CN208853124U - A kind of floatation type ultrasonic ultrasonic delay line memory and wireless floatation type supersonic atomizer - Google Patents

Abstract

The utility model provides a kind of floatation type ultrasonic ultrasonic delay line memory, it includes floating body, underwater type ultrasonic wave atomizing piece is installed on floating body, the power supply unit for driving underwater type ultrasonic wave atomizing piece to work is equipped in floating body, floating body is equipped with intake tunnel, intake tunnel is higher than the underwater type ultrasonic wave atomizing piece, extraneous water flow is introduced so that underwater type ultrasonic wave atomizing piece is immersed in the water surface hereinafter, underwater type ultrasonic wave atomizing piece shakes the water of upper surface under the driving of power supply unit by intake tunnel.The invention also discloses a kind of wireless floatation type supersonic atomizer containing above-mentioned atomizer simultaneously.The utility model realizes the floatation type structure of product and can have stable inflow to be immersed in the water surface hereinafter, realizing constant fog-supplying amount to guarantee underwater type ultrasonic wave atomizing piece.

Description

A kind of floatation type ultrasonic ultrasonic delay line memory and wireless floatation type supersonic atomizer

Technical field

The utility model relates to ultrasonic ultrasonic delay line memory product technical field more particularly to a kind of floatation type ultrasonic ultrasonic delay line memories And wireless floatation type supersonic atomizer.

Background technique

Currently, having a kind of humidification module that can be swum on the water surface, e.g. Chinese utility model patent in the market CN202747528U and utility application CN105026844A, their used ultrasonic vibrators are lower water absorption types Structure, is commonly called as floating structure, also referred to as pore type ultrasonic vibrator, vibrator itself be have it is thickly dotted longitudinally arranged Micropore realizes that siphon water suction or vibrator bottom are soaked generally by swab stick its working principle is that vibrator bottom surface absorbs water The form realization of water is absorbed water by vibrator bottom surface, and water enters the micropore of vibrator, and vibrator is generally 110KHz with working frequency Left and right carries out laterally (level) vibration, and the water in micropore is atomized by realization.However, the humidification module of this floatation type, Due to being that pore type vibration is taken to generate fog, the moisture storage capacity in micropore is smaller, such humidification module water consumption hourly exists Within 100ml, fog-supplying amount is limited, and the micropore of vibrator is easy blocking, causes normally produce mist, and there are also it to contact the water surface Side (vibrator bottom surface) cannot have bubble, once there are bubble this means that micropore cannot normally absorb water, furthermore, from the water surface (plane on vibrator) side cannot have water, otherwise can not raise fog because water is covered to micropore, so, such humidification module The very little heart is wanted when use, otherwise just will affect out mist, is made troubles to user.

Summary of the invention

The utility model provides a kind of floatation type ultrasonic ultrasonic delay line memory and wireless floatation type supersonic atomizer, realizes The floatation type structure of product and can have stable inflow with guarantee underwater type ultrasonic wave atomizing piece be immersed in the water surface with Under, realize constant fog-supplying amount.

Therefore, the utility model is achieved as follows: a kind of floatation type ultrasonic ultrasonic delay line memory, it includes floating body, special Sign is: being equipped with underwater type ultrasonic wave atomizing piece on the floating body, is equipped in floating body for driving underwater type ultrasonic wave The power supply unit of atomizing piece work, the floating body are equipped with intake tunnel, and the intake tunnel is higher than the underwater type ultrasonic Wave atomizing piece is introduced extraneous water flow underwater type ultrasonic wave atomizing piece is immersed in the water surface hereinafter, diving by intake tunnel Formula ultrasonic atomization piece shakes the water of upper surface under the driving of power supply unit.

Furthermore, it is understood that above-mentioned floatation type ultrasonic ultrasonic delay line memory, the floating body is equipped with water storage cavity, water storage cavity Below the intake tunnel, the upper surface of intake tunnel, water storage cavity and underwater type ultrasonic wave atomizing piece is sequentially connected to, by into Extraneous water flow is introduced into water storage cavity the upper surface so that water covering underwater type ultrasonic wave atomizing piece by aquaporin.

