CN2922773Y - Mop cleaning-dewatering machine with deodourizing, sterilizing function - Google Patents
Mop cleaning-dewatering machine with deodourizing, sterilizing function Download PDFInfo
- Publication number
- CN2922773Y CN2922773Y CN 200620103839 CN200620103839U CN2922773Y CN 2922773 Y CN2922773 Y CN 2922773Y CN 200620103839 CN200620103839 CN 200620103839 CN 200620103839 U CN200620103839 U CN 200620103839U CN 2922773 Y CN2922773 Y CN 2922773Y
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- ozone
- sterilization
- mop
- cleaning chambers
- staving
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Abstract
A mop cleaning and dehydrating machine capable of deodorization and sterilization, characterized in that: an ozone generator is provided in the bucket; the ozone generator is connected with an air inlet in lower part of a mixing machine that is positioned in the cleaning cavity; an ozone outlet is provided in upper part of the mixing tower, and the ozone outlet is connected with one end of the air duct; mouth of the other end of the air duct extends to bottom of the cleaning cavity; a water inlet is provided atop the mixing tower, and the water inlet is connected with a water inlet connector provided on the bucket; a water outlet that is communicated with the cleaning cavity is provided in lower part of the mixing tower. The utility model has the advantages of that: the utility model provides two grades of sterilization and disinfection effects for further sterilization, disinfection, deodorization and bleaching.
Description
Technical field
The utility model relates to the mop cleaner technical field, especially refers to a kind of apparatus for washing and squeezing mop with deodorization, sterilization.
Background technology
Mop is the burnisher of family and office space indispensability, but the mop after using can become carry, spread disease germs, the media of virus and other pollutant.For example, mop has cleared up that there is vomitus in restaurant, lavatory etc., behind the ground of the thing of urinating and defecating, and the germ that contains in the dirt is easy to gather in mop cleaner, exchange, and is diffused into widerly with mop, forms cross-infection.And cleaner's both hands in cleaning process can contact mop cloth inevitably, so that can bacteria infection and become propagating source, threaten people's healthy structure.For germ in the source of keeping off infection etc. is spread with mop, avoid mop cleaner to become the germ evil and give birth to the place, existing people normally add disinfectant so that mop and cleaning machine are carried out sterilization and sterilization in mop cleaner, but this method is used trouble, and can increase the expense of unnecessary water consumption, sterilization and disinfectant.
Existing a kind of denomination of invention is that 200420034838.4 Chinese utility model patent discloses a kind of structure for " family expenses Mop drying machine " patent No., its structure is, spin dryer tube and drying motor are installed in casing, drying motor is connected transmission with spin dryer tube, electric control gear and water inlet are installed on the casing, discharge outlet, be fixed with many mop guide piles in the spin dryer tube, the spin dryer tube wall has a plurality of apertures, the casing top is provided with the mop rod locating support, the ozone sterilization device also is installed in the casing, this utility model has avoided easy virus infections of staff drying of mop and mop not to dry mouldy fouling for a long time, breed bacteria, problem of environment pollution caused, improved hygienic quality, it is healthy to help people.But it is complicated, fragile that its shortcoming is a project organization, and the concrete structure of unexposed its ozone sterilization device, is difficult to illustrate the concrete effect of its ozone sterilization, so its structure awaits further to improve.
Summary of the invention
Technical problem to be solved in the utility model be provide at above-mentioned prior art present situation a kind of project organization reasonable, easy to use and can play effectively to mop clean, the apparatus for washing and squeezing mop of deodorization and sterilization.
The utility model solves the problems of the technologies described above the technical scheme that is adopted: this has deodorization, the apparatus for washing and squeezing mop of sterilization, include staving, motor and mop cleaning device, described motor drives the mop cleaning device that places cleaning chambers in the staving by transmission device, it is characterized in that described staving is provided with ozone generator in it, this ozone generator is connected by the air inlet of wireway with the mixed tower bottom that places cleaning chambers, be provided with ozone outlet being positioned at mixed tower top, this gas outlet is connected with wireway one end, and the opening of the other end of described wireway extends to the cleaning chambers bottom, be provided with water inlet at mixed top of tower, this water inlet is connected with water supply connector on placing staving by water inlet pipe, and has the delivery port that is connected with cleaning chambers in the bottom of mixed tower.
