CN201759888U - Multifunctional ozone treatment device - Google Patents
Multifunctional ozone treatment device Download PDFInfo
- Publication number
- CN201759888U CN201759888U CN2010205108236U CN201020510823U CN201759888U CN 201759888 U CN201759888 U CN 201759888U CN 2010205108236 U CN2010205108236 U CN 2010205108236U CN 201020510823 U CN201020510823 U CN 201020510823U CN 201759888 U CN201759888 U CN 201759888U
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- ozone
- guiding element
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- blender
- conduit
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Abstract
A multifunctional ozone treatment device comprises a main unit, a mixer and an output unit. The mixer is connected to the main unit, and the output unit is detachably connected to the mixer. The main unit is provided with a casing, an air pump, an ozone generator, a central control unit and a switch, the central control unit can be forcedly started to generate ozone by operating the switch, an introducing opening of the mixer is arranged between a water inlet and a water outlet, and water flowing from the water inlet to the water outlet can start the central control unit to generate ozone. The multifunctional ozone treatment device can utilize water to generate the ozone by either utilizing the mixer or operating the switch, and achieves the purpose of convenience for utilization.
Description
Technical field
This utility model relates to a kind of cleaning equipment, particularly relates to a kind of multifunctional ozone blood processor.
Background technology
Ozone (O
3) be widely used in the disinfecting of air, water purification, waste water, food etc., sterilization processing, deodorization processing or purified treatment.
With regard to be applied to water purification, to clean food materials, to clean with regard to the purposes such as tableware, TaiWan, China is announced the ozone purification machine structure that No. 360097 patent case discloses a kind of immersion type, mainly be that a body with air group Pu, ozone generation device, high-pressure generator, fan is arranged on a tank outside, again a bubble generator that utilizes conduit to be connected with this body is placed on this tank inside, utilize store water in advance in the tank after, ozone is squeezed in the water, to reach the purification purpose of food or tableware.Though this ozone purification function reaches the application target of expection, the non-running water of the water in the tank causes clean effect limited, moreover, the bubble generator that is placed on this tank inside also attaches food or residue easily, not only needs cleaning, also results in blockage easily.
In addition, a kind of hydraulic pressure that utilizes that discloses as TaiWan, China certificate M281704 patent case starts ozoniferous ozone and water mixer, TaiWan, China certificate M377505 number, the current vicarious that utilizes that the TaiWan, China certificate discloses with TaiWan, China certificate M382849 patent case for M371724 number starts ozoniferous ozone water flowing out structure, TaiWan, China certificate I312045 number and TaiWan, China are announced the current negative pressure of utilizing that No. 583920 patent case disclose and are started ozoniferous water flowing out structure, the a kind of of TaiWan, China certificate M332521 patent case exposure utilizes water conduction and starts ozoniferous ozone and water mixer etc., all be to be installed on the faucet, when opening tap water, utilize the flow action of tap water can start generation ozone, and ozone is blended in the water, when water outlet, can makes food, tablewares etc. reach cleaning, the purpose that purifies.The common point of the above-mentioned many patent cases tap of all must fetching boiling water could utilize flow action to start and produce ozone, and can't use ozone generation device to carry out sterilization, the sterilization of space or container separately.
The utility model content
The purpose of this utility model is to provide a kind of multifunctional ozone blood processor that can utilize the current action can conveniently use with starting generation ozone or force start ozone.
Multifunctional ozone blood processor of the present utility model comprises a main frame, a blender and an output unit that is connected in this main frame.This main frame has a housing and is installed in the intravital air pump of this shell, an ozone generation device, a control unit and a switch that is used for driving this air pump and this ozone generation device, and operating this switch can force start should middlely control the unit and produce ozone.This blender has one can import the water inlet of water, an outlet and an intake that is communicated to this ozone generation device and can imports ozone, this intake is between between this water inlet and this outlet, and water is flowed towards this outlet by this water inlet, can start control unit and generation ozone in this.This output unit removably is connected in this blender, and has one to connection end and a water outlet end that should outlet.
