CN202739676U - Full-automatic autonomous learning rice cooker on internet of things - Google Patents

Full-automatic autonomous learning rice cooker on internet of things Download PDF

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Publication number
CN202739676U
CN202739676U CN 201220481912 CN201220481912U CN202739676U CN 202739676 U CN202739676 U CN 202739676U CN 201220481912 CN201220481912 CN 201220481912 CN 201220481912 U CN201220481912 U CN 201220481912U CN 202739676 U CN202739676 U CN 202739676U
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CN
China
Prior art keywords
rice
bucket
auxiliary
full
autonomous learning
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CN 201220481912
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Chinese (zh)
Inventor
张捷
王艳林
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张捷
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Priority to CN 201220481912 priority Critical patent/CN202739676U/en
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Publication of CN202739676U publication Critical patent/CN202739676U/en

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Abstract

The utility model discloses a full-automatic autonomous learning rice cooker on internet of things, and belongs to the field of household appliances. The full-automatic autonomous learning rice cooker comprises a storage system (1), a rice washing device (3), a cooking pot (3), and an embedded measurement control system for controlling the storage system, the rice washing device and the cooking pot, wherein the storage system, the rice washing device and the cooking pot are sequentially arranged from top to bottom, and the embedded measurement control system is also simultaneously connected with a communication module, an input module and an output module. The defects that the rice cooker in the prior art cannot finish the processes of automatically washing and cooking the rice by remotely and accurately configuring the rice type, the rice quantity and the water quantity are overcome by the arrangement. Meanwhile, the full-automatic autonomous learning rice cooker also can exchange real-time state information such as residual rice quantity, water supply failure and power failure with a user in real time remotely or on the scene. Furthermore, the full-automatic autonomous learning rice cooker also has the autonomous learning function, so that the rice cooker can automatically cook according to usual preferences of a user. Therefore, the full-automatic autonomous learning rice cooker is more humanized, higher in automatic degree, and suitable for popularization and use.

Description

The full-automatic autonomous learning electric cooker of Internet of Things
Technical field
The utility model belongs to field of household appliances, concretely, relates to the full-automatic autonomous learning electric cooker of a kind of Internet of Things.
Background technology
Electric cooker as the indispensable kitchen tools in a kind of kitchen, claims again grill pan, electric cooker, and electric cooker is the cooker that electric energy is changed into interior energy, easy to use, sanitation and hygiene not only, also have to food steam, boil, the multiple operating function such as stewing.
What existing family great majority used is non-Internet of Things electric cooker, because the evening that the working clan comes home from work, and the unusual inconvenience of going home again to cook, so fully automatic rice cooker arises at the historic moment.Existing fully automatic rice cooker is that people cook after the time is cooked in setting on time.This cooking way has been simplified people's time greatly, but has also brought some shortcomings, mainly comprises the following aspects:
(1) existing most of fully automatic rice cooker does not possess and accurately automatically adds according to quantity rice, adds water and function of washing rice, the part electric cooker possesses and automatically adds Mi Gongneng, but added rice all is disposable rice, this disposable rice needs manual cleaning equally before putting into the electric cooker storeroom, do not reduce people's work, and it adds meter mode so that addition and inaccuracy affect the final soft durometer of rice and mouthfeel.
(2) people use when not possessing the fully automatic rice cooker that automatically adds Mi Gongneng, need in advance rice and water put into together and set a time point behind the pot and cook, if long soaking time among the Mi Zaishui, cooking the rice quality of coming will descend greatly, and mouthfeel also can variation.
(3) existing electric cooker does not possess the remote real-time data interactive function, can not its rice type of Remote configuration, rice amount, auxiliary material amount and start automatic cooking, the electric cooker status information can not long-range real-time, interactive, for example can not long-rangely know whether the rice amount is cut off the water, remained to family whether sufficient.
(4) existing electric cooker does not possess independent learning ability, can not according to user's hobby and daily habits, simplify manually-operated thereby finish automatic configuration.Can not store simultaneously the parameters such as the user configured rice type of many groups, rice amount, auxiliary material amount, the water yield, the insulation number of degrees, thereby can not open fast the Automatic-cooking function by sequence number.
