CN2429097Y - Full-automatic household bowls-washing machine controlled by computer - Google Patents
Full-automatic household bowls-washing machine controlled by computer Download PDFInfo
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- CN2429097Y CN2429097Y CN 00225505 CN00225505U CN2429097Y CN 2429097 Y CN2429097 Y CN 2429097Y CN 00225505 CN00225505 CN 00225505 CN 00225505 U CN00225505 U CN 00225505U CN 2429097 Y CN2429097 Y CN 2429097Y
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Abstract
The utility model relates to a fully automatic household dishwasher controlled by a computer, which belongs to the technical field of a washing machine. The utility model comprises an outer case, an inner liner, a motor of a water-spraying pump, and a motor of a water-draining pump. The outer case is provided with a power supply switch, a display panel of function control, and a control circuit, the inner liner is provided with a guide track and a rolling ball type bowl-washing basket operating on the guide track, the bottom of the inner liner is provided with a heating pipe, a water-passing pipe connected with the water-spraying pump and a switch on the pipe are connected with a spray thrower, the control circuit comprises a setting and controlling circuit which begins to work under a command that the motor of the water-spraying pump which is controlled by a singlechip starts following the change of the temperature of water heating, a control circuit for setting spraying and washing time and timing, a water inlet control circuit, a water-draining control circuit, an alarm circuit, and a circuit for controlling light current and switching intense current.
Description
The utility model belongs to the rinsing maching technical field and relates to a kind of computer fully-automatic household dish-washing machine.
Washing the dishes after meal is the matter in home that each family all need do, and becomes a labor service than more complicated in the family, all is manually to rinse to wash so far in most families of China, and a large amount of quality time of people has accounted for.People are thirsting for a kind of household dishwasher being arranged as washing machine always, simple to operate, easy to use, good washing effect, the good domestic bowl-washing of Disinfection Effect.Though have some domestic bowl-washings to emerge at present, its effect is difficult as people's will, and one is to use inconvenient operation; The 2nd, clean weak effect; The 3rd, the overlong time that washes the dishes, power consumption is big.Therefore fail on market, to be used widely always.
The purpose of this utility model is the computer fully-automatic household dish-washing machine that a kind of simple to operate, easy to use, good washing effect, economize on electricity (pick up part nine) will be provided and have Disinfection Effect.
The purpose of this utility model realizes with the following methods.This computer fully-automatic household dish-washing machine comprises shell, inner bag, jet pump motor at outer casing bottom, drain motor, power switch is arranged on housing face-plate, function control display floater and control circuit, guide rail is housed in the inner bag and moves the ball-type basket that washes the dishes thereon, tank is arranged at the inner bag bottom, heating tube is installed in the groove, the water pipe of crossing that connects jet pump connects spray thrower, and control circuit comprises that all being heated water temperature by monolithic processor controlled jet pump electric motor starting changes water temperature heating setpoint and the control circuit that instruction is just started working, hydro-peening time set and time control circuit, the water inlet control circuit, draining control road and warning circuit and light current control forceful electric power on-off circuit.
Below in conjunction with the embodiment accompanying drawing the utility model is described in further detail.
Fig. 1 the utility model perspective view
Fig. 2 is the A-A cutaway view of Fig. 1
Fig. 3 is the B-B cutaway view among Fig. 2
Fig. 4 is the local S enlarged drawing among Fig. 2
Fig. 5 " ten " font spray thrower structure chart
Fig. 6
Shape spray thrower structure chart
Fig. 7 ball-type basket structure chart that washes the dishes
Fig. 8 is the utility model electrical equipment control schematic diagram
Fig. 9 is the circuit theory diagrams of control circuit (26)
Among the figure: 1-power switch 2-function control display panel 3-transparent windows 4-side-stand type switch gate 5-horizontal switch door 6-soup basin 7-side wall water level balance scale 8-intermediate point water level balance scale 9-water sprays 10-inner bag 11-float type water level gauge tap 12-guide rail 13-ball-type basket 14-" ten " the font shower 15-heating tube 16-spray thrower 17-that washes the dishes and crosses water pipe 18-water pipeline switch 19-jet pump motor 20-water drain pump motor 21-water pump and cross water pipe 22-thermistor 23-storage basket cabinet 24-shell 25-entering water electromagnetic valve 26-control circuit B1-buzzer B
2B
3-bridge rectifier M
1-three terminal regulator (adopting MC7805T) PORT-binding post IC
1-single-chip microcomputer (adopting AT89c2051) IC
2, IC
3, IC
4, IC
5, 8D trigger (adopt 74LS273) IC
6Eight groups of buffers of-ternary output and bus driver (adopting 74LS244) IC
7-photoelectric coupling circuit (adopting TLP521-4) IC
8-accurate voltage comparator (adopting LM339) S
1-selection of time release knob S
2-temperature selector switch button S
3-beginning/provisional button GU-SS-relay T-bidirectional triode thyristor C-electric capacity R-resistance P
1, N
1-triode L
3, L
4, L
5, L
6, L
7, L
8, L
9, L
10, L
11, L
12-led lighting shows indicator lamp L
1, L
2-charactron (adopting LED8) K-power switch.