Multifunctional ozone blood processor of the present utility model, this blender has a main body, one is set in first guiding element that this main body is outside and have electric conductivity, one to be set in this main body outside and have an outer shell base that second guiding element of electric conductivity and are coated and fixed this first guiding element and this second guiding element, this main body has an endoporus, first interconnecting part and second interconnecting part that is communicated to the outside by this endoporus that is communicated to the outside by this endoporus, this water inlet is arranged on a wherein end and borrow this first interconnecting part to be connected with this first guiding element of this endoporus, this outlet is arranged on this endoporus other end and borrows this second interconnecting part to be connected with this second guiding element, water is flowed towards this outlet by this water inlet, can make the generation of this first guiding element and this second guiding element electrically conduct and start and control the unit in this and produce ozone by this first interconnecting part and this second interconnecting part.
Multifunctional ozone blood processor of the present utility model, the main body of this blender has one to last pipe portion that should water inlet, one to following pipe portion that should outlet, location division and an embedding part that is convexly set in this location division one side between between pipe portion on this and this time pipe portion, this first interconnecting part is along radially running through on this pipe portion and along extending axially predetermined length, this second interconnecting part is along radially running through this time pipe portion and along extending axially predetermined length, the profile of this location division is non-circular, this first guiding element and this second guiding element respectively have the embedding system portion and at least one fin that are nick shaped and are nested in these embedding part both sides respectively, this outer shell base has the ring wall and the protruding pipe that links into an integrated entity with this ring wall that are around in this first guiding element and this second guiding element outside, this ring wall has one to should the location division profile and be the scrobicular ring of non-circular fit portion and at least two described fin inlay cards of confession, and this protruding pipe is to should embedding part.
Multifunctional ozone blood processor of the present utility model, this blender also has one and connects duct unit and check valve that is installed in this duct unit inside that is located between this outer shell base and this main frame, this duct unit has the first end and the second end that is connected in this main frame and can introduces ozone that are plugged on this protruding pipe, this check valve often keeps this first end and this intake to be unimpeded state, and this check valve is subjected to the positive pressure of water can block this first end and this intake and is the state of blockading.
Multifunctional ozone blood processor of the present utility model, the duct unit of this blender also has a conduit, one to should outer shell base being plugged on first union joint of this conduit, second union joint to housing that should main frame, one with this second union joint interlocking latching connector and two connecting lines in this housing, this first end is located at this conduit and is plugged on this protruding pipe inside, this the second end is located at this conduit and corresponding to this main frame, this first union joint has one and this intake, the step shape shrinkage pool that this catheter interior is conducted and two first conduits of being located at lateral surface and being connected with this catheter interior, this second union joint has a pair of inserted link and two second conduits of being located at lateral surface and being connected with this catheter interior that are electrically connected with this middle control unit, described connecting line wherein an end respectively with this first guiding element, this second guiding element welding produces and is electrically connected, and pass described first conduit and be located in this catheter interior, the other end of described connecting line also passes described second conduit and is electrically connected with described inserted link from this catheter interior, this check valve is installed in the shrinkage pool of this first union joint, and have an O type ring and the valve body between between this O type ring and this intake, the normal maintenance of this valve body separates with this O type ring, and make the first end of this conduit and this intake be unimpeded state, this valve body can be urged on this O type ring by the water positive pressure, and blocks this first end and this intake and be the state of blockading.
Multifunctional ozone blood processor of the present utility model, the outer shell base of this blender has a pair of perpendicular to axial direction and be located at the holding section of this ring wall outer peripheral face, this output unit also has the joint being located at this connection end and being the hollow shelly, and this joint has a pair of and this holding section and is the concavo-convex complementation and the fitting portion of inlay card mutually.
Multifunctional ozone blood processor of the present utility model, the holding section of the outer shell base of this blender is the chase shape, the joint of this output unit has a diapire and a leg that is formed by this diapire periphery extension, this leg has a lateral openings, described fitting portion is the fin shape, to should lateral openings and extended inwardly by these leg two inboard ora terminalis.
