CN2657788Y

CN2657788Y - A modular jet aerosolizer

Info

Publication number: CN2657788Y
Application number: CN 200320103507
Authority: CN
Inventors: 王俊霖
Original assignee: Individual
Current assignee: Individual
Priority date: 2003-11-17
Filing date: 2003-11-17
Publication date: 2004-11-24
Anticipated expiration: 2013-11-17

Abstract

The utility model discloses a modularized spray aerosol device, which consists of a base, a pump, a pressure accumulation component, a circuit board, a sleeve, a jet component, a decorative cover body, a nozzle nesting seat, a flow guide component, a bottle cover and a plug cover, when in use, the circuit board controls the pump to work, so that the jet nozzle of the pump sprays gas to the inside of the pressure accumulation component, then the jet component sprays air at high pressure, and the liquid is brought out by the siphon principle to be mixed, atomized and pushed upwards, so that the atomized molecules impact the flow guide component to generate more refined molecules, then the refined molecules are guided upwards by the flow guide component, and the larger molecules directly fall down to the liquid or automatically flow back after condensing into water drops on the inner wall of the bottle cover to be recycled, in addition, when the refined molecules pass through the plug cover upwards, the pressurizing effect can be generated to be smoothly discharged, and wherein the oversized molecules will be recovered for drip recycling.

Description

A kind of modularization is sprayed aerosolizer

Affiliated technical field

The utility model relates to a kind of injection aerosolizer, and the alternative collocation of especially a kind of moulding changes, and can make liquid obtain better atomizing effect, saves the consumption of liquid, can work as the modularization of mini light night or other ligthing paraphernalia use again and spray aerosolizer.

Background technology

Present known injection aerosolizer is announced shown in No. 395205 " structure of concussion formula essence box " patent gazette as TaiWan, China, and it includes: rocking equipment, and in order to the work of control essence box, the one side is provided with shower nozzle; Carrier pipe, an end is plugged in the shower nozzle of rocking equipment, for carrying the gas that shower nozzle sprayed; Jet thrust, it is provided with fumarole in appropriate location and plugs together for the carrier pipe other end, and is provided with the sucking-off hole to take liquid out of in fumarole one side; Accommodating body, bottom are provided with hand-hole with the device jet thrust, and its upper end then is provided with upper cover body and prevents that to cover dust and insect pest from entering bottle, thereby keep the cleaning in the bottle; Ducted body, it is provided with rising wood with the carrying accommodating body, and it then is provided with hollow bulb laying rocking equipment in rising wood below, and is provided with hole with the traction power source switch and connect rocking equipment and make its work in hollow bulb one side.

Above-mentioned known injection aerosolizer has following shortcoming: it mouldedly is fixed (one), can't the selectivity collocation, so practicality is not good; (2) directly up discharge after its atomization of liquid,, and touch the accommodating body internal face and condense into that the amount of backflow is few automatically behind the water droplet so the degree of atomizing is not good; (3) its jet thrust goes out liquid by the sucking-off pore area of fumarole one side setting, so the consumption of its liquid is big and can't evenly successfully atomize; (4) it does not possess light emitting diode (LED) and lighting function, so practicality is not good, promptly can't works as mini light night or other ligthing paraphernalia and use.

The utility model content

In order to solve above-mentioned prior art problems and deficiency, main purpose of the present utility model is to provide a kind of modularization to spray aerosolizer, and it makes up with modular mode, can freedom selectivity assembling simply collocation moulding, and the practicality height.

Secondary objective of the present utility model is to provide a kind of modularization to spray aerosolizer, when it uses, can make liquid obtain better atomizing effect, and can make the fluid molecule that does not fully atomize reclaim recycling automatically, to save the consumption of liquid.

Another purpose of the present utility model is to provide a kind of modularization to spray aerosolizer, and its shower nozzle fit base inner surface is provided with the design of three roads guiding hole slot, thereby has the high and difficult advantage of blocking of efficient.

A purpose more of the present utility model is to provide a kind of modularization to spray aerosolizer, and it possesses light emitting diode (LED) or lamplit function, can work as mini light night or other ligthing paraphernalia and use, thereby have more practicality.

