CN102444002B - Small-sized ozone washing machine and control method thereof - Google Patents
Small-sized ozone washing machine and control method thereof Download PDFInfo
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- CN102444002B CN102444002B CN201110281258.XA CN201110281258A CN102444002B CN 102444002 B CN102444002 B CN 102444002B CN 201110281258 A CN201110281258 A CN 201110281258A CN 102444002 B CN102444002 B CN 102444002B
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Abstract
The open small-sized ozone washing machine of the present invention and control method thereof, relate to washing machine field, including casing, control dish seat body, base, urceolus, inner core and motor, control dish seat body is arranged on the top of casing, floor installation is in the bottom of casing, urceolus is arranged in casing and inner tube installation is in urceolus, motor is arranged on the bottom of urceolus and motor shaft is directly connected with impeller shafts, buoyancy chamber bottom inner core, in described buoyancy chamber, wave axle shaft hole is provided with internal buoyancy room, described internal buoyancy room by with inner core bottom the cage ring of one around constituting, ozone equipment for clothes sterilizing sterilization is installed in described washing machine.The present invention installs ozone equipment on the bottom of washing machine, utilizes potsherd to make ozone form small bubble, increases ozone contact surface in water and dissolution velocity.Ozone program of the present invention is incorporated in washing procedure, makes medicated clothing sufficiently be sterilized and sterilize.
Description
The present invention relates to washing machine field, be specifically related to the control method of ozone equipment when a kind of small washing machine with ozone equipment and washing.
In daily life, for some small articles such as socks, underwear, infantile clothes, in order to prevent the reason such as cross infection and water-saving, this kind of medicated clothing should not share common washing machine and be carried out, and this type of medicated clothing also needs to do some sterilization and sterilization processing accordingly, therefore user is typically chosen hand washing.For solving this problem, prior art occurs in that some small-sized small washing machines being specifically used to clean small article.
As: a kind of mini full-automatic washing machine being mainly used in individually washing underwear, shoe pad, baby clothes, diaper disclosed in the patent of Application No. 200610145387.5, including outer barrel, the interior bucket being arranged in outer barrel, sealing cup between outer barrel and interior bucket, the combination door closure on outer barrel top, the drying motor of outer barrel bottom, brake gear, damping device and the washing motor at outer barrel top, agitator, draw suspension mechanism between outer barrel and casing.This washing machine achieves separately and washs the purpose of all kinds of small clothes in time, but under the structure using twin-tub washing, it is provided with two independent washing motors and drying motor, increase complexity and the cost of washing machine, and paddle is arranged on composite door lid and makes cleaning strength limited, brake (arrangement of clutch) also increases height and the complexity of complete machine, the volume of whole washing machine is difficult to control a less scope, and this washing machine does not have the function of sterilizing.
The patent of Application No. 01107651.8 discloses a kind of small washing machine, this machine is made up of washing tub, stirring wheel, motor, drive mechanism and control device, its motor is placed in the cavity outside washing tub, cavity bottom washing tub only places drive mechanism, so that washing tub is maximum in the ratio accounting for whole height of short transverse.But in the case of putting by employing motor, although the most all reductions still add width in the horizontal, not changing the volume shared by washing machine by contrast, and put by motor and washing machine also can be made to lay particular stress on, this washing machine equally does not have any disinfection function.
Additionally a kind of disclosed in the patent of Application No. 201010179356.8 have ozone deodorization and the washing machine of anion sterilization function and method of work thereof, at the top of washing machine and bottom, ozone equipment is installed respectively, it is achieved the sterilization of inner tank of washing machine and bottom shoe box is except poison taste removal.But, this structures and methods are only capable of applying in conventional laundry apparatus, and can not apply on small washing machine, and the ozone that this ozone equipment generates is to exist with the form of gas, is not to go deep in water.
For solving that small washing machine structure present in prior art is complicated, volume is difficult to reduce and without the problem of disinfection function, the present invention provides that a kind of volume is little, simple in construction and the small size automatic washing machine with disinfection function, provides the control method of this small washing machine sterilizing simultaneously.Concrete scheme is as follows: small size automatic ozone washing machine, including casing, control dish seat body, base, urceolus, inner core and motor, described control dish seat body is arranged on the top of casing and internally installed has computer program controller, floor installation is in the bottom of casing, urceolus is arranged in casing and inner tube installation is in urceolus, motor is arranged on the bottom of urceolus and motor shaft is directly connected with impeller shafts, buoyancy chamber bottom inner core, it is characterized in that, in described buoyancy chamber, wave axle shaft hole is provided with internal buoyancy room, described internal buoyancy room by with inner core bottom the cage ring of one around constituting, ozone equipment for clothes sterilizing sterilization is installed on described base.
