CN202474541U - Conversion accelerator for negative oxygen ionic group - Google Patents
Conversion accelerator for negative oxygen ionic group Download PDFInfo
- Publication number
- CN202474541U CN202474541U CN2012200682492U CN201220068249U CN202474541U CN 202474541 U CN202474541 U CN 202474541U CN 2012200682492 U CN2012200682492 U CN 2012200682492U CN 201220068249 U CN201220068249 U CN 201220068249U CN 202474541 U CN202474541 U CN 202474541U
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- China
- Prior art keywords
- negative oxygen
- oxygen ion
- antipriming pipe
- pipe
- conducting wires
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Abstract
The utility model provides a conversion accelerator for negative oxygen ionic group, and relates to an enhanced high-speed particle generator which is capable of generating high-speed small ionic group, and can be used for converting large ionic group negative oxygen ion generated by ionizing air by power at a primary negative high voltage tip end into the conversion small ionic group negative oxygen ion which is approximate to the nature potential energy generated small ionic group negative oxygen ion. The conversion accelerator comprises a high-voltage guide line 1, a porous pipe high-voltage guide line access end, an access end metal emitting electrode, a porous pipe, natural ore particles with piezoelectric effect, zeolite particles, an absorption metal mesh, a high-voltage guide line 2, an output end metal emitting electrode, a porous pipe output end and a negative oxygen ion releasing head; and the porous pipe high-voltage guide line access end is connected with the high-voltage guide line 1, and is provided with the access end metal emitting electrode, the porous pipe is internally provided with the natural ore particles with piezoelectric effect and the zeolite particles, the other end of the porous pipe is provided with the absorption metal mesh, the output end metal emitting electrode and the porous pipe output end, the absorption metal mesh is connected with the high-voltage guide line 2, and the negative oxygen ion releasing head is arranged on the access end metal emitting electrode.
Description
Technical field
What the utility model negative oxygen ion group conversion accelerator related to is a kind of enhanced high-speed particle generator that can produce high speed small ion group; The heavy ion group negative oxygen ion that utilizes the most advanced and sophisticated electric power ionized air of negative high voltage to produce is converted to the small ion group negative oxygen ion that produces near the Nature potential energy; Can strengthen the mobility of negative oxygen ion, make that the negative oxygen ion rate of release is faster, sphere of action is bigger, the scope of application is wider.
Background technology
According to the theory that geodesy and atmosphere joint committee of geographical physics League of Nations adopt, the molecular formula of negative aeroion is O
2-(H
2O) n, or OH-(H
2O) n, or CO
4-(H
2O) n.Here said negative aeroion with environment-friendly function mainly refers to preceding two kinds of micromolecule anions.Numerous in the market air negative ion generators, air purifier, medical science physiotherapy anion machine, otherwise the anion that discharges is shorter owing to receiving air drag to influence transmitting range, burst size is little, and scope is smaller, can not reach the ability that really purifies air; Though the existing function of quickening, ion burst size, rate of release and ion cluster size all also have room for promotion.
Summary of the invention
The utility model purpose is to roll into a ball the conversion accelerator to a kind of negative oxygen ion that above-mentioned weak point provides; Being a kind of enhanced high-speed particle generator that can produce high speed small ion group, (is particle diameter: 10 with the heavy ion group negative oxygen ion that utilizes negative high voltage point discharge ionized air to produce
-5Cm) converting the small ion group negative oxygen ion that produces near the Nature potential energy to (is particle diameter: 10
-7Cm), can strengthen the mobility of negative oxygen ion, make that the negative oxygen ion rate of release is faster, sphere of action is bigger, the scope of application is wider.
The utility model negative oxygen ion group conversion accelerator is to take following technical scheme to realize: negative oxygen ion group conversion accelerator comprises high-voltage conducting wires one, antipriming pipe high-voltage conducting wires incoming end, incoming end metal emitting, antipriming pipe, the natural crystal particulate that piezoelectric effect is arranged, zeolite granular, absorption wire netting, high-voltage conducting wires two, output end metal emitter, antipriming pipe output and negative oxygen ion release head.Said antipriming pipe one end is equipped with antipriming pipe high-voltage conducting wires incoming end; Antipriming pipe high-voltage conducting wires incoming end is connected with high-voltage conducting wires one; Antipriming pipe high-voltage conducting wires incoming end is equipped with the incoming end metal emitting, and the natural crystal particulate and the zeolite granular of piezoelectric effect is housed in the antipriming pipe, and the antipriming pipe other end is equipped with and absorbs wire netting, output end metal emitter and antipriming pipe output; Absorb wire netting and be connected with high-voltage conducting wires two, the negative oxygen ion release head is housed on the output end metal emitter.