The technical scheme of feature of the present utility model and realization is as follows:

A kind of modularization of the present utility model is sprayed aerosolizer, it is by a base, one pumping, one pressure accumulation assembly, one circuit board, one sleeve pipe, one jet assembly, one decorates cover body, one shower nozzle nested base, one guiding subassembly, one bottle the cover and a gag form, this base is provided with a circuit board storage tank, and respectively be provided with one in circuit board storage tank both sides and grip seat, pumping one end is provided with air nozzle, pressure accumulation assembly upper end outer rim is provided with three inlay card projections, the bottom is provided with a spliced eye seat, it is interior fixing that circuit board is placed in the circuit board storage tank of base, be used to control pumping work, which is provided with light emitting diode (LED) or bulb, casing pipe sleeve places the seat that grips of base to go up fixing, jet assembly lower end is sleeved on sleeve pipe upper end inner edge and fixes, the lower end is inner ccontaining for pressure accumulation assembly noose, and pressure accumulation assembly downside winding pumping, and make pumping be placed in inside pipe casing, decoration cover body upper end is sleeved on jet assembly outer rim and fixes, and cover at sleeve pipe and base week side, shower nozzle fit cover for seat is closed the shower nozzle outer rim in jet assembly, its inner surface is provided with three roads guiding hole slot, guiding subassembly is set up in shower nozzle nested base top, its downside is provided with a taper striking face, upside is provided with a water conservancy diversion obelisk, bottle cover lower end is sleeved on jet assembly outer rim and fixes, the gag plug is tied in bottle cover upper end, by said structure, can control pumping work by circuit board, make the air nozzle ejection gas of pumping, and spray via the shower nozzle of jet assembly, and then utilize siphon principle by taking liquid out of between shower nozzle and nozzle nested base, make liquid produce vacuum atomizing and push out, and up clash into the taper striking face of guiding subassembly and behind water conservancy diversion obelisk water conservancy diversion, discharge by the gag pressurization of bottle cover upper end.

Description of drawings

Fig. 1 is a perspective exploded view of the present utility model;

Fig. 2 is a combination generalized section of the present utility model;

Fig. 3 is a working state schematic representation of the present utility model.

Description of reference numerals

10...... base 11...... circuit board storage tank

12...... grip a 13...... perforation

20...... pumping 201..... air nozzle

21...... pressure accumulation assembly 211..... inlay card projection

212..... spliced eye seat 30...... circuit board

31...... light emitting diode 40...... sleeve pipe

50...... jet assembly 51...... dome body

511..... buckle slot 52...... shrinking section

521..... elastic groove 53...... shower nozzle

531..... leakage washer 532..... cone head

60...... decorate cover body 61...... fit edge

70...... shower nozzle nested base 71...... trepanning

72...... guiding hole slot 73...... open-work

80...... guiding subassembly 81...... striking face

82...... splicing rod 83...... water conservancy diversion obelisk

90...... bottle cover 901..... fit portion

91...... the horn-like hole of gag 911.....

W...... liquid

The specific embodiment

Below will and be described further in conjunction with the accompanying drawings with specific embodiment of the utility model.

Shown in Fig. 1 perspective exploded view of the present utility model, it is by a base 10, one pumping 20, one pressure accumulation assembly 21, one circuit board 30, one sleeve pipe 40, one jet assembly 50, one decorates cover body 60, one shower nozzle nested base 70, one guiding subassembly 80, one bottle of cover 90 and one gag 91 is formed, wherein base 10 is provided with a circuit board storage tank 11, and respectively be provided with one in circuit board storage tank 11 both sides and grip seat 12, and be provided with some perforation 13 in circuit board storage tank 11 bottom surfaces, pumping 20 is cylindric, the one end is provided with an air nozzle 201, pressure accumulation assembly 21 is the round pedestal of ㄩ shape for section, its upper end outer rim is provided with three inlay card projections 211, the bottom is provided with a spliced eye seat 212, circuit board 30 is used to control pumping 20 work, which is provided with light emitting diode (LED) 31 or bulb, sleeve pipe 40 is cylindrical, jet assembly 50 is that a dome body 51 lower ends are provided with one or two scalariform shrinking section 52, the upper end is provided with a shower nozzle 53, and these dome body 51 peripheries are equidistant to be provided with three buckle slots 511, two scalariform shrinking sections, 52 peripheries are equidistant to be provided with three elastic grooves 521 and to extend to dome body 51, the leakage washer 531 that shower nozzle 53 lower end outer rims sheathed are made of three continuous rings, shower nozzle 53 upper ends are provided with a cone head 532, decoration cover body 60 upper end open inner edges are provided with a snare and close edge 61, shower nozzle nested base 70 is the ducted body of taper for the upper end, its periphery etc. is arranged with three trepannings 71, its inner surface is provided with the triangle guiding hole slot 72 that three road ends are gradually-reducing shape in addition, the top is provided with an open-work 73, guiding subassembly 80 downsides are provided with a taper striking face 81 and equidistant down extending end and are three splicing rods 82 than minor diameter, guiding subassembly 80 upsides are provided with a water conservancy diversion obelisk 83, bottle cover 90 is the pitchers that are the big abdomen of osculum, its lower end is provided with an opening and down extends a fit portion 901, and gag 91 inside are provided with a up-small and down-big horn-like hole 911.