Furthermore, it is understood that above-mentioned floatation type ultrasonic ultrasonic delay line memory, the bottom of the water storage cavity is equipped with hooking ring, snapping The inner cavity of ring is connected to by the through-hole of water storage cavity bottom with water storage cavity, and it is latent for installing that inner cavity is connected in the hooking ring The atomizing piece mounting base of ability of swimming ultrasonic atomization piece, underwater type ultrasonic wave atomizing piece are accommodated in the inner cavity of hooking ring simultaneously, from outer The water that boundary is introduced into water storage cavity enters the inner cavity of hooking ring and is covered on the upper surface of underwater type ultrasonic wave atomizing piece.

Furthermore, it is understood that above-mentioned floatation type ultrasonic ultrasonic delay line memory, the wall body of the hooking ring is equipped with binding block, atomization Piece mounting base is equipped with the locking slot for fastening channel and the fastening that can match with binding block that binding block can be made to travel through, binding block It travels through and fastens channel and be fastened on and make atomizing piece mounting base spiral-lock on the wall body of hooking ring in locking slot.

Furthermore, it is understood that above-mentioned floatation type ultrasonic ultrasonic delay line memory, the binding block is equipped with buckled recess, in locking slot Equipped with the lock column to match with buckled recess.

Furthermore, it is understood that for the above-mentioned floatation type ultrasonic ultrasonic delay line memory with water storage cavity, the bottom of the water storage cavity Portion is equipped with conflux cylinder, the upper surface of the bottom port face underwater type ultrasonic wave atomizing piece of conflux cylinder, and the conflux cylinder is bottom Bore is greater than the horn-like structure of top bore, and the side wall of the conflux cylinder is provided with water inlet, water storage cavity by water inlet with The inner cavity of hooking ring is connected to, and through-hole of the concussion water flow that underwater type ultrasonic wave atomizing piece generates sequentially through water storage cavity bottom gathers The bottom port of flow cartridge sprays after entering conflux cylinder from the upper port of conflux cylinder.

Furthermore, it is understood that above-mentioned floatation type ultrasonic ultrasonic delay line memory, it further includes being mounted on floating body and being located to dive Mist exhausting cover above ability of swimming ultrasonic atomization piece, be provided on mist exhausting cover water mist for generating underwater type ultrasonic wave atomizing piece to The defogging hole of outer discharge.

Furthermore, it is understood that above-mentioned floatation type ultrasonic ultrasonic delay line memory, the upper surface of the floating body, which is equipped with, is located at conflux cylinder The fog discharge fan of top, the inner cavity wall body of mist exhausting cover are equipped with the positioning ring wall to match with fog discharge fan gabarit, defogging hole and positioning The inner cavity of ring wall is connected to.

Furthermore, it is understood that above-mentioned floatation type ultrasonic ultrasonic delay line memory, the inner cavity of the floating body is equipped with through detection water inlet The dielectric constant in channel and be used to measure intake tunnel whether the dielectric constant sensor of water shortage, dielectric constant sensor and setting It is electrically connected in floating body inner control circuit plate and exports detection data to control circuit board.

The invention also discloses a kind of wireless floatation type ultrasonic ultrasonic delay line memories, it includes any of the above-described technical solution institute The floatation type ultrasonic ultrasonic delay line memory stated and the cradle for charging to power supply unit, said supply unit are charge power supply.

The beneficial effects of the utility model are as follows.

1, the utility model is equipped with intake tunnel on floating body, and intake tunnel is made to be higher than underwater type ultrasonic wave mist Change piece, is introduced extraneous water flow underwater type ultrasonic wave atomizing piece is immersed in the water surface hereinafter, submersible type surpasses by intake tunnel Sound wave atomizing piece shakes the water of upper surface under the driving of power supply unit, to generate water mist by concussion water body, uses When, since water is to have submerged underwater type ultrasonic wave atomizing piece, and underwater type ultrasonic wave atomizing piece is that extensional vibration is realized water Oscillating-atomizing, the water being atomized is constant, thus can realize a large amount of and constant fog-supplying amounts.

