CN203234707U - Full-intelligent ultrasonic dish-washing machine - Google Patents
Full-intelligent ultrasonic dish-washing machine Download PDFInfo
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- CN203234707U CN203234707U CN 201320091440 CN201320091440U CN203234707U CN 203234707 U CN203234707 U CN 203234707U CN 201320091440 CN201320091440 CN 201320091440 CN 201320091440 U CN201320091440 U CN 201320091440U CN 203234707 U CN203234707 U CN 203234707U
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Abstract
A full-intelligent ultrasonic dish-washing machine is composed of a washing trough, a cover plate, a machine shell, a water inlet device, a water drainage device, a washing system and a control system. The water inlet device is provided with a water inlet connector, a water pipe, a water sprayer, a water inlet control valve and a water inlet flow sensor. The water drainage device is provided with a drainage control valve, a drainage flow detecting sensor and a drainage connector. The washing system is provided with a sterilization device, a drying device, a water level detecting device, a water overflowing detecting device, a temperature detecting device and a door detecting device. The full-intelligent ultrasonic dish-washing machine is characterized in that an ultrasonic generator is arranged in the machine shell, a transducer is arranged in the washing trough, the drying device and the sterilization device are arranged on the wall, higher than the water level of a water overflowing mouth, of the washing trough, and the drying device and the sterilization device are fixedly connected with the open holes of the wall of the washing trough through pipelines. The control system is provided with a controller, a touch screen and a display screen.
Description
Technical field
The utility model relates to household appliance technical field, particularly relates to a kind of full Ultrasonic Intelligent dish-washing machine.
Background technology
Known cleaning machine mainly by the Chemical cleaning effect of special purpose detergent, generally adopts the water flow jet mode to go to impact the tableware surface, water wasting, takes electricity and scavenging period is long.Ultrasonic cleaning is that ultrasonic vibration is radiated in the cleaning fluid, make liquid produce " cavitation effect ", when ultrasonic wave is sparse, generate bubble, crushing bubble during extruding, produce around mechanical impact force, in order to the impurity of eliminating object surface, dirt or greasy and reach the cleaning purpose, this technology can more effectively be cleaned the article such as tableware, has the advantage of saving the energy, safety, cleaning, efficient, environmental protection.
Summary of the invention
The utility model purpose is in order to address the deficiencies of the prior art, provide a kind of intelligent control to realize the operation of complete machine Automatic Control, realize that prosthetic utilizes the vibration realizing of hydrone to the cleaning of tableware, the art of this patent does not need cleaning agent, easy to operate, use simple, safety, energy-saving and environmental protection, efficient, long service life.
A kind of full Ultrasonic Intelligent dish-washing machine technical scheme of the utility model is: rinse bath, cover plate, casing, water feed apparatus, drainage arrangement, purging system, composition of the control system are arranged; Water feed apparatus has water supply connector, water pipe, water jet, water inlet control valve, flow of inlet water sensor; Drainage arrangement has draining control valve, drain discharge detecting sensor, drainage joint; Purging system has chlorination equipment, drying unit, condensate tank of dehumidifier, spilling water checkout gear, temperature-detecting device, door checking device; It is characterized in that installing in the casing supersonic generator, transducer is installed in the rinse bath, drying unit, chlorination equipment are installed at the cleaning cell wall that is higher than more than the gap water level, drying unit and chlorination equipment by pipeline with clean the cell wall perforate and be fixedly connected with so that hot blast or ozone are injected in the rinse bath by pipeline separately; Control system is comprised of controller, touch-screen, display screen; Controller sends operational order to the executable machine structure in the dish-washing machine in real time according to program and each parts feedback information data.