nullFor improving the bactericidal effect to medicated clothing: described ozone equipment includes that installing ozone for one manufactures the box body of parts、The bubble generator being connected with outer barrel of washing machine，Connect the soft air-guide pipe of bubble generator and box body，Described box surface is provided with the airport that air enters and the ozone escape pipe discharged for ozone in box body，The high tension generator being separately mounted to box body two ends it is provided with in box body、Ozonator cell，And it is arranged on air pump between the two，Wherein high tension generator is connected with the electrode of ozonator cell by high-voltage line，Ozonator cell includes air inlet and gas outlet，Wherein gas outlet is connected with the ozone escape pipe on box body，Air pump is connected with ozonator cell，Inductance is installed between air pump and high tension generator，Bottom described box body, axial two ends are provided with outward extending installing hole，Box body utilizes screw to pass the side that installing hole is fixed on the base of washing machine and is positioned at motor，Described box body is cuboid，A length of 160～180mm，A width of 40～60mm，A height of 40～60mm，The most a length of 169mm，A width of 52mm，A height of 48mm，The power input of ozonator is connected with the computer program controller of washing machine by wire.
For improving the contact area of ozone and water: described bubble generator is arranged on the bottom of urceolus, the bottom of urceolus has ozone inlet port, bubble generator is fixed on urceolus by nut and utilizes sealing ring to seal, described bubble generator is tube-shaped structure, the front end of bubble generator is stretched between urceolus and inner core, and the inside is embedded with the potsherd of band hole, wherein ozone enters urceolus by the tiny hole in potsherd, thus is divided into shallow bid ozone.
For preventing washings from refluxing: described soft air-guide pipe one end is connected with the ozone escape pipe on box body, and the other end is connected with bubble generator, described soft air-guide pipe is provided with the one-way conduction valve preventing washings from refluxing.
For controlling the volume of washing machine: the volume of described washing machine is 6656000mm3～51200000mm3, a diameter of the 100 of inner core～250mm is highly 70～200mm, outer barrel diameter 125～280mm, and height is 150～300mm, and the preferably volume of washing machine is 22125500mm3, a diameter of 160mm of interior bucket, height is 150mm, and outer barrel diameter is 190mm, and height is 210mm.
For improve buoyancy chamber effect: the inner side of described cage ring be provided with inner core bottom one isolation bar, the dual-side of isolation bar is separately fixed at inside cage ring, and between isolation bar and cage ring, form an independent open slot, the inner core in open slot is provided with the permeable hole through inner core.
For ensureing buoyancy effects: edge, described internal buoyancy room is higher than edge, buoyancy chamber, and the 1/2～1/3 of a diameter of buoyancy chamber diameter of internal buoyancy room.
The control method of small size automatic ozone washing machine, including washing procedure and rinsing program, it is characterised in that also comprise the steps:
Step 1, according to water injection rate set ozone equipment priming level, set the working time length of ozone equipment respectively according to the water consumption of washing procedure or rinsing program；
Step 2, when washing procedure water filling reaches the priming level of ozone equipment start ozone equipment, start simultaneously at timing；
Step 3, water level start to wash medicated clothing and terminate to washing when arriving, in washing process, the working time of ozone equipment stops ozone equipment when arriving, and wherein the stopping of ozone equipment does not affect the properly functioning of washing procedure；
When step 4, rinsing fill level arrive the priming level of ozone equipment, ozone equipment is started working and timing simultaneously, rinsing water level starts rinsing when reaching and terminates to rinsing, in rinse cycle, the rinsing working time of ozone equipment stops ozone equipment when arriving, and wherein the stopping of ozone equipment does not affect the properly functioning of rinsing program.
For making ozone play one's part to the full: in described step 1, the priming level of ozone equipment is the water level that bubble generator opening is flooded in washing procedure or rinsing program water filling, when washing or the rinsing water yield are 2～3 liters, the working time of described ozone equipment is no less than 5 minutes.
For avoiding making idle work: in described step 1, the working time of ozone equipment is identical with the first time rinsing time of rinsing program, when second time rinsing or when rinsing program is spray mode, does not start ozone equipment.