The utility model content
The purpose of this utility model is to overcome fully automatic rice cooker of the prior art can't accurately add rice, auxiliary material, water and automatic rice washing according to quantity automatically, can not be long-range or on-the-spot and the real-time status information such as user's real-time, interactive residue rice is measured, cut off the water, power failure, and owing to do not possess automatic leakage Mi Gongneng, the long-time rice that soaks, the defective that causes rice Quality Down, mouthfeel variation provides a kind of Internet of Things full-automatic autonomous learning electric cooker.
To achieve these goals, the technical solution adopted in the utility model is as follows:
The full-automatic autonomous learning electric cooker of Internet of Things, comprise storage system, rice-washing device and the pot for cooking rice that is arranged in order from top to bottom and the embedded measurement control system that is used for the control three, wherein, also be connected with simultaneously communication module, input module and output module on the described embedded measurement control system.
In order fully to realize the Automatic Control function, described embedded measurement control system comprises core processor, the flowmeter interface that links to each other with core processor respectively, ghyristor circuit and D/A converting circuit, also be connected with pressure sensor interface on this D/A converting circuit, temperature sensor interface, also be connected with the magnet control interface on the described ghyristor circuit, the solenoid control interface, exchange reducing motor control interface and heater control interface, wherein said input module comprises touch-screen and the camera that links to each other with core processor respectively, described communication module is the gsm module that links to each other with core processor, WIFI module or voice module, described output module comprise liquid crystal display display and the audio frequency output loudspeaker that link to each other with core processor.
In order fully to realize the function of storage system, described storage system comprises rice bucket and auxiliary material bucket placed side by side, the bottom of rice bucket and auxiliary material bucket is respectively arranged with the baffle plate of an activity, each baffle plate is other to be provided with first electromagnet that links to each other with the magnet control interface, and the below of the first electromagnet is provided with the pressure sensor for detection of rice bucket weight and auxiliary material bucket weight.
In order to guarantee that whole rice washing process is closed-loop control, described rice-washing device comprise upper end open corresponding with rice bucket and auxiliary material bottom of the barrel be funnel shaped rice scour, be arranged on the top of rice scour and the interchange reducing motor continuous with exchanging the reducing motor control interface, be arranged on the second electromagnet that exchanges the reducing motor top and link to each other with the magnet control interface, one end with exchange reducing motor and link to each other and be in shaft on the rice scour central shaft, the other end of this shaft also is provided with the cone blocking head, wherein bottom, rice scour side is provided with a water inlet pipe, be disposed with water intaking valve and flowmeter on this water inlet pipe, upper and lower, rice scour side is respectively equipped with an outlet pipe simultaneously, be arranged on the basifacial outlet pipe of rice scour side and also be provided with discharging valve, described water intaking valve all links to each other with the solenoid control interface with discharging valve, and flowmeter links to each other with the flowmeter interface.
In order to realize the accurate control of the process of cooking, described pot for cooking rice comprises a pot body, be arranged on the pot cover on pot body, swing pinion, wherein be connected with a hollow pipe that is used for socket rice scour lower end port on the pot cover, be provided with the vertical tooth that is meshed with swing pinion on the described hollow pipe, swingle has also been passed at the center of this swing pinion, center, described bottom of pot body below is provided with the heater of the annular that links to each other with the heater control interface, this heater center is provided with a temperature sensor, and wherein heater all is connected with core processor with temperature sensor.
Compared with prior art, the utlity model has following beneficial effect:
(1) the utility model is the fusion of Internet of Things and intelligent appliance art, only use a gsm module or WIFI module or voice module or even ZIGBEE module just can control intelligent electric cooker by SMS/client and internet, the automatic rice washing rice-cooking function that realization time appetite and rice type etc. can be controlled arbitrarily, simultaneously this electric cooker all functions of compatible existing intelligent electric cooker also.Therefore the utility model provides greatly convenient for people's life, and no matter people are in Anywhere can both Long-distance Control and the boiling of monitoring electric cooker, has outstanding substantive distinguishing features and significant progressive.
(2) the embedded measurement control system in the utility model is with low cost, volume is little, perfect in shape and function, wherein core processor adopts ARM cortex M3 kernel CPU, performance is powerful, cooperates LOAD CELLS, temperature sensor, flowmeter, A/D convertor circuit, controllable silicon and a plurality of interface can realize the accurate control function of whole electric cooker.
