CN201445923U

CN201445923U - Ultra-fine bubble generating device

Info

Publication number: CN201445923U
Application number: CN2009200094817U
Authority: CN
Inventors: 陈文萍
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-04-02
Filing date: 2009-04-02
Publication date: 2010-05-05
Anticipated expiration: 2019-04-02

Abstract

The utility model provides an ultra-fine bubble generating device, which is arranged on a pipe of a water supply system, the water supply system comprises a pump, the inlet end of the pump is connected with a water inlet pipe and is led into a water tank, the water inlet pipe at the inlet end side of the pump is connected with an air inlet system, the outlet end of the pump is connected with a pressure drum by a connecting pipe to form a channel, and the pressure drum is led into the water tank by a water outlet pipe; when the pump is started, the water in the water tank is sucked into the pump by the water inlet pipe, negative pressure suction function acts on the pipe of the air inlet system; the ultra-fine bubble generating device comprises a magnetizer, the outlet side of the magnetizer is connected with an ultra-fine bubble controlling device, so as to magnetize the micro bubble mixed liquid, refine the water molecule to the ultra-fine bubble mixed liquid and increase the seepage force, the ultra-fine bubble with the high concentration can be generated by adjusting the ultra-fine bubble controlling device, thereby enhancing the absorption effect of the skin.

Description

A kind of superfine air bubble generation device

Technical field

The utility model relates to a kind of superfine air bubble generation device, relate in particular to and a kind ofly can carry out magnetization the bubble mixed liquor, and formation superfine air bubble mixed liquor, the hydrone granular being caused penetration increase, and can control the superfine air bubble generation device of the superfine air bubble that produces high concentration.

Background technology

The existing at present existing multiple different project organization of generation device that is applied to the micro air bubble of sanitary bath equipment, mainly be to utilize the microbubble generating apparatus mixing gas-liquid in the pressure pipeline rapidly, to produce most micro air bubbles, dynamically contact with cleaned object such as body surface by the described micro air bubble that waits again, and reach cleaning and the result of use of massaging.

As the novel patent announcement in the tw Taiwan M282672 number content that " makes liquid contain the device of bubble as the milk ", openly in being inhaled into the vane group of high-pressure pump, mixes air with liquid, and be sent to the high-pressure trough storage after being stirred the formation micro air bubble fast, because higher fluid pressure can make more miniaturization of bubble, make the water in the bathtub sneak into a large amount of micro air bubbles, and the oxygen content in the increase water, and make water become color as the milk.

As M312358 number " generation device of microbubble " content of the novel patent announcement in tw Taiwan, disclose described device and utilize a pressure-sensing unit, with the pressure of the output that measures pumping, be according to dynamic adjustments Air mixing amount by described pressure.

As M332481 number " microbubble generation device " content of the novel patent announcement in tw Taiwan, the gas dissolving tank upper end that is disclosed in described microbubble generation device is provided with the detector of the high and low water level of a tool, to detect the liquid level height of gas dissolving tank, the mixed proportion of dynamic adjustments air and water makes the saturated air in the water can reach optimum state then.

Above-mentioned each patent content, the hydraulic pressure that will contain air by a pressue device such as pumping is delivered to and is formed micro air bubble water in the pressure tank, utilizes sensor to detect with the air of keeping micro air bubble in the pressure tank and the mixed proportion of water again; Yet the described patent content that waits can't further reduce the hydrone volume, improves the absorbability of penetration and human body skin, so that the result of use of the air Bubble generating apparatus in above-mentioned each patent is had a greatly reduced quality.

Again, as M325162 number " a kind of superfine air bubble water feeder " content of the novel patent announcement in tw Taiwan, disclose it and introduce the water contain air by diversion pipeline and pour in the inner core in the dissolved under pressure tube and pressurize, water and air is mixed form micro air bubble water; Utilize again gas-liquid mixed discharge the mixing seat of head set one vertically and multipath to defeated hole, so that micro air bubble water separates once more, mixes, and milky superfine air bubble water as the formation milk.

Moreover, as M271868 number " scintilla energy water treatment machine " content of the novel patent announcement in tw Taiwan, described scintilla energy water treatment machine is disclosed, come in to improve the dissolved oxygen amount of water before making current with continuous collision form by the water slug device, flow through again far infrared processor and magnetizer, and make water quality reach softening, activation and magnetized purpose.

Though above-mentioned two patent contents, with the further miniaturization and form superfine air bubble water again of micro air bubble water, promote penetration with by the assimilation effect of human body skin, but, concentration for its magnetized effect or control superfine air bubble water, promote penetration and absorbability, obviously be not carried out research and utility model as yet.