2, since the utility model is to swim on the water surface, and extraneous water flow is guided to table on floating body by intake tunnel Face so that underwater type ultrasonic wave atomizing piece is immersed in the water surface or less and generates a large amount of constant water mists, during which, although the water surface due to The consuming of water and reduce, however, atomizer described in the utility model can also with liquid level decline and decline, also thereby guarantee that Mist amount it is constant.

3, due to the utility model be using underwater type ultrasonic wave atomizing piece, be during work be immersed in the water surface hereinafter, Than using the floatation type atomizer of pore type atomizing piece that there is bigger fog-supplying amount in the market.

4, the atomizing piece mounting base and hooking ring of the utility model are linked together by fastening structure and closing component structure, Atomizing piece mounting base is connected firmly with hooking ring, ensure that the secured connection of atomizing piece mounting base to greatest extent.

5, the utility model is also equipped in the inner cavity of floating body and is used to measure by the dielectric constant for detecting intake tunnel Intake tunnel whether the dielectric constant sensor of water shortage, by family's electric constant sensor realize non-contact detection intake tunnel be The normal work of atomizer has been effectively ensured in no water shortage, and atomizer water shortage is avoided to work.

Detailed description of the invention

Fig. 1 is the surface structure schematic diagram of the best embodiment of the utility model.

Fig. 2 is the schematic diagram of the section structure of Fig. 1.

Fig. 3 is that the utility model opens the structural schematic diagram after mist exhausting cover.

Fig. 4 is that the utility model takes out the structural schematic diagram after mist exhausting cover and fog discharge fan.

Fig. 5 is the configuration state figure floated after seat of honour setting atomizing piece mounting base.

Fig. 6 is the structural exploded view between the floating seat of honour described in the utility model and atomizing piece mounting base.

Structural exploded view of the Fig. 7 between hooking ring described in the utility model and atomizing piece mounting base.

Installation status diagram of the Fig. 8 between atomizing piece mounting base described in the utility model and hooking ring.

Fig. 9 is the sectional structure chart that the binding block of hooking ring is installed to the fastening channel of atomizing piece mounting base.

Figure 10 is the sectional structure chart that the binding block of hooking ring is installed to the locking slot of atomizing piece mounting base.

Figure 11 is the lock column mating structures figure in buckled recess and locking slot on binding block described in the utility model.

Figure 12 is the floating schematic diagram of base structure for being equipped with power supply unit and control circuit board.

Figure 13 is the installation site relational graph of intake tunnel and dielectric constant sensor.

Figure 14 is the working state schematic representation of the utility model.

Figure 15 is the schematic diagram that the utility model is in charged state.

Figure 16 is the appearance assumption diagram of cradle described in the utility model.

The structural exploded view of cradle described in Figure 17 Figure 16.

Specific embodiment

The utility model will be further described with reference to the accompanying drawing.

Shown in as shown in figs. 1 to 14, the utility model floatation type ultrasonic ultrasonic delay line memory, it includes floating body 1, the floating Whole body 1 can be cylindrical structure, it includes the floating seat of honour 23 and the floating pedestal 24 of counterpart sealing installation, both can be Plastic-injection part, floating pedestal 24 be located at floating the seat of honour 23 lower section, when floating body 1 floating on the water when, float pedestal 24 And its with the connection installing port at the floating seat of honour 23 be it is submerged in water, float the seat of honour 23 and float pedestal 24 and be sealed and installed with Help prevent outside water from entering the inner cavity that the two surrounds.