Multifunctional ozone blood processor of the present utility model, this output unit also have an extension that is connected in this joint, and this extension end is located in this water outlet end.
Multifunctional ozone blood processor of the present utility model, this output unit also have a Bubbled stone that is installed in this extension, and this Bubbled stone is installed in this water outlet end, and have a plurality of pores.
Multifunctional ozone blood processor of the present utility model, this output unit also have a shower nozzle that is installed in this extension, and this shower nozzle is installed in this water outlet end.
The beneficial effects of the utility model are: utilize current can start control unit and generation ozone in this through the water inlet and the outlet of this blender, or operate this switch can force start ozone, not only easy to use, and can be used demand and reach multifunctional ozone and purify purpose.
Description of drawings
Fig. 1 is the combination stereogram of first preferred embodiment of this utility model multifunctional ozone blood processor;
Fig. 2 is the part axonometric chart of this preferred embodiment, and the constituent components of a main frame is described;
Fig. 3 is another part axonometric chart of this preferred embodiment, and the constituent components of a blender and an output unit is described;
Fig. 4 is the local combination section of this preferred embodiment, and the combinative structure of this main frame and a duct unit is described;
Fig. 5 is another local combination section of this preferred embodiment, and the combinative structure of this blender and this duct unit is described;
Fig. 6 is the cross-sectional schematic that the straight line VI-VI in Fig. 4 is got;
Fig. 7 is the cross-sectional schematic that the straight line VII-VII in Fig. 5 is got;
Fig. 8 is the cross-sectional schematic that the straight line VIII-VIII in Fig. 5 is got;
Fig. 9 is that the another kind of this preferred embodiment uses aspect, illustrates a supply unit is pulled down on this blender;
Figure 10 is the plane combination sketch map of second preferred embodiment of this utility model.
The specific embodiment
Below in conjunction with drawings and Examples this utility model is elaborated.
As shown in Figure 1, the preferred embodiment of this utility model multifunctional ozone blood processor 100, can cooperate a faucet 200 to use, this faucet 200 has an outlet pipe 210, again as shown in Figures 2 and 3, this multifunctional ozone blood processor 100 comprises a main frame 10, a blender 20 and the output unit 30 that can dismantle and be connected in this blender 20 that is connected in this main frame 10.
Cooperate and to consult Fig. 4 and Fig. 6, this main frame 10 has a housing 11 and is installed in the air pump 12 of this housing 11, ozone generation device 13, a control unit 14 and a switch 15 that is used for driving this air pump 12 and this ozone generation device 13.This housing 11 has a lower shell 111, a upper casing spare 112 and an interlocking seat 113 that is installed in this lower shell 111 that covers at this lower shell 111.Control unit 14 be a circuit board in being somebody's turn to do, and this switch 15 has a press section 151 that protrudes from these housing 11 outsides, and the press section 151 of operating this switch 15 can force starts be somebody's turn to do middle control unit 14 and produce ozone.
Cooperate and consult Fig. 5 and Fig. 7, this blender 20 has a main body 21, first guiding element 22 that is set in these main body 21 outsides and has electric conductivity, second guiding element 23 that is set in these main body 21 outsides and has electric conductivity, one outer shell base 24 that this first guiding element 22 and this second guiding element 23 are coated and fixed, one to should second guiding element 23 being set in the choked flow piece 25 in this main body 21, screw lock is at this second guiding element 23 and make this choked flow piece 25 localized drain pan spares 26, one connects duct unit 27 and check valve 28 that is installed in these duct unit 27 inside that is located at 10 in this outer shell base 24 and this main frame.