As from the foregoing, though existing microbubble generating apparatus is widely used, for the concentration control that how to improve magnetization effect and superfine air bubble water, existing microbubble generating apparatus does not propose effective solution as yet; The utility model is promptly at the shortcoming of existing microbubble generating apparatus and utility model.

Summary of the invention

The utility model main purpose is to provide a kind of superfine air bubble generation device, can produce the superfine air bubble of height variable concentrations, promoting the assimilation effect of skin, and then reaches the cleaning effect of exfoliating.

In order to achieve the above object, the utility model provides a kind of superfine air bubble generation device, its connection is installed on the pipeline of a water system and uses, described water system comprises a pumping, the entrance point of described pumping connects an inlet pipeline and imports in the tank, described inlet pipeline is in distolateral connection one gas handling system of the import of pumping, and the port of export of described pumping utilizes a connecting line to be connected with pressure measuring cylinder and forms path, and described pressure measuring cylinder connects an outlet pipeline and imports in the tank; When starting pumping, water in the tank is sucked in the pumping by inlet pipeline, and then the pipeline of gas handling system produced a vacuum suction effect, to attract outside air to enter inlet pipeline to mix with water via gas handling system, enter pressurization mixing in the pumping again, enter via the connecting line force feed and form the micro air bubble mixed liquor in the pressure measuring cylinder, by outlet pipeline the micro air bubble mixed liquor is imported in the tank, cleaning is used for taking a shower; Wherein, one superfine air bubble generation device is set on the pipeline of water system, it comprises a magnetizer, the port of export outside of described magnetizer connects a superfine air bubble controller, the bubble mixed liquor is carried out magnetization and the hydrone granular is formed the superfine air bubble mixed liquor, to increase penetration.

Compared with prior art,, can produce the superfine air bubble of height variable concentrations, promoting the assimilation effect of skin, and then reach the cleaning effect of exfoliating by adjusting superfine air bubble generation device described in the utility model.

Description of drawings

Fig. 1 is the operating state schematic diagram of the utility model superfine air bubble generation device;

Fig. 2 is the front section view schematic diagram of the utility model superfine air bubble generation device;

Fig. 3 is the stereoscopic figure of the magnetizer of the utility model superfine air bubble generation device;

Fig. 4 is the exploded perspective view of Fig. 3.

Description of reference numerals: superfine air bubble generation device-1; Water system-10; Pumping-20; Entrance point-21; The port of export-22; Inlet pipeline-30; Gas handling system-31; Magnetic valve-311; Pipeline-312; Non-return valve-313; Non-return valve-32; Sensor-33; Connecting line-40; Pressure measuring cylinder-50; Accommodation space-51; Micro air bubble mixed liquor-52; Pressure sensor-53; Air sensor-54; Magnetic valve-55; Electronic signal circuit-56a, 56b; Muffler-57; Outlet pipeline-60; Tank-70; Magnetizer-80; Entrance point-801; The port of export-802; Outer tube-81; Aqueduct-82; Fan-shaped magnetite group-83; Locating ring-84; Inner sleeve-85; Superfine air bubble controller-90; Body-91; Inlet-92; Outlet-93; Between the chamber-94; Holder-95; Passage-951; Opening-952; Open-work-953; Guide rod-96; Conical nose-961.

The specific embodiment

For making the utility model clear and definite more full and accurate, enumerate preferred embodiment and cooperate following accompanying drawing, structure of the present utility model and technical characterictic thereof are described in detail as the back:

Please refer to Figure 1 and Figure 2, it is superfine air bubble generation device 1 described in the utility model, its connection is installed on the pipeline of a water system 10 and uses, described water system 10 comprises a pumping 20, an inlet pipeline 30, a connecting line 40, a pressure measuring cylinder 50 and an outlet pipeline 60, wherein said pumping 20 comprises an entrance point 21 and a port of export 22, described entrance point 21 connects an inlet pipeline 30, and the described port of export 22 connects a connecting line 40.

One end of described inlet pipeline 30 is connected in the entrance point 21 of pumping 20, and on the distolateral inlet pipeline 30 of the import of pumping 20, connect a gas handling system 31, described gas handling system 31 enters the air capacity of pressure measuring cylinder 50 in order to control, make the ratio of the water and air in the pressure measuring cylinder 50 reach best saturation state, described gas handling system 31 comprises a magnetic valve 311, described magnetic valve 311 is connected in inlet pipeline 30 by a pipeline 312, one non-return valve 313 further is set on the pipeline 312 between magnetic valve 311 and the inlet pipeline 30, in order to prevent that the back pressure effect that pumping 20 is produced when stopping from outwards spraying the water liquid in the inlet pipeline 30, and a non-return valve 32 is set at the appropriate location of inlet pipeline 30, be back to tank 70 to prevent the current in the inlet pipeline 30; And a sensor 33 is set at the appropriate location of inlet pipeline 30, and so that whether water liquid is arranged in the sensing inlet pipeline 30 pass through, start at anhydrous state in order to prevent pumping 20; The other end of described inlet pipeline 30 imports in the tank 70, and the further filter 34 that connects of this end is inhaled into to prevent foreign matter.