(3) storage system in the utility model comprises rice bucket and auxiliary material bucket, has overcome in the whole process of cooking in the prior art and can't automatically add the defective that auxiliary material can only be made original flavor rice; Gather pressure sensor data by core processor and can control and to control the auxiliary material amount when rice bucket leaks the rice amount, and this auxiliary material can be the mixing of a kind of auxiliary material or multiple auxiliary materials, be applicable to different demands; Further the rice bucket in the utility model can hold the above rice of 5kg, the auxiliary material bucket can hold the above auxiliary material of 2kg, pressure sensor is 10kg simultaneously, can not break down because pressure is excessive when guaranteeing accurately to weigh, can take off because of rice bucket and auxiliary material bucket simultaneously, according to the development of technology, the utility model can also be changed capacity larger rice bucket and auxiliary material bucket, complies with development.
(4) the utility model has overcome the defective of cooking and causing the rice quality to can not get ensureing by fuzzy control in the prior art, control to the rice amount with to the accurate, even of inflow during by lower leakage rice, determine the time of cooking and constantly adjust heating power, overcome simultaneously the prejudice that adopts mechanical type control heater temperature to cook in the industry, information by the temperature sensor immediate feedback adopts the temperature of core processor control heater accurately to control boiling of rice, makes the rice of working it out more aromatic.
(5) in the utility model the demand of rice and auxiliary material cooperated by electromagnet, baffle plate and pressure sensor and get final product, this process is simple, fast, also can greatly save cost when demand equipment is also considerably less; Bung on the auxiliary material bucket also is kitchen scale simultaneously, and bung can be done scale usefulness when not opening bung at ordinary times, achieves many things at one stroke, and is highly suitable for family kitchen.
(6) rice scour in the utility model and pot cover connected mode are ingenious, can can the pot body be taken out by the cooperation between the gear again by rubber seal, in the situation of not changing any design details, bottom pot body can be general electric cooker or electric pressure cooking saucepan, satisfy different culinary art demands, easy to clean.
(7) washing to rice in the rice scour gets final product by the rotation of an interchange reducing motor driven rotary oar in the utility model; Further water inlet pipe is arranged on bottom, rice scour side, can also initiatively wash rice by the rice in the impact rice scour during water inlet, and it is clean that rice can be washed; In order to guarantee that addle can fully be discharged from outside the rice scour, top also was provided with an other outlet pipe when this rice scour upper side bottom was provided with an outlet pipe, floating thing on the water surface directly is discharged from from the outlet pipe that is arranged on top, rice scour side like this, can do not drained clean rear floating thing in addle and also be bonded on the rice, be affected the rice quality.
(8) in the utility model, all pressure sensors, electromagnet, water intaking valve, discharging valve, flowmeter, temperature sensor and heater are all realized closed-loop control by the embedded measurement control system, and control accuracy is high, without any the generation of ambiguity.When rice washing, these links such as inflow according to rice amount and auxiliary material amount calculating water inlet pipe are all passed through core processor accurate Calculation and control, and existing electric cooker can't accomplish that each link is accurately controlled, to adopt fuzzy control theory to cook mostly, also be provided with a discharging valve and be provided with on the water inlet pipe in the utility model on a water intaking valve and flowmeter, one of them outlet pipe, accomplished the accurate closed-loop control of rice washing link.
(9) the utility model also is provided with a cone blocking head in rotating shaft, after the Mi Heshui that is washed has all entered pot body, exchange the steam that reducing motor control cone blocking head down stretches when making the cone blocking head block rice scour lower end port to avoid cooking and enter rice scour, this setting cleverly guaranteed that pot for cooking rice and rice-washing device are two independent structures and can be affected each other, simultaneously this setting no longer needs independent mechanism, only need in the rotating shaft lower end cone blocking head to be set and get final product, this set does not affect overall structure, and implementation is simple simultaneously.
(8) in the utility model the real time information by feedbacks such as pressure sensor, flowmeter, temperature sensors can also realize cutting off the water, have a power failure, the automatic detection function of rice amount and auxiliary material quantity not sufficient; and automatically stop next step enforcement; play a protective role; also this information can be sent to the client simultaneously, make electric cooker fully realize the automation function that it is complete.