A kind of full Ultrasonic Intelligent dish-washing machine of the utility model can be selected full automatic working or semi-automatic, operate in manual mode.When full automatic working is selected by system, place the cleaning basket to put into again rinse bath object, close cover plate, touch the power knob on the control guidance panel touch-screen, do not press any key and can enter the fully automatic operation pattern, fully need not manual intervention, can be acquiescence hot water or the cold water water intake mode of setting in the program under the fully automatic mode, the acquiescence wash number, the acquiescence sterilization, the functions such as acquiescence oven dry are behind the time-delay certain hour, controller single-chip microcomputer give an order control relay or switch, break-make type semiconductor element conducting energising, draining control valve automatically open according to program setting and emptying rinse bath in waste water.And enter the flushing flow journey, move complete then autoshutdown draining valve.The water inlet control valve of water inlet system is started working, make after the energising open work order according to the acquiescence cold water of setting in the program or hot water begin the water inlet, the flow of inlet water sensor transmits the inflow numeric data to single-chip microcomputer in real time, behind the setting inflow numerical value in reaching program, single-chip microcomputer sends instruction and cuts off in real time the water inlet system water inlet control valve and stop into water work, after finishing the action of supplying water, the energising work of single-chip microcomputer order supersonic generator also begins cleaning process, and transducer converts electrical energy into kinetic energy and begins cleaning.Draining control valve was opened in the single-chip microcomputer order after screen display countdown scavenging period, countdown cleaned and finish, and a cleaning frequency finishes.Then water inlet system begins according to the step that the inflow of setting in the program is intake before the repetition again cleaned material to be washed and cleaned again, wash and clean complete after, again draining, flushing.Until finish set in the program one wash two clear standard cleaning flow processs.Single-chip microcomputer order ozone generator or ultraviolet generater carry out automatic disinfection work, order simultaneously drying system infrared generator or PTC heated air circulation device or heat pump automatically to dry flow process after finishing.
Under the semi-automatic manual mode (according to free setting afterwards full intelligence finish whole cleaning process) switch on after touching screen power source button, program setting interior touch-control manual mode button of what seconds namely enters semi-automatic pattern, water intake mode hot water or the cold water that need can select arbitrarily voluntarily under the semi-automatic manual mode are chosen one wantonly, wash number, whether need sterilization, whether need the functions such as oven dry, can occur flashing after the rear respective menu of selecting choices from menus, represent selectedly, again touch and be cancellation and choose or choose.If want to change setup parameter temporarily, can reset parameter by the touch-control SR.Whether mode button of every shake-up shows namely under the pattern menu that corresponding numbering has plurality of optional to select pattern, be set with several groups of different inflows and scavenging period under the various modes in the program and whether need sterilization and need drying function for selecting arbitrarily.After finishing what seconds time-delay, setting namely automatically moves according to selected pattern automated, need not again manual intervention, each workflow all has in good time state to show and flow state carries out voice broadcast in good time, until finish all working flow process and the countdown rear automatic shutdown of what seconds of delaying time according to program.
Under full-automatic and semi-automatic manual mode, start and end, and each job step all has the in good time status information of voice to report.Respective menu can show or flash.
Under full-automatic and semi-automatic manual mode, open or close cover plate, the door checking device can open or close state by the timely monitor cover plate, transmits the cover plate status information to controller in good time, for the purpose of using safety, controller all can time out program operation or stop reset operation.After finishing whole standard one and washing two clear three sterilizing-drying flow processs, the program operation is complete, and the controller single-chip microcomputer sends instruction, and autoshutdown is also cut off the electricity supply, and LCD screen extinguishes, and remains on holding state.
Full-automatic and semi-automatic pattern set complete after, the child lock sign in can the touch-control menu starts the child lock function, prevents other people maloperation, chooses rear screen to be lock-out state, this moment, all buttons were all invalid.When touch-control child lock again, be and open operable state.
A kind of full Ultrasonic Intelligent dish-washing machine of the utility model is made an explanation by example;
Described rinse bath is characterized in that rinse bath is that metal material punching press or welding are made, and cover plate is arranged at the rinse bath top, and rinse bath can be made into circle, square and polygonal shape, rinse bath and cover plate, casing close fit; Rinse bath and cover plate can open or close by hinge, and the angle rotatable water flowing joint that can open or close with cover plate is arranged in the rotation junction of cover plate and rinse bath; Rinse bath is shaped with gap, the bead cell wall of gap be lower than the bead position spilling water checkout gear and condensate tank of dehumidifier be installed respectively; Ultraviolet generater or infrared generator are installed in the top of gap, perforate is fixedly connected with hot air circulation with the cleaning cell wall by pipeline with ozone, so that hot blast or ozone are injected in the rinse bath by pipeline separately, bottom of rinse bath has the inclined-plane, the least significant end on inclined-plane has the draining connecting hole so that water drains off from lower, the draining connecting hole connects firmly draining control valve, and the bottom of rinse bath and internal and external peripheral wall all can be installed transducer.
Described cover plate is characterized in that cover plate and rinse bath close fit, and cover plate and rinse bath can open or close by rotatable hinge, and the angle rotatable water flowing joint that can open or close with cover plate is arranged in the rotation junction of cover plate and rinse bath.
