CN101627858A - Intelligent electric shoe cabinet and automatic monitoring, dehumidifying and sterilizing method - Google Patents
Intelligent electric shoe cabinet and automatic monitoring, dehumidifying and sterilizing method Download PDFInfo
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- CN101627858A CN101627858A CN200910041802A CN200910041802A CN101627858A CN 101627858 A CN101627858 A CN 101627858A CN 200910041802 A CN200910041802 A CN 200910041802A CN 200910041802 A CN200910041802 A CN 200910041802A CN 101627858 A CN101627858 A CN 101627858A
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Abstract
The invention provides an intelligent electric shoe cabinet and an automatic monitoring, dehumidifying and sterilizing method. The intelligent electric shoe cabinet comprises a cabinet body 1, an air forced circulation device 2, an intelligent control system 3, a sterilization device 4, a dehumidifying device 5, a heater 6 and an air purifying device 7, wherein, the air forced circulation device is used to combine with the dehumidifying device and the intelligent control system, so that the intelligent electric shoe cabinet can determine whether sterilization or dehumidifying sterilization is started/closed or not automatically according to whether electricity is electrified initially or not and according to a switching order, a set sterilization frequency, a set dehumidifying sterilization frequency and temperature and humidity change in the cabinet so as to automatically sterilize as well as dehumidify and sterilize for stored shoes and socks.
Description
Technical field
The present invention relates to a kind of intelligent electric shoe cabinet, belong to the electric shoe cabinet technical field with automatic monitoring, dehumidifying and sterilizing function; Simultaneously, also relate to a kind of automatic monitoring, dehumidifying and sterilizing method that is used for electric shoe cabinet.
Background technology
Existing shoe chest does not have the dehumidifying and sterilizing function mostly, mainly is to be used for storing taking in article.
Few part has the dehumidifying and sterilizing function, only adopts heat protocol or condensation scheme mostly:
| The heating scheme | Operation principle | Advantage | Shortcoming |
| Board-like heater heat protocol | The employing heating board is a calandria, and footgear is directly heated. | Simple in structure direct fast | The contact point temperature is higher relatively, easily causes hidden danger such as footgear is out of shape, comes unglued.If do not use the air circulation scheme, the each several part temperature and humidity of cabinet is difficult to evenly. |
| The local heat scheme | Heater is installed in a certain position in the cabinet usually, and heat energy is by the radiation heating footgear. | Easy realization simple in structure | Because the obstruct of dividing plate, footgear, be difficult to absorb energy away from the footgear of hot spot, close footgear is the hyperabsorption heat then, hidden danger such as easily causes being out of shape, come unglued.If do not use the air circulation scheme, each temperature and humidity partly of cabinet is difficult to evenly. |
| The hot blast heat protocol | Use electric fan that heat is sent in the cabinet | Rapidly and efficiently | The structure relative complex, if do not use the air circulation scheme, send in the cabinet after just merely outside cabinet, drawing air heat, because cabinet is a seal, then need open a venthole in addition, to reach the balance of air pressure at cabinet.If like this, the gas with foreign flavor that certainly will produce when working in the cabinet is discharged into outside the cabinet contaminated air.In addition, because the difficult control of temperature of air inlet, the temperature in air port can be than higher usually, even some is up to seventy or eighty degree, the easy temperature distortion of close article even come unglued. |
| The condensation scheme | Mainly be that method by the steam condensation makes the footgear drying. | Power is less, noiseless | Complex structure, higher to the seal request degree of cabinet.If when the power that uses and the volume of cabinet did not match, then result of use was bad. |
Therefore, need to seek a kind of more efficiently method, the moisture content rapid evaporation in the footgear is come out, and can be discharged to airborne moisture content in the cabinet outside the cabinet fast.
In addition, prior function type electric shoe cabinet adopts manually start mostly, often grabs the incessantly best effort time, and following situation appears in regular meeting: carried out dehumidifier when not needing dehumidifier, but do not carry out dehumidifier in the needs dehumidifier.In addition, it is untimely to start shooting, and will produce humidity, bacteria breed in the cabinet, and the article that make to store are mouldy and cause secondary pollution.Some shoe chest even as long as energising just is in the dehumidifier duty always.