One end of described connecting line 40 is connected in the port of export 22 of pumping 20, and the other end is connected in pressure measuring cylinder 50 and forms path.

Described pressure measuring cylinder 50 need can be long cartridge type or ball-shaped structure (figure does not show) according to design, its inside is provided with an accommodation space 51, for holding micro air bubble mixed liquor 52, and described pressure measuring cylinder 50 upper end appropriate locations are respectively equipped with pressure sensor 53, air sensor 54 and magnetic valve 55, both sides, described pressure measuring cylinder 50 lower end connect connecting line 40 and an outlet pipeline 60 respectively and import in the tank 70, wherein, described pressure sensor 53 is connected by the magnetic valve 311 of the gas handling system 31 on electronic signal circuit 56a and the inlet pipeline 30, and the pressure value in the transmission pressure measuring cylinder 50 is to described magnetic valve 311, with the air inflow of control magnetic valve 311, and make the ratio of the water and air in the pressure measuring cylinder 50 reach best saturation state; Described again air sensor 54 is connected with magnetic valve 55 by reaching electronic signal circuit 56b, and the air capacity numerical value in the transmission pressure measuring cylinder 50 is to magnetic valve 55, can discharge by magnetic valve 55 when the air capacity in the pressure measuring cylinder 50 is too much, described magnetic valve 55 further connects mufflers 57 to reduce the noise content that magnetic valve 55 is produced when the exhaust.

One end of described outlet pipeline 60 is connected in pressure measuring cylinder 50 and forms path, and the other end imports in the tank 70.

Principal character of the present utility model is: a superfine air bubble generation device 1 is set as shown in Figure 1 on the outlet pipeline 60 in water system 10, as Fig. 2, Fig. 3, described superfine air bubble generation device 1 shown in Figure 4 comprises a magnetizer 80 and a superfine air bubble controller 90, wherein, described magnetizer 80 comprises an outer tube 81, the center is provided with the aqueduct 82 at a perforation outer tube 81 two ends in the described outer tube 81, and form an entrance point 801 and a port of export 802 respectively at the two ends of magnetizer 80, the port of export 801 outsides of described magnetizer 81 connect a superfine air bubble controller 90, described aqueduct 82 outer rims equidistantly are provided with a plurality of fan-shaped magnetite groups 83, described fan-shaped magnetite group 83 is rearranged by the equidistant circumference of a plurality of fan-shaped magnetites, for increasing magnetism intensity, two adjacent fan-shaped magnetite groups 83 form as shown in Figure 4 with corresponding arrangement of dislocation mode in addition again, between the described again fan-shaped magnetite group 83 locating ring 84 is set further, in order to fixed sectors magnetite group 83 positions, and make and form a suitable spacing between the two adjacent fan-shaped magnetite groups 83, further can sheathed one inner sleeve 85 between described again fan-shaped magnetite group 83 and the outer tube 81 with magnetic, and contact to change magnetic direction with fan-shaped magnetite group 83 magnetic, increase magnetic line of force intensity, so that the micro air bubble mixed liquor is carried out magnetization, with acceleration hydrone decomposition rate, and reach bating effect; Described superfine air bubble controller 90, comprise a body 91, one side of described body 91 is provided with an inlet 92, the opposite side of described inlet 92 is provided with an outlet 93, be provided with between the outside chamber of an opening 94 at the opposite side of

body

91,94 opening is towards the top between the described as shown in Figure 2 chamber of present embodiment, 94 interior sheathed holders 95 between described chamber, the passage 951 that comprises a up/down perforation in the described holder 95, described passage 951 lower ends are provided with an opening 952, described holder 95 is provided with at least one open-work 953 perpendicular to passage 951, described open-work 953 is corresponding to described inlet 92, and inlet 92 is communicated with passage 951 formation, being provided with a guide rod 96 in the passage 951 of described again holder 95 can move up and down, the lower end of described guide rod 96 is provided with a conical nose 961, see through between the opening 952 that described guide rod 96 moves up and down the conical nose 961 of position adjustable pilot 96 and described passage 951 gap length as shown in Figure 2.