Shown in Fig. 2 combination generalized section of the present utility model, during its combination, it is interior fixing that circuit board 30 is placed in the circuit board storage tank 11 of base 10, sleeve pipe 40 is placed on two of base 10 and grips on the seat 12, wear the spiral shell knot from lower to upper with screw, it is fixing to make sleeve pipe 40 compeled by folder, one zero shapes ring is inserted in jet assembly 50 inside, again with pressure accumulation assembly 21 plug sleeve from lower to upper, that three inlay card projections 211 that make pressure accumulation assembly 21 upper end outer rims are embedded in by the elasticity of elastic groove 521 is fixing in three buckle slots 511 of jet assembly 50 (or is provided with external screw thread in pressure accumulation assembly 21 outer rims, dome body 51 inner edges of jet assembly 50 are provided with internal thread, and make the pressure accumulation assembly 21 urgent fixing in a spiral manner with jet assembly 50), and ora terminalis up compels to support zero shape ring on the pressure accumulation assembly 21, then pumping 20 upper end plug are placed in the inner edge of jet assembly 50, make its air nozzle 201 insert the spliced eye seat 212 interior windings of pressure accumulation assembly 21, the fit edge 61 of decorating cover body 60 upper ends is sleeved on rank, the big footpath outer rim of two scalariform shrinking sections 52 of jet assembly 50 lower ends, again sleeve pipe 40 upper end inner edges being inserted on the path rank of two scalariform shrinking sections 52 of jet assembly 50 lower ends fixes, the fit edge 61 that cover body 60 is decorated in order supports on sleeve pipe 40, then shower nozzle nested base 70 is sleeved on the shower nozzle outer rim of jet assembly 50, three splicing rods 82 of guiding subassembly 80 are inserted to tie in three trepannings 71 of shower nozzle nested base 70 and are fixed (or in being provided with, external screw thread, set up in spiral locking mode), make guiding subassembly 80 be set up in shower nozzle nested base 70 tops, the fit portion 901 of bottle cover 90 lower ends is sleeved on leakage washer 531 outer rims of jet assembly 50 and fixes, gag 91 plugs are tied in bottle and are covered 90 upper end open, promptly finish combination.

Shown in Fig. 3 working state schematic representation of the present utility model, when it uses, (liquid w can be essential oil to pour an amount of liquid w in bottle cover 90 into, vegetable oil or water etc.), and by circuit board 30 control pumpings 20 work, the air nozzle 201 ejection gases that make pumping 20 are to the 21 inner gas storage of pressure accumulation assembly, supercharging and noise reduction, shower nozzle 53 by jet assembly 50 goes out the air high-pressure injection again, utilize siphon principle to take liquid out of liquid mixed aerosol and up propelling movement by the three roads guiding

hole slot

72 and 53 in the shower nozzle of shower nozzle nested base 70 inner surfaces, the taper striking face 81 of molecules strike guiding subassembly 80 downsides after the order atomizing, produce the molecule of more refinement, then the refinement molecule is up upwards guided through the water conservancy diversion obelisk 83 of guiding subassembly 80 upsides, big molecule then directly fall down drop down onto liquid or in bottle cover condense into water droplet on 90 inwalls after backflow recycling automatically, in addition when refinement molecule during up through the horn-like hole 911 of gag 91, not only can produce pressurization and emit smoothly, and wherein excessive molecule will be recovered the drippage recycling.

By the structure of above-mentioned specific embodiment, the utility model compared with prior art has following beneficial effect as can be known: (one) practicality height: it is with the modular mode combination, and assembling collocation moulding is simple and easy, and optionally collocation, thereby practicality is higher; (2) atomizing effect is good: when it uses, be to take liquid w out of liquid mixed aerosol and up propelling movement by the three roads guiding

hole slot

72 and 53 in the shower nozzle of shower nozzle nested base 70 inner surfaces with gases at high pressure again behind the pressure accumulation in advance, the taper striking face 81 of molecules strike guiding subassembly 80 downsides after the order atomizing, produce the molecule of more refinement, then the molecule of refinement is up up guided through the water conservancy diversion obelisk 83 of guiding subassembly 80 upsides, emit through 911 pressurizations of the horn-like hole of gag 91, so can make liquid w obtain better atomizing effect; (3) saving is liquid-consumed: behind the taper striking face 81 of molecules strike guiding subassembly 80 downsides after its atomizing, bigger molecule directly fall down drop down onto liquid or in bottle cover condense into water droplet on 90 inwalls after automatically backflow recycling, and when the refinement molecule up passes through the horn-like hole 911 of gag 91, excessive molecule will be recovered the drippage recycling; (4) efficient height and difficult the obstruction: its shower nozzle nested base 70 inner surfaces are provided with the design of three roads guiding hole slot 72, and can obtain the benefit of efficient height and difficult obstruction; (5) function diversification: its circuit board 30 is provided with light emitting diode (LED) 31 or bulb, can use as mini light night or other ligthing paraphernalia simultaneously.