Among the embodiment of the present utility model, store basket cabinet (23) on the inner bag (10) in addition, make the shell of dish-washing machine be divided into upper and lower two-layer, the upper strata is store blue cabinet (23) and is adopted edge-on formula switch door (4), lower floor's cabinet adopts horizontal switch door (5), horizontal door center part has transparent windows (3), and inner bag (10) adopts stainless steel, and shell (24) is the polishing stainless steel material.Ball-type washes the dishes and a soup basin (6) that pulls and pushes freely is housed under the basket support of indigo plant (13).Vertically " ten " font or two serpentines are crossed as spray thrower (16) in order to have " one " font of row's formula inclination spray-hole (9) or two " one "
The spray thrower of shape, spray thrower (16) are two lower curtate and the tops that are installed in inner bag (10) respectively, and the spray thrower at top (16) is subjected to water pipeline switch (18) control, and water level balance scale (7,8) is arranged on three wall faces of inner bag.By single-chip microcomputer (IC
1) the water temperature heating setpoint of control and control circuit be by eight groups of bufferings of the ternary output of 74LS244 and bus driver (IC
6) input with at the thermistor (22) of inner bag bottom with from fixed resistance (R
20) extract the LM339 voltage comparator (IC of comparative voltage signal
8) mutually continuous, eight groups of the ternary output of 74LS244 are cushioned and bus driver (IC
6) have an input and temperature switch (S is set
2) the circuit connection, and by its output and 8D trigger 74LS273 (IC
5) connect, by 8D trigger (IC
5) output and the light emitting diode (L of displays temperature
11, L
10, L
9, connect eight groups of bufferings of the ternary output of 74LS244 and bus driver (IC
6) the output that has in addition be connected to single-chip microcomputer (IC
1) input and 8D trigger 74LS273 (IC
2) input, 8D trigger 74LS273 (IC
2) an output by photoelectric coupling circuit (IC
7) and controllable silicon (T
4) trigger control end connect controllable silicon (T
4) output be connected on 1 pin of the binding post PORT3 that is connected with electric heating tube (15) 8D trigger 74LS273 (IC
2) have an output to control continuous relay (GU-SS) in addition, relay (GU-SS) control constant temperature electric heating tube (15).Hydro-peening time set and time control circuit are that eight groups of the ternary output of 74LS244 cushion and bus driver (IC
6) input and time switch (S is set
1) the circuit connection, and by its output and 8D trigger 74LS273 (IC
5, IC
4, IC
3) connect, by 8D trigger (IC
5) output and the light emitting diode (L that shows the time
5, L
6, L
7, L
8) connect 8D trigger (IC
4, IC
3) output termination charactron (L
1, L
2) input, with the eight groups of bufferings and the bus driver (IC of the ternary input of 74LS244
6) the 8D trigger 74LS273 (IC that connects of output
2) output by photoelectric coupling circuit (IC
7) connection controllable silicon (T
1) the triggering control utmost point, controllable silicon (T
1) output termination shower water pump motor (19).The water inlet control circuit is float-type level control switch for water (11) circuit to be connected to ternary eight groups of importing of 74LS244 cushion and bus driver (IC
6) input, and be connected to 8D trigger 74LS273 (IC by its output
4, IC
2) input, 8D trigger 74LS273 (IC
4) output connect to show the light emitting diode (L of entry
3), 8D trigger 74LS273 (IC
2) output by photoelectric coupling circuit (IC
7) meet controllable silicon (T
3) the triggering control utmost point, controllable silicon (T
3) output connect entering water electromagnetic valve.The draining control circuit is 8D trigger 74SL273 (IC
2) an output by photoelectric coupling circuit (IC
7) meet controllable silicon (T
2) the triggering control utmost point, controllable silicon (T
2) the output hydroelectric machine (20) that runs in.Warning circuit connects 8D trigger 74LS273 (IC
2) an output.Light current control forceful electric power on-off circuit is single-chip microcomputer (IC
1) the 11st pin meet voltage comparator LM339 (IC
8) an input, be the break-make relation that the break-make relation of binding post PORT6 and PORT2 extends to horizontal switch door (5).
