CN1903115A - Washing method of dish-washing machine, and said machine - Google Patents
Washing method of dish-washing machine, and said machine Download PDFInfo
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- CN1903115A CN1903115A CN 200510083499 CN200510083499A CN1903115A CN 1903115 A CN1903115 A CN 1903115A CN 200510083499 CN200510083499 CN 200510083499 CN 200510083499 A CN200510083499 A CN 200510083499A CN 1903115 A CN1903115 A CN 1903115A
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Abstract
A dish washer has a two-layer dish shelf, two water channels, a pulse device for pulse washing, a control microprocessor, and a water dividing plate controlled by control microprocessor to turn off one of two water channels. Its washing method features that said two water channels are alternatively turned off for increasing the spray force of water steam and in turn the clean level.
Description
Technical field
The present invention relates to the washing methods of a kind of dish-washing machine and dish-washing machine, especially a kind of washing methods of automatic bowl washing machine of computer plate control, and the dish-washing machine of this method of application.
Background technology
Dish-washing machine integrate wash the dishes, sterilize, oven dry and storage function, not only changed traditional hand washing method, have good looking appearance, easy to use, time saving and energy saving, sanitation and hygiene simultaneously and do not need the advantage of special mounting, more and more be subjected to consumers in general's favor.The operation principle of dish-washing machine, be cleaning solution to be sprayed under certain pressure from spray thrower by the motor-driven washing pump, form the intensive flow of hot water of three-dimensional, spray thrower is owing to the reaction force of being sprayed water rotates, cleaning solution evenly is ejected on the interior tableware of dish-washing machine, tableware is carried out three-dimensional jet douche and drenches brush.The spray washing mode of dish-washing machine is existing multiple, but what be concerned about most at present is the wash degree of dish-washing machine and the problem of saving water and energy.
Chinese patent 98221424.3 discloses a kind of dish-washing machine, this kind dish-washing machine improves the shower nozzle and the nozzle of traditional dish-washing machine, avoided the current of each nozzle ejection to form intersection and waste water, saved the water yield to a certain extent, and improved wash degree.But this kind dish-washing machine also has problems, and it has only one deck frame that washes the dishes, and the water yield that each washing is used is identical, and to the situation of having only a small amount of bowl of needs to wash, this kind mode is relatively water wasting still.
At the problems referred to above, Chinese patent 99221217.0 has proposed a kind of hierarchical control formula dish-washing machine, this dish-washing machine frame that will wash the dishes is divided into two-layerly up and down, and correspondingly is provided with two spray throwers and two hydraulic pipelines up and down, has installed a magnetic valve additional in a hydraulic pipeline therein.When tableware more after a little while, tableware only can be placed on one deck tableware rack, only the tableware on this layer tableware rack is cleaned, and with the closed electromagnetic valve in the output water route of another spray thrower, and when all being placed with tableware on the two-layer tableware rack up and down, magnetic valve is opened, spray thrower is worked simultaneously up and down.Work as tableware more like this, water consumption is also less relatively.
But still there is certain problem in this scheme, because the water route of a spray thrower of the only fixing control of its magnetic valve, so also can only be fixed in certain one deck during the individual layer washing, make troubles to the user, and when levels all need be washed, spray thrower was worked simultaneously up and down, and water consumption is very big.
In addition, all there are a problem in technique scheme and other scheme of the prior art, promptly do not consider the resolving time problem of washing agent to the greasy dirt on the tableware.After washing agent sprayed on the tableware, washing agent needed the regular hour to the oil stain decomposition on the tableware, had only after greasy dirt is fully decomposed, and it was washed again, could the greasy dirt on the tableware is fully clean.The mode of washing of prior art is incessantly tableware to be washed, and makes washing agent have no time greasy dirt is fully decomposed, thereby has reduced wash degree; Improve wash degree and just need carry out the flushing of long period, thereby increased water consumption tableware.In addition, the wash degree of tableware is also relevant with the water flow jet intensity of spray thrower with the slurry amount, and injection intensity is big more, and wash degree is high more, and water consumption is few relatively more.But prior art does not take measures to increase the injection intensity of spray thrower, even adopted booster pump, also fix by water pipe to the hydraulic pressure of nozzle, can not further increase the water flow jet intensity of nozzle, also caused the reduction of wash degree and the increase of water consumption thus.