Present invention improves over the drive mechanism of existing washing machine, have employed direct-drive motor, and motor is arranged on by bearing block the bottom of urceolus, eliminate the parts such as the motor of general full automatic washing machine, decelerator, reduce the bottom space of washing machine, reduce the volume of whole washing machine.The motor shaft of motor directly coordinates driving in bearing block with impeller shafts, improves power laser propagation effect.The present invention utilizes fixing device to be directly fixed on bottom urceolus by motor and/or bearing block, decreases on motor and bearing block for fixing structure so that motor is easier for installation, improves installation effectiveness.The present invention uses the clutch structure of buoyancy control to control the lifting of inner core, decreases substantial amounts of machinery, reduces fault rate the most accordingly.The present invention reasonable ingenious layout by less structure, decreases the volume of washing machine, makes the washing amount of washing machine control within 1 kilogram and achieve full automatic washing.
The present invention installs ozone equipment on the bottom of washing machine, utilizes independent power supply to control ozonator and provides ozone, convenient control for urceolus.Utilize bubble generator to make ozone form small bubble, increase ozone contact surface in water and dissolution velocity.Soft air-guide pipe arranges check valve be prevented from washings and pour in down a chimney.The opening of bubble generator is higher than bottom urceolus, it is ensured that can have enough water dissolution ozone when starting ozone equipment and prevent ozone to scatter and disappear.
The control method of the present invention makes ozone program and washing procedure and rinsing program perfect adaptation, according to the working time of how many control ozone equipments of the water yield, makes medicated clothing sufficiently be sterilized and sterilize.This method can also set different method of works according to different rinse methods, occurs with the problem avoiding ozone to remain on medicated clothing.
The small washing machine structural representation of Fig. 1 present invention.
The buoyancy structure schematic diagram of inner core in Fig. 2 present invention.
The shock-absorbing suspension rod structural representation of damping device in Fig. 3 present invention.
Retarding construction schematic diagram between urceolus and inner core in Fig. 4 present invention.
The installation site schematic diagram of ozone equipment in Fig. 5 present invention.
The structural representation of ozone equipment in Fig. 6 present invention.
The internal structure schematic diagram of ozone equipment in Fig. 7 present invention.
The sterilizing deodoring method flow schematic diagram of the middle-size and small-size washing machine of Fig. 8 present invention.
Fig. 9 present invention performs judgement step schematic diagram during ozone equipment.
nullLabel declaration in accompanying drawing:: 1 casing、101 flap seats、2 control dish seat bodies、3 bases、4 urceolus、401 cushion sockets、402 outer covers、5 inner cores、501 buoyancy chambers、502 internal buoyancy rooms、503 isolation bars、504 permeable holes、505 cage rings、506 balance rings、507 is protruding、6 motors、7 fixing bands、8 impeller shafts、9 inner concave gears、10 outer convex gears、11 bearing blocks、12 impellers、13 ozone equipments、1301 box bodys、1302 soft air-guide pipes、1303 one-way conduction valves、1304 air inlets、1305 ozone escape pipes、1306 bubble generators、1307 potsherds、1308 air pumps、1309 inductance、1310 high tension generators、1311 ozonator cells、1312 high-voltage lines、1313 Magnet、1314 screws、14 shock-absorbing suspension rods、1401 suspension rods、1402 upper ball bases、1403 lower ball bases、1404 springs、1405 spring bases、1406 conical pipes.
As it is shown in figure 1, the technical program refers to a kind of small size automatic rotary drum washing machine (hereinafter referred to as washing machine), washing machine can be automatically obtained the washing of medicated clothing, rinsing and dehydration under the control of computer program controller.nullThe control dish seat body 2 of washing machine is installed on the top of casing of washing machine 1，The computer program controller of washing machine is arranged in control dish seat body 2，Bottom mounting seat 3 at casing 1，The inner core 5 of washing machine is arranged in urceolus 4，The bottom centre position of urceolus 4 and inner core 5 has the coaxial aperture passed for impeller shafts，Urceolus 4 and inner core 5 are provided with arrangement of clutch，Inner core 5 uses floatage-type working method，Urceolus 4 is arranged in casing 1 by shock-absorbing suspension rod 14，Motor 6 uses direct-drive motor，Motor 6 is arranged on bottom urceolus 4 by bearing block 11，Motor 6、Bearing block 11 is sequentially overlapped the bottom at urceolus 4，Then motor 6 or bearing block 11 are separately fixed at the bottom of urceolus，Or do not use fixed connection structure between motor 6 and/or bearing block 11 and urceolus，And by being arranged on the fixing device utilization bottom urceolus, motor and/or bearing block are fixed on the bottom of urceolus，The motor shaft of motor is movably connected in bearing block with impeller shafts 8.Fixing motor 6 and/or bearing block 11 use U-shaped fixing band 7 to the fixing device bottom urceolus 4, fixing band 7 includes two sides and connects dual-side the compression limit of clamping motor, fixing band is made up of the material with certain degree of hardness, such as ferrum, steel, duroplasts etc., dual-side is separately fixed at bottom urceolus 4 by termination, and motor 6 and bearing block 11 are pressed solidly bottom urceolus 4 by fixing band 7.