Said negative oxygen ion release head is a plug-in type negative oxygen ion release head, adopts carbon fiber bundle, and carbon fiber bundle is wrapped with braid; The braid covering is equipped with silicone rubber sleeve; Carbon fiber bundle has an end to be exposed at outside the silicone rubber sleeve, with the supporting use of anion generator, can patch easily and is being used to discharge negative oxygen ion on the output lead of negative oxygen ion generator or on the metal needle; It is convenient that dress is inserted, changed, and is the ion release head of a kind of anti-sputter, anti-charge loss.
Said antipriming pipe is the porous insulation pipe, and described porous insulation pipe is porous ceramic pipe, cell quartz pipe, porous glass tube or porous ebonite tube.Said antipriming pipe one end is provided with incoming end metal emitting mounting groove, and the antipriming pipe other end is provided with output end metal emitter mounting groove.
Said incoming end metal emitting and output end metal emitter can adopt materials such as copper nickel plating metal emitting, tungsten metal emitting, titanium emitter, nickel metal emitting, molybdenum emitter or aluminum metal emitter.
The utility model negative oxygen ion group conversion accelerator design is reasonable, and compact conformation has adopted porous ceramic pipe (shown in accompanying drawing); A large amount of air can be freed in and out; And in order not allow the bulk absorption anion, it is minimum that consumable is reduced to, so adopt pottery as material; Its two be the pipe in zeolite granular is not only arranged, also be added with the natural crystal particulate of piezoelectric effect.
Wherein, the natural crystal particle that has a piezoelectric effect can adopt that to dodge zinc, sodium chlorate, tourmaline, quartz, tartaric acid, boracite, smithsonite, citrine, Ruo Xieer salt poisoning a kind of.These crystal all have amorphous side's property structure, have piezoelectric effect.The mixing of (kind that description is arranged in monofier before being exactly) zeolite and natural crystal particle; Make the interior anion generation of pipe increase; The natural crystal particle that has piezoelectric effect in addition can flow by the conducting negative oxygen ion as carrier, produces high speed negative oxygen ion stream and clashes into the small ion group that the formation of porous zeolite material is easily absorbed by the body via vibration.Because metal emitting is connected elementary negative high voltage effect ionized air and is produced a large amount of free electrons; A large amount of air get in the antipriming pipe through the porous pore; Oxygen seizure free electron produces a large amount of heavy ions and rolls into a ball negative oxygen ion in the air; The filler that heavy ion group's negative oxygen ion is mixed through piezoelectric effect, the special Ceramic Balls particle of smoking and granule zeolite in the antipriming pipe by wire netting and the senior negative high voltage energy of position traction lower than elementary negative high voltage of output end metal emitter terminal; The carrier conducting negative oxygen ion stream of the Ceramic Balls particle of piezoelectric effect as negative oxygen ion stream is arranged this moment; Produce high speed negative oxygen ion stream and bump porous zeolite material via vibration, and then form small ion group negative oxygen ion, and flow to and absorb wire netting and output end metal emitter terminal and discharge a large amount of small ions group negative oxygen ion at a high speed.
The said negative oxygen ion release head of the utility model is the ion release head of a kind of anti-sputter, anti-charge loss; It is a kind of plug-in type negative oxygen ion release head; With the supporting use of anion generator; Can patch easily and be used to discharge negative oxygen ion on the output lead of negative oxygen ion generator or on the metal needle, it is convenient that dress is inserted, changed.
Description of drawings
Below will combine accompanying drawing that the utility model is described further:
Fig. 1 is the utility model negative oxygen ion group conversion accelerator structure sketch map.
Fig. 2 is the antipriming pipe structural representation of the utility model negative oxygen ion group conversion accelerator.
Mark among the figure: 1, high-voltage conducting wires, 2, earthenware high-voltage conducting wires incoming end, 3, the incoming end metal emitting, 4, antipriming pipe; 5, antipriming pipe tube wall aperture, 6, the natural crystal particulate of piezoelectric effect arranged, 7, zeolite granular, 8, absorb wire netting; 9, output end metal emitter, 10, the antipriming pipe output, 11, the negative oxygen ion release head; 12, high-voltage conducting wires two, 13, incoming end metal emitting mounting groove, 14, the output end metal emitter.