In my patent No. is 200720049274.5 patent, announced a kind of " air circulation device of shoe chest and wardrobe ", the air of shoe chest and wardrobe inside is constantly circulated, guaranteed each one in the cabinet temperature and humidity evenly, in my application number is 200910038820.9 patent, announced a kind of " air forced circulation device ", this patent is to be on the basis of 200720049274.5 patent in the patent No., the further perfect physique of air circulation.
In my application number is 200810199029.1 patent, announced a kind of " semiconductor dehumidifier apparatus ", can will be evaporated in the outer air of cabinet efficient energy-saving effectively after the airborne moisture content condensation in the cabinet.
In my application number is 200810030311.7 patent, announced a kind of " encapsulating method of cabinet ", can make under the general process condition effectively, make cabinet have good sealing property, make to form a space relatively independent in the cabinet, prevent leaking of peculiar smell and Fungicidal substance with the external world.
In the patent No. is 200510105296.4 patent, announced a kind of intelligent-tracking monitoring disinfection cabinet and tracking and monitoring sterilization method thereof: at first the field of Ying Yonging is a disinfection cupboard, therefore this scheme has adopted high-temperature sterilization, can not handle the article that clothing, footgear, file etc. are avoided high temperature; Secondly, do not have the force air circulation, little in the small space influence that kitchen cabinet is such, still, at large-scale cabinets such as shoe chest, wardrobe, file cabinets, the inhomogeneity problem of each temperature and humidity has partly just highlighted; The 3rd, this scheme does not describe moisture content in detail and discharges cabinet outer method and scheme; The 4th, main electric elements are not concentrated to be placed in the mounting box that can freely dismantle, therefore main functional circuit device can not be implemented in the quick loading and unloading on the cabinet; The 5th, dehumidifying is main adopts multiple heating means, considers to use more energy-efficient semiconductor devices as heating element heater with utilize its condensing characteristic that airborne moisture content cohesion is discharged; The 6th, intelligent-tracking monitoring in this patent, be to surpass the humidity higher limit of setting with the sterilization frequency set and the humidity value in the cabinet to come Auto Power On, and footgear is difficult to clean, long-pending have dead skin tissue that a large amount of human bodies come off, a sweat etc., be more suitable for the breeding growth of bacterium, but can not adopt the mode of high temperature sterilization, therefore, need to set the sterilization frequency and regularly carry out sterilization, also to set the dehumidifying and sterilizing frequency, regularly dehumidifier and sterilization; The 7th, the function of humidity, temperature range manually is not set; The 8th, there is not the function of initial power-up Auto Power On dehumidifying and sterilizing.
Therefore,, need to seek a kind of humidity, variation of temperature in can the automatic tracking, monitoring cabinet, carry out the intelligent electric shoe cabinet of dehumidifying and sterilizing in conjunction with rational operating frequency for the shoe chest that stores footgear.
Summary of the invention
The objective of the invention is to, but provide the electric shoe cabinet that whether needs sterilization or dehumidifying and sterilizing in a kind of intelligent decision cabinet, can monitor sterilization frequency and dehumidifying and sterilizing frequency, in conjunction with humidity in the cabinet and variations in temperature, at any time automatically the footgear that stores is carried out sterilization or dehumidifying and sterilizing when needed, avoided artificial dependence.
Another object of the present invention is to provide a kind of automatic monitoring, dehumidifying and sterilizing method that is used for intelligent electric shoe cabinet, this method can be automatically according to whether initial power-up, from humidity and variation of temperature in the dehumidifying and sterilizing frequency of the sterilization frequency of the switch order of switch, setting, setting and the cabinet, thereby determine whether to start/close sterilization or dehumidifying and sterilizing.