As shown in Figure 1, 2, the arrangement of clutch of the present invention includes being arranged on the inner concave gear 9 bottom inner core at axis hole, it is arranged on the outer convex gear 10 on impeller shafts between urceolus and inner core, one recessed cylinder that Open Side Down is set bottom inner core 5, form a buoyancy chamber 501, when washing machine in dehydration or does not uses, inner concave gear engages with outer convex gear, when washing water filling, the buoyancy chamber 501 of inner core can form an annular seal space closed under air pressure, promoting inner core to rise along impeller shafts, now separately, washing machine enters washing state for inner concave gear 9 and outer convex gear 10.
An internal buoyancy room 502 it is provided with in buoyancy chamber 501, internal buoyancy room is made up of cage ring 505, cage ring is tubular structure the surrounding being arranged on inner concave gear 9 and inner concave gear concentric, the inner side of cage ring is provided with isolation bar 503, as shown in Figure 2, isolation bar 503 both sides are separately fixed at one independent open slot of formation inside cage ring 505, the permeable hole 504 bottom through inner core is had, the exchange of permeable hole washings between inner core and urceolus in time doing washing and circulation on inner core in open slot.Cage ring 505 forms a sealing chamber around inner concave gear 9, this sealing chamber is formed for internal buoyancy room 502 with impeller shafts 8 after inner core 5 is connected, buoyancy chamber 501 is formed between recessed cylinder bottom cage ring 505 and inner core, buoyancy chamber 501 and the internal buoyancy room 502 common buoyancy that produces under the promotion of washings makes inner core 5 float, the outer of internal buoyancy room 502 is higher than the outer of buoyancy chamber 501, i.e. cage ring 505 is higher than the recessed cylinder bottom inner core, and the diameter of internal buoyancy room is the 1/2～1/3 of buoyancy chamber's diameter.
nullAs shown in Figure 3，For prevent inner core 5 rise after with impeller 12 synchronous rotary，Reduce the friction of clothes and inner core inwall，Affect clean result，This programme balance ring 506 surface configuration on inner core 5 top protrudes from the projection 507 of balance ring surface，Projection can be strip or block and be evenly distributed on the surface of balance ring，Outer cover 402 is installed at the top of urceolus 4，Outer cover is ring-type and extends to the center of circle，Projection 507 as being provided with on balance ring in the one side that cover is relative with balance ring outside，Washing machine is when laundry，Bottom inner core, buoyancy chamber and internal buoyancy room utilize buoyancy of water to make inner core float，Now the inner concave gear 9 bottom inner core departs from the outer convex gear 10 on impeller shafts，Inner core is after floating to certain altitude，Balance ring on inner core can contact with outer cover，The protruding of protruding and outer cover medial surface on balance ring mutually stops，Prevent inner cylinder rotating，Impeller 12 in now the rotation of impeller shafts 8 only drives inner core rotates，This programme simple in construction、Arrange conveniently.
nullAs shown in Figure 4，The washing machine of this programme uses the damping modes of shock-absorbing suspension rod，Shock-absorbing suspension rod 14 includes suspension rod 1401，The upper ball base 1402 on suspension rod top、The lower ball base 1403 that lower end is sequentially connected in series on suspension rod、Spring 1404 and spring base 1405，As shown in Figure 1，Casing 1 inner top at washing machine is provided with corresponding flap seat concavo-convex with upper ball base 1402，With lower ball base concavo-convex corresponding cushion socket 401 is distributed in urceolus 5 side，Wherein have the diameter fracture more than suspension rod 1401 diameter on flap seat and cushion socket，Flap seat is respectively concavo-convex corresponding cambered surface with upper ball base contact surface and cushion socket with lower ball base contact surface and contacts，During installation，Suspension rod 1401 is cut in fracture，Including upper ball base and lower ball base、Fit with flap seat and cushion socket respectively under the action of gravity of urceolus，Fracture is sealed by upper ball base and lower ball base after laminating，Thus prevent suspension rod to deviate from.Deviate from from fracture for suspension rod during avoiding washing machine to move, at the axis hole that lower ball base contacts with cushion socket, one outwardly conical pipe 1406 is set, the diameter of conical pipe is more than the diameter of fracture, as long as so lower ball base would not be deviate from by fracture without departing from the length of conical pipe, suspension rod relative to the displacement of cushion socket.This programme is respectively mounted a shock-absorbing suspension rod on four angles of casing of washing machine, and urceolus is on a equilbrium position the most unsettled under the pulling force effect of shock-absorbing suspension rod in casing, and prevents the collision of urceolus and casing.