This main body 21 is made with plastic cement material, and pipe portion 211 on having, a following pipe portion 212, the location division 213 of 212 in pipe portion 211 and this time pipe portion on this, an embedding part 214 that is convexly set in these location division 213 1 sides, an endoporus 215 and an intake 219 that is communicated to this ozone generation device 13 and ozone can be imported this endoporus 215 that is communicated to this time pipe portion 212 by pipe portion 211 on this, should go up pipe portion 211 and have a pair of first interconnecting part 211 ' that is communicated to the outside by this endoporus 215, this first interconnecting part 211 ' is along radially running through on this pipe portion 211 and along extending axially predetermined length, this time pipe portion 212 also has and a pair ofly is communicated to the second outside interconnecting part 212 ' by this endoporus 215, and this second interconnecting part 212 ' is along radially running through this time pipe portion 212 and along extending axially predetermined length.The profile of this location division 213 is non-circular, this embedding part 214 generally is the protruding tubulose of hollow, this endoporus 215 is two ends and enlarges, the stage casing dwindles shape, and has one to going up pipe portion 211 and leveling off to the water inlet 216 of this outlet pipe 210, one to the outlet 217 that should descend pipe portion 212 and one between this water inlet 216 and 217 of this outlets and be the undergauge section 218 of bringing shape together, this water inlet 216 borrows this first interconnecting part 211 ' to be connected with this first guiding element 22, this outlet 217 borrows this second interconnecting part 212 ' to be connected with this second guiding element 23, and this undergauge section 218 has one by outwardly interior and by the following cervical region 218 ' of wide expansion gradually up, this intake 219 is positioned at this undergauge section 218 and can be communicated to this ozone generation device 13.
This first guiding element 22 is hollow tube-shape, and have one and be nick shaped and be nested in this embedding part 214 wherein embedding system portion 221, two fin 222 and external thread parts 223 of being located at described fin 222 1 sides that are convexly equipped with at outer peripheral face of a side, utilize this external thread part 223 can make this blender 20 be connected in the outlet pipe 210 of this faucet 200.
This second guiding element 23 is hollow tube-shape, and has an embedding system portion 231 that is nick shaped and is nested in these embedding part 214 opposite sides, two fin 232 and external thread parts 233 of being located at described fin 232 1 sides that are convexly equipped with at outer peripheral face.
This outer shell base was made left and right sides two-piece type in 24 minutes, again through the involutory one that is consolidated into, and has a ring wall 241 that is coated on this first guiding element 22 and these second guiding element, 23 outsides, protruding pipe 242 that links into an integrated entity with this ring wall 241 and a pair of perpendicular to axial direction and be located at the holding section 243 of these ring wall 241 outer peripheral faces, these ring wall 241 inner ring surfaces have one to should location division 213 profiles and be non-circular fit portion 244 and two pairs lay respectively at these fit portion 244 both sides and for the fin 222 of this first guiding element 22 and the scrobicular ring 245 of fin 232 inlay cards of this second guiding element 23,242 pairs of this protruding pipes should embedding part 214, and this holding section 243 is the chase shape.
This duct unit 27 connects and is located at 10 in this blender 20 and this main frame, and has a conduit 271, one to should outer shell base 24 being plugged on first union joint 272 of this conduit 271, one to second union joint 273 that should housing 11, one with these second union joint, 273 interlockings latching connector 274 and two connecting lines 275 in this interlocking seat 113, this conduit 271 has a first end 271 ' that is plugged on these protruding pipe 242 inside, one corresponding to this main frame 10 and can introduce the second end 271 of ozone "; this first union joint 272 have one with this intake 219; the step shape shrinkage pool 272 ' that these conduit 271 inside are conducted and two first conduits 272 of being located at lateral surface and being connected with these conduit 271 inside ", this second union joint 273 have a pair of with should in inserted link 273 ' and two second conduits 273 of being located at lateral surface and being connected of control unit 14 electrical connections with these conduit 271 inside ".Described connecting line 275 a wherein end produces and is electrically connected with this first guiding element 22, these second guiding element, 23 welding respectively, and pass described first conduit 272 " and be located in this conduit 271 inside; the other end of described connecting line 275 also passes described second conduit 273 from these conduit 271 inside ", be electrically connected with described inserted link 273 ' at last.
This check valve 28 is installed in the shrinkage pool 272 ' of this first union joint 272, and has an O type ring 281 and one valve body 282 between 219 of this O type ring 281 and this intakes, this valve body 282 is hollow tube-shape, and often keep being and separate with this O type ring 281, and make the first end 271 ' of this conduit 271 be unimpeded state with this intake 219, this valve body 282 can be urged on this O type ring 281 by the positive pressure of water, and blocks this first end 271 ' and be the state of blockading with this intake 219.