Described angle rotatable water flowing joint, it is characterized in that can the anglec of rotation.Under a kind of state lower cover water jet can be installed, the water jet of cover plate below can be made into square, the angled inclined-plane of four sidebands, and there is perforation four limits and bottom surface.
Described casing is characterized in that rinse bath places the casing upper port, and casing upper inclined surface indentation, there is installed touch-screen, display screen, and perhaps touch-screen, display screen are installed in other room of casing.
Described water feed apparatus is characterized in that water feed apparatus has water supply connector, water pipe, angle rotatable water flowing joint, water jet, water inlet control valve, flow of inlet water sensor.
Described water supply connector is characterized in that water supply connector is the threeway water route, and wherein an end water route connects the flow of inlet water sensor, and two end water routes connect respectively cold water and hot water water inlet control valve in addition.
Described flow of inlet water sensor is characterized in that the flow of inlet water sensor connects water inlet control valve and water supply connector, and flow of inlet water sensor and controller are connected with power supply, and transmit the inflow numeric data to single-chip microcomputer in real time by data-interface.
Described water inlet control valve is characterized in that water inlet control valve one end connects the flow of inlet water sensor, and other end connecting water pipe, the water inlet control relay of water inlet control valve and control system or switch, break-make type semiconductor element are connected with power supply control opening and closing.
Described water pipe, water pipe are used for the water route that flow detection sensor and angle rotatable water flowing joint, water jet and water inlet control valve, casing are connected with joint.
Described water jet, water jet can be installed in cover plate or the rinse bath.Further specify water jet and can spray water the multi-directionally Multi-angle water spray to cell wall and bottom around the rinse bath.Further specify water jet and can be made into various shapes, comprise square or circular and polygon, it is characterized in that there is water cavity water jet inside, the backboard of water cavity has the water inlet of connecting water pipe, the water cavity backboard is connected by screw with water jet or whole punching press or welding fabrication or plastic mould pressing are made, there are many apertures water cavity and water jet outside, and current flow out from aperture.
Described drainage arrangement is characterized in that draining control valve, drain discharge detecting sensor, drainage joint, pipeline form.
Described draining control valve is characterized in that an end of draining control valve connects firmly rinse bath draining connecting hole, and the other end connects the drain discharge detecting sensor, and the drain discharge detecting sensor is connected with drainage joint by pipeline.
Described drain discharge detecting sensor is characterized in that the drain discharge detecting sensor connects draining control valve and is connected pipeline connection drainage joint, and drain discharge detecting sensor and control system are connected with power supply and data communication port.
Described purging system is comprised of chlorination equipment, drying unit, condensate tank of dehumidifier, spilling water checkout gear, temperature-detecting device, door checking device.
Described condensate tank of dehumidifier, spilling water checkout gear, it is characterized in that spilling water checkout gear and condensate tank of dehumidifier are for using metal probe or optoelectronic switch or photodiode or the ultrasound examination of two electrodes, it is characterized in that the spilling water checkout gear is installed on rinse bath gap next door, any perisporium around condensate tank of dehumidifier is installed in the rinse bath highly extends to the gap balanced line.
Described transducer is installed in the rinse bath, and transducer can be installed in internal and external peripheral wall and the bottom of rinse bath of rinse bath;
Under a kind of state, use is welded sealing shell and is built-in with the whole transducer of throw-in type of transducer group, and the line of drawing links to each other with the supersonic generator power take-off with cleaning cell wall perforate sealing is rear.
Under a kind of state, use the line of drawing after a plurality of independent transducer parallel connections to link to each other with the supersonic generator power take-off.
Described chlorination equipment can use ozone generator or ultraviolet generater, is installed in the cleaning cell wall.
Described drying unit can use infrared generator or PTC hot air circulation or heat pump, is installed in the cleaning cell wall.
Described temperature-detecting device can use thermistor or thermocouple or temperature sensor, is mounted on cleaning cell wall.
Described door checking device with the binding site of casing, can use optoelectronic switch or mechanical switch when being installed in cover plate and opening or close, and feeds back the status information of the opening and closing of cover plate to controller.
Described control system, by controller, touch-screen, display screen forms, it is characterized by controller is one chip microcomputer, use computer language by the programming mode coding, and with burning program to the memory cell of single-chip microcomputer and move control, consist of control relay or switch with peripheral electronic component, break-make type semiconductor element can be to the power on/off work of described other devices of the machine, controller can be to the collection of information data, analyze, calculate, program is moved and the executable machine structure in this dish-washing machine is sent operational order, and controller is by DC power supply work.