Again, micro air bubble mixed liquor 52 in the described pressure measuring cylinder 50, enter in the magnetizer 80 shown in the arrow A of Fig. 2 via the inlet 801 of magnetizer 80, fan-shaped magnetite group 83 by magnetizer 80 is in order to carry out magnetization, with quick decomposition water molecule, make the hydrone granular and form the superfine air bubble mixed liquor, and reach softening effect, and described superfine air bubble mixed liquor is left by the outlet 802 of magnetizer 80, inlet 92 via the body 91 of superfine air bubble controller 90 enters again, produce through the open-work 953 on the described holder 95 again and clash into shown in the arrow B of Fig. 2 for the first time, move up and down the position shown in the arrow C of Fig. 2 and adjust guide rod 96, with the gap length between the opening 952 of the head 961 that changes guide rod 96 and described passage 951, make the superfine air bubble mixed liquor through producing for the second time bump between described during the crack shown in the arrow D of Fig. 2, effect by above-mentioned twice bump, can effectively promote the effect of hydrone granular, and the concentration of superfine air bubble is improved, the generation device of existing relatively micro air bubble can provide the trickleer bubble and the bubble of high concentration, therefore, make skin can reach the result of use of sufficient absorption and cleaning.

The above only is a preferred embodiment of the present utility model, and originally novel for practicality only is illustrative, and nonrestrictive; Those of ordinary skills understand, and can carry out many changes to it in the spirit and scope that the utility model claim is limited, revise, even the equivalence change, but all will fall in the protection domain of the present utility model.

Claims

1. superfine air bubble generation device, its connection is installed on the pipeline of a water system and uses, described water system comprises a pumping, the entrance point of described pumping connects inlet pipeline and imports in the tank, described inlet pipeline is in distolateral connection one gas handling system of the import of described pumping, the port of export of described pumping utilizes connecting line to be connected with pressure measuring cylinder and forms path, and described pressure measuring cylinder imports in the tank by outlet pipeline; It is characterized in that: described superfine air bubble generation device comprises a magnetizer, the port of export outside of described magnetizer connects a superfine air bubble controller, so that the micro air bubble mixed liquor is carried out magnetization, make the hydrone granular and form the superfine air bubble mixed liquor, to increase penetration, by adjusting the superfine air bubble that the superfine air bubble controller can produce the height variable concentrations.

2. superfine air bubble generation device as claimed in claim 1 is characterized in that, described superfine air bubble generation device is arranged on the outlet pipeline of described water system.

3. superfine air bubble generation device as claimed in claim 1, it is characterized in that, described magnetizer comprises an outer tube, the center is provided with the aqueduct at perforation outer tube two ends in the described outer tube, and form an entrance point and a port of export respectively at the two ends of magnetizer, described aqueduct outer rim equidistantly is provided with a plurality of fan-shaped magnetite groups, and described fan-shaped magnetite group is rearranged by the equidistant circumference of a plurality of fan-shaped magnetites.

4. superfine air bubble generation device as claimed in claim 3 is characterized in that, two adjacent fan-shaped magnetite groups of described magnetizer are arranged so that the dislocation mode is corresponding.

5. superfine air bubble generation device as claimed in claim 3 is characterized in that, is respectively equipped with a locating ring between the fan-shaped magnetite group of described magnetizer.

6. superfine air bubble generation device as claimed in claim 3 is characterized in that, further sheathed one inner sleeve between the fan-shaped magnetite group of described magnetizer and the described outer tube with magnetic, and described inner sleeve contacts with described fan-shaped magnetite group formation magnetic.

7. superfine air bubble generation device as claimed in claim 1, it is characterized in that, described superfine air bubble controller, comprise a body, a side of described body is provided with an inlet, and the opposite side of described inlet is provided with an outlet, opposite side at described body is provided with between the outside chamber of an opening, a sheathed holder between described chamber, described holder comprises the passage of a up/down perforation, and described passage lower end is provided with an opening; Described holder is provided with at least one open-work, is communicated with and described inlet and described passage are formed; Being provided with a guide rod in the passage of described holder can move up and down, and the lower end of described guide rod is provided with a head, moves up and down the position by described guide rod and can adjust gap length between the opening of the head of guide rod and described passage.

8. superfine air bubble generation device as claimed in claim 7 is characterized in that, the head of described guide rod is taper.

9. superfine air bubble generation device as claimed in claim 1 is characterized in that, a sensor is set on the described inlet pipeline, so that whether water liquid is arranged in the sensing inlet pipeline passes through, and starts at anhydrous state in order to prevent pumping.

10. superfine air bubble generation device as claimed in claim 1, it is characterized in that, be provided with an accommodation space in the described pressure measuring cylinder, for holding the micro air bubble mixed liquor, described pressure measuring cylinder upper end is respectively equipped with pressure sensor, air sensor and magnetic valve, both sides, described pressure measuring cylinder lower end connect a connecting line and an outlet pipeline respectively, and described magnetic valve further connects a muffler.