As improvement, its end opening that extends to the cleaning chambers bottom of described wireway is gone up and can be mixed the contact chamber that generates high-concentration ozone water bottom placing cleaning chambers and is connected; Described ozone generator can be provided with the air pump that the ozone that generates can be delivered to rapidly, fully mixed tower on it; Also automaton can be installed in the described staving, this automaton includes sensor and control circuit, described sensor places the cleaning chambers of staving, and described sensor, control circuit, air pump, ozone generator and motor constitute the loop by lead.
As further improvement, described staving can be equipped with the arrester that absorbs ozone on it, and this arrester is connected with cleaning chambers by pipeline; In described its inner chamber of mixed tower pulverizer plate is installed, this pulverizer plate is fixed in the inner chamber top that mixes tower with horizontal radial, is distributed with to make the water that enters in the mixed tower inner chamber become the small through hole of droplet on the plate face of pulverizer plate; Described transmission gear for electric motor may be selected to be shaft joint, is connected with power transmission shaft on the cleaning device by this shaft joint; And can be provided with overflow pipe in the described cleaning chambers, and the upper end open of this overflow pipe is positioned at the highest surface end of cleaning chambers, and lower ending opening is connected with the staving discharge outlet.
Compare with the prior art scheme, the utility model adopts and will ozone generator be installed in the staving, the ozone that produces is input in the mixed tower in the cleaning chambers by wireway, then, ozone outlet through mixed tower top is passed into ozone gas in the cleaning fluid of cleaning chambers bottom by wireway again, and mixed top of tower is provided with water inlet, and this water inlet is connected with water supply connector on placing staving by water inlet pipe, and has the delivery port that is connected with cleaning chambers in the bottom that mixes tower.Twice sterilization and sterilization effects have so just been formed, promptly at first in mixed tower, ozone gas rises and mixes toward dirty water smoke by pulverizer plate, form Ozone Water, thereby washings are carried out sterilization and sterilization, and the ozone gas that does not mix with water is from the contact chamber of ozone outlet bottom wireway flow into cleaning chambers of mixed tower, further mix with cleaning solution in the cleaning chambers, form ozone with high concentration water, thereby mop cloth is done further sterilization, sterilization, deodorization and bleaching; Also have the utility model to pollute for the ozone tail gas that prevents to overflow from cleaning fluid produces indoor air, the ozone tail gas arrester is installed on staving, promptly the unstability characteristics according to ozone are decomposed into oxygen with it, and the ozone of avoiding directly being drained in the atmosphere produces pollution to air; Also promising assurance its in water filling, produce ozone gas in the dehydration, apparatus for washing and squeezing mop of the present utility model is equipped with automaton in staving, this automaton includes sensor and control circuit, described sensor places the cleaning chambers of staving, and described sensor, control circuit, air pump, ozone generator and motor constitute the loop by lead, when sensor detects pondage in the cleaning chambers and is lower than setting value, ozone generator will stop to produce ozone gas automatically, simultaneously, the work of ozone tail gas arrester is collected the ozone tail gas of effusion water body, absorb and processing; Reach purpose easy to use, safe and that bactericidal effect is good; Also have this apparatus for washing and squeezing mop to compare with the mode of washing of all kinds of washing agent of simple interpolation, disinfectant, have that cost is lower, the characteristics of better effects if, and the waste water that can prevent mop washing again forms secondary pollution, therefore the utility model is a kind of product of great practical value, is worthy of popularization.
Description of drawings
Fig. 1 is the structural representation of the utility model embodiment.
The specific embodiment
Embodiment is described in detail the utility model below in conjunction with accompanying drawing.