Dish-washing machine spray (16) vertically becomes " ten " font or two serpentines to be crossed as for " one " font or two " one " words that have row's formula inclination jet (9)
The spray thrower of shape.It is same big that the spray thrower slip-knot is sat mouthful (14), three kinds of spray throwers can be in the transposing mutually of inner bag bottom, spray thrower (16) is two bottom and the tops that are installed in inner bag respectively, at tableware after a little while, turning off switch (18) on water pipe (17) road reaches and reduces the water yield that washes the dishes, saves the hot water energy.The tableware that uses owing to Chinese family mostly is dark bowl, and vertical injection washes the dishes to adorn the rare close how much relevant with clean speed of bowl in the bowl backboard support.Therefore on internal cavity of bowl washer (10), store blue cabinet (23) in addition, they are that layering separates, the upper strata cabinet dress ball indigo plant (13) that washes the dishes adopts edge-on formula switch door (4) and a soup basin (6) that pulls and pushes freely is housed under the ball-type backboard support, like this use the ball-type backboard support go can avoid when dining table is other receives the bowl basin with the bowl basin edge-on on backboard support the time the surplus meal of surplus soup drop to ground.The lower floor cabinet adopts horizontal switch door (5), and horizontal door center part has observation window, guide rail (12) is housed and the ball-type that the moves indigo plant (13) that washes the dishes in inner bag thereon.In the tank electric heating tube (15) is installed around the inner bag bottom, is made heat transfer water evenly fast, on three wall faces of inner bag, developed and printed the water level balance scale, be easy to grasp water level, guarantee that heating tube is immersed in the tank and is not had by water logging.Inner bag (10) all is to select stainless steel material for use, when sterilization water temperature when being 80-100 ℃, can not resemble and produce the plastics flavor the plastics inner bag, and washing the dishes in other words sterilization is carried out simultaneously.When the tableware of need washings was quite a lot of, two ball-types indigo plant that washes the dishes can be put into lower floor's cabinet in turn and works, and reached to accelerate the result that washes the dishes.In the circuit theory diagrams of Fig. 9, with controllable silicon (T
1) 2 pin of the binding post PORTT2 that connects connect jet pump motor (19), with controllable silicon (T
2) 1 pin of the terminals P ORT2 that the connects water pump motor (20) that runs in, with controllable silicon (T
3) 2 pin of the binding post PORT3 that connects tap into water solenoid valve (25), with controllable silicon (T
4) 1 pin of the binding post PORT3 that connects connects heating tube (15), 1 pin of the terminals PORT1 that is connected with the switch of relay (GU-SS) connects heated at constant temperature pipe (15), 2 pin of binding post PORT1 connect mains supply switch (K), string is pressed thermistor (22) between 2 pin of binding post PORT7 and 1 pin, 2 pin of binding post PORT8 connect the float-type level control switch for water, 1 pin water receiving position balance cock.1 pin of binding post PORT6 and 2 pin and horizontal switch door (5) form on-off circuit and are connected to single-chip microcomputer (IC
1) input pin 11 pin, switch door (5) is (switch is disconnected) when opening, by single-chip microcomputer (IC
1) controlling each forceful electric power in course of work program and all remain static (being that jet pump motor, entering water electromagnetic valve, draining pump motor, heating tube all cut off the power supply), switch door (5) is closed, and (switch is logical) then recovers former working procedure state.