Underwater type ultrasonic wave atomizing piece 2 is installed on floating body 1, the underwater type ultrasonic wave atomizing piece 2 be immersed in the water surface with Lower certain depth works, it is to carry out extensional vibration (also referred to as concussion) realization to the water of its upper surface to make water fogging, Such atomizing piece is mostly piezoelectric ceramics formula, and this atomizing piece usually work at 3mm, working frequency below the water surface are 1.7MHz is between 2.4MHz, and the work because the underwater type ultrasonic wave atomizing piece 2 is dived beneath the water, working frequency is high, per small When water consumption about in 400ml or more, for this purpose, the fog-supplying amount of such atomizing piece is far longer than the fog-supplying amount of pore type atomizing piece, There is no many using limitation of pore type vibratory atomizer piece.

The power supply unit 3 for driving underwater type ultrasonic wave atomizing piece 2 to work is equipped in floating body 1, power supply unit 3 is installed In the cavity of floating pedestal 24.The power supply unit 3 can be charge power supply, and use wired or wireless charging technique or waterproof USB or magnetic-type charging.

The control circuit board 21 that control underwater type ultrasonic wave atomizing piece 2 works, the control circuit board are additionally provided in floating body 1 21 are also mounted in the cavity of floating pedestal 24, have several control modes by control circuit board 21 to control the work of atomizer Make situation: (1) setting contact witch 25 realizes switch control on floating pedestal 24, as shown in Figure 1, can also float Built-in touch-key is on pedestal 24 to control the size of fog-supplying amount；(2) infrared receiving device can be set in floating body 1, The working condition of atomizer is controlled to receive the signal that IR remote controller is emitted.(3) wifi can be set in floating body 1 Module realizes the control of atomizer working condition to receive the control signal of the mobile terminals such as mobile phone.

Floating body 1 is equipped with several intake tunnels 4 for being located at floating 23 upper position of the seat of honour, and intake tunnel 4 is higher than latent Ability of swimming ultrasonic atomization piece 2 when atomizer works, is introduced extraneous water flow with by underwater type ultrasonic wave mist by intake tunnel 4 Change piece 2 is immersed in the water surface and underwater type ultrasonic wave atomizing piece 2 is immersed in the water surface hereinafter, underwater type ultrasonic wave mist hereinafter, realizing Change piece 2 to shake the water of 2 upper surface of underwater type ultrasonic wave atomizing piece under the driving of power supply unit 3, water surface is realized It is atomized and exports fog outward.

As the Significant Change of technical solution, except this embodiment, the height of several intake tunnels 4 is different, According to the equilibrium relation of the whole gravity of atomizer and suffered buoyancy, so that extraneous water flow is only capable of entering from part intake tunnel 4 The upper surface of underwater type ultrasonic wave atomizing piece 2, the intake tunnel 4 more than water surface can be used as the lateral discharge-channel of fog.

Atomizer described in the utility model, designer can by calculate atomizer weight and its suffered buoyancy between Relationship, or by way of counterweight after formed product realizes that extraneous water flow can be from so that atomizer integrally swims in the water surface Intake tunnel 4 smoothly flows into, and guarantees that atomizer has water quantitative enough and completes normally to be atomized work.

With regard to atomizer provided by the present embodiment, water storage cavity 5, the aforementioned floating seat of honour 23 and floating are equipped in floating body 1 The inner cavity and the water storage cavity 5 that pedestal 24 surrounds are to seal against each other interval.Water storage cavity 5 is located at the lower section of intake tunnel 4, water inlet The upper surface in channel 4, water storage cavity 5 and underwater type ultrasonic wave atomizing piece 2, which is sequentially connected to, to be formed outside water stream to reach submersible type super Extraneous water flow is introduced into water storage cavity 5 so that water by the water stream channel of the upper surface of sound wave atomizing piece 2 by intake tunnel 4 Cover the upper surface of underwater type ultrasonic wave atomizing piece 2.