Summary of the invention
The objective of the invention is to overcome the problems referred to above of the prior art, a kind of new washing methods is provided, this method can be washed the arbitrary layer in the dish-washing machine, washing agent can fully be decomposed greasy dirt if having time, and improve washing water flow jet intensity, improve wash degree, reduce water consumption; Another object of the present invention provides a kind of dish-washing machine that adopts said method.
Washing methods of the present invention is: be divided into the tableware rack of dish-washing machine two-layer up and down, every layer all is provided with the wash spray device, by washing pump an external water pipe is divided into two washing water routes, article two, the water route connects every layer wash spray device respectively, it is characterized in that: a water route controlling organization is set in described washing pump, this water route controlling organization can cut out any in two water routes, or two water routes are opened simultaneously, adopt the computer plate to control described water route controlling organization, when in the two-layer tableware rack of washing arbitrarily during one deck, then the computer plate is controlled described water route controlling organization and is opened the water route of this layer, and closes the water route of another layer tableware rack.
When having only one deck to wash in the two-layer tableware rack, then open the water route of this layer always, and close the water route of another layer tableware rack always, until the wash time of setting.
When two-layer tableware rack all needs to wash, two water routes can be opened or closed in turn, promptly when opened in water route one wherein, water route two was closed; Behind the certain hour interval, open water route two, close water route one simultaneously, so cycle alternation is realized the pulse washing, until the wash time of setting.
When two-layer tableware rack all needs to wash, also two water routes can be opened simultaneously, until the wash time of setting.
Washing methods of the present invention, can set the water route controlling organization opens water route one, water route two or the required time is opened in two water routes simultaneously and be respectively T1, T2, T3, and set T1, T2, T3 is unequal mutually, the computer buttress is according to opening the time that the water route needs, which bar water route conducting judgement is, or two water routes open simultaneously, thereby the control dish-washing machine carries out upper strata washing or lower floor's washing, or levels washs simultaneously, or the levels pulsed washing of washing in turn.
When all open in two water routes, hydraulic pressure in the water-supply-pipe is the nozzle place release of spray thrower by the outlet in two water routes, according to method of the present invention, when only to one deck washing wherein, owing to closed the water route of another layer, thereby the exit, water route that concentrates entirely on opening of the hydraulic pressure in the water-supply-pipe discharges, so it sprays intensity and increased, to the also corresponding increase of clean effect of tableware; And owing to closed a water route, water consumption has reduced, and by increasing the injection intensity of nozzle, can in the shorter time tableware be cleaned, and has therefore not only saved water consumption, has also shortened the running time of dish-washing machine, has saved electric power.
Adopt said method, when two-layer when all needing to wash, because alternately open in two-layer water route, therefore to each layer, when the water route of this layer was opened, its washing principle was identical with above-mentioned individual layer washing, can both increase wash degree, using water wisely by the injection intensity that increases nozzle; And, when to behind wherein one deck injection water and the washing agent, can stop the certain hour of spraying water to this layer, and to another layer water spray and washing, in the time that this stops to spray water, washing agent can fully decompose the greasy dirt on the tableware, at interval behind the certain hour, to this layer water spray, the greasy dirt that be decomposed this moment just is easy to be rinsed again.This is easier to be more clean with tableware than incessantly tableware being washed, and water consumption is few.So alternately wash two-layer, the result is that wash degree has improved, and total water consumption significantly reduces.