Under a kind of state, control system control voice suggestion is characterized in that single-chip microcomputer controls voice IC, and each program operation workflow all has the voice broadcast prompting.
Described touch-screen is characterized in that touch-screen is condenser type, resistance-type induction touch panel or infrared scan touch-screen or surface acoustic wave (SAW) touch-screen or film contact button or with the touch-screen of metal touch button.
Described display screen is characterized in that display screen can be LCDs or digitron display screen or OLED, PLED display screen.
Further specify touch-screen and display screen and be independently touch-screen and display screen or be integrated in one and be installed on casing.
Further specify controller and be characterised in that controller sends the make-break operation instruction to relay or switch, break-make type semiconductor element according to the program job step in good time, the control of break-make power supply is made in the opening and closing of supersonic generator, by the monitoring to power and frequency, controller sends instruction by comparative analysis and calculating in good time power and frequency is followed the tracks of adjustment and in time correction under a kind of state.
Further specify controller and be characterised in that controller sends the make-break operation instruction to relay or switch, break-make type semiconductor element according to the program workflow in good time, to infrared generator, control system of switching on or off electricity is made in the opening and closing of ultraviolet generater.
Further specify controller and touch-screen and consist of interactive mode, be responsible for the button timely operation information of reception and collection touch, key-press status scanning, the compare of analysis work of whether selecting to sample of function menu button, thus allow controller go to judge how to go to carry out next step operation according to program.
Further specify demonstration that controller makes various menus to display screen and do not show, choose and do not choose, light with the state that extinguishes and send in good time relevant idsplay order.
Further specify controller and detect and analytical calculation according to the flow number data of flow of inlet water sensor, drain discharge detecting sensor, the unlatching of real-time command water inlet control valve and draining control valve or close.
Further specify controller and by the detector unit that cleans cell wall bake out temperature is carried out the timely monitor contrast conting, reach the program setting temperature and namely order and close drying unit, be lower than the program setting temperature and namely open drying unit.
Further specify controller spilling water checkout gear feedback information data are monitored, when finding to have spilling water to flow out, the real-time command water inlet control valve is closed.
Further specify controller condensate tank of dehumidifier feedback information data are monitored, supply with the corresponding water yield according to designated water level numerical value, the water level of in reaching program, setting, control order is closed water inlet control valve.
Description of drawings:
Fig. 1 is a kind of full Ultrasonic Intelligent dishwasher into operation schematic diagram;
A kind of full Ultrasonic Intelligent dish-washing machine stereogram of Fig. 2;
A kind of full Ultrasonic Intelligent dish-washing machine cut-away view of Fig. 3;
Diagram behind a kind of full Ultrasonic Intelligent dish-washing machine of Fig. 4.
The specific embodiment:
The utility model discloses a kind of full Ultrasonic Intelligent dish-washing machine, shown in Fig. 1-4, rinse bath 1, cover plate 2, casing 3, water feed apparatus, drainage arrangement, purging system, composition of the control system are arranged; Water feed apparatus has water supply connector 40, water pipe, water jet 41, water inlet control valve 42, flow of inlet water sensor 43; Drainage arrangement has draining control valve 50, drain discharge detecting sensor 51, drainage joint 52; Purging system has chlorination equipment 60, drying unit 61, condensate tank of dehumidifier 62, spilling water checkout gear 63, temperature-detecting device 64, door checking device 65; Its feature is installed supersonic generator 31 in mobile phone shell 3, transducer 32 is installed in the rinse bath 1, drying unit 61, chlorination equipment 60 are installed at rinse bath 1 wall that is higher than more than gap 11 water levels, 1 wall perforate is fixedly connected with rinse bath by pipeline for drying unit 61 and chlorination equipment 60, so that hot blast or ozone are injected in the rinse bath 1 by pipeline separately; Control system is comprised of controller 70, touch-screen 71, display screen 72; Controller 70 sends operational order to the executable machine structure in the dish-washing machine in real time according to program and each parts feedback information data.