Furthermore, it is understood that the bottom of the water storage cavity 5 is equipped with hooking ring 6, the perforation of 6 both ends through-hole 7 of hooking ring, hooking ring Through-hole 7 of 6 inner cavity through upper end is connected to by the through-hole 7 of 5 bottom of water storage cavity with water storage cavity 5, is connected in hooking ring 6 Inner cavity is used to install the atomizing piece mounting base 8 of underwater type ultrasonic wave atomizing piece 2, and the inner cavity of atomizing piece mounting base 8 is equipped with soft close Seal ring 26, soft sealing ring 26 are rubber bodies or colloidal silica, and the upper end sealing of soft sealing ring 26 presses against water storage cavity 5 Bottom outer wall, the lower end of atomizing piece mounting base 8 are equipped with inside edge, and the lower end sealing of soft sealing ring 26 is pressed together on the infolding Bian Shang, underwater type ultrasonic wave atomizing piece 2 are mounted on soft sealing ring 26, therefore but also underwater type ultrasonic wave atomizing piece 2 is same When be accommodated in the inner cavity of hooking ring 6, the water being introduced into water storage cavity 5 from the external world enters the inner cavity of hooking ring 6 and is covered on latent The upper surface of ability of swimming ultrasonic atomization piece 2, during which, the soft the sealing ring 26 both bottom outer wall to water storage cavity 5 and hooking ring 6 The inside edge of lower end aperture portion plays the role of sealing, also can absorb vibratory forces when underwater type ultrasonic wave atomizing piece 2 works, most Limits avoid operating noise.

Furthermore the outside wall body of hooking ring 6 is equipped with binding block 9, and atomizing piece mounting base 8, which is equipped with, can be such that binding block 9 wears What row passed through fastens channel 10 and the locking slot 11 fastened that can match with binding block 9, fastens channel 10 and locking slot 11 is set jointly L-shaped structure is set on the inside of 8 side wall of atomizing piece mounting base and constitutes, binding block 9, which travels through, to be fastened channel 10 and fasten Make 8 spiral-lock of atomizing piece mounting base on the outside wall body of hooking ring 6 in locking slot 11, in conjunction with above structure, form by The installation knot of the atomizing piece mounting base 8, hooking ring 6 at thoughtful center, soft sealing ring 26 and underwater type ultrasonic wave atomizing piece 2 outside Structure.

Meanwhile in order to enhance atomizing piece mounting base 8 and the firm stable of hooking ring 6 after mounting, in above-mentioned fastening Block 9 is equipped with buckled recess 12, which be the arc groove that the outside of binding block 9 is arranged in, in locking slot 11 equipped with Buckled recess 12 match lock column 13, lock column 13 be the cylindrical body to match with the arc groove, when binding block 9 be screwed into it is sealed When in slot 11, lock column 13 is just embedded into buckled recess 12, realizes the positioning to binding block 9, i.e., to atomizing piece mounting base 8 Positioning.As the reasonable change of the structure, the position of buckled recess 12 and lock column 13 be can be interchanged, and can also equally realize phase Locating effect between mutually.

Additionally, it is contemplated that the water level depth of underwater type ultrasonic wave atomizing piece 2, in order to guarantee due atomizing or increasing Strong atomizing effect, the utility model are equipped with conflux cylinder 14 in the bottom of water storage cavity 5, the effect of the conflux cylinder 14 as in industry Energy-gathering ring or cumulative cylinder mainly pass through the concussion water that the inner cavity of conflux cylinder 14 generates underwater type ultrasonic wave atomizing piece 2 Stream is obtained concentrating and is delivered up, and concussion water flow is avoided to scatter during transportation and can not form water mist in the water surface.As into one Improved technical solution is walked, conflux cylinder 14 is the horn-like structure that bottom bore is greater than top bore, the bottom end of conflux cylinder 14 The upper surface of mouth face underwater type ultrasonic wave atomizing piece 2, the concussion water that underwater type ultrasonic wave atomizing piece 2 generates pass through conflux cylinder 14 The top that bottom heavy caliber gathers soft sealing ring by further gathering is small-bore, so that the cumulative better effect of concussion water, Forming water mist effect in the upper end of conflux cylinder 14 will be more preferably.Meanwhile the side wall of conflux cylinder 14 is provided with water inlet 15, water storage is recessed Chamber 5 is connected to by water inlet 15 with the inner cavity of hooking ring 6, and the concussion water flow that underwater type ultrasonic wave atomizing piece 2 generates is sequentially through storing up The through-hole 7 of 5 bottom of water cavity, the bottom port of conflux cylinder 14 spray after entering conflux cylinder 14 from the upper port of conflux cylinder 14.