Cooperate and to consult Fig. 8, this output unit 30 has a joint that is the hollow shelly 31, one and is installed in the leakproof element 32 of these joint 31 inside, an extension 33 and a Bubbled stone 34 that is installed in this extension 33 that is connected in this joint 31.This joint 31 has a diapire 311, a leg 312 and an a pair of fitting portion 313 of being located at this leg 312 that forms by this diapire 311 peripheries extension, this diapire 311 has an adapter portion 311 ' and an annular groove 311 that is arranged with by end face "; this leg 312 has a lateral openings 314; described fitting portion 313 and described holding section 243 are concavo-convex complementation and inlay card mutually; the fitting portion 313 of present embodiment is the fin shape; and to should lateral openings 314 and extend inwardly by 312 2 inboard ora terminalis of this leg; this leakproof element 32 is nested in the annular groove 311 of this diapire 311 ", and keep airtight with this drain pan spare 26, this extension 33 has one and is connected in this adapter portion 311 ' and connection end 331 that should outlet 217 and one are located at terminal water outlet end 332.This Bubbled stone 34 is installed in this water outlet end 332, and has a plurality of pores 341.
Fig. 1, Fig. 4 and shown in Figure 5 for another example, the blender 20 of this multifunctional ozone blood processor 100 is installed in the outlet pipe 210 of this faucet 200, and this main frame 10 is arranged on the handy place of user, and this output unit 30 is connected on this blender 20.
And when user is opened faucet 200, water is flowed by the endoporus 215 of this outlet pipe 210 towards this blender 20, flow towards this outlet 217 by this water inlet 216 again, can make this first guiding element 22 by this first interconnecting part 211 ' and this second interconnecting part 212 ', this second guiding element 23 produces and electrically conducts, and can start control unit 14 in this, should can drive this air pump 12 and this ozone generation device 13 and generation ozone in middle control unit 14, ozone is via these conduit 271 delivery, can sneak in the water in this endoporus 215 by this intake 219, and the water that is mixed with ozone can be discharged via the extension 33 of this output unit 30 again, for use.And first preferred embodiment of the present utility model is that this Bubbled stone 34 is installed in this water outlet end 332, the water that then is mixed with ozone can be discharged by the described pore 341 of this Bubbled stone 34, then can produce a plurality of micro air bubbles, to increase the contact area of ozone and food, tableware etc., and reach preferable sterilization, purification purpose, and certainly, also can be according to user demand, this Bubbled stone 34 is pulled down from this extension 33, then only utilized this extension 33 also can reach the purpose of flushing food, tableware.
Under the state that this faucet 200 is not opened, user is pushed the press section 151 of this switch 15, then can force start should middlely control unit 14 and produce ozone, ozone is also derived by this conduit 271, this blender 20 and this supply unit 30, then utilize this extension 33 or this Bubbled stone 34 to discharge ozone, be soaked in then merely as purposes such as air cleaning, container sterilizations, or with this Bubbled stone 34 and store in advance in the tank that water is arranged, as the soaking sterilization of long period.
In addition, utilize this supply unit 30 can dismantle and be connected in the effect of this blender 20, make this supply unit 30 on this blender 20, to pull down at any time, then as shown in Figure 9, only utilize this main frame 10 to cooperate this blender 20, also can when opening this faucet 200 or this switch 15 of straightforward manipulation, reach the ozone purification purpose.
Therefore, this utility model is under faucet 200 openings, utilize the water inlet 216 and this outlet 217 of current through this blender 20, can start and middlely to control unit 14 and produce ozone, also can under the state of not opening this faucet 200, operate this switch 15, and force start ozone, and be used demand and reach multifunctional ozone and purify purpose.