(9) meanwhile, the utility model has also disposed the liquid crystal display display, its real-time displaying time date of control meeting, signal strength signal intensity, duty, major ingredient residuals weight, auxiliary material residuals weight by core processor, these data can by the mutual realization remote handset client between electric cooker and user the computer real time inspection.
(10) can store 10 groups of user's parameters in the utility model, the user can store 10 groups according to custom: rice type, the water yield, rice amount, auxiliary material amount and the insulation number of degrees, and convenient for long-range or on-the-spot quick startup.
(11) the utility model easy to clean, rice scour cleans automatically, need not artificial participation.
(12) improvement of the utility model maximum is to have adopted Long-distance Control and data interaction, with existing Internet of Things development synchronised.
Description of drawings
Fig. 1 is the structural representation of the utility model-embodiment peripheral.
Fig. 2 is structural representation inner among the utility model-embodiment.
Fig. 3 is the structural representation that vertical tooth cooperates with swing pinion in the utility model.
Fig. 4 is the structural representation that rice scour and water inlet pipe, rice scour cooperate with outlet pipe in the utility model.
Fig. 5 is the theory diagram of embedded measurement control system in the utility model.
Fig. 6 is the theory diagram that all modules of power supply and other cooperate in the utility model.
Wherein, the component names that Reference numeral is corresponding is as follows:
The 1-storage system, 2-rice-washing device, 3-pot for cooking rice, 4-rice bucket, 5-auxiliary material bucket, the 6-kitchen scale, 7-the first electromagnet, the 8-baffle plate, the 9-pressure sensor, 10-exchanges reducing motor, the 11-rice scour, 12-rotating shaft, 13-paddle, 14-cone blocking head, 15-hollow pipe, the 16-pot cover, 17-pot body, 18-temperature sensor, 19-heater, 20-water inlet pipe, the 21-outlet pipe, 22-water intaking valve, 23-flowmeter, 24-discharging valve, the 25-swingle, 26-swing pinion, the vertical tooth of 27-, 28-the second electromagnet.
The specific embodiment
The utility model is described in further detail below in conjunction with accompanying drawing and embodiment, and embodiment of the present utility model includes but not limited to the following example.
Embodiment 1
Such as Fig. 1, Fig. 2 and the full-automatic autonomous learning electric cooker of Internet of Things shown in Figure 6, comprise Switching Power Supply and the connected storage system 1 of difference, rice-washing device 2, pot for cooking rice 3, communication module, input module, output module and embedded measurement control system as shown in Figure 5, wherein the embedded measurement control system comprises core processor, the D/A converting circuit that links to each other with core processor, flowmeter interface and ghyristor circuit, also be connected with pressure sensor interface on this analog to digital conversion circuit, temperature sensor interface also is connected with the magnet control interface on the described ghyristor circuit, the solenoid control interface, exchange reducing motor control interface and heater control interface.Simultaneously powerful in order to guarantee this electric cooker performance, and can cooperate various sensors, flowmeter, guarantee accurately measurement, closed-loop control, core processor in the utility model adopts ARM cortex M3 kernel CPU, is connected with storage system, rice-washing device, pot for cooking rice, communication module, input module and output module on this core processor.The embedded measurement control system is controlled the operation of whole electric cooker as the core of electric cooker, and security performance is perfect.
Wherein communication module is gsm module, WIFI module or voice module, and input module is link to each other with core processor touch-screen and camera, and output module comprises liquid crystal display display and audio frequency output loudspeaker.Wherein said gsm module, WIFI, module and voice module are existing hardware module.
On the function to core processor, we have also developed other functions, comprise time display function, automatic water boiler function etc., and more intelligent and modernized in order to make whole system, the utility model also provides a kind of brand-new function, the learning functionality of namely cooking.
The what is called learning functionality of cooking, namely be that the user is selecting rice amount, auxiliary material amount, the water yield, rice washing number of times, the time of cooking, the type etc. of cooking at ordinary times, the embedded measurement control system can be calculated study automatically, analyze user's hobby, when the user did not rethink each repetition input message, electric cooker can be according to the hobby that analyzes the user and Automatic-cooking.