It further includes having the mist exhausting cover 16 for being mounted on floating body 1 and being located at 2 top of underwater type ultrasonic wave atomizing piece, fog discharge Cover 16 can be the hemisphere structure for the installation that matches with the floating seat of honour 23, be provided on mist exhausting cover 16 for underwater type ultrasonic wave to be atomized The defogging hole 17 that the water mist that piece 2 generates discharges, it is top position that defogging hole 17, which is located at mist exhausting cover 16,.

Moreover, the upper surface of the floating body 1 is equipped with the fog discharge fan 18 for being located at 14 top of conflux cylinder, fog discharge fan 18 is Axial-flow type air ejector fan, tubular air ejector fan or the centrifugal air ejector fan etc. of outside air draft.The inner cavity wall body of mist exhausting cover 16 Equipped with the positioning ring wall 19 to match with 18 gabarit of fog discharge fan, the bottom end of fog discharge fan 18 is fixedly mounted on the floating of floating body 1 The seat of honour 23, the surrounding of fog discharge fan 18 are then realized circumferentially fixed, the inner cavity of defogging hole 17 and positioning ring wall 19 by positioning ring wall 19 Connection, the fog discharge fan 18 be used for by the inner cavity that located ring wall 19 is taken out on the water mist generated from 14 upper port of conflux cylinder send to Defogging hole 17, and then discharge water mist.

For further, the inner cavity of the floating body 1, which is equipped with, (also has title by the dielectric constant of detection intake tunnel 4 Be dielectric parameter) and be used to measure intake tunnel 4 whether the dielectric constant sensor 20 of water shortage, specifically by the dielectric Constant sensor 20 is arranged in the floating seat of honour 23 and is located at the lower section of intake tunnel 4, which is condenser type Sensor, for detecting the dielectric constant of environment in a certain range, intake tunnel 4 is located at effective inspection of dielectric constant sensor 20 It surveys in range, dielectric constant sensor 20 is electrically connected and to control circuit board 21 with being arranged in 1 inner control circuit plate 21 of floating body Export detection data.There is water to flow through or exsiccosis according to intake tunnel 4, the dielectric constant of the intake tunnel 4 will obviously not Unanimously, for this purpose, when there is water to flow through intake tunnel 4, dielectric constant sensor 20 detects that the dielectric constant of intake tunnel 4 is certain One fixed value or a certain interval value (dielectric constant that the flow depth of intake tunnel 4 will directly affect the position), and when water inlet When 4 water shortage of channel, dielectric constant will be clearly distinguishable from the dielectric constant of water state, and accordingly, control circuit board 21 is by basis The dielectric constant sensor 20 detects that the dielectric constant of intake tunnel 4 can directly judge or be computed to judge intake tunnel 4 Whether water shortage is pressed, reaches the excessive low water level protection effect of atomizer.

Extraly, as the further improvement of technical solution, can by the mist exhausting cover 16 of the utility model, the floating seat of honour 23 and Floating pedestal 24 is designed as threaded engagement connection between each other, adjusts the threaded engagement amplitude of both three or arbitrary neighborhood to adjust The height of C.G. for rectifying the water flow or whole atomizer into intake tunnel 4, can reseal screwing position after adjusting Processing (such as passing through sealing viscose glue etc.), and then the floating degree of atomizer is adjusted, realize adjustment underwater type ultrasonic wave atomizing piece 2 It can work in the best condition, the effect of adjustment fog-supplying amount also may be implemented.