According to another object of the present invention, a kind of dish-washing machine that adopts said method is provided, this dish-washing machine comprises casing, inner bag, tableware rack, spray thrower, Filter for dish-washing machine, draining pump, washing pump up and down up and down, washing pump output has two washings water routes, article two, the water route connects the spray thrower of levels respectively, it is characterized in that: a pulser is installed in the described washing pump, a water diversing sheet is arranged on this pulser, this water diversing sheet can be closed any in described two water routes.
Described pulser is by the computer plate control of dish-washing machine, pulser comprises shell, drive motors, driven wheel, driving shaft, water diversing sheet, time control gear, also have drive end inserted sheet, signal end inserted sheet, common port inserted sheet on the pulser, wherein the common port inserted sheet connects power supply, and the drive end inserted sheet is connected with the computer plate with the signal end inserted sheet; Driving shaft one end connects water diversing sheet, and the other end is connected with the time control gear, and can drive rotation by the time control gear; Driven wheel and time control gear between cog engagement; Drive motors can drive driven wheel and rotate, and driven wheel drives the time control gear by the engagement between gear and rotates, and the time control gear drives drive shaft turns again, rotates thereby drive water diversing sheet.
Water diversing sheet is positioned at different positions in rotation process, different water routes can be closed and another water route is opened, or two water routes are opened simultaneously.Set and in the water diversing sheet rotation process different water routes to be opened or required asynchronism(-nization) is opened in two water routes simultaneously.
Also have a pulse switch on the pulser, this switch is connected with the signal end of pulser.Set when water diversing sheet is positioned at a water route is opened, or during the position that two water routes are opened simultaneously, the state of pulse switch is for disconnecting, the state of pulse switch was for closed when water diversing sheet was positioned at other position.When water diversing sheet is opened wherein water route by beginning to turn to, or when two water routes are opened simultaneously, pass through certain hour.This section be in the period, pulse switch also by initial state to disconnecting.The pulse switch time signal that this process is required passes to the computer plate.Because water diversing sheet rotates the different water route required time difference of conducting, pulse switch is also different to disconnecting the required time by initial state, the computer buttress according to pulse switch by initial state to disconnecting the required time, can judge it is which bar water route conducting, thereby the control dish-washing machine carries out upper strata washing or lower floor's washing, or levels washs simultaneously, or the pulse washing.
When only needing one deck tableware rack washing wherein, computer plate control water diversing sheet no longer rotates when turning to the position of opening this layer water route, and open always in the water route of this layer, and the water route of another layer is closed always, until the wash time of setting.
When all needing to wash, the computer plate can open or close two water routes in turn according to above-mentioned determination methods when two-layer, and promptly when opened in water route one wherein, water route two was closed; Behind the certain hour interval, open water route two, close water route one simultaneously, so cycle alternation is realized the pulse washing, until the wash time of setting.
Certainly, when two-layer tableware rack all needs to wash, also water diversing sheet can be turned to the position that open simultaneously in two water routes, washing simultaneously once up and down is until the wash time of setting.
Adopt the dish-washing machine of said method, both can wash the arbitrary layer in the dish-washing machine separately, but also pulsed ground washs or washing simultaneously up and down two-layer one after the other, and can improve the injection intensity of washing current, improve wash degree, shorten wash time, reduce water consumption and power consumption.
Description of drawings
Fig. 1 is the main cutaway view of dish-washing machine of the present invention
Fig. 2 is the water route structural representation of dish-washing machine of the present invention
Fig. 3 is the STRUCTURE DECOMPOSITION figure of pulser
Fig. 4 is the circuit connection structure schematic diagram of pulser switch 25
Fig. 5 is the time control mode schematic diagram of the pulser of one embodiment of the present of invention
The specific embodiment
Shown in Figure 1, dish-washing machine of the present invention comprises casing 1, inner bag 2, goes up tableware rack 3, down tableware rack 4, go up spray thrower 5, spray thrower 6, Filter for dish-washing machine 7, draining pump 8, washing pump 9 down, the water in the outside water-supply-pipe is washed the water route that enters dish-washing machine after pump 9 pressurizations.External water pipe enters and is divided into two washing water routes behind the washing pump 9, i.e. water route one and water route two, and the water route structure is seen Fig. 2, represents the water route with arrow among the figure.Wherein water route 1 connects the last spray thrower 5 that is positioned at the upper strata, and water route 2 11 connects the following spray thrower 6 of lower floor.In washing pump 9, a pulser 12 is installed, this pulser 12 has a water diversing sheet by the control of computer plate on the pulser 12, and this water diversing sheet can be closed any in two water routes.