Storage system comprises 5kg capacity rice bucket 4 and the 3kg capacity auxiliary material bucket 5 that is separately positioned on two ends, the left and right sides, and wherein the bung of auxiliary material bucket is a kitchen scale 6.Bung is fixed on the auxiliary material bucket at ordinary times, and people can cook in the kitchen or make scale with it during other purposes.The rice bucket is used for holding rice, and the auxiliary material bucket then can hold the mixture of single auxiliary material or multiple auxiliary materials, and owing to storage system links to each other with the embedded measurement control system, so the embedded measurement control system can be controlled the amount of cooking and cook the time.
Further, in order accurately to control the rice amount of leaking, the end of the utility model below rice bucket and auxiliary material bucket respectively is provided with first electromagnet 7, this first electromagnet links to each other with power supply with the magnet control interface, and electromagnet attracted baffle plate 8 and be used for leaking rice and auxiliary material, and baffle plate is the moveable base of rice bucket and auxiliary material bucket, be used for control and leak rice and auxiliary material, baffle plate is attracted when electromagnet is switched on, and rice bucket and auxiliary material bottom of the barrel are exposed a leak, and rice and auxiliary material just down leak when needs are cooked.
For at any time control meter amount and auxiliary material amount, this meter bucket and auxiliary material bucket below also are respectively arranged with 9, two pressure sensors of a 10kg pressure sensor and all link to each other with pressure sensor interface simultaneously.
When this meter bucket and auxiliary material bucket obtain the attraction of electromagnet and expose a leak at baffle plate, this leak is aimed at rice scour 11, the infundibulate that rice scour becomes to stand upside down, and be the wherein part of rice-washing device, be fixed with an interchange reducing motor 10 continuous with exchanging the reducing motor control interface on the rice scour, exchange on the retarding electrode and be fixed with the second electromagnet 28 that links to each other with the magnet control interface, this interchange reducing motor below also is provided with and fixes with it shaft, this shaft comprises an end and exchanges reducing motor and link to each other, the rotating shaft 12 that the other end links to each other with paddle, this rotating shaft is positioned at the rice scour central axis, its other end also links to each other with an end of four paddles 13, and wherein paddle is also mutually vertical with rotating shaft; In order to block rice scour below port, the fixing end of this rotating shaft and paddle also is fixed with a cone blocking head 14, and this cone blocking head just can be blocked the rice scour lower end and leak rice when rotating shaft descends.
As shown in Figure 4, this bottom, rice scour side is connected with a water inlet pipe 20, is fixed with respectively a water intaking valve 22 and flowmeter 23 on the water inlet pipe, and water intaking valve links to each other with core processor respectively with flowmeter, for detection of inflow and control water inlet.Corresponding with it, rice scour upper side upper and lower also is fixed with respectively an outlet pipe 21, be positioned at and be fixed with a discharging valve 24 on the basifacial water pipe of rice scour side, this water intaking valve 22 all links to each other with the solenoid control interface with discharging valve 24, and flowmeter 23 links to each other with the flowmeter interface.Wherein superposed outlet pipe is used for bleeding off the floating thing that floats on the surface in the rice scour, and the discharging valve that is positioned at the bottom is used for the addle that the control water pipe bleeds off rice scour.
As shown in Figure 3, for the Mi Heshui that makes wash clean flows into a pot body together, home position is provided with a hollow pipe 15 on the pot cover 16 of pot body 17 tops, can just be socketed by rice scour lower end port, be provided with vertical tooth 27 on the wherein said hollow pipe, on rice-washing device, also be connected with the swingle 25 of level, be fixed in the swing pinion 26 that vertical tooth 27 matches on this swingle, when this swingle of rotation, swingle driven rotary gear moves up hollow stem, can make hollow pipe away from rice scour lower end port, so just pot cover can be taken out.
Meanwhile, pot for cooking rice adopts prior art, just the spring place is provided with a temperature sensor 18 that is used for passing on to core processor real-time temperature information under the pot body, be used for the instant temperature of boiler that detects, simultaneously, the heater 19 of below, pot body bottom surface is subjected to the control of core processor, and wherein the pot body is common electric cooker or electric pressure cooking saucepan.
Can realize the utility model by following steps:
(a) rice and auxiliary material are put into respectively rice bucket and auxiliary material bucket, and cover with lid, wherein the lid of auxiliary material bucket is electronic scale;
(b) the embedded measurement control system comprises that core processor, gsm module, touch-screen, liquid crystal display show and audio frequency output loudspeaker.