The washing machine size of this programme is as follows:
The volume of washing machine is 6656000mm3～51200000mm3, preferred volume is 22125500mm3；
A diameter of the 100 of inner core 5～250mm, preferably 160mm, wherein the height without buoyancy chamber is 70～200mm, and preferably 120mm, is 100～230mm containing height during buoyancy chamber, preferably 150mm；
Urceolus 4 diameter 125～280mm, preferably 190mm, height is 150～300mm, preferably 210mm.
The box body 1301 of ozone equipment is rectangular body, the most a length of 160～180mm, a width of 40～60mm, a height of 40～60mm, the most a length of 169mm, a width of 52mm, a height of 48mm.
nullWashing machine work process is as follows: the medicated clothing within 1 kilogram of washing amount to be washed is put into washing machine，The computer programmed controller controls washing procedure of washing machine runs，Water filling in washing machine，In the injecting process，Buoyancy chamber and internal buoyancy room bottom inner core promote inner core to rise along impeller shafts under buoyancy of water effect，Now the inner concave gear bottom inner core departs from the outer convex gear on impeller shafts，After inner core rises to certain altitude，The balance ring at inner core top contacts with the outer cover at urceolus top，Both projections contact with each other，Now start washing，In washing process，The motor shaft of motor directly drives impeller shafts to rotate in bearing block，And then drive impeller that medicated clothing is washed，During washing process, inner core is in relative static conditions at balance ring under the convex barrier on urceolus lid，And the protection set on bearing block stretches into internal buoyancy indoor，The spot avoided in washings entrance protection set and washings is stained with on the impeller shafts between inner concave gear and outer convex gear.Wash and rinsed rear washing machine drainage, inner core loss of buoyance tailing edge impeller shafts declines, inner concave gear on final inner core engages with the outer convex gear on impeller shafts, now start dehydration procedure, the outer convex gear being fixed on impeller shafts just drives inner cylinder rotating by inner concave gear, it is achieved the dehydration of medicated clothing.
nullSuch as Fig. 5、6、Shown in 7，Ozone equipment 13 includes that installing ozone for one manufactures the box body 1301 of parts、The bubble generator 1306 being connected with outer barrel of washing machine，Connect the soft air-guide pipe 1302 of bubble generator 1306 and box body 1301，Box body 1301 surface configuration has the airport 1304 that air enters and the ozone escape pipe 1305 discharged for ozone in box body，The high tension generator 1310 being separately mounted to box body two ends it is provided with in box body 1301、Ozonator cell 1311，And it is arranged on air pump 1308 between the two，Wherein high tension generator 1310 is connected with the electrode of ozonator cell 1311 by high-voltage line 1312，Ozonator cell 1311 is typically connected with ozone escape pipe 1305，One end is connected with air pump 1308，Inductance 1309 is installed between air pump 1308 and high tension generator 1310，Inductance 1309 controls the work of air pump 1308 by Magnet 1313.Air inlet is positioned at the both sides of box body corresponding with the position of two internal air pumps respectively.
Bottom box body 1301, axial two ends are provided with outward extending installing hole 1314, box body 1301 utilizes screw to pass the side that installing hole 1314 is fixed on the base 3 of washing machine and is positioned at motor 6, box body 1301 is cuboid, a length of 160～180mm, a width of 40～60mm, a height of 40～60mm, the most a length of 169mm, a width of 52mm, a height of 48mm, the power input of high tension generator 1310 is connected with the computer program controller of washing machine by wire.Wherein installing hole has three, arranges two in one end of box body ozone airway, and the other end arranges one.