As shown in Figure 1, the apparatus for washing and squeezing mop with deodorization, sterilization of present embodiment, include staving 1, motor 2 and mop cleaning device, described motor 2 drives the mop cleaning device 8 that places cleaning chambers 11 in the staving 1 by transmission device, described staving 1 is provided with ozone generator 3 in it, and ozone generator 3 is provided with the air pump 30 that the ozone that generates can be delivered to rapidly, fully mixed tower 4.Ozone generator 3 is connected the ozone gas that produces by the air inlet 41 of wireway 31 with mixed tower 4 bottoms that place cleaning chambers 11, in described mixed tower 4 its inner chambers 46 pulverizer plate 42 is installed, this pulverizer plate 42 is fixed in the top that mixes tower 4 inner chambers 46 with horizontal radial, is distributed with to make the water that enters in the mixed tower inner chamber 46 become the small through hole of droplet on the plate face of pulverizer plate 42.Be provided with ozone outlet 43 being positioned at mixed tower 4 tops, this gas outlet 43 is connected with wireway 31a one end, and the opening 31b of the other end of described wireway 31a extends to cleaning chambers 11 bottoms, be connected with the contact chamber 5 that places cleaning chambers 11 bottoms, generate ozone with high concentration water through mixing, to play sterilization and sterilization effects better.Be provided with water inlet 44 at mixed tower 4 tops, this water inlet 44 is connected with water supply connector 12 on placing staving 1 by water inlet pipe 45, and has the delivery port 40 that is connected with cleaning chambers 11 in the bottom of mixed tower 4.In described staving 1, automaton is installed, this automaton includes sensor 71 and control circuit 7, described sensor 71 places the cleaning chambers 11 of staving, and described sensor 71, control circuit 7, air pump 30, ozone generator 3 and motor 2 constitute the loop by lead 70.Described staving 1 also is equipped with the arrester 6 that absorbs ozone on it, and this arrester 6 is connected with cleaning chambers 11 by pipeline 61.Described transmission gear for electric motor is a shaft joint 21, is connected with power transmission shaft 81 on the mop cleaning device 8 by this shaft joint 2.Be provided with overflow pipe 13 in the described cleaning chambers 11, the upper end open 13a of this overflow pipe 13 is positioned at the highest surface end of cleaning chambers 11, and lower ending opening 13b is connected with the outlet of staving drainpipe 14.
Below present embodiment is described in further detail:
As shown in Figure 1, this apparatus for washing and squeezing mop, is driven power transmission shaft 81 and moves in a circle by shaft coupling 21 by motor 2.Described staving 1 is divided into two parts up and down, and top is washing tube, and the top inner chamber is cleaning chambers 11; The bottom is a base, and described motor 2 promptly is installed in the base.Dividing plate 15 is arranged between the top and the bottom.Mop cleaning device 8 includes power transmission shaft 81 and clamping device 82, and described mop 83 is fixed on the power transmission shaft 81 by clamping device 82, places in the cleaning chambers 11 with suspension type.Ozone generator 3 is installed in the base.Be provided with air pump 30 in the exit of ozone generator 3, air pump 30 connects wireway 31, through interface ozone is imported in the mixed tower 4.One pulverizer plate 42 is arranged at the top at mixed tower 4.The aperture that is covered with 0.2～2mm aperture on this pulverizer plate 4, make the water that enters in the mixed tower 4 through behind the pulverizer plate 42, atomizing becomes the fine liquid particles shape, and water droplet falls in the process under gravity with fully mixed from the ozone gas of air inlet 41 inputs and come-up, dissolving production Ozone Water.The effect of the mixed tower 4 of ozone is: in the washings injection process, different with the proportion of water because of ozone, ozone gas rises and the washings sinking, the fully mixed Ozone Water that generates in mixed tower 4, and Ozone Water flows into cleaning chambers 11 because of self gravitation.
Mixed tower 4 upper ends connect wireway 31a, the incomplete ozone gas of reaction are entered to the ozone contact tank 5 of cleaning chambers 11 bottoms with wireway 31a.This ozone contact tank 5 comprises the housing of a bubble generator and semi-open shape.This bubble generator is the lengthy bellows of one section bending, tube wall is covered with the pore of aperture 0.1～1mm, pore is fully mixed with water body in semi-enclosed housing with the bubble that produces, improved the contact area of ozone gas and water body effectively, mixing of accelerate ozone and water body promotes the ozone dissolving.
The ozone tail gas arrester of installing on staving 16 can be eliminated unnecessary ozone gas, avoids reacting incomplete ozone gas and enters in the air.This kind ozone tail gas arrester 6 is to support iodide with active carbon to come catalysis to absorb, transform ozone gas.Certainly ozone tail gas arrester 6 also can adopt the ultraviolet ray irradiation to come accelerated decomposition, finally makes unnecessary ozone be decomposed into oxygen and enters in the atmosphere.