Only the above person only is a preferred embodiment of the present utility model, when can not with qualification concrete practical range of the present utility model; Promptly the equalization of being done according to the utility model claim scope generally changes and revises, and all should belong within the scope that the utility model patent contains.

Claims

1. A modular spray aerosol device, which includes a base, a pump, a circuit board, a casing, an air spray assembly, a decorative cover, a bottle cover and a plug, wherein the base is provided with a Circuit board storage tank, the bottom surface of the circuit board storage tank is provided with a number of perforations, one end of the pump is provided with an air nozzle, the circuit board is used to control the operation of the pump, the bottle cover is a bottle-shaped body with a small mouth and a big belly, and its characteristics are:

The upper end of the pump is provided with a pressure accumulator assembly, which is sleeved on the inside of the air injection assembly for sealing. The air injection assembly is fitted with a nozzle fitting seat, and a flow guide assembly is erected above the nozzle fitting seat. In addition, the bottle cover It fits on the outer edge of the air jet component and is sealed and fixed; thus, an appropriate amount of liquid can be poured into the bottle cover, and the pump operation is controlled by the circuit board, so that the gas jet nozzle of the pump can spray gas to the internal pressure storage component to store gas. Pressurization and noise reduction, and then the air jet component sprays out the air at high pressure, and uses the siphon principle to bring out the liquid vacuum, mix and atomize it and push it upwards, so that the atomized molecules hit the guide component to produce finer molecules, and then The finer molecules are guided upwards and discharged upwards through the guide assembly, while the larger molecules fall directly into the liquid or condense on the inner wall of the bottle cover into a liquid state, and then automatically return to be recycled.

2. The modular spray aerosol device according to claim 1, characterized in that: the upper opening of the bottle cover is equipped with a plug cap with a trumpet-shaped hole inside, and the lower end of the bottle cover is provided with an opening and extends downward for a set The combined part, so that the atomized fine molecules can be pressurized and discharged smoothly after being silenced, and the oversized molecules will be recovered and dropped for recycling.

3. The modular spray aerosol device according to claim 1, characterized in that: the two sides of the circuit board accommodating groove of the base are respectively provided with a clamping and fixing seat, and the circuit board is provided with a light-emitting diode (LED) or Light bulb.

4. The modular spray aerosol device according to claim 1, characterized in that: the outer edge of the upper end of the pressure accumulator assembly is provided with a plurality of embedded protrusions, and the air injection assembly is provided with a plurality of corresponding buckles groove, or a corresponding spiral pressing structure is provided on the outer edge of the upper end of the pressure accumulator assembly and the air injection assembly.

5. The modular spray aerosol device according to claim 1, characterized in that: the bottom of the pressure accumulator assembly is provided with a plug-in socket for the plug-in of the air nozzle of the pump.

6. The modular spray aerosol device according to claim 1, wherein the spray assembly is a set of fitting section at the lower end of the dome body, a nozzle is set at the top end of the dome body, and the periphery of the dome section is A plurality of elastic grooves are equidistantly arranged, a leak-proof gasket is sheathed on the outer edge of the lower end of the nozzle, and a cone-shaped head is arranged on the upper end of the nozzle.

7. The modular spray aerosol device according to claim 1, characterized in that: there is a loop closing edge at the inner edge of the opening at the upper end of the decorative cover.

8. The modular spray aerosol device according to claim 1, characterized in that: the nozzle fitting seat is a hollow body with a tapered upper end, and its inner surface is provided with three triangular guide holes with tapered ends. The slot is provided with a through hole at the top.

9. The modular spray aerosol device according to claim 1, characterized in that: the periphery of the nozzle fitting seat is equally divided into a plurality of sleeve holes, and the guide assembly extends downwards at an equal distance and corresponds to a plurality of holes. The insertion column, the diversion assembly can be inserted into the sleeve hole of the nozzle fitting seat by the insertion column, or erected in a screw locking manner.

10. The modular spray aerosol device according to claim 1, wherein a conical impact surface is provided on the lower side of the flow guide assembly, and a flow guide tip is provided on the upper side of the flow guide assembly.