The technical solution used in the present invention is as follows:
A kind of intelligent electric shoe cabinet, comprise: cabinet 1, air forced circulation device 2, intelligence control system 3, sterilizing unit 4, dehumidifier apparatus 5, heater 6, air freshener 7 is formed, it is characterized in that: be mounted with air forced circulation device 2 and intelligence control system 3 in this electric shoe cabinet, this air forced circulation device 2 is selected " air circulation device of shoe chest and wardrobe " for use, be installed on the cabinet 1, this device is by the return duct 21 that connects in turn, return air prolongs pipe 22, mounting box 23, air-supply adapter 24 and air-supply groove 25, and the breeze fan 26 and the return air fans 261 that are placed in the mounting box 23 are formed; Described intelligence control system 3 is by the power supply 31, computer plate 32, temp probe 33, moisture probe 34, the dehumidifier apparatus temperature probe 35 that are placed in the mounting box 23, and display control panel 36, gauge tap 37 are formed; Described power supply 31 is connected with computer plate 32, the value that the input collecting temperature probe 33 of computer plate 32, moisture probe 34, dehumidifier apparatus temperature probe 35 return, read the information of the work state information and the gauge tap 37 of sterilizing unit 4, dehumidifier apparatus 5, heater 6, air freshener 7, breeze fan 26 and return air fan 261, output links to each other with display control panel 36, sterilizing unit 4, dehumidifier apparatus 5, heater 6, air freshener 7, breeze fan 26 and return air fan 261 respectively.
Described sterilizing unit 4, dehumidifier apparatus 5, heater 6, air freshener 7, breeze fan 26, return air fan 261, power supply 31, computer plate 32, temp probe 33, moisture probe 34, dehumidifier apparatus temperature probe 35 are all installed concentratedly on mounting box 23.
Described sterilizing unit 4 is to adopt the mode of the installing hole ecto-entad insertion of reserving from the outside of mounting box 23 to install with connecting of mounting box 23; Described air freshener 7 is to adopt the mode of the installing hole ecto-entad insertion of reserving from the outside of mounting box 23 to install with connecting of mounting box 23: described return air fan 261 is placed in the positions that prolong pipe 22 in the mounting box 23 near return air; The air outlet of described breeze fan 26 is facing to fin one end of radiator 52, and the other end of fin is taken over 24 with air-supply and is connected.
Described dehumidifier apparatus 5 is selected " semiconductor dehumidifier apparatus " for use, this device is made up of semiconductor chilling plate 51, radiator 52, condenser 53, drip tray 54, water evaporator tank 55, described semiconductor chilling plate 51 hot junctions connect with the surface of radiator 52, cold junction is connected with condenser 53, drip tray 54 is placed in the below of condenser 53, water evaporator tank 55 extends to mounting box by radiator 52 and forms outward, is positioned at the below of drip tray 54.
Described sterilizing unit 4 is selected ozone generator for use, and air freshener is selected anion generator or plasma generator for use; Described heater 6 adopts ptc heater, is placed on the radiator 52.
Described gauge tap 37 is selected remote control switch or soft-touch type key switch for use, is provided with switch key, humidity higher limit and key, humidity lower limit are set are provided with that key, temperature upper limit are provided with key, the lowest temperature value is provided with key.
Intelligence control system 3 in this intelligent electric shoe cabinet is monitored the initial power-up of power supply, the instruction that gauge tap 37 is sent automatically, and the frequency of the frequency of sterilization and dehumidifying and sterilizing, with monitor value send in the computer plate with the sterilization frequency setting value of setting, dehumidifying and sterilizing frequency setting value relatively, thereby need to determine whether start carry out sterilization or dehumidifying and sterilizing.
When electric shoe cabinet initial power-up or computer plate are received the start-up command that gauge tap 37 transmits, intelligence control system 3 operation dehumidifying and sterilizing programs, and the variation of the interior air humidity of monitoring cabinet, when humidity is lower than the sterilizing time that the humidity lower limit of setting and working time reach setting, dehumidifying and sterilizing program end of run enters the intelligent monitoring state, picks up counting, when timing reaches the sterilization frequency of setting in the computer plate, intelligence control system 3 operation sterilisation program; When timing reached the dehumidifying and sterilizing frequency, intelligence control system 3 operation dehumidifying and sterilizing programs were when sterilizing time reaches N minute, and the humidity in the cabinet is lower than the humidity lower limit N%RH of setting, dehumidifying and sterilizing program end of run continues intelligent monitoring, restarts timing.