The course of work of the present utility model is described below.Press power switch (K), promptly automatic bowl washing machine is connected power supply, power supply indicator L
12Bright, bridge rectifier (B
2, B
3) the defeated required operating voltage V of control circuit that supplies of rectification
CC, V
DDSingle-chip microcomputer (IC
1) must establish beginning work by cable and to 8D trigger (IC
2) output signal, make 8D trigger (IC
2) buzzer (B of buzzer alarm circuit of control
1) ring one, show dish-washing machine get electric can operation.Be subjected to single-chip microcomputer (IC simultaneously
1) control 8D trigger (IC
5) make luminous demonstration diode L
10Indicator lamp bright (expression adds 60 ℃ of thermal control temperature) charactron (L
1, L
2) on numeral also be shown as 10 minutes, these two control numerical value are the initial set value of default start energising.Then according to definite spray of required selection wash the dishes time and water temperature, respectively by time selector switch button (S
1) temperature selector switch button (S
2), whenever by a buzzer (B
1) ring one.Pressing time selector switch button (S
1) time, by the luminous demonstration diode L first time
7Indicator lamp is bright, is shown as 20 minutes, by the luminous demonstration diode L second time
8Indicator lamp is bright, is shown as 30 minutes, presses luminous demonstration diode L for the third time
5Indicator lamp is bright, be shown as 4 minutes, again by then by above sequential loop, and whenever by disposable, charactron (L
1, L
2) also show this time numerical value simultaneously.Pressing temperature selector switch button (S
2) time, by the luminous demonstration diode L first time
9Indicator lamp is bright, is shown as 80 ℃, by for the second time, and luminous demonstration diode L
11Indicator lamp is bright, is shown as 45 ℃, again by then pressing above sequential loop.After having determined time and temperature, by beginning/time-out button (S
3), buzzer (B
1) ring controllable silicon (T one
3) conducting, entering water electromagnetic valve (25) is opened, and running water enters the inner bag (10) of dish-washing machine, when water inlet puts in place, adopts float-type level control switch for water (11) conducting, closes entering water electromagnetic valve.Controllable silicon (T
4) conducting and relay (GU-SS) adhesive, electric heating tube (15) is to the water heating, and the resistance of the thermistor (22) bottom inner bag (10) changes with the rising of water temperature, when water temperature is heated to 45 ℃, buzzer (B
1) ring one; While controllable silicon (T
1) conducting, jet pump motor (20) work, water because jet (9) is arranged for tilting, makes the spray thrower (14) on the slip-knot mouth rotate charactron (L simultaneously by water jet nozzle (9) ejection of spray thrower (16)
1, L
2) the demonstration countdown.When water temperature continues heat hot to chosen temperature, controllable silicon (T
4) disconnect, and water is carried out the automatic constant-temperature heating by the heated at constant temperature pipe of relay (GU-SS) control.After washing the regular hour, draining pump motor (20) work draining, arrange water after, water inlet automatically again, water inlet puts in place, jet pump motor (19) is worked, and begins cleaning, charactron (L
1, L
2) when countdown shows " 00 ", change the drain motor draining automatically, after draining is intact, buzzer (B
1) send sound 8 times, prompting is washed the dishes and is finished.Single-chip microcomputer (IC
1) be exactly to control each functional circuit by above working procedure to carry out work, finish the whole process that washes the dishes automatically.Introduce the automatic working procedure of several different situations below in detail:
Automatic working procedure example 1:
After pressing power switch (K), function control display floater (2) can the displays temperature shelves be 60 ℃, the time bay be 10 minutes shelves, this is the fixing shelves that need not select.By beginning/time-out button (S
3) after, draining indicator lamp (L
4) flicker, draining pump motor (20) work stops draining indicator lamp lamp (L 15 seconds
4) extinguish, conversion entering water electromagnetic valve (25) is opened automatic water inlet, water inlet indicator lamp (L
3) flicker, water inlet puts in place, water inlet indicator lamp (L
3) stop flicker and indicate buzzer (B
1) ring one, stop into water automatically.Electric heating tube (15) begins heating, indicates 60 ℃ temperature indicator (L simultaneously
10) begin the flicker indication, when water temperature was heated to 45 ℃, buzzer rang 1, and dish-washing machine main frame (jet pump motor) work produces injection water and begins to wash the dishes, and indicates 10 minutes time indicator lamp (L simultaneously
6) begin to glimmer charactron (L
1, L
2) show from showing beginning countdown in 10 minutes.Indicator lamp (L when water temperature is heated to 60 ℃
10) stop flicker and show indication, and carry out constant temperature automatically, the charactron countdown is when showing 4 minutes, jet pump motor (19) quits work, and converts draining pump motor (20) draining automatically to, simultaneously water inlet (inversion) indicator lamp (L
3) extinguish draining indicator lamp (L
4) flicker, draining finishes, and the draining indicator lamp extinguishes, and converts into water indicator lamp (L to
3) glimmering shows, the entering water electromagnetic valve water inlet puts buzzer (B in place
1) ring water inlet indicator lamp (L one
3) stopping flicker, magnetic valve stops into water.Main frame (jet pump motor) is started working, and by the shower injection water of water pump and spray thrower (16) bowl is cleaned.Charactron falls back timing when showing " 00 ", changes draining pump motor (20) draining automatically, the flicker of draining indicator lamp, water inlet (inversion) indicator lamp (L
3) extinguish, draining finishes, and buzzer rings 8, and indication is washed the dishes and is finished.After ringing 8, indicator lamp is got back to the indicator lamp (L of 60 ℃ of fixing shelves and 10 minutes
10, L
6) bright.Again by beginning/time-out button (S
3) time, the demonstration of charactron becomes 10 by " 00 ", just continues to repeat above working procedure.