For the ozone generator 3 in the utility model is better cooperated with washing functions such as water filling, rinsings, on staving 1, also be provided with automatic control circuit device 8, select ozone gas to inject the time of cleaning chambers 11 according to user's behaviour in service.The operations such as " water filling, prewashing, immersions, wash, wash down, draining, dehydration " if the mop cleaning process is decomposed into, then ozone generally will dissolve in cleaning chambers 11 washed water in " water filling, prewashing, immersion, wash, wash down " operation.Wait in " draining, dehydration " that circuit can be designed to not start ozone generator 3 in other operation.
During use, insert slurries such as running water or rainwater from water inlet 12, when the water yield reaches the set volume state in cleaning chambers 11, ozone generator 3 is started working and is produced ozone gas, and under air pump 30 effects,, the ozone gas that produces is entered mixed tower 4 through wireway 31 roads, flow into ozone contact tank 5 through wireway 31a again, mixed with water body.
When cleaning mop 83, at first mop 83 is fixed on the power transmission shaft 81 by clamping device 82, inject slurries such as running water or rainwater by water inlet 12, ozone generator starts when water is stored to setting value, begin to produce Ozone Water and dissolve in the cleaning, after soaking, power transmission shaft 81 low speed rotation drive mop 83 and stir in cleaning chambers 11 with washing mop cloth.Promptly enter dewatering state after washing finishes, this moment, ozone generator 3 work started magnetic valve 14a, and power transmission shaft 81 rotation at a high speed relies on centrifugal force that the moisture in spot and the mop cloth is thrown away, and by drainpipe 14 waste water is discharged.Control circuit 7 because of ozone generator 3 is connected with level sensor 71 again.When water level in the cleaning chambers 11 was lower than setting value, ozone generator 3 quit work by sensor 71, in order to avoid redundant ozone gas diffuses in the air, caused air secondary to pollute.
Enter ozone conveying wireway 31 for preventing that washings from pouring in down a chimney, be provided with overflow pipe 13 in the cleaning chambers 11 with the restriction liquid level, these overflow pipe 13 upper end open highly are lower than wireway 31 peaks, the outlet of the straight-through drainpipe 14 of lower ending opening 13b.
For preventing that ozone gas from flowing into water inlet 12, water inlet pipe 45 lower ends connect mixed tower 4 places and establish one section U type bend pipe, make to play the effect of sealing water inlet pipe 45 by water inlet end back elbow bottom resident one section water body automatically, avoid ozone gas excessive from water inlet pipe 45.
Claims (8)
1, a kind of have a deodorization, the apparatus for washing and squeezing mop of sterilization, include staving (1), motor (2) and mop cleaning device, described motor (2) drives the mop cleaning device (8) that places the interior cleaning chambers of staving (1) (11) by transmission device, it is characterized in that described staving (1) is provided with ozone generator (3) in it, this ozone generator (3) is connected by the air inlet (41) of wireway (31) with mixed tower (4) bottom that places cleaning chambers (11), be provided with ozone outlet (43) being positioned at mixed tower (4) top, this gas outlet (43) is connected with wireway (31a) end, and the opening (31b) of the other end of described wireway (31a) extends to cleaning chambers (11) bottom, be provided with water inlet (44) at mixed tower (4) top, this water inlet (44) is connected with water supply connector (12) on placing staving (1) by water inlet pipe (45), and, have the delivery port (40) that is connected with cleaning chambers (11) in the bottom of mixed tower (4).
2, the apparatus for washing and squeezing mop with deodorization, sterilization according to claim 1 is on it is characterized in that its end opening (31b) that extends to cleaning chambers (11) bottom of described wireway (31a) and placing cleaning chambers (11) bottom and can mix the contact chamber (5) that generates high-concentration ozone water and be connected.
3, the apparatus for washing and squeezing mop with deodorization, sterilization according to claim 2, it is provided with the air pump (30) that the ozone that generates can be delivered to rapidly, fully mixed tower (4) to it is characterized in that described ozone generator (3).
