotatory gear wheel upper end is equipped with the connection platform, atomizing, Atomizing board, atomizing piece two and the sponge of absorbing water two, adjustable support bar is articulated with the connection platform, the one end that the connection platform was kept away from to adjustable support bar is located in the atomizing board is articulated, the atomizing board sets up for the cavity, be equipped with atomizing orifice two on the atomizing board, adjustable support bar is equipped with angle adjust knob with the articulated department of atomizing board, atomizing piece two is located in the atomizing board, adjustable support bar is for lining up the cavity setting from top to bottom, adjustable support bar upper end link up with the atomizing board and link to each other, two upper ends of the sponge of absorbing water are located in the adjustable support bar and are touched with atomizing piece two and connect, the intracavity of inserting flowers is located to two lower extremes of the sponge of absorbing water, control mechanism includes control panel and controller, control panel locates the bottle outer wall, the controller is located on the.

2. The ceramic vase according to claim 1, wherein the ceramic vase has a moisture-retaining property, and comprises: and a liquid level sensor is arranged in the flower arrangement cavity.

3. The ceramic vase according to claim 1, wherein the ceramic vase has a moisture-retaining property, and comprises: the lower end of the support through pipe is provided with a water suction hole.

4. The ceramic vase according to claim 1, wherein the ceramic vase has a moisture-retaining property, and comprises: the joint groove diapire is equipped with the ball constant head tank, rotatory gear wheel bottom is equipped with the ball recess, ball constant head tank top is located to the ball recess, rotatable joint is equipped with rotatory ball between ball constant head tank and the ball recess, the ball recess be with the endocentric ring form setting of rotatory gear wheel, ball recess inner diameter is greater than rotatory gear wheel inner diameter and outer diameter and is less than rotatory gear wheel outer diameter, ball recess, rotatory ball and ball constant head tank adopt metal material to make.

5. The ceramic vase according to claim 1, wherein the ceramic vase has a moisture-retaining property, and comprises: be equipped with dampproofing apron on the hollow layer, the hollow layer top is located to dampproofing apron, and rotating electrical machines and controller are located directly over to dampproofing apron, the ceramic layer inside wall is located to dampproofing apron joint.

6. The ceramic vase according to claim 2, wherein the moisture-retaining property of the ceramic vase is as follows: control panel includes switch one, switch two, water deficiency pilot lamp and display screen, switch one links to each other with an atomizing piece electrical property, switch two links to each other with two electrical properties of rotating electrical machines, atomizing piece, controller and water deficiency pilot lamp, level sensor electric connection, the controller links to each other with display screen, humidity transducer electrical property.

7. The ceramic vase according to claim 6, wherein the moisture-retaining property of the vase is as follows: the outer wall of the bottle body is provided with a power supply connecting wire, the power supply connecting wire is electrically connected with a control panel, a controller, a liquid level sensor, a humidity sensor, a rotating motor, a first atomization piece and a second atomization piece, and the controller is electrically connected with the liquid level sensor, the humidity sensor, a water shortage indicating lamp, a display screen, the rotating motor, the first atomization piece and the second atomization piece respectively.