For making washing more even, prevent to produce the water spray blind area, the present invention can also be provided with a top spray thrower 14 at the top of dish-washing machine; And water route 1 is divided into two-way again by a distributive pipe 13, connect top spray thrower 14 and last spray thrower 5 respectively.
Above-mentioned pulser 12 is by the computer plate control of dish-washing machine.The structure of pulser 12 is seen Fig. 3, pulser comprises shell 15, drive motors 16, driven wheel 17, driving shaft 18, water diversing sheet 19, time control gear 20, also have drive end inserted sheet 21, signal end inserted sheet 22, common port inserted sheet 23 on the pulser 12, wherein common port inserted sheet 23 connects power supply, and drive end inserted sheet 21 is connected with the computer plate with signal end inserted sheet 22; Driving shaft 18 1 ends connect water diversing sheet 19, and the other end is connected with time control gear 20, and can drive rotation by time control gear 20; Driven wheel 17 and time control gear between cog engagement 20; Drive motors 16 can drive driven wheel 17 and rotate, and driven wheel 17 drives time control gear 20 by the engagement between gear and rotates, and time control gear 20 drives driving shaft 18 again and rotates, and rotates thereby drive water diversing sheet 19.
Can establish water diversing sheet position indicator 24 on the pulser shell, A, B on the corresponding indicator of position difference when water diversing sheet 19 is opened water route one, water route two and opened two water routes simultaneously and the position of A+B.
Also have a pulse switch 25 on the pulser, this switch 25 is connected with the signal end 22 of pulser, thereby signal can be sent to computer plate 26 by signal end.Fig. 4 is the circuit connection structure schematic diagram of pulser switch.Set when water diversing sheet is positioned at a water route is opened, or during the position that two water routes are opened simultaneously, the state of pulse switch 25 is for disconnecting, the state of pulse switch was for closed when water diversing sheet was positioned at other position.When water diversing sheet is opened wherein water route by beginning to turn to, or when two water routes are opened simultaneously, pass through certain hour.This section be in the period, pulse switch 25 also by initial state to disconnecting (initial state may be that closure also may be to disconnect).Pulse switch 25 time signal that this process is required passes to computer plate 26.Because water diversing sheet rotates the different water route required time difference of conducting, pulse switch is also different to disconnecting the required time by initial state, computer plate 26 according to pulse switch by initial state to disconnecting the required time, can judge it is which bar water route conducting, thereby the control dish-washing machine carries out upper strata washing or lower floor's washing, or levels washs simultaneously, or the pulse washing.
As shown in Figure 5, Dishwasher water passage one conducting when the setting water diversing sheet turns to position A, water route two is closed; When water diversing sheet is positioned at position B, water route two conductings, water route one is closed; When water diversing sheet is positioned at A+B, water route one and all conductings of water route two.And water diversing sheet turns to the position of A, B, A+B, and corresponding pulse switch is respectively T1, T2, T3 by initial state to the time that disconnects, and setting T1, T2, T3 are unequal mutually.As, can set T1, T2, T3 and be respectively the arbitrary value of 1-10 in second, but T1, T2, T3 have nothing in common with each other.In the following embodiment that will illustrate, set T1=1.75 second, T2=3.15 second, T3=7.05 second.