(b1) at first send note to gsm module, short message content can comprise: number, rice type, this short message content can also carry out refinement, comprising: the holding temperature after major ingredient grams, auxiliary material grams, the water yield, the type of cooking even meal are ripe, gsm module notice core processor;
(b2) secondly, this core processor detects residue rice amount and auxiliary material amount in the bucket by two pressure sensors of rice bucket and auxiliary material bucket below, and attracted baffle plate for two electromagnet energisings, electromagnet to make rice bucket and auxiliary material bucket bottom expose respectively a hole, make meter and the auxiliary material rice scour that bleeds;
(c) after pressure sensor detects Lou rice amount and auxiliary material amount and has reached demand, disconnect power supply to electromagnet by core processor, electromagnet loses magnetism baffle plate and electromagnet is separated, two baffle plates will cover respectively the bottom of rice bucket and auxiliary material bucket fully this moment, and rice and auxiliary material stop lower leakage;
(d) core processor notice water intaking valve is opened into water, and the use traffic meter Flow water yield, thereby core processor unlatching interchange reducing motor makes the rotation of rotating shaft drive paddle stir rice and makes meter abundant a washing when inflow reaches requirement, unnecessary water carries the drainpipe of floating thing by top, rice scour side and overflows, reach certain hour after the notice water intaking valve close; As a kind of preferred, this water inlet pipe is arranged on bottom, rice scour side, because its impulsive force can fully be stirred the mixture of rice and auxiliary material, makes meter be washed cleaner when water inlet;
(e) behind the washing certain hour, core processor notice interchange reducing motor stops operating and opens the discharging valve that is arranged at bottom, rice scour side outlet pipe, and addle is discharged from by outlet pipe;
(f) through step (d) with after carrying out, core processor is opened water intaking valve (e) for 3 times, and by flowmeter detection inflow, completing user setting or preset the water yield and accurately add water;
(g) finish accurately add water after, and the second electromagnet switched on, the second electromagnet upwards shrinks rotating shaft by attracting to exchange reducing motor, port is exposed in the rice scour lower end, this moment, rice and water will enter a pot body simultaneously, and the power supply that disconnects again the second electromagnet makes the cone blocking head block rice scour lower end port;
(h) use heater heating kettle body and immediately detect temperature of boiler by temperature sensor, the heating power of control heater can both accurately be controlled the cooking duration and degree of heating, time again, cooks that the rice that comes is more fragrant, mouthfeel is better.
After rice is cooked, be incubated, rotary knob then, the hollow pipe on the pot cover just breaks away from rice scour lower end port, takes out pot for cooking rice and can be able to eat steaming hot rice.
In said process:
(1) display is subject to core processor control, instant playback current date, major ingredient and auxiliary material surplus and work at present state; Audio frequency output loudspeaker can carry out auditory tone cues after meal boils; Also be connected with camera on this core processor, but people's remote monitoring electric cooker state is avoided occurring short circuit and is caught fire, cuts off the power supply and other electric cooker immediate status.
(2) the rice bucket of preferred 8kg rice capacity in the present embodiment, the auxiliary material bucket of 3kg auxiliary material capacity, and the user can be configured in the rice bucket rice less than the rice amount of setting or auxiliary material less than the auxiliary material amount of setting after pressure sensor detect a not notice core controller of rice amount, can the long-range user of informing or audio frequency output loudspeaker pipe and carry out alarm; Further when in the process of rice washing, occurring cutting off the water suddenly or the situation of water pipe explosion, flowmeter detects discharge and unusual rear notice core processor occurs, core processor is just controlled water intaking valve and is stopped also no longer to carry out next step operation into water, and simultaneously long-range user or the audio frequency output loudspeaker of informing are reported to the police.In summary: this electric cooker possesses the fault self-checking function, energy and alarm.
(3) when following situations occurring, configurable audio frequency output loudspeaker are reported to the police or the remote notification user:
When (I) sensor detects meter quantity not sufficient and/or auxiliary material quantity not sufficient, the notice core processor, core processor notification audio output loudspeaker are reported to the police and are stopped next step action, use simultaneously communication module or liquid crystal display display to notify the user;
(II) flowmeter detects that inflow occurs cutting off the water supply when not enough or during the water pipe explosion, the notice core processor, and core processor notification audio output loudspeaker are reported to the police and are stopped next step action, use simultaneously communication module or liquid crystal display display to notify the user;
(III) cook and occur outage in the process, when temperature sensor detects temperature anomaly, the notice core processor, core processor notification audio output loudspeaker are reported to the police and are stopped next step action, use simultaneously communication module or liquid crystal display display to notify the user.