Bubble generator 1306 is arranged on the bottom of urceolus 4, the bottom of urceolus 4 has ozone inlet port, bubble generator 1306 is inserted ozone inlet port being fixed on urceolus by nut and seals with sealing ring simultaneously, the front end of bubble generator 1306 is stretched between urceolus 4 and inner core 5, and the ozone dissipation passed through is become shallow bid to enter in the washings in urceolus 4 by bubble generator 1306.Bubble generator 1306 is tube-shaped structure, and inside is embedded with the potsherd 1307 with tiny hole, and wherein ozone enters urceolus by the hole in potsherd 1307, thus is divided into shallow bid ozone.
Potsherd has certain thickness and shape, is encapsulated in the port of export of bubble generator, is made up of cellular hole inside potsherd, it is possible to ventilative, it is also possible to install plastic wire or stainless (steel) wire.The height that bubble generator specifically stretches out determines according to the water injection rate in small washing machine.
Soft air-guide pipe 1302 one end is connected with the ozone escape pipe 1305 on box body 1301, and the other end is connected with bubble generator 1306, and soft air-guide pipe 1302 is provided with the one-way conduction valve 1303 preventing washings from refluxing.One-way conduction valve 1303 ensure that ozone can enter urceolus, and prevents water to pour in down a chimney in ozone equipment 13 due to pressure.
The inner tank of washing machine of this programme is to use floatage-type clutch working method, when in urceolus, the potsherd of bubble generator is flooded in water filling, computer program controller opens the power initiation high tension generator work of ozone equipment, high tension generator produces high-voltage corona district by high-voltage line between two electrodes of ozone generating chamber, the aerobic air of the inside is carried out ionization generation ozone, make Magnet produce backlash current after inductance energising and drive two air pump work, thus the ozone extruded in ozonator cell is discharged by ozone airway, ozone is transported to bubble generator by soft air-guide pipe, ozone is at the potsherd in bubble generator outlet, it is divided into multiple micro-bubble and enters in water, so can increase the contact area of ozone and water, thus accelerate the dissolving of ozone.The opening and closing time of ozone equipment is with the water consumption of washing machine determines, the inflow of small washing machine is typically about 2-3 rises, it is found by experiment that, bactericidal effect change after ozone is dissolved in water 5 minutes is little, bactericidal effect when 5 minutes just can reach more than 99%, ozone equipment self-clocking upon actuation, i.e. quits work after arriving the setting time.
As shown in Figure 8,9, this programme is according to the structure of above-mentioned small washing machine, it is provided that the control method of increase ozone sterilization sterilization in conventional washing process and rinsing program:
101, set the priming level of ozone equipment according to water injection rate, set the working time length of ozone equipment according to the water consumption of washing procedure or rinsing program respectively.
Owing to the opening of bubble generator is between urceolus and inner core, there is certain distance the bottom of distance urceolus, therefore the priming level setting ozone equipment floods the water level of bubble generator opening as washing procedure or rinsing program water filling, and the ozone bubbles that so ensure that out enters in water and will not be lost in air.When the water yield and ozone concentration one timing, after exceeding certain time, sterilizing reaches saturated, i.e. medicated clothing has cleaned out and need not be then turned on ozone equipment, and this start-stop time is relevant with the water yield, it is therefore desirable to when being how many according to water injection rate during water level and rinse water level respectively, water injection rate is the working time length how much determining ozone equipment.According to experiment, the small washing machine water injection rate related to due to this programme, at about 2～3 liters, determines that the working time of ozone equipment reached saturated at about 5 minutes, is therefore set as 5 minutes the working time of ozone equipment.
102, start ozone equipment when washing procedure water filling reaches the priming level of ozone equipment, start simultaneously at timing.
Owing to washing machine work is all first to wash the order floated afterwards, this method all starts ozone equipment in two programs and carries out sterilizing, owing to there is relation the working time of ozone equipment with the water yield, it is thus desirable to individually carry out timing to meet the used time requirement of distinct program, reach not only to realize the purpose of sterilizing but also do not waste the energy.
103, starting to wash medicated clothing during water level arrival to terminate to washing, in washing process, the working time of ozone equipment stops ozone equipment when arriving, and wherein the stopping of ozone equipment does not affect the properly functioning of washing procedure.
The washing procedure of washing machine does not interfere with each other with the work of ozone equipment, and when the timing of ozone equipment reaches the working time, computer control panel i.e. stops the work of ozone equipment.
When 104, rinsing the priming level of fill level arrival ozone equipment, ozone equipment is started working and timing simultaneously, rinsing water level starts rinsing when reaching and terminates to rinsing, in rinse cycle, the rinsing working time of ozone equipment stops ozone equipment when arriving, and wherein the stopping of ozone equipment does not affect the properly functioning of rinsing program.