Embodiment 1: the upper strata washing
When having only one deck to place tableware on the tableware rack, as when having only the upper strata that tableware is arranged, only this layer is washed, the computer plate will be controlled water diversing sheet and closed water route two this moment, water route one was opened, and water diversing sheet should rest on the A position.
Connect the dish-washing machine power supply, select the upper strata washing button on the control panel, the computer plate sends instruction to the drive motors 16 of pulser, and drive motors 16 drives driven wheel 17 and rotates, driven wheel 17 drives time control gear 20 by the engagement between gear and rotates, and rotates thereby drive water diversing sheet 19.Suppose that current pulser water diversing sheet 19 is in the optional position, the state of pulse switch 25 may also may be closure for disconnecting, if need pulser to stop at the A position now, then give drive motors 16 power supplies, pulser water diversing sheet 19 is rotated, when reaching T (1 or 2 or 3) position for the first time, pulse switch 25 states are for disconnecting, be rotated further this moment, pulse switch 25 states change closure into by disconnection, and start the clock this moment, when switch is that T1=1.75 is during second from the time that is closed into disconnection, the decidable water diversing sheet is positioned at the A position, stops drive motors being powered; If switch from the time that is closed into disconnection be not 1.75 seconds, then continue drive motors power supply, till this state occurs.This moment, the pulser water diversing sheet was positioned at the A position, water route one conducting.
Has only a water route conducting owing to having closed a water route, article two, the hydraulic pressure in the water route is discharged by the nozzle place of upper strata spray thrower basically fully, therefore the water flow jet intensity at nozzle place increases, clean ability to tableware strengthens, not only wash degree has increased, and can in the shorter time tableware be cleaned, and has shortened wash time, save electric power, reduced water consumption.And, owing to, water consumption is further reduced only with a water route water outlet.
Should be noted that certain bar water route of closing of the present invention, can be not exclusively to close, and still can allow low amounts of water to flow through, and purpose is to prevent the heater dry combustion method.Meaning is identical therewith for " closing " described in the following embodiment.
Embodiment 2: lower floor's washing
When having only lower floor to wash, computer plate control impuls device water diversing sheet is closed water route one, and open in water route two, and water diversing sheet should rest on the B position.
Select the lower floor's washing button on the control panel, the computer plate sends instruction to the drive motors of pulser, rotational pulse device water diversing sheet.The same with the described principle of the foregoing description, suppose that current pulser water diversing sheet state is for being in the optional position, the state of pulse switch may also may be closure for disconnecting, if need pulser to stop at the B position now, at first pulser water diversing sheet rotation, when reaching T (1 or 2 or 3) position, be rotated further, pulse switch changes closure into by disconnection, start the clock this moment, and when switch is T2=3.15 during second from the time that is closed into disconnection, the decidable water diversing sheet is positioned at the B position, then stop drive motors being powered, if switch from the time that is closed into disconnection be not 3.15 seconds, then continue drive motors power supply, till this state occurs.This moment, the pulser water diversing sheet was positioned at the B position, water route two conductings.
Washing principle is identical with embodiment 1.Therefore the present invention can wash respectively any one deck in the levels.
Embodiment 3: the pulse washing
When all needing to wash, dish-washing machine of the present invention can adopt the mode of pulse washing when two-layer, i.e. the upper strata certain hour is washed in levels washing in turn earlier, washes a layer certain hour again, washes the upper strata certain hour again, and so circulation is until total setting wash time.