Automatic working procedure example 2:
After pressing power switch (K), bay was 10 minutes when the temperature shelves shown in the function control display floater (2) were 60 ℃, at this moment, you can select arbitrarily the temperature shelves and the time bay.With 60 ℃ temperature shelves and 30 fens clock time shelves is example.By time selector switch button (S
1) secondary, the time showing indicator lamp is by jumping to 20 minutes shelves in 10 minutes, simultaneously charactron (L
1, L
2) became 20 minutes, buzzer (B by 10 minutes
1) ring one, jumped to 30 minutes shelves, charactron (L in 20 minutes
1, L
2) became 30 minutes, buzzer (B by 20 minutes
1) ring again and start main frame (jet pump motor) when so just having determined 45 ℃ of water temperatures for one, the washing the dishes the time of 60 ℃ of constant temperature and 30 minutes.Then by beginning/time-out button (S
3), draining pump motor (20) was started working after 15 seconds, draining indicator lamp (L
4) stop to glimmer and extinguishing, conversion entering water electromagnetic valve (25) is opened into water automatically, water inlet indicator lamp (L
3) flicker, when water inlet puts in place, stopping flicker and indication, buzzer rings and stops an into water automatically.Electric heating tube (15) begins heating automatically, simultaneously temperature indicator (the L of 60 ℃ temperature shelves
10) begin flicker indication (show and heat), when water temperature was heated to 45 ℃, buzzer rang 1, and the dish-washing machine main frame begins to wash the dishes, the time indicator lamp (L of 30 minutes time showing shelves
8) begin to glimmer the charactron (L of the timing that decreases simultaneously
1, L
2) begin to show the countdown number.When water temperature is heated to 60 ℃, 60 ℃ indicator lamp (L
10) stop just demonstration of flicker, and enter temperature constant state automatically, when the dish-washing machine host work showed to 10 minutes to the timing charactron countdown that decreases, main frame converted draining pump motor (20) draining, draining indicator lamp (L automatically to
4) flicker, water inlet (inversion) indicator lamp (L
3) extinguish, draining finishes, draining indicator lamp (L
4) extinguish, entering water electromagnetic valve (25) is opened into water, water inlet indicator lamp (L
3) flicker, during the water inlet inversion, buzzer rings one, the water inlet indicator lamp stops flicker, heater (15) heating water temperature, simultaneously main frame in the lump to tableware clean (if because of hydraulic pressure not enough, when flooding time surpassed 2 minutes, buzzer can send yowl sound), as the timing charactron (L that decreases
1, L
2) when showing " 00 ", change draining pump motor (20) draining automatically, drainage index lamp (L
4) flicker, water inlet indicator lamp (L
3) extinguish.Draining finishes, and buzzer rings 8, and prompting is washed the dishes and finished, and indicator lamp is got back to fixing shelves 60 ℃ and 10 minutes indicator lamps.