Embodiment 2
Be with the difference of embodiment 1, use the WIFI module to substitute gsm module in the present embodiment, because it is mutual to control Automatic-cooking and the teledata of this electric cooker by internet.
Embodiment 3
Be with the difference of embodiment 1, can manually do not input the information of cooking by on-the-spot touch-screen when people do not comprise the internet network at home in the present embodiment.
Embodiment 4
Be with the difference of embodiment 1, when people cook information by note or internet or touch-screen input, only need the time of determining, core processor is analyzed, is calculated according to people's hobby at ordinary times, determine appetite, the water yield, rice washing number of times, cook the time, thus Automatic-cooking.
Embodiment 5
Difference in embodiment 1 is, the information that people directly cook with Sound control by voice module.
Embodiment 6
People can store 10 groups of user's parameters.The user can store 10 groups according to custom: rice type, the water yield, rice amount, auxiliary material amount, the insulation number of degrees.Being used for long-range or on-the-spot direct input sequence number starts fast.
Embodiment 7
Be with the difference of embodiment 1, do not need auxiliary material when people cook, so only be arranged in the electromagnet energising of rice bucket below in the step (c) and rice is bled to rice scour, the electromagnet no power of auxiliary material below.
According to above-described embodiment, just can well realize the utility model.

Claims (5)

1. the full-automatic autonomous learning electric cooker of Internet of Things, it is characterized in that, comprise storage system (1), rice-washing device (2) and the pot for cooking rice (3) that is arranged in order from top to bottom and the embedded measurement control system that is used for the control three, wherein, also be connected with simultaneously communication module, input module and output module on the described embedded measurement control system.
2. the full-automatic autonomous learning electric cooker of Internet of Things according to claim 1, it is characterized in that, described embedded measurement control system comprises core processor, the flowmeter interface that links to each other with core processor respectively, ghyristor circuit and D/A converting circuit, also be connected with pressure sensor interface on this D/A converting circuit, temperature sensor interface, also be connected with the magnet control interface on the described ghyristor circuit, the solenoid control interface, exchange reducing motor control interface and heater control interface, wherein said input module comprises touch-screen and the camera that links to each other with core processor respectively, described communication module is the gsm module that links to each other with core processor, WIFI module or voice module, described output module comprise liquid crystal display display and the audio frequency output loudspeaker that link to each other with core processor.
3. the full-automatic autonomous learning electric cooker of Internet of Things according to claim 2, it is characterized in that, described storage system (1) comprises rice bucket (4) and auxiliary material bucket (5) placed side by side, the bottom of rice bucket (4) and auxiliary material bucket (5) is respectively arranged with the baffle plate (8) of an activity, each baffle plate (8) is other to be provided with first electromagnet (7) that links to each other with the magnet control interface, and the below of the first electromagnet (7) is provided with the pressure sensor (9) for detection of rice bucket (4) weight and auxiliary material bucket (5) weight.
4. the full-automatic autonomous learning electric cooker of Internet of Things according to claim 3, it is characterized in that, described rice-washing device (2) comprises upper end open corresponding funnel shaped rice scour (11) that is bottom rice bucket (4) and auxiliary material bucket (5), be arranged on the top of rice scour (11) and the interchange reducing motor (10) continuous with exchanging the reducing motor control interface, be arranged on the second electromagnet (28) that exchanges reducing motor (10) top and link to each other with the magnet control interface, one end with exchange reducing motor (10) and link to each other and be in shaft on rice scour (11) central shaft, the other end of this shaft also is provided with cone blocking head (14), wherein rice scour (11) bottom, side is provided with a water inlet pipe (20), be disposed with water intaking valve (22) and flowmeter (23) on this water inlet pipe (20), rice scour (11) upper and lower, side is respectively equipped with an outlet pipe with filter screen (21) simultaneously, be arranged on the basifacial outlet pipe of rice scour (11) side (21) and also be provided with discharging valve, described water intaking valve (22) all links to each other with the solenoid control interface with discharging valve (24), and flowmeter (23) links to each other with the flowmeter interface.