A kind of full Ultrasonic Intelligent dish-washing machine of the utility model is made an explanation by example;
As shown in Figure 3, described rinse bath 1 is characterized in that rinse bath 1 is that metal material punching press or welding are made, and cover plate 2 is arranged at rinse bath 1 top, and rinse bath 1 can be made into circle, square and polygonal shape, rinse bath 1 and cover plate 2, casing 3 close fit; Rinse bath 1 can open or close by hinge with cover plate 2, and the angle rotatable water flowing joint 20 that can open or close with cover plate 2 is arranged in the rotation junction of cover plate 2 and rinse bath 1; Rinse bath 1 is shaped with gap 11, the bead cell wall of gap 11 be lower than the bead position spilling water checkout gear 63 and condensate tank of dehumidifier 62 be installed respectively; Ultraviolet generater or infrared generator are installed in the top of gap 11,1 wall perforate is fixedly connected with hot air circulation with rinse bath by pipeline with ozone, so that hot blast or ozone are injected in the rinse bath 1 by pipeline separately, the inclined-plane is arranged at rinse bath 1 bottom, the least significant end on inclined-plane has draining connecting hole 12 so that water drains off from lower, draining connecting hole 12 connects firmly draining control valve 50, and the bottom of rinse bath 1 and internal and external peripheral wall all can be installed transducer 32.
Shown in Fig. 2-4, described cover plate 2, it is characterized in that cover plate 2 and rinse bath 1 close fit, cover plate 2 can open or close by rotatable hinge with rinse bath 1, and the angle rotatable water flowing joint 20 that can open or close with cover plate 2 is arranged in the rotation junction of cover plate 2 and rinse bath 1.
As shown in Figure 4, described angle rotatable water flowing joint 20, it is characterized in that can the anglec of rotation.
A kind of state lower cover can be installed water jet 41 2 times, and the water jet 41 of cover plate 2 belows can be made into square, and there is perforation four sidebands, 4 gaps, 11, four limits, angled inclined-plane and bottom surface.
Shown in Fig. 2-4, described casing 3 is characterized in that rinse bath 1 places casing 3 upper port, and touch-screen 71 display screens 72 are installed at breach 33 places of casing 3 upper inclined surface, and perhaps touch-screen 71 display screens 72 are installed in casing 3 other rooms.
Such as Fig. 1, shown in Figure 3, described water feed apparatus is characterized in that water feed apparatus has water supply connector 40, water pipe, angle rotatable water flowing joint 20, water jet 41, water inlet control valve 42, flow of inlet water sensor 43.
As shown in Figure 1, described water supply connector 40 is characterized in that water supply connector 40 is the threeway water route, and wherein an end water route connects flow of inlet water sensor 43, and two end water routes connect respectively cold water and hot water water inlet control valve 42 in addition.
As shown in Figure 1, described flow of inlet water sensor 43, it is characterized in that flow of inlet water sensor 43 connects water inlet control valve 42 and water supply connector 40, flow of inlet water sensor 43 is connected with power supply with controller 70, and transmits the inflow numeric data to single-chip microcomputer in real time by data-interface.
As shown in Figure 1, described water inlet control valve 42, it is characterized in that water inlet control valve 42 1 ends connect flow of inlet water sensor 43, other end connecting water pipe, the water inlet control relay of water inlet control valve 42 and control system or switch, break-make type semiconductor element are connected with power supply control opening and closing.
As shown in Figure 1, described water pipe, water pipe are used for the water route that flow detection sensor and angle rotatable water flowing joint 20, water jet 41 and water inlet control valve 42, casing 3 are connected with joint.
As shown in Figure 3, described water jet 41, water jet 41 can be installed in cover plate 2 or the rinse bath 1.
Further specify water jet 41 and can spray water the multi-directionally Multi-angle water spray to cell wall and bottom around the rinse bath 1.Further specify water jet 41 and can be made into various shapes, comprise square or circular and polygon, it is characterized in that there is water cavity water jet 41 inside, the backboard of water cavity has the water inlet of connecting water pipe, the water cavity backboard is connected by screw with water jet 41 or whole punching press or welding fabrication or plastic mould pressing are made, there are many apertures water cavity and water jet 41 outsides, and current flow out from aperture.
As shown in Figure 1, described drainage arrangement is characterized in that draining control valve 50, drain discharge detecting sensor 51, drainage joint 52, pipeline form.
Described draining control valve 50 is characterized in that an end of draining control valve 50 connects firmly rinse bath 1 draining connecting hole 12, and the other end connects drain discharge detecting sensor 51, and drain discharge detecting sensor 51 is connected with drainage joint 52 by pipeline.
Described drain discharge detecting sensor 51 is characterized in that drain discharge detecting sensor 51 connects draining control valve 50 and is connected pipeline connection drainage joint 52, and drain discharge detecting sensor 51 is connected with power supply and data communication port with control system.