Described automatic monitoring, dehumidifying and sterilizing method specifically may further comprise the steps:
The first, the computer plate detects initial power-up or receives the start-up command that gauge tap transmits;
The second, operation dehumidifying and sterilizing program is carried out dehumidifying and sterilizing, enters next step after finishing;
The 3rd, enter the intelligent monitoring state, pick up counting;
The 4th, judge by the computer plate whether timing time reaches dehumidifying and sterilizing frequency N hour, if entered for the 5th step, otherwise entered for the 6th step;
The 5th, operation dehumidifying and sterilizing program is carried out dehumidifying and sterilizing, returns for the 3rd step after finishing;
The 6th, judge that by the computer plate whether timing time reaches sterilization frequency N hour, if entered for the 7th step, otherwise enters for the 8th step;
The 7th, the operation sterilisation program is carried out sterilization, finishes and returns for the 4th step;
The 8th, whether judge in-cabinet temperature less than lowest temperature N ℃, if heater and blower fan returned for the 4th step, otherwise closed heater and blower fan, returned for the 4th step.
Second step of automatic monitoring, dehumidifying and sterilizing method and described dehumidifying and sterilizing program of the 5th step specifically may further comprise the steps:
The first, the computer plate is connected the power supply of dehumidifier apparatus, sterilizing unit, return air fan, breeze fan, allows them start working, and picks up counting;
The second, when timing reaches N minute forced working time of setting, entered for the 3rd step, otherwise continued to carry out second step;
The 3rd, the computer plate detects the interior humidity value of cabinet that moisture probe returns, if greater than humidity higher limit N%RH, entered for the 6th step, otherwise carries out for the 4th step;
The 4th, the computer plate cuts off the power supply of dehumidifier apparatus, heater, allows them quit work, and enters for the 5th step;
The 5th, the operation sterilisation program is returned;
The 6th, when timing greater than sterilizing time N minute that sets, carried out for the 7th step, otherwise continued to carry out the 6th step,
The 7th, the computer plate cuts off the power supply of sterilizing unit, allows it quit work, and enters for the 8th step,
The 8th, the computer plate detects the interior humidity value of cabinet that moisture probe returns, if be lower than humidity lower limit N%RH, carries out for the 9th step, otherwise continues to carry out the 8th step;
The 9th, the computer plate cuts off the power supply of dehumidifier apparatus, heater, allows them quit work, and enters for the tenth step;
The tenth, the computer plate is connected the power supply of air freshener, allows its work N minute, enters for the 11 step;
The 11, close air freshener and return air fan, breeze fan, return.
The 7th step of automatic monitoring, dehumidifying and sterilizing method, and described sterilisation program of the 5th step of dehumidifying and sterilizing program, specifically may further comprise the steps:
The first, the power supply of computer plate connection sterilizing unit and return air fan, breeze fan allows their work, and picks up counting;
The second, judge whether timing reaches sterilizing time N minute of setting, if enter next step, otherwise continued to carry out second step;
The 3rd, the computer plate cuts off the power supply of sterilizing unit, allows it quit work;
The 4th, the computer plate is connected the power supply of air freshener, allows its work, and restarts timing;
The 5th, judge whether timing reaches time N with fresh air minute of setting, if carried out for the 6th step, otherwise continued to carry out the 5th step;
The 6th, the computer plate cuts off the power supply of air freshener, heater and return air fan, breeze fan, allows them quit work, and program is returned.
In the dehumidifier apparatus course of work described in the dehumidifying and sterilizing program, call the heater control program No. one time second every N, described heater control program may further comprise the steps:
The first, if the in-cabinet temperature value that the temperature probe that the computer plate reads returns, carried out for second step greater than N ℃ of the in-cabinet temperature higher limit of setting, otherwise carried out for the 3rd step;
The second, the computer plate cuts off the power supply of heater, and heater quits work, and program is returned;
The 3rd, the computer plate is connected heater power source, makes heater work, enters next step;
The 4th, computer reads the reading of dehumidifier apparatus temperature control control head, if greater than the heater surfaces temperature upper limit of setting
Be worth N ℃, carried out for second step, otherwise return.