Shown in Figure 14, when the utility model at work, which need to be only placed into waterborne, atomizer by user The water surface will be swum in, extraneous water flow enters atomization through the water inlet 15 of water storage cavity 5,14 side wall of conflux cylinder from intake tunnel 4 Piece mounting base 8, underwater type ultrasonic wave atomizing piece 2 can be submerged in water, and power supply unit 3 drives underwater type ultrasonic wave atomizing piece 2, Underwater type ultrasonic wave atomizing piece 2 is by extensional vibration, so that the water surface thereon realizes concussion, the water of concussion flows through conflux cylinder 14 Gather effect, the atomizing effect of water is then realized in the upper end of conflux cylinder 14, water mist is by 18 pump drainage of fog discharge fan and from fog discharge The defogging hole 17 of cover 16 discharges, and during which, user can adjust the work of atomizer by operation control circuit plate 21 Make state.

In addition, the utility model additionally provides a kind of wireless floatation type ultrasonic ultrasonic delay line memory referring to shown in Figure 15 to Figure 17, It includes above-mentioned floatation type ultrasonic ultrasonic delay line memory and the cradle 22 for charging to power supply unit 3, above-mentioned floatation type ultrasound The power supply unit 3 of wave atomizer is charge power supply, is provided with charge coil 27 in floating pedestal 24,27 reduction of fractions to a common denominator of charge coil is other It is electrically connected with control circuit board 21 and power supply unit 3.The upper surface of cradle 22 is equipped with positioning convex platform 28, floats the outer of pedestal 24 Bottom surface is arranged to the located cavity to match with the positioning convex platform 28, also, magnet exciting coil 29 and charging control are equipped in cradle 22 Circuit 30 processed, magnet exciting coil 29 are acted on to charge coil 27 by magnetic induction and transmit energy, are realized and are charged to power supply unit 3.Separately Outside, wired or waterproof USB joint can also be taken directly to charge to power supply unit 3.

Moreover, the utility model is on the basis of above structure because be when work it is wireless, can also be in floating body 1 Interior setting percussion mechanism or rotating mechanism, may be implemented the movements such as vibration, rotation when so that working, vibration is matched with defogging hole 17 Closing work may be implemented the mist of different shapes that spues, and humidifier is made to become vivid and interesting.Furthermore people can also adjust atomizing piece Working frequency, to reach the effect for realizing ultrasonic mosquito repellent in the absence of water；Or it can also be in floating body 1 Bluetooth receiving module is inside added, the Baffle Box of Bluetooth of a floating is thus become, promotes the practicability of product.

To sum up, floatation type ultrasonic ultrasonic delay line memory described in the utility model and wireless floatation type supersonic atomizer, by In being equipped with intake tunnel 4 on floating body 1, extraneous water flow is guided to by 1 upper surface of floating body by intake tunnel 4 and surpasses submersible type Sound wave atomizing piece 2 be immersed in the water surface hereinafter, underwater type ultrasonic wave atomizing piece 2 under the driving of power supply unit 3 by the water of upper surface Oscillating-atomizing is carried out, thus can realize a large amount of and constant fog-supplying amounts, moreover, atomizer described in the utility model can also be with Liquid level declines and declines, and also thereby ensures that the constant of mist amount.

Claims (10)

1. a kind of floatation type ultrasonic ultrasonic delay line memory, it includes floating body (1), it is characterised in that: is equipped on the floating body (1) Underwater type ultrasonic wave atomizing piece (2), the interior power supply being equipped with for driving underwater type ultrasonic wave atomizing piece (2) to work of floating body (1) Unit (3), the floating body (1) are equipped with intake tunnel (4), and the intake tunnel (4) is higher than the underwater type ultrasonic wave mist Change piece (2), by intake tunnel (4) by extraneous water flow introduce underwater type ultrasonic wave atomizing piece (2) is immersed in the water surface hereinafter, Underwater type ultrasonic wave atomizing piece (2) shakes the water of upper surface under the driving of power supply unit (3).

2. floatation type ultrasonic ultrasonic delay line memory according to claim 1, it is characterised in that: it is recessed that the floating body (1) is equipped with water storage Chamber (5), water storage cavity (5) are located at below intake tunnel (4), intake tunnel (4), water storage cavity (5) and underwater type ultrasonic wave mist The upper surface for changing piece (2) is sequentially connected to, and extraneous water flow is introduced into water storage cavity (5) so that water covers by intake tunnel (4) The upper surface of lid underwater type ultrasonic wave atomizing piece (2).