Embodiment
With reference to accompanying drawing 1～2, negative oxygen ion group conversion accelerator comprises high-voltage conducting wires 1, antipriming pipe high-voltage conducting wires incoming end 2, incoming end metal emitting 3, antipriming pipe 4, the natural crystal particulate 6 that piezoelectric effect is arranged, zeolite granular 7, absorbs wire netting 8, high-voltage conducting wires 2 12, output end metal emitter 9, antipriming pipe output 10 and negative oxygen ion release head 11.Said antipriming pipe 4 one ends are equipped with antipriming pipe high-voltage conducting wires incoming end 2; Antipriming pipe high-voltage conducting wires incoming end 2 is connected with high-voltage conducting wires 1; Antipriming pipe high-voltage conducting wires incoming end 2 is equipped with incoming end metal emitting 3; The natural crystal particulate 6 and zeolite granular 7 of piezoelectric effect are housed in the antipriming pipe 4; Antipriming pipe 4 other ends are equipped with and absorb wire netting 8, output end metal emitter 9 and antipriming pipe output 10, and wire netting 8 is connected with high-voltage conducting wires 2 12, and negative oxygen ion release head 11 is housed on the output end metal emitter 9.
Said negative oxygen ion release head 11 is a plug-in type negative oxygen ion release head, adopts carbon fiber bundle, and carbon fiber bundle is wrapped with braid; The braid covering is equipped with silicone rubber sleeve; Carbon fiber bundle has an end to be exposed at outside the silicone rubber sleeve, with the supporting use of anion generator, can patch easily and is being used to discharge negative oxygen ion on the output lead of negative oxygen ion generator or on the metal needle; It is convenient that dress is inserted, changed, and is the ion release head of a kind of anti-sputter, anti-charge loss.
Said antipriming pipe 3 is the porous insulation pipe, and described porous insulation pipe is porous ceramic pipe, cell quartz pipe, porous glass tube or porous ebonite tube.Said antipriming pipe one end is provided with incoming end metal emitting mounting groove 13, and the antipriming pipe other end is provided with output end metal emitter mounting groove 14.
Said incoming end metal emitting 3 can adopt materials such as copper nickel plating metal emitting, tungsten metal emitting, titanium emitter, nickel metal emitting, molybdenum emitter or aluminum metal emitter with output end metal emitter 9.
High pressure generator needs and this matched with devices during use, and high pressure generator can adopt commercially available negative direct current high voltage generator.As shown in Figure 1; The left side is elementary negative high voltage power source input, and high pressure generator is connected with incoming end metal emitting 3, and elementary negative high voltage can reach-4000V; Ionization gets into the air in the pipe by hole around the antipriming pipe, makes it to produce a large amount of heavy ion group negative oxygen ions.Simultaneously, insert the output emitter senior negative high voltage lower than elementary negative high voltage by absorbing wire netting 8, senior negative high voltage can reach-10000V, absorbs wire netting 8 and welds together with output end metal emitter 9.Because the traction of output emitter stage high-tension electricity potential energy; (ore that is mounted with piezoelectric property in this antipriming pipe 4 is smoked the ceramic spherolite that forms and the mixture of granule zeolite by antipriming pipe 4 to force heavy ion group negative oxygen ion stream that the 3 end ionization of incoming end metal emitting form; Natural crystal particle with piezo-electric effect flows as carrier conducting negative oxygen ion; Flow and clash into the porous zeolite material via vibration generation high speed negative oxygen ion and form the small ion group that is easily absorbed by the body) flow to absorption wire netting 8 and the absorption of output end metal emitter stage 9 ends, the plug-in type negative oxygen ion release head that is connected by output end metal emitter stage 9 discharges small ion group negative oxygen ion at last.
When incoming end metal emitting 3, absorb wire netting 8, when output end metal emitter 9 ends are switched on simultaneously; The heavy ion group negative oxygen ion that the elementary negative high voltage of incoming end metal emitting 3 ends is produced is absorbed wire netting 8 and is drawn with the output end metal emitter 9 ends senior negative high voltage energy of position lower than elementary negative high voltage; Negative oxygen ion fails to be convened for lack of a quorum by incoming end metal emitting 3 ends by force through antipriming pipe 4; Be that negative oxygen ion stream will be through the filler that has piezoelectric effect, the special Ceramic Balls particle of smoking and granule zeolite to mix in the antipriming pipe 4; The natural crystal particle that have piezoelectric effect this moment flows as carrier conducting negative oxygen ion; Produce high speed negative oxygen ion stream and clash into the small ion group that the formation of porous zeolite material is easily absorbed by the body via vibration; And flowing to absorption wire netting 8, output end metal emitter 9 ends, the plug-in type negative oxygen ion release head that is connected by output end metal emitter 9 at last discharges the small ion group negative oxygen ion that is easily absorbed by the body.