Automatic working procedure example 3:
After pressing power switch (K), the temperature shelves be 60 ℃, the time bay be 10 minutes, can select arbitrarily this moment the temperature shelves and the time bay, be example with 80 ℃ of temperature shelves, 20 fens clock time shelves, select button (S by the time
1) once, the time indicator lamp jumped to 20 minutes shelves by 10 minutes, buzzer rings one, and timing charactron (L simultaneously decreases
1, L
2) became 20 minutes by 10 minutes.Select button (S by temperature
2), temperature indicator jumps to 80 ℃ by 60 ℃, and buzzer rings again one, and this time 80 ℃ the water temperature and the time of washing the dishes in 20 minutes are determined (80 ℃ temperature shelves are set at the sterilization shelves, and the main frame sterilization of washing the dishes is subjected to 80 ℃ water temperature instruction just to begin startup).Then by beginning/time-out button (S
3), draining pump motor (20) started drainage works after 15 seconds, draining indicator lamp (L
4) stop to glimmer and extinguish, conversion automatic electromagnetic valve (25) water inlet, water inlet indicator lamp (L
3) flicker, when water inlet puts in place, stopping flicker and indication, buzzer rings and stops an into water automatically, and electrical heating (15) begins heating.Temperature indicator (the L of 80 ℃ of shelves
9) flicker (heating to show) simultaneously, when water temperature was heated to 80 ℃, buzzer rang 1, the main frame sterilization that begins to wash the dishes, and simultaneously, timing charactron (L decreases
1, L
2) beginning is by countdown in 20 minutes demonstration, when also remaining 8 minutes when decreasing, main frame converts draining pump motor (20) draining, draining indicator lamp (L automatically to
4) flicker, water inlet indicator lamp (L
3) extinguish, draining finishes, and the draining indicator lamp extinguishes, and converts the entering water electromagnetic valve water inlet automatically to, water inlet indicator lamp flicker indication, water inlet puts in place and stops flicker and indication, and buzzer rings one.The electric heater for heating water temperature, main frame cleans in the lump and washes the dishes simultaneously, as the timing charactron (L that decreases
1, L
2) show " 00 ", change drain motor row electricity automatically, the flicker of draining indicator lamp, the water inlet indicator lamp extinguishes, and draining finishes, and buzzer rings 8, and prompting is washed the dishes and is finished, and it is bright that indicator lamp is got back to the indicator lamp of 60 ℃ of fixing shelves and 10 minutes shelves.
Working procedure example 4 (special engineering program):
Press power switch (K), 15 seconds drainage works is finished, automatic electromagnetic valve (25) water inlet, can open horizontal switch door (5) this moment and suspend, stop automatic water inlet, replenish external hot water and boiling water, when the water inlet of external hot water and boiling water puts in place, buzzer rings one, stops into water to show, if external hot water reaches own design temperature, close behind the door, buzzer rings one, and main frame begins to wash the dishes, if you select 30 fens clock times but because of there being other things to shorten the time of washing the dishes, pin selection of time button (S
1) 2 seconds, buzzer converts the drain motor draining to after ringing 2 automatically, the flicker of draining indicator lamp, and water inlet (putting in place) indicator lamp extinguishes.The charactron of countdown was simultaneously decreased 10 minutes immediately by the time at that time, the program time that washes the dishes is for the first time finished, draining finishes, and buzzer rings one, and the draining indicator lamp extinguishes, after convert entering water electromagnetic valve water inlet again automatically to, this time, you can open horizontal switch door (5) time-out again, stopped the magnetic valve water inlet, and additional external boiling water or hot water carry out the sterilization second time and washes the dishes, in the process that washes the dishes for the second time, select button (S by the time
1) 2 seconds, buzzer rings 2 again, main frame stops, the draining of draining pump motor, the flicker of draining indicator lamp, water inlet (putting in place) indicator lamp extinguishes, decrease the timing charactron by at that time time decrease immediately " 00 " show, the draining indicator lamp that finishes stops flicker and extinguishes, and buzzer rings 8, and the dishwasher finishes.
The utility model is simple to operate, and is easy to use, and washing and sterilizing is effective, can power saving pick up nine (heater power and the main engine power ratio) of part, fast washes the dishes, and computer control is automatically washed the dishes, and is particularly suitable for using in family, the restaurant.
Claims (11)
1, a kind of computer fully-automatic household dish-washing machine, comprise shell (24) inner bag (10), jet pump motor at outer casing bottom, draining pump motor (20), power switch (1) is arranged on housing face-plate, function control display floater (2) and control circuit, it is characterized in that being equipped with in the inner bag (10) ball-type that guide rail (12) the moves indigo plant (13) that washes the dishes thereon, tank is arranged at inner bag (10) bottom, heating tube (15) is installed in the groove, the water pipe (17) excessively that connects jet pump is connected spray thrower (16) with mistake conduit switch (18), and control circuit comprises all by single-chip microcomputer (IC
1) the jet pump electric motor starting of control added the hot water temperature and change instruction the water temperature heating setpoint and the control circuit of just starting working, hydro-peening time set and time control circuit, entry control circuit, draining control circuit and warning circuit and light current are controlled the forceful electric power on-off circuit.