Owing to rinsing program has different working methods, as spray rinsing and water-retention rinse, if spray rinsing then need not start ozone equipment, just need when being water-retention rinsing to start ozone equipment, due to the time wash time to be less than of rinsing, therefore can not set the working time of ozone equipment, but it is fixed with the time once rinsed, the most once rinsing stops and ozone equipment stopping, not starting ozone equipment when secondary rinses, it is possible to use rinses and is removed by the ozone of clothing surface.
During if once spray, second impoundment rinse, it is not required that open ozone equipment.
Claims (11)
- null1. small size automatic ozone washing machine，Including casing (1)、Control dish seat body (2)、Base (3)、Urceolus (4)、Inner core (5) and motor (6)，Described control dish seat body (2) is arranged on the top of casing (1) and internally installed has computer program controller，Base (3) is arranged on the bottom of casing (1)，Urceolus (4) is arranged in casing (1) and inner core (5) is arranged in urceolus (4)，Motor (6) is arranged on the bottom of urceolus (4) and motor shaft is directly connected with impeller shafts (8)，The buoyancy chamber (501) of inner core (5) bottom，It is characterized in that，In described buoyancy chamber (501), impeller shafts (8) axis hole is provided with internal buoyancy room (502)，Described internal buoyancy room (502) is made up of cage ring (505) cincture with inner core (5) bottom one，The inner side of described cage ring (505) is provided with and the isolation bar (503) of inner core (5) bottom one，The dual-side of isolation bar (503) is separately fixed at cage ring (505) inner side，And between isolation bar (503) and cage ring (505), form an independent open slot，The permeable hole (504) through inner core it is provided with on inner core (5) in open slot，Ozone equipment (13) for clothes sterilizing sterilization is installed on described base.
- null2. small size automatic ozone washing machine as claimed in claim 1，It is characterized in that，Described ozone equipment (13) includes that installing ozone for one manufactures the box body (1301) of parts、The bubble generator (1306) being connected with outer barrel of washing machine，Connect the soft air-guide pipe (1302) of bubble generator (1306) and box body (1301)，Described box body (1301) surface configuration has the airport (1304) that air enters and the ozone escape pipe (1305) discharged for ozone in box body，The high tension generator (1310) being separately mounted to box body two ends it is provided with in box body (1301)、Ozonator cell (1311)，And it is arranged on air pump (1308) between the two，Wherein high tension generator (1310) is connected with the electrode of ozonator cell (1311) by high-voltage line (1312)，Ozonator cell (1311) includes air inlet and gas outlet，Wherein gas outlet is connected with the ozone escape pipe (1305) on box body (1301)，Air pump (1308) is connected with ozonator cell，Inductance (1309) is installed between air pump (1308) and high tension generator (1310)，Described box body (1301) bottom is axially provided with outward extending installing hole (1314) in two ends，Box body (1301) utilizes screw to pass the side that installing hole (1314) is fixed on the base (3) of washing machine and is positioned at motor (6)，Described box body (1301) is cuboid，A length of 160～180mm，A width of 40～60mm，A height of 40～60mm，The power input of ozonator (1310) is connected with the computer program controller of washing machine by wire.
- 3. small size automatic ozone washing machine as claimed in claim 2, it is characterised in that described box body (1301) is cuboid, a length of 169mm, a width of 52mm, a height of 48mm.
- 4. small size automatic ozone washing machine as claimed in claim 2, it is characterized in that, described bubble generator (1306) is arranged on the bottom of urceolus (4), the bottom of urceolus (4) has ozone inlet port, bubble generator (1306) is fixed on urceolus by nut and utilizes sealing ring to seal, described bubble generator (1306) is tube-shaped structure, the front end of bubble generator (1306) is stretched between urceolus (4) and inner core (5), and the inside is embedded with the potsherd (1307) of band hole, wherein ozone enters urceolus by the tiny hole in potsherd (1307), thus it is divided into shallow bid ozone.
- 5. small size automatic ozone washing machine as claimed in claim 2, it is characterized in that, described soft air-guide pipe (1302) one end is connected with the ozone escape pipe (1305) on box body (1301), the other end is connected with bubble generator (1306), and described soft air-guide pipe (1302) is provided with the one-way conduction valve (1303) preventing washings from refluxing.
- 6. small size automatic ozone washing machine as claimed in claim 1, it is characterised in that the volume of described washing machine is 6656000mm3～51200000mm3, a diameter of the 100～250mm of inner core (5) are highly 70～200mm, urceolus (4) diameter 125～280mm, and height is 150～300mm.