Such as Fig. 1, shown in Figure 3, described purging system is comprised of chlorination equipment 60, drying unit 61, condensate tank of dehumidifier 62, spilling water checkout gear 63, temperature-detecting device 64, door checking device 65.
Described condensate tank of dehumidifier 62, spilling water checkout gear 63, it is characterized in that spilling water checkout gear 63 and condensate tank of dehumidifier 62 are for using metal probe or optoelectronic switch or photodiode or the ultrasound examination of two electrodes, it is characterized in that spilling water checkout gear 63 is installed on rinse bath gap 11 next doors, any perisporium around condensate tank of dehumidifier 62 is installed in the rinse bath 1 highly extends to gap 11 balanced lines.
Described transducer 32 is installed in the rinse bath 1, and transducer 32 can be installed in internal and external peripheral wall and rinse bath 1 bottom of rinse bath 1;
Under a kind of state, use the whole transducer 32 of the throw-in type that welds sealing shell and be built-in with 32 groups of transducers, the line of drawing links to each other with supersonic generator 31 power take-offs with rinse bath 1 wall perforate sealing is rear.
Under a kind of state, use the line of drawing after a plurality of independent transducer 32 parallel connections to link to each other with supersonic generator 31 power take-offs.
Described chlorination equipment 60 can use ozone generator or ultraviolet generater, is installed in rinse bath 1 wall.
Described drying unit 61 can use infrared generator or PTC hot air circulation or heat pump, is installed in rinse bath 1 wall.
Described temperature-detecting device 64 can use thermistor or thermocouple or temperature sensor, is mounted at rinse bath 1 wall.
Such as Fig. 1, shown in Figure 4, described door checking device 65, it is characterized in that when a checking device 65 is installed in cover plate 2 and opens or close and the binding site of casing 3, can use optoelectronic switch or mechanical switch, to the status information of the opening and closing of controller 70 feedback cover plates 2.
As shown in Figure 1, described control system, by controller 70, touch-screen 71, display screen 72 forms, it is characterized by controller 70 and be one chip microcomputer, use computer language by the programming mode coding, and with burning program to the memory cell of single-chip microcomputer and move control, consist of control relay or switch with peripheral electronic component, break-make type semiconductor element can be to the power on/off work of described other devices of the machine, the collection of 70 pairs of information datas of controller, analyze, calculate, program is moved and the executable machine structure in this dish-washing machine is sent operational order, and controller 70 is by DC power supply work.
Under a kind of state, control system control voice suggestion is characterized in that single-chip microcomputer controls voice IC, and each program operation workflow all has the voice broadcast prompting.
Described touch-screen 71 is characterized in that touch-screen 71 is for condenser type, resistance-type induction touch panel 71 or infrared scan touch-screen or surface acoustic wave (SAW) touch-screen 71 or film contact button or with the touch-screen 71 of metal touch button.
Described display screen 72 is characterized in that display screen 72 can be LCDs 72 or digitron display screen or OLED, PLED display screen 72.
Further specify touch-screen 71 and display screen 72 and be independently touch-screen 71 and display screen 72 or be integrated in one and be installed on casing 3.
Further specify controller 70 and be characterised in that controller 70 sends the make-break operation instruction to relay or switch, break-make type semiconductor element according to the program job step in good time, the control of break-make power supply is made in the opening and closing of supersonic generator 31, by the monitoring to power and frequency, controller 70 sends instruction by comparative analysis and calculating in good time power and frequency is followed the tracks of adjustment and in time correction under a kind of state.
Further specify controller 70 and be characterised in that controller 70 sends the make-break operation instruction to relay or switch, break-make type semiconductor element according to the program workflow in good time, to infrared generator, control system of switching on or off electricity is made in the opening and closing of ultraviolet generater.
Further specify controller 70 and touch-screen 71 formation interactive modes, be responsible for the button timely operation information of reception and collection touch 71, key-press status scanning, the compare of analysis work of whether selecting to sample of function menu button, thus allow controller 70 go to judge how to go to carry out next step operation according to program.
Further specify demonstration that 70 pairs of display screens 72 of controller make various menus and do not show, choose and do not choose, light with the state that extinguishes and send in good time relevant idsplay order.
Further specify controller 70 and detect and analytical calculation according to the flow number data of flow of inlet water sensor 43, drain discharge detecting sensor 51, the unlatching of real-time command water inlet control valve 42 and draining control valve 50 or close.