At this moment, the computer plate needs to close water route one or water route two in turn according to the water diversing sheet of the time interval controls pulser of setting, and promptly water diversing sheet will be positioned at position A or position B place in turn.When water diversing sheet was positioned at A, when water route two was closed, opened in water route one, tableware water spray and the washing agent of upper strata spray thrower on the tableware rack of upper strata.Behind the certain hour, computer plate control water diversing sheet turns to the B position, closes water route one, and water route two is opened simultaneously, water spray washing on lower floor's tableware rack.Computer plate control water diversing sheet is positioned at the mode at A or B place, and is identical with embodiment 2 with the foregoing description 1.When the upper strata spray thrower stops water spray and when beginning to wash lower floor, the washing agent on the tableware of upper strata is attached to the tableware surface, and the greasy dirt on tableware surface is decomposed.Behind the certain hour, water route two is closed again, and in pent blanking time, the washing agent on lower floor's tableware fully decomposes the greasy dirt on lower floor's tableware again if having time; Water route one is opened again, and the greasy dirt on the tableware of upper strata is fully decomposed at this moment, and the water of last spray thrower ejection is easy to the greasy dirt on the tableware and other foreign material are rinsed well.Behind the certain hour, water route two is opened again, and greasy dirt on lower floor's tableware and impurity are rinsed well.The one after the other like this of levels water route opens and closes, and realizes the pulse washing, and the result is that the injection intensity of each layer water route when opening has all improved, and its effect is identical during with above-mentioned individual layer washing, and promptly wash degree increases, and water reduces.And the mode of this pulse washing also makes washing agent have adequate time that the greasy dirt on the tableware is decomposed, and compares the mode of washing that incessantly tableware is washed, and is easier that tableware is clean, and water consumption is few.
The dish-washing machine of above-mentioned washing methods and this method of employing, the levels of original dish-washing machine washed simultaneously change pulse washing into, can improve the injection intensity of individual layer washing like this, therefore can improve clean rate, can reach European A level and clean rate, because the reduction of water consumption can reduce energy consumption, therefore can reach European A level energy consumption simultaneously.
The time interval of above-mentioned pulse washing can be set in advance, be cured in the control program of computer plate, can be according to the greasy dirt type on the tableware, greasy dirt degree etc., set multiple mode of washing and wash time, the time interval as the pulse washing can be set between 30 seconds to 2 minutes, total wash time can be set between 4 minutes to 20 minutes, by the user as required, selects when washing.As in the above-described embodiments, be 1 minute if set the time interval of washing levels, total wash time 8 minutes, after the washing beginning, dish-washing machine washed the upper strata 1 minute earlier, stopped the upper strata water spray then, washed lower floor again 1 minute, like this cycle alternation was until the wash time of setting 8 minutes.
Certainly, when levels all needed to wash, dish-washing machine of the present invention still can be opened two water routes simultaneously, the levels washing of spraying water simultaneously.This moment, water diversing sheet need stop at the A+B position.The computer plate sends instruction to the drive motors of pulser, rotational pulse device water diversing sheet.The same with the described principle of the foregoing description, suppose that current pulser water diversing sheet state is for being in the optional position, the state of pulse switch may also may be closure for disconnecting, if need pulser to stop at the A+B position now, at first pulser water diversing sheet rotation, when reaching T (1 or 2 or 3) position, start the clock, when switch is that T3=7.05 is during second from the state that picks up counting to the time that disconnects, then stop drive motors being powered, if switch from the time that is closed into disconnection be not 7.05 seconds, then continue to the drive motors power supply, till this state occurs.This moment, the pulser water diversing sheet was positioned at the A+B position, water route one and water route two conductings simultaneously, and levels is washed simultaneously.
Claims (11)
1, a kind of washing methods of dish-washing machine, be divided into the tableware rack of dish-washing machine two-layer up and down, every layer all is provided with the wash spray device, the washing pump output of dish-washing machine has two washings water routes, article two, the water route connects every layer wash spray device respectively, it is characterized in that: a water route controlling organization is set in described washing pump, this water route controlling organization can cut out any in two water routes and simultaneously another water route is opened, or two water routes are opened simultaneously, adopt the computer plate to control described water route controlling organization, when in the two-layer tableware rack of washing arbitrarily during one deck, then the computer plate is controlled described water route controlling organization and is opened the water route of this layer, and closes the water route of another layer tableware rack.