- 7. small size automatic ozone washing machine as claimed in claim 6, it is characterised in that the volume of described washing machine is 22125500mm3, interior bucket (5) a diameter of 160mm, height is 150mm, urceolus (4) a diameter of 190mm, and height is 210mm.
- 8. small size automatic ozone washing machine as claimed in claim 1, it is characterized in that, described internal buoyancy room (502) edge is higher than buoyancy chamber (501) edge, and the 1/2～1/3 of a diameter of buoyancy chamber (501) diameter of internal buoyancy room (502).
- 9. the control method of small size automatic ozone washing machine as claimed in claim 1, including washing procedure and rinsing program, it is characterised in that also comprise the steps:Step 1, according to water injection rate set ozone equipment priming level, set the working time length of ozone equipment respectively according to the water consumption of washing procedure or rinsing program；Step 2, when washing procedure water filling reaches the priming level of ozone equipment start ozone equipment, start simultaneously at timing；Step 3, water level start to wash medicated clothing and terminate to washing when arriving, in washing process, the working time of ozone equipment stops ozone equipment when arriving, and wherein the stopping of ozone equipment does not affect the properly functioning of washing procedure；When step 4, rinsing fill level arrive the priming level of ozone equipment, ozone equipment is started working and timing simultaneously, rinsing water level starts rinsing when reaching and terminates to rinsing, in rinse cycle, the rinsing working time of ozone equipment stops ozone equipment when arriving, and wherein the stopping of ozone equipment does not affect the properly functioning of rinsing program.
- 10. control method as claimed in claim 9, it is characterized in that, in described step 1, the priming level of ozone equipment is the water level that bubble generator opening is flooded in washing procedure or rinsing program water filling, when washing or the rinsing water yield are 2～3 liters, the working time of described ozone equipment is no less than 5 minutes.
- 11. control methods as claimed in claim 9, it is characterised in that in described step 1, the working time of ozone equipment is identical with the first time rinsing time of rinsing program, when second time rinsing or when rinsing program is spray mode, does not start ozone equipment.
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| CN201110281258.XA CN102444002B (en) | 2011-09-21 | 2011-09-21 | Small-sized ozone washing machine and control method thereof |
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| CN102444002B true CN102444002B (en) | 2016-08-03 |
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Families Citing this family (7)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102877271A (en) * | 2012-09-06 | 2013-01-16 | 海尔集团公司 | Cleaning sterilizing device for washing machine, washing machine using cleaning sterilizing device and control method thereof |
| CN107304507A (en) * | 2016-04-21 | 2017-10-31 | 青岛海尔洗衣机有限公司 | The clothes washing method and washing machine of a kind of washing machine |
| CN107523956A (en) * | 2017-08-23 | 2017-12-29 | 上海仕操洗涤有限公司 | A kind of washing machine |
| CN108642799A (en) * | 2018-05-15 | 2018-10-12 | 上海理工大学 | A kind of ozone sterilizing washing machine |
| CN110664353B (en) * | 2018-07-02 | 2022-01-04 | 青岛胶州海尔洗涤电器有限公司 | Shoe washing machine and sterilization control method thereof |
| CN109610128B (en) * | 2018-12-21 | 2021-08-03 | 刘兴海 | Ultrasonic washing equipment |
| CN111549491A (en) * | 2020-04-17 | 2020-08-18 | 珠海格力电器股份有限公司 | Washing method and washing equipment based on micro-nano bubbles |
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| US5493743A (en) * | 1994-07-22 | 1996-02-27 | Tri-O-Clean Laundry, Inc. | Ozone assisted laundry wash process and waste water treatment system |
| CN101962897A (en) * | 2010-09-19 | 2011-02-02 | 海尔集团公司 | Washing machine and transmission device for same |
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| CN2072986U (en) * | 1990-04-09 | 1991-03-13 | 江苏华石技工贸总公司 | Washer using ozone to bleach and sterilie |
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Effective date of registration: 20160621 Address after: 266101 Haier Industrial Park, No. 1, Haier Road, hi tech park, Laoshan District, Shandong, China Applicant after: Qingdao Haier Washing Machine Co., Ltd. Address before: 266101 Haier Industrial Park, No. 1, Haier Road, hi tech park, Laoshan District, Shandong, China Applicant before: haier group corporation Applicant before: Qingdao Haier Washing Machine Co., Ltd. |
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