5. the full-automatic autonomous learning electric cooker of the described Internet of Things of any one according to claim 2~4, it is characterized in that, described pot for cooking rice (3) comprises a pot body (17), be arranged on the pot cover (16) on pot body (17), swing pinion (26), wherein be connected with a hollow pipe (15) that is used for socket rice scour (11) lower end port on the pot cover (16), be provided with the vertical tooth (27) that is meshed with swing pinion (26) on the described hollow pipe (15), swingle has also been passed at the center of this swing pinion (26), center, below, described pot body (17) bottom is provided with the heater (19) of the annular that links to each other with the heater control interface, this heater (19) center is provided with a temperature sensor (18), and wherein heater (19) all is connected with core processor with temperature sensor (18).
CN 201220481912 2012-09-20 2012-09-20 Full-automatic autonomous learning rice cooker on internet of things CN202739676U (en)

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Application Number Priority Date Filing Date Title
CN 201220481912 CN202739676U (en) 2012-09-20 2012-09-20 Full-automatic autonomous learning rice cooker on internet of things

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN 201220481912 CN202739676U (en) 2012-09-20 2012-09-20 Full-automatic autonomous learning rice cooker on internet of things

Publications (1)

Publication Number Publication Date
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Cited By (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102824099A (en) * 2012-09-20 2012-12-19 张捷 Internet of things full-automatic self-learning electric cooker and implementation method thereof
CN104172900A (en) * 2014-08-19 2014-12-03 浙江硕奇电器有限公司 Slowly-stewing pot with WIFI function
CN104643894A (en) * 2015-02-11 2015-05-27 柳州市聚能电气有限公司 Intelligent cooking device
CN104905672A (en) * 2015-07-01 2015-09-16 杜长江 Full-automatic integrated heating device for food material
CN104970689A (en) * 2015-07-31 2015-10-14 苏州蓝王机床工具科技有限公司 Power self-learning electric rice cooker
CN105455601A (en) * 2014-09-05 2016-04-06 广东美的生活电器制造有限公司 Cooking electric appliance and control method thereof
CN105559614A (en) * 2015-12-09 2016-05-11 美的集团股份有限公司 Control method and system of electric cooker and cloud server
CN106256298A (en) * 2016-03-14 2016-12-28 九阳股份有限公司 A kind of rice-washing device and electric food warmer thereof
WO2017128001A1 (en) * 2016-01-25 2017-08-03 常平 Information push method during automatic water feeding and electric rice cooker

Cited By (12)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102824099A (en) * 2012-09-20 2012-12-19 张捷 Internet of things full-automatic self-learning electric cooker and implementation method thereof
CN102824099B (en) * 2012-09-20 2015-02-18 张捷 Internet of things full-automatic self-learning electric cooker and implementation method thereof
CN104172900A (en) * 2014-08-19 2014-12-03 浙江硕奇电器有限公司 Slowly-stewing pot with WIFI function
CN105455601A (en) * 2014-09-05 2016-04-06 广东美的生活电器制造有限公司 Cooking electric appliance and control method thereof
CN104643894A (en) * 2015-02-11 2015-05-27 柳州市聚能电气有限公司 Intelligent cooking device
CN104905672A (en) * 2015-07-01 2015-09-16 杜长江 Full-automatic integrated heating device for food material
CN104905672B (en) * 2015-07-01 2017-03-22 杜长江 Full-automatic integrated heating device for food material
CN104970689A (en) * 2015-07-31 2015-10-14 苏州蓝王机床工具科技有限公司 Power self-learning electric rice cooker
CN105559614A (en) * 2015-12-09 2016-05-11 美的集团股份有限公司 Control method and system of electric cooker and cloud server
CN105559614B (en) * 2015-12-09 2017-11-17 美的集团股份有限公司 Control method, system and the Cloud Server of electric cooker
WO2017128001A1 (en) * 2016-01-25 2017-08-03 常平 Information push method during automatic water feeding and electric rice cooker
CN106256298A (en) * 2016-03-14 2016-12-28 九阳股份有限公司 A kind of rice-washing device and electric food warmer thereof

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