Because metal emitting is connected elementary negative high voltage effect ionized air and is produced a large amount of free electrons; A large amount of air get in the pipe through antipriming pipe; Oxygen seizure free electron produces a large amount of heavy ions and rolls into a ball negative oxygen ion in the air; Heavy ion group's negative oxygen ion is absorbed wire netting 8 and is drawn with the output end metal emitter 9 ends senior negative high voltage energy of position lower than elementary negative high voltage; Through having the filler that piezoelectric effect, the special Ceramic Balls particle of smoking and granule zeolite mix in the antipriming pipe; Have the Ceramic Balls particle of piezoelectric effect to flow as carrier conducting negative oxygen ion this moment; Produce high speed negative oxygen ion stream and bump porous zeolite material forms the small ion group that is easily absorbed by the body via vibration, and flow to the plug-in type negative oxygen ion release head that absorbs on wire netting 8, output end metal emitter 9 terminations and discharge a large amount of small ions group negative oxygen ion at a high speed.
The utility model device is 100,000,000/cm through test at the air outlet anion concentration
3More than, can detect 1,000 ten thousand/cm in distance apart from one meter of air outlet
3More than, can detect 100,000～200,000/cm in distance apart from five meters of air outlets
3, and one group of 8 release head go for 40～45 square metres environment.Compared to the higher japanese product of popularity in the market, the anion concentration that its report domestic type air vitamin machine of recuperating discharges is that several ten million/cm3 is arranged at air outlet, can detect about 1,000,000 in the distance apart from one meter of air outlet/cm
3, can detect 1～20,000/cm3 in distance, and the domestic type air vitamin machine of recuperating being applicable to 25 square metres environment apart from five meters of air outlets, this product effect will exceed more than one times.
Claims (6)
1. a negative oxygen ion group conversion accelerator is characterized in that: comprise high-voltage conducting wires one, antipriming pipe high-voltage conducting wires incoming end, incoming end metal emitting, antipriming pipe, the natural crystal particulate that piezoelectric effect is arranged, zeolite granular, absorption wire netting, high-voltage conducting wires two, output end metal emitter, antipriming pipe output and negative oxygen ion release head; Said antipriming pipe one end is equipped with antipriming pipe high-voltage conducting wires incoming end; Antipriming pipe high-voltage conducting wires incoming end is connected with high-voltage conducting wires one; Antipriming pipe high-voltage conducting wires incoming end is equipped with the incoming end metal emitting, and the natural crystal particulate and the zeolite granular of piezoelectric effect is housed in the antipriming pipe, and the antipriming pipe other end is equipped with and absorbs wire netting, output end metal emitter and antipriming pipe output; Absorb wire netting and be connected with high-voltage conducting wires two, the negative oxygen ion release head is housed on the output end metal emitter.
2. negative oxygen ion according to claim 1 is rolled into a ball the conversion accelerator; It is characterized in that: said negative oxygen ion release head is a plug-in type negative oxygen ion release head; Adopt carbon fiber bundle; Carbon fiber bundle is wrapped with braid, and the braid covering is equipped with silicone rubber sleeve, and carbon fiber bundle has an end to be exposed at outside the silicone rubber sleeve.
3. negative oxygen ion according to claim 1 is rolled into a ball the conversion accelerator, and it is characterized in that: said antipriming pipe is the porous insulation pipe.
4. negative oxygen ion according to claim 3 is rolled into a ball the conversion accelerator, it is characterized in that: described porous insulation pipe adopts porous ceramic pipe, cell quartz pipe, porous glass tube or porous ebonite tube.
5. negative oxygen ion according to claim 1 is rolled into a ball the conversion accelerator, it is characterized in that: said incoming end metal emitting and output end metal emitter adopt copper nickel plating metal emitting, tungsten metal emitting, titanium emitter, nickel metal emitting, molybdenum emitter or aluminum metal emitter.
6. negative oxygen ion according to claim 1 is rolled into a ball the conversion accelerator, and it is characterized in that: said antipriming pipe one end is provided with incoming end metal emitting mounting groove, and the antipriming pipe other end is provided with output end metal emitter mounting groove.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200682492U CN202474541U (en) | 2012-02-28 | 2012-02-28 | Conversion accelerator for negative oxygen ionic group |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200682492U CN202474541U (en) | 2012-02-28 | 2012-02-28 | Conversion accelerator for negative oxygen ionic group |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202474541U true CN202474541U (en) | 2012-10-03 |
Family
ID=46922669
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012200682492U Expired - Lifetime CN202474541U (en) | 2012-02-28 | 2012-02-28 | Conversion accelerator for negative oxygen ionic group |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202474541U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102623899A (en) * | 2012-02-28 | 2012-08-01 | 黄于展 | Negative oxygen ion group conversion accelerator |
-
2012
- 2012-02-28 CN CN2012200682492U patent/CN202474541U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102623899A (en) * | 2012-02-28 | 2012-08-01 | 黄于展 | Negative oxygen ion group conversion accelerator |
| CN102623899B (en) * | 2012-02-28 | 2013-08-21 | 黄于展 | Negative oxygen ion group conversion accelerator |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20121003 Effective date of abandoning: 20130821 |
|
| RGAV | Abandon patent right to avoid regrant |