Further specify the detector unit of controller 70 by rinse bath 1 wall bake out temperature is carried out the timely monitor contrast conting, reach the program setting temperature and namely order and close drying unit 61, be lower than the program setting temperature and namely open drying unit 61.
Further specify 70 pairs of spilling water checkout gears of controller, 63 feedback information data and monitor, when finding to have spilling water to flow out, real-time command water inlet control valve 42 is closed.
Further specify 70 pairs of condensate tank of dehumidifier of controller, 62 feedback information data and monitor, supply with the corresponding water yield according to designated water level numerical value, the water level of in reaching program, setting, water inlet control valve 42 is closed in controller 70 orders.
The technical staff is appreciated that, do not breaking away from the situation of the present utility model and can suitably adjust disclosed configuration, therefore, example only is used for the purpose of example rather than restriction as described above, recognize with it will be apparent to those skilled in that, can carry out little modification and reach identical purpose configuration or mounting process in not obvious change aforesaid operations situation, the utility model be restricted by claims.
Claims (12)
1. a full Ultrasonic Intelligent dish-washing machine has rinse bath (1), cover plate (2), casing (3), water feed apparatus, drainage arrangement, purging system, composition of the control system; Water feed apparatus has water supply connector (40), water pipe, water jet (41), water inlet control valve (42), flow of inlet water sensor (43); Drainage arrangement has draining control valve (50), drain discharge detecting sensor (51), drainage joint (52); Purging system has chlorination equipment (60), drying unit (61), condensate tank of dehumidifier (62), spilling water checkout gear (63), temperature-detecting device (64), door checking device (65); It is characterized in that installing in the casing (3) supersonic generator (31), transducer (32) is installed in the rinse bath (1), drying unit (61), chlorination equipment (60) are being higher than rinse bath (1) the wall installation of gap (11) more than the water level, the wall perforate is fixedly connected with rinse bath (1) by pipeline for drying unit (61) and chlorination equipment (60), so that hot blast or ozone are injected in the rinse bath (1) by pipeline separately; Control system has controller (70), touch-screen (71), display screen (72) to form; Controller (70) sends operational order to the executable machine structure in the dish-washing machine in real time according to program and each parts feedback information data.
2. a kind of full Ultrasonic Intelligent dish-washing machine as claimed in claim 1, it is characterized in that rinse bath (1) is that metal material punching press or welding are made, cover plate (2) is arranged at rinse bath (1) top, rinse bath (1) can be made into circle, square and polygonal shape, rinse bath (1) and cover plate (2), casing (3) close fit; Rinse bath (1) and cover plate (2) can open or close by hinge, and the angle rotatable water flowing joint (20) that can open or close with cover plate (2) is arranged in the rotation junction of cover plate (2) and rinse bath (1); Rinse bath (1) is shaped with gap (11), the bead cell wall of gap (11) be lower than the bead position spilling water checkout gear (63) and condensate tank of dehumidifier (62) be installed respectively; Ultraviolet generater or infrared generator are installed in the top of gap (11), the wall perforate is fixedly connected with hot air circulation with rinse bath (1) by pipeline with ozone, so that hot blast or ozone are injected in the rinse bath (1) by pipeline separately, the inclined-plane is arranged at rinse bath (1) bottom, the least significant end on inclined-plane has draining connecting hole (12) so that water drains off from lower, draining connecting hole (12) connects firmly draining control valve (50), and the bottom of rinse bath (1) and internal and external peripheral wall all can be installed transducer (32).
3. a kind of full Ultrasonic Intelligent dish-washing machine as claimed in claim 1, it is characterized in that cover plate (2) and rinse bath (1) close fit, cover plate (2) and rinse bath (1) can open or close by rotatable hinge, and the angle rotatable water flowing joint (20) that can open or close with cover plate (2) is arranged in the rotation junction of cover plate (2) and rinse bath (1).
4. a kind of full Ultrasonic Intelligent dish-washing machine as claimed in claim 1, it is characterized in that rinse bath (1) places casing (3) upper port, the breach (33) of casing (3) upper inclined surface locates to install touch-screen (71) display screen (72), and perhaps touch-screen (71) display screen (72) is installed in other room of casing (3).
5. a kind of full Ultrasonic Intelligent dish-washing machine as claimed in claim 1, it is characterized in that water supply connector (40) is the threeway water route, wherein an end water route connects flow of inlet water sensor (43), and two end water routes connect respectively cold water and hot water water inlet control valve (42) in addition.