And multifunctional ozone blood processor 100 of the present utility model has the purpose of multi-functional use really, also has following advantage:
One, when this faucet 200 under opening, the valve body 282 of this check valve 28 often keeps being with this O type ring 281 and separates, and make the first end 271 ' of this conduit 271 be unimpeded state with this intake 219, if there is choking phenomenon the water outlet end 332 of this extension 33, then this valve body 282 can be urged on this O type ring 281 by the positive pressure of water, and block this first end 271 ' and be the state of blockading with this intake 219, thus, can infiltrate in this conduit 271 by anti-sealing, and prevent to damage.
Two, described connecting line 275 is hidden in first conduit 272 of this first union joint 272 " with second conduit 273 of this second union joint 273 "; and two ends are subjected to this outer shell base 24 respectively and protect with the coating of this latching connector 274; the stage casing then is located in this conduit 271 and is shared with the conveyance conduit of ozone; not only aesthetic in appearance; and the protectiveness of described connecting line 275 is good, can reduce spoilage.
When three, designing, can be with the duration of runs of this air pump 12, opening time compared to this ozone generation device 13 postpones the several seconds, that is to say, when closing this faucet 200 or this switch 15 of positive closing, this ozone generation device 13 decommissions immediately, and this air pump 12 still can the continuous running several seconds, then make and dispelled, destroy attached to the moisture film in this endoporus 215, then can avoid electrically conducting, and avoid generation of false action because of moisture film causes this first guiding element 22 still to produce with this second guiding element 23.In addition, utilize the setting of cervical region 218 ' of the undergauge section 218 of this endoporus 215, also can prevent the generation of moisture film.
Four, this output unit 30 utilizes the inlay card effect of the described holding section 243 of described fitting portion 313 and this blender 20, and it is all quite easy to assemble, dismantle.
Again as shown in figure 10, the output unit 30 ' of second embodiment of this utility model, roughly the same with the output unit 30 of first embodiment, the difference place only is: the adapter portion 311 of this joint 31 ' " extension 33 ' of pegging graft; shower nozzle 35 ' of water outlet end 332 ' installing of this extension 33 ', utilize this shower nozzle 35 ' then can conveniently clean.
Claims (10)
1. a multifunctional ozone blood processor comprises a main frame, a blender and an output unit that is connected in this main frame, it is characterized in that,
This main frame, have a housing and be installed in the intravital air pump of this shell, an ozone generation device, a control unit and a switch that is used for driving this air pump and this ozone generation device, operating this switch can force start should middlely control the unit to produce ozone;
This blender, have one and can import the water inlet of water, an outlet and an intake that is communicated to this ozone generation device and can imports ozone, this intake is between between this water inlet and this outlet, and water should middlely be controlled the unit to produce ozone by this water inlet towards this outlet energy of flow startup;
This output unit removably is connected in this blender, and has one to connection end and a water outlet end that should outlet.
2. multifunctional ozone blood processor according to claim 1, it is characterized in that, this blender has a main body, one is set in first guiding element that this main body is outside and have electric conductivity, one to be set in this main body outside and have an outer shell base that second guiding element of electric conductivity and are coated and fixed this first guiding element and this second guiding element, this main body has an endoporus, first interconnecting part and second interconnecting part that is communicated to the outside by this endoporus that is communicated to the outside by this endoporus, this water inlet is arranged on a wherein end of this endoporus and borrows this first interconnecting part to be connected with this first guiding element, this outlet is arranged on the other end of this endoporus and borrows this second interconnecting part to be connected with this second guiding element, water is flowed towards this outlet by this water inlet, can be by this first interconnecting part and this second interconnecting part, make this first guiding element and this second guiding element produce to electrically conduct and start and control the unit in this with generation ozone.