2, the washing methods of dish-washing machine according to claim 1 is characterized in that: when having only one deck to wash in the two-layer tableware rack, then open the water route of this layer always, and close the water route of another layer tableware rack always, until the wash time of setting.
3, the washing methods of dish-washing machine according to claim 1 is characterized in that: when two-layer tableware rack all needs to wash, then two water routes are opened or closed in turn, promptly when opened in water route one wherein, water route two was closed; Behind the certain hour interval, open water route two, close water route one simultaneously, so cycle alternation is realized the pulse washing, until the wash time of setting.
4, the washing methods of dish-washing machine according to claim 1 is characterized in that: when two-layer tableware rack all needs to wash, then two water routes are opened simultaneously, until the wash time of setting.
5, according to the washing methods of the described dish-washing machine of the arbitrary claim of claim 1 to 4, it is characterized in that: set the water route controlling organization and open water route one, water route two or the required time is opened in two water routes simultaneously and be respectively T1, T2, T3, and set T1, T2, T3 is unequal mutually, the computer buttress is according to opening the time that the water route needs, which bar water route conducting judgement is, or open simultaneously in two water routes, thereby the control dish-washing machine carries out upper strata washing or lower floor's washing, or levels washs simultaneously, or the levels pulsed washing of washing in turn.
6, the washing methods of dish-washing machine according to claim 3 is characterized in that: the described time interval is 1 minute.
7, the washing methods of dish-washing machine according to claim 5 is characterized in that: T1, T2, T3 are respectively the arbitrary value in 1-10 second, but T1, T2, T3 have nothing in common with each other; Be preferably T1=1.75 second, T2=3.15 second, T3=7.05 second.
8, a kind of dish-washing machine that adopts the described washing methods of claim 1, this dish-washing machine comprises casing, inner bag, tableware rack, spray thrower, Filter for dish-washing machine, draining pump, washing pump up and down up and down, washing pump output has two washings water routes, article two, the water route connects the spray thrower of levels respectively, it is characterized in that: a pulser is installed in the described washing pump, a water diversing sheet is arranged on this pulser, and this water diversing sheet can be closed any in described two water routes.
9, dish-washing machine according to claim 8, it is characterized in that: described pulser is by the computer plate control of dish-washing machine, pulser comprises shell, drive motors, driven wheel, driving shaft, water diversing sheet, time control gear, also have drive end inserted sheet, signal end inserted sheet, common port inserted sheet on the pulser, wherein the common port inserted sheet connects power supply, and the drive end inserted sheet is connected with the computer plate with the signal end inserted sheet; Driving shaft one end connects water diversing sheet, and the other end is connected with the time control gear, and can drive rotation by the time control gear; Driven wheel and time control gear between cog engagement; Drive motors can drive driven wheel and rotate, and driven wheel drives the time control gear by the engagement between gear and rotates, and the time control gear drives drive shaft turns again, rotates thereby drive water diversing sheet.
10, according to Claim 8 or 9 described dish-washing machines, it is characterized in that: also have a pulse switch on the pulser, this switch is connected with the signal end of pulser, when water diversing sheet begins to turn to conducting wherein during a water route, pulse switch is also by being closed into disconnection, and will disconnect required time signal and pass to the computer plate by being closed into.
11, dish-washing machine according to claim 8 is characterized in that: the top of dish-washing machine also is provided with a top spray thrower, and by a distributive pipe water route is divided into two-way again and again, connects top spray thrower and last spray thrower respectively.
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| CNB2005100834998A CN100496373C (en) | 2005-07-29 | 2005-07-29 | Washing method of dish-washing machine, and the dish washing machine |
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| CNB2005100834998A CN100496373C (en) | 2005-07-29 | 2005-07-29 | Washing method of dish-washing machine, and the dish washing machine |
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| CN1903115A true CN1903115A (en) | 2007-01-31 |
| CN100496373C CN100496373C (en) | 2009-06-10 |
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