2, computer fully-automatic household dish-washing machine according to claim 1, it is characterized in that storing in addition on the inner bag (10) blue cabinet (23), make the shell of dish-washing machine be divided into two-layer up and down, the upper strata is store blue cabinet (23) and is adopted edge-on formula switch door (4), lower floor's cabinet adopts horizontal switch door (5), horizontal door center part has transparent windows (3), and inner bag (10) adopts stainless steel, and shell (24) is the polishing stainless steel material.
3, computer fully-automatic household dish-washing machine according to claim 1 is characterized in that ball-type washes the dishes a soup basin (6) that pulls and pushes freely to be housed under the backboard support of indigo plant (13).
4, computer fully-automatic household dish-washing machine according to claim 1 is characterized in that spray thrower (16) vertically becomes " ten " font or two serpentines to be crossed as for " one " font or two " " who has row's formula inclination spray-hole (9)
The spray thrower of shape, spray thrower (16) is two, is installed in the bottom and the top of inner bag (10) respectively, the spray thrower at top (16) is subjected to switch on the water pipeline (18) control.
5, computer fully-automatic household dish-washing machine according to claim 1 is characterized in that on three wall faces of inner bag (10) water level balance scale (8) being arranged.
6, according to the described computer fully-automatic household of one of claim 1 to 5 dish-washing machine, it is characterized in that by single-chip microcomputer (IC
1) the water temperature heating setpoint of control and control circuit be by eight groups of bufferings of the ternary output of 74LS244 and bus driver (IC
6) input and thermistor (22) and fixed resistance (R in the inner bag bottom
20) extract the LM339 voltage comparator (IC of comparative voltage signal
8) be connected, eight groups of the ternary output of 74LS244 are cushioned and bus driver (IC
6) have an input and temperature switch (S is set
2) the circuit connection, and by its output and 8D trigger 74LS273 (IC
5) connect, by 8D trigger (IC
5) output and the light emitting diode (L of displays temperature
11, L
10, L
9) connect, eight groups of the ternary output of 74LS244 are cushioned and bus driver (IC
6) the output that has in addition be connected to single-chip microcomputer (IC
1) input and 8D trigger 74LS273 (IC
2) input, 8D trigger 74LS273 (IC
2) an output by photoelectric coupling circuit (IC
7) and controllable silicon (T
4) trigger control end connect controllable silicon (T
4) output be connected on 1 pin of the binding post PORT3 that is connected with electric heating tube (15) 8D trigger 74LS273 (IC
2) an output control connection is arranged in addition, relay (GU-SS), relay (GU-SS) control constant temperature electric heating tube (15).
7, according to the described IC of claim 6
1The computer fully-automatic household dish-washing machine of an output, it is characterized in that hydro-peening time set and time control circuit are the eight groups of bufferings and the bus driver (IC of the ternary output of 74LS244
6) input connect and input and time are provided with switch (S
1) the circuit connection, and by its output and 8D trigger 74LS273 (IC
5, IC
4, IC
3) connect, by 8D trigger (IC
5) output and show the light emitting diode (L of time
5, L
6, L
7, L
8) connect 8D trigger (IC
4, IC
3) output termination charactron (L
1, L
2) input, be the eight groups of bufferings and the bus driver (IC of the ternary output of 74LS244
6) output connect 8D trigger 74LS273 (IC
2) input, 74LS273 (IC
2) output by photoelectric coupling circuit (IC
7) connection controllable silicon (T
1) the triggering control utmost point, controllable silicon (T
1) output termination jet pump motor (19).
8, computer fully-automatic household dish-washing machine according to claim 6 is characterized in that the entry control circuit is switch (11) circuit to be connected to ternary eight groups of exporting of 74LS244 cushion and bus driver (IC
6) input, and be connected to 8D trigger 74LS273 (IC by its output
4) output, connect to show the light emitting diode (L of entry
3), 8D trigger 74LS273 (IC
2) output by photoelectric coupling circuit (IC
7) meet controllable silicon (T
3) the triggering control utmost point, controllable silicon (T
3) output connect entering water electromagnetic valve.
9, computer fully-automatic household dish-washing machine according to claim 6 is characterized in that the draining control circuit is 8D trigger 74LS273 (IC
2) an output by photoelectric coupling (IC
7) meet controllable silicon (T
2) the triggering control utmost point, controllable silicon (T
2) the output hydroelectric machine (20) that runs in.