3. multifunctional ozone blood processor according to claim 2, it is characterized in that, the main body of this blender has one to last pipe portion that should water inlet, one to following pipe portion that should outlet, location division and an embedding part that is convexly set in this location division one side between between pipe portion on this and this time pipe portion, this first interconnecting part is along radially running through on this pipe portion and along extending axially predetermined length, this second interconnecting part is along radially running through this time pipe portion and along extending axially predetermined length, the profile of this location division is non-circular, this first guiding element and this second guiding element respectively have the embedding system portion and at least one fin that are nick shaped and are nested in these embedding part both sides respectively, this outer shell base has the ring wall and the protruding pipe that links into an integrated entity with this ring wall that are around in this first guiding element and this second guiding element outside, this ring wall has one to should the location division profile and be the scrobicular ring of non-circular fit portion and at least two described fin inlay cards of confession, and this protruding pipe is to should embedding part.
4. multifunctional ozone blood processor according to claim 3, it is characterized in that, this blender also has one and connects duct unit and check valve that is installed in this duct unit inside that is located between this outer shell base and this main frame, this duct unit has the first end and the second end that is connected in this main frame and can introduces ozone that are plugged on this protruding pipe, this check valve often keeps this first end and this intake to be unimpeded state, and this check valve is subjected to the positive pressure of water can block this first end and this intake and is the state of blockading.
5. multifunctional ozone blood processor according to claim 4, it is characterized in that, the duct unit of this blender also has a conduit, one to should outer shell base being plugged on first union joint of this conduit, second union joint to housing that should main frame, one with this second union joint interlocking latching connector and two connecting lines in this housing, this first end is located at this conduit and is plugged on this protruding pipe inside, this the second end is located at this conduit and corresponding to this main frame, this first union joint has one and this intake, the step shape shrinkage pool that this catheter interior is conducted and two first conduits of being located at lateral surface and being connected with this catheter interior, this second union joint has a pair of inserted link and two second conduits of being located at lateral surface and being connected with this catheter interior that are electrically connected with this middle control unit, a wherein end of described connecting line respectively with this first guiding element, this second guiding element welding produces and is electrically connected, and pass described first conduit and be located in this catheter interior, the other end of described connecting line also passes described second conduit and is electrically connected with described inserted link from this catheter interior, this check valve is installed in the shrinkage pool of this first union joint, and have an O type ring and the valve body between between this O type ring and this intake, the normal maintenance of this valve body separates with this O type ring, so that the first end of this conduit and this intake are unimpeded state, this valve body can be urged on this O type ring by the water positive pressure, is the state of blockading to block this first end and this intake.
6. multifunctional ozone blood processor according to claim 3, it is characterized in that, the outer shell base of this blender has a pair of perpendicular to axial direction and be located at the holding section of the outer peripheral face of this ring wall, this output unit also has the joint being located at this connection end and being the hollow shelly, and this joint has the fitting portion that a pair of and described holding section is concavo-convex complementation and the mutual inlay card of energy.
7. multifunctional ozone blood processor according to claim 6, it is characterized in that, the holding section of the outer shell base of this blender is the chase shape, the joint of this output unit has a diapire and a leg that is formed by this diapire periphery extension, this leg has a lateral openings, described fitting portion is the fin shape, to should lateral openings and extended inwardly by these leg two inboard ora terminalis.
8. multifunctional ozone blood processor according to claim 1 is characterized in that, this output unit also has an extension that is connected in this joint, and this extension end is located in this water outlet end.
9. multifunctional ozone blood processor according to claim 8 is characterized in that, this output unit also has a Bubbled stone that is installed in this extension, and this Bubbled stone is installed in this water outlet end, and has a plurality of pores.
10. multifunctional ozone blood processor according to claim 8 is characterized in that, this output unit also has a shower nozzle that is installed in this extension, and this shower nozzle is installed in this water outlet end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205108236U CN201759888U (en) | 2010-08-27 | 2010-08-27 | Multifunctional ozone treatment device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205108236U CN201759888U (en) | 2010-08-27 | 2010-08-27 | Multifunctional ozone treatment device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201759888U true CN201759888U (en) | 2011-03-16 |
Family
ID=43712481
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010205108236U Expired - Fee Related CN201759888U (en) | 2010-08-27 | 2010-08-27 | Multifunctional ozone treatment device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201759888U (en) |
-
2010
- 2010-08-27 CN CN2010205108236U patent/CN201759888U/en not_active Expired - Fee Related
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