3. floatation type ultrasonic ultrasonic delay line memory according to claim 2, it is characterised in that: the bottom of the water storage cavity (5) is set Have hooking ring (6), the inner cavity of hooking ring (6) is connected to by the through-hole (7) of water storage cavity (5) bottom with water storage cavity (5), described Inner cavity is connected in hooking ring (6) for installing the atomizing piece mounting base (8) of underwater type ultrasonic wave atomizing piece (2), submersible type is super Sound wave atomizing piece (2) is accommodated in the inner cavity of hooking ring (6) simultaneously, and the water being introduced into water storage cavity (5) from the external world enters snapping The inner cavity of ring (6) and the upper surface for being covered on underwater type ultrasonic wave atomizing piece (2).

4. floatation type ultrasonic ultrasonic delay line memory according to claim 3, it is characterised in that: set on the wall body of the hooking ring (6) Have binding block (9), atomizing piece mounting base (8) is equipped with the fastening channel (10) that binding block (9) can be made to travel through and can be with button The locking slot (11) that block (9) matching fastens is closed, binding block (9), which travels through, to be fastened channel (10) and be fastened in locking slot (11) So that atomizing piece mounting base (8) spiral-lock is on the wall body of hooking ring (6).

5. floatation type ultrasonic ultrasonic delay line memory according to claim 4, it is characterised in that: the binding block (9), which is equipped with, to be fastened Groove (12), locking slot (11) is interior to be equipped with the lock column (13) to match with buckled recess (12).

6. according to claim 3 or 4 or the 5 floatation type ultrasonic ultrasonic delay line memories, it is characterised in that: the water storage cavity (5) Bottom is equipped with conflux cylinder (14), and the upper surface of the bottom port face underwater type ultrasonic wave atomizing piece (2) of conflux cylinder (14) is described Conflux cylinder (14) is the horn-like structure that bottom bore is greater than top bore, and the side wall of the conflux cylinder (14) is provided with water inlet (15), water storage cavity (5) is connected to by water inlet (15) with the inner cavity of hooking ring (6), and underwater type ultrasonic wave atomizing piece (2) generates Concussion water flow sequentially after the bottom port of the through-hole (7) of water storage cavity (5) bottom, conflux cylinder (14) enters conflux cylinder (14) It is sprayed from the upper port of conflux cylinder (14).

7. floatation type ultrasonic ultrasonic delay line memory according to claim 6, it is characterised in that: it further includes being mounted on floating body (1) it on and the mist exhausting cover (16) that is located above underwater type ultrasonic wave atomizing piece (2), is provided on mist exhausting cover (16) for by submersible type The defogging hole (17) that the water mist that ultrasonic atomization piece (2) generates discharges.

8. floatation type ultrasonic ultrasonic delay line memory according to claim 7, it is characterised in that: the upper surface of the floating body (1) is set There is the fog discharge fan (18) being located above conflux cylinder (14), the inner cavity wall body of mist exhausting cover (16) is equipped with and fog discharge fan (18) gabarit The positioning ring wall (19) of matching, defogging hole (17) are connected to the inner cavity of positioning ring wall (19).

9. according to claim 1 to floatation type ultrasonic ultrasonic delay line memory described in 5 any claims, it is characterised in that: the floating Body (1) inner cavity be equipped with by detection intake tunnel (4) dielectric constant be used to measure intake tunnel (4) whether the dielectric of water shortage Constant sensor (20), dielectric constant sensor (20) are electrically connected simultaneously with the control circuit board (21) being arranged in floating body (1) Detection data is exported to control circuit board (21).

10. a kind of wireless floatation type supersonic atomizer, it is characterised in that: it includes claim 1 to 9 any claim The floatation type ultrasonic ultrasonic delay line memory and the cradle (22) for charging to power supply unit (3), said supply unit (3) are Charge power supply.