4, the apparatus for washing and squeezing mop with deodorization, sterilization according to claim 3, it is characterized in that in the described staving (1) automaton being installed, this automaton includes sensor (71) and control circuit (7), described sensor (71) places the cleaning chambers (11) of staving, and described sensor (71), control circuit (7), air pump (30), ozone generator (3) and motor (2) constitute the loop by lead (70).
5, according to the described apparatus for washing and squeezing mop of arbitrary claim in the claim 1 to 4 with deodorization, sterilization, it is characterized in that described staving (1) is equipped with the arrester (6) that absorbs ozone on it, this arrester (6) is connected with cleaning chambers (11) by pipeline (61).
6, according to the described apparatus for washing and squeezing mop of arbitrary claim in the claim 1 to 4 with deodorization, sterilization, it is characterized in that being equipped with in its inner chamber of described mixed tower (4) (46) pulverizer plate (42), this pulverizer plate (42) is fixed in inner chamber (46) top of mixed tower (4) with horizontal radial, is distributed with to make the water that enters in the mixed tower inner chamber (46) become the small through hole of droplet on the plate face of pulverizer plate (42).
7, according to the described apparatus for washing and squeezing mop of arbitrary claim in the claim 1 to 4 with deodorization, sterilization, it is characterized in that described transmission gear for electric motor is shaft joint (21), be connected with power transmission shaft (81) on the cleaning device (8) by this shaft joint (2).
8, according to the described apparatus for washing and squeezing mop of arbitrary claim in the claim 1 to 4 with deodorization, sterilization, it is characterized in that being provided with in the described cleaning chambers (11) overflow pipe (13), the upper end open (13a) of this overflow pipe (13) is positioned at the highest surface end of cleaning chambers (11), and lower ending opening (13b) is connected with the outlet of staving drainpipe (14).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620103839 CN2922773Y (en) | 2006-05-20 | 2006-05-20 | Mop cleaning-dewatering machine with deodourizing, sterilizing function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620103839 CN2922773Y (en) | 2006-05-20 | 2006-05-20 | Mop cleaning-dewatering machine with deodourizing, sterilizing function |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2922773Y true CN2922773Y (en) | 2007-07-18 |
Family
ID=38259199
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200620103839 Expired - Fee Related CN2922773Y (en) | 2006-05-20 | 2006-05-20 | Mop cleaning-dewatering machine with deodourizing, sterilizing function |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2922773Y (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101797143A (en) * | 2009-04-13 | 2010-08-11 | 赖新莲 | Ozone anion mop for sterilization and decontamination |
| CN103491843A (en) * | 2011-01-12 | 2014-01-01 | 罗纳德·亚历山大(斯科特)·杨 | Bucket arrangement, treatment station, sink arrangement and retrofitting method |
| CN106000991A (en) * | 2016-06-15 | 2016-10-12 | 连云港佑源医药设备制造有限公司 | Medical mop cleaning and disinfection equipment and disinfection method thereof |
| WO2019136504A1 (en) * | 2018-01-10 | 2019-07-18 | DI (FH) PEISKAMMER, Martin | Cleaning apparatus |
| CN111870199A (en) * | 2020-08-12 | 2020-11-03 | 惠安县崇武镇兴钗茶具商行 | Mop cleaning device for office |
-
2006
- 2006-05-20 CN CN 200620103839 patent/CN2922773Y/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101797143A (en) * | 2009-04-13 | 2010-08-11 | 赖新莲 | Ozone anion mop for sterilization and decontamination |
| CN103491843A (en) * | 2011-01-12 | 2014-01-01 | 罗纳德·亚历山大(斯科特)·杨 | Bucket arrangement, treatment station, sink arrangement and retrofitting method |
| CN106000991A (en) * | 2016-06-15 | 2016-10-12 | 连云港佑源医药设备制造有限公司 | Medical mop cleaning and disinfection equipment and disinfection method thereof |
| WO2019136504A1 (en) * | 2018-01-10 | 2019-07-18 | DI (FH) PEISKAMMER, Martin | Cleaning apparatus |
| CN111870199A (en) * | 2020-08-12 | 2020-11-03 | 惠安县崇武镇兴钗茶具商行 | Mop cleaning device for office |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20070718 Termination date: 20100520 |