10, computer fully-automatic household dish-washing machine according to claim 6 is characterized in that warning circuit is by triode (P
1) circuit that is connected with buzzer (B) connects 8D trigger 74LS273 (IC
2) an output.
11, computer fully-automatic household dish-washing machine according to claim 6 is characterized in that light current control forceful electric power circuit is single-chip microcomputer IC
1The 11st pin meet voltage comparator LM339 (IC
8) an input, be the position of the switch that PORT6 binding post and PORT2 binding post " break-make " relation extends to horizontal door.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 00225505 CN2429097Y (en) | 1999-09-16 | 2000-08-28 | Full-automatic household bowls-washing machine controlled by computer |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN99234056.X | 1999-09-16 | ||
| CN99234056 | 1999-09-16 | ||
| CN 00225505 CN2429097Y (en) | 1999-09-16 | 2000-08-28 | Full-automatic household bowls-washing machine controlled by computer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2429097Y true CN2429097Y (en) | 2001-05-09 |
Family
ID=34105211
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 00225505 Expired - Lifetime CN2429097Y (en) | 1999-09-16 | 2000-08-28 | Full-automatic household bowls-washing machine controlled by computer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2429097Y (en) |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1299632C (en) * | 2003-12-15 | 2007-02-14 | 三星电子株式会社 | Dishwashing machine and method for controlling the same |
| CN104814707A (en) * | 2015-04-30 | 2015-08-05 | 佛山市顺德区美的洗涤电器制造有限公司 | Embedded type dish washing machine and running state prompting method and device thereof |
| CN106793914A (en) * | 2014-10-10 | 2017-05-31 | 伊利诺斯工具制品有限公司 | With the draining for automating and the dish-washing machine for filling |
| CN106725200A (en) * | 2016-11-23 | 2017-05-31 | 河池学院 | A kind of method of work of the robot that washes the dishes |
| CN108662482A (en) * | 2017-04-01 | 2018-10-16 | 青岛海尔洗碗机有限公司 | A kind of illumination control method of dish-washing machine |
| CN110037634A (en) * | 2019-04-22 | 2019-07-23 | 浙江气派智能科技有限公司 | An a kind of Japanese washing methods applied to cleaning machine and the cleaning machine using this method |
| CN109938661B (en) * | 2017-12-21 | 2022-07-22 | 青岛海尔洗碗机有限公司 | Dish washing machine spraying alarm device, use method and dish washing machine with same |
-
2000
- 2000-08-28 CN CN 00225505 patent/CN2429097Y/en not_active Expired - Lifetime
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1299632C (en) * | 2003-12-15 | 2007-02-14 | 三星电子株式会社 | Dishwashing machine and method for controlling the same |
| CN106793914A (en) * | 2014-10-10 | 2017-05-31 | 伊利诺斯工具制品有限公司 | With the draining for automating and the dish-washing machine for filling |
| CN106793914B (en) * | 2014-10-10 | 2020-11-24 | 伊利诺斯工具制品有限公司 | Dishwasher with automated draining and filling |
| CN104814707A (en) * | 2015-04-30 | 2015-08-05 | 佛山市顺德区美的洗涤电器制造有限公司 | Embedded type dish washing machine and running state prompting method and device thereof |
| CN106725200A (en) * | 2016-11-23 | 2017-05-31 | 河池学院 | A kind of method of work of the robot that washes the dishes |
| CN108662482A (en) * | 2017-04-01 | 2018-10-16 | 青岛海尔洗碗机有限公司 | A kind of illumination control method of dish-washing machine |
| CN109938661B (en) * | 2017-12-21 | 2022-07-22 | 青岛海尔洗碗机有限公司 | Dish washing machine spraying alarm device, use method and dish washing machine with same |
| CN110037634A (en) * | 2019-04-22 | 2019-07-23 | 浙江气派智能科技有限公司 | An a kind of Japanese washing methods applied to cleaning machine and the cleaning machine using this method |
| CN112806933A (en) * | 2019-04-22 | 2021-05-18 | 浙江气派智能科技有限公司 | One-day washing method applied to cleaning machine |
| CN112806933B (en) * | 2019-04-22 | 2021-12-28 | 浙江气派智能科技有限公司 | One-day washing method applied to cleaning machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| FG1K | Grant of utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CX01 | Expiry of patent term |
Expiration termination date: 20100828 Granted publication date: 20010509 |