6. a kind of full Ultrasonic Intelligent dish-washing machine as claimed in claim 1, it is characterized in that there is water cavity water jet (41) inside, the backboard of water cavity has the water inlet of connecting water pipe, the water cavity backboard is connected by screw with water jet (41) or whole punching press or welding fabrication or plastic mould pressing are made, there are many apertures water cavity and water jet (41) outside, and current flow out from aperture.
7. a kind of full Ultrasonic Intelligent dish-washing machine as claimed in claim 1, it is characterized in that spilling water checkout gear (63) is installed on rinse bath 1 gap (11) next door, any perisporium around condensate tank of dehumidifier (62) is installed in the rinse bath (1) highly extends to gap (11) balanced line.
8. a kind of full Ultrasonic Intelligent dish-washing machine as claimed in claim 1, it is characterized in that when a checking device (65) is installed in cover plate (2) and opens or close and the binding site of casing (3), can use optoelectronic switch or mechanical switch, feed back the status information of the opening and closing of cover plate (2) to controller (70).
9. a kind of full Ultrasonic Intelligent dish-washing machine as claimed in claim 1 is characterized in that single-chip microcomputer controls voice IC, and each program operation workflow all has the voice broadcast prompting.
10. such as claim 1 or a kind of full Ultrasonic Intelligent dish-washing machine claimed in claim 4, it is characterized in that touch-screen (71) is for condenser type, resistance-type induction touch panel (71) or infrared scan touch-screen or surface acoustic wave touch screen (71) or film contact button or with the touch-screen (71) of metal touch button.
11. such as claim 1 or a kind of full Ultrasonic Intelligent dish-washing machine claimed in claim 4, it is characterized in that display screen (72) can be LCDs (72) or digitron display screen or OLED, PLED display screen (72).
12. such as claim 1 or a kind of full Ultrasonic Intelligent dish-washing machine claimed in claim 4, it is characterized in that touch-screen (71) and display screen (72) are independently touch-screen (71) and display screen (72) or be integrated in one and be installed on casing (3).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320091440 CN203234707U (en) | 2013-02-05 | 2013-02-05 | Full-intelligent ultrasonic dish-washing machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320091440 CN203234707U (en) | 2013-02-05 | 2013-02-05 | Full-intelligent ultrasonic dish-washing machine |
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| CN203234707U true CN203234707U (en) | 2013-10-16 |
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| CN 201320091440 Expired - Fee Related CN203234707U (en) | 2013-02-05 | 2013-02-05 | Full-intelligent ultrasonic dish-washing machine |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103919512A (en) * | 2014-04-24 | 2014-07-16 | 常州市新理念超声波设备有限公司 | Integrated purifying device functioning through variable-frequency piezoelectric ultrasonic waves and ozone |
| CN104545748A (en) * | 2014-12-31 | 2015-04-29 | 宁波方太厨具有限公司 | Overflow protection device of water tank type cleaning machine |
| CN107638150A (en) * | 2017-10-23 | 2018-01-30 | 罗铭炽 | A kind of sterilizing dish washing mechine |
| CN108371720A (en) * | 2018-04-09 | 2018-08-07 | 杨锐 | A kind of preventive medicine multifunctional disinfecting device |
| CN109602373A (en) * | 2018-12-06 | 2019-04-12 | 余姚市盈宝电器有限公司 | Foam detects alarm mechanism |
-
2013
- 2013-02-05 CN CN 201320091440 patent/CN203234707U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103919512A (en) * | 2014-04-24 | 2014-07-16 | 常州市新理念超声波设备有限公司 | Integrated purifying device functioning through variable-frequency piezoelectric ultrasonic waves and ozone |
| CN103919512B (en) * | 2014-04-24 | 2016-05-04 | 江苏一比百节能环保科技有限公司 | The integrated purification device of a kind of frequency conversion piezoelectric ultrasonic synergy ozone effect |
| CN104545748A (en) * | 2014-12-31 | 2015-04-29 | 宁波方太厨具有限公司 | Overflow protection device of water tank type cleaning machine |
| CN107638150A (en) * | 2017-10-23 | 2018-01-30 | 罗铭炽 | A kind of sterilizing dish washing mechine |
| CN108371720A (en) * | 2018-04-09 | 2018-08-07 | 杨锐 | A kind of preventive medicine multifunctional disinfecting device |
| CN109602373A (en) * | 2018-12-06 | 2019-04-12 | 余姚市盈宝电器有限公司 | Foam detects alarm mechanism |
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