In the 4th step of described automatic monitoring, dehumidifying and sterilizing method, the dehumidifying and sterilizing frequency is 6-8 hour, and the best is 6 hours, in the 6th step, the sterilization frequency is 2-4 hour, best 3 hours, in the 8th step, judge whether in-cabinet temperature is lower than 15-20 ℃ of in-cabinet temperature lower limit, and the best is 18 ℃; Described dehumidifying and sterilizing program is in second step, the forced working time of setting is 10 minutes, and in the 3rd step, the humidity higher limit arrives 63%RH at 58%RH, optimum value 60%RH, in the 6th step, the sterilizing time of setting is 30 minutes, in the 8th step, the humidity lower limit is between 43 to 48%RH, the best is 45%RH, in the tenth step, and air freshener work 15 minutes; In second step of described sterilisation program, the sterilizing time of setting is 20 minutes, and in the 5th step, the time with fresh air of setting is 15 minutes; In the described dehumidifier apparatus course of work, called No. one time the heater control program every 2 seconds, in the described heater control program first step, the in-cabinet temperature higher limit is 36-40 ℃, and the best is 38 ℃, and in the 4th step, the heater surfaces temperature upper limit is 55 ℃.
Power on or recovery after power cut when power supply operation dehumidifying and sterilizing program first.
Use beneficial effect of the present invention to be:
If the suitable bacterial reproduction growth of environmental condition in the cabinet, shoe chest will start sterilization or dehumidifying and sterilizing program automatically; If environmental condition is not suitable for the bacterial reproduction growth in the cabinet, will automatically switch to monitoring state, fully without manual intervention,, also can keep the dry health of footgear even owner goes out for a long time.
In the present invention, main electric elements are concentrated be arranged in the mounting box that freely dismantle, make the present invention be easy to carry out the quick simple installation that connects with the cabinet of all size shape.Thereby modular production and installation have been realized.The present invention not only can be applicable to shoe chest, also is easy to promote the use of other field, such as wardrobe, bath towel cabinet, file cabinet, antiques storage cabinet etc.As long as on original cabinet, install the return duct and the air-supply groove of air forced circulation device, add the sealing of cabinet door, just can use the present invention to realize the upgrading of product, make common cabinet have sterilization, dehumidifier and the automatic monitoring function of work automatically.
Description of drawings
Fig. 1 is the structural representation of intelligent electric shoe cabinet of the present invention;
Fig. 2 is the schematic layout pattern of main devices of the present invention on mounting box;
Fig. 3 is the dehumidifier apparatus partial structurtes schematic diagram among the present invention;
Fig. 4 is an electrical schematic of the present invention;
Fig. 5 is the total program flow diagram of automatic monitoring, dehumidifying and sterilizing method of the present invention;
Fig. 6 is the dehumidifying and sterilizing program flow diagram of automatic monitoring, dehumidifying and sterilizing method of the present invention;
Fig. 7 is the sterilisation program flow chart of automatic monitoring, dehumidifying and sterilizing method of the present invention;
Fig. 8 is the heater control program flow chart of automatic monitoring, dehumidifying and sterilizing method of the present invention;
Fig. 9 is the total program flow diagram of an embodiment of automatic monitoring, dehumidifying and sterilizing method of the present invention;
Figure 10 is an embodiment dehumidifying and sterilizing program flow diagram of automatic monitoring, dehumidifying and sterilizing method of the present invention;
Figure 11 is an embodiment sterilisation program flow chart of automatic monitoring, dehumidifying and sterilizing method of the present invention;
Figure 12 is the heater control program flow chart of automatic monitoring, dehumidifying and sterilizing method of the present invention;
Among the figure, 1, cabinet, 2, air forced circulation device, 21, return duct, 22, return air prolongs pipe, 23, mounting box, 24, air-supply is taken over, 25, the air-supply groove, 26, breeze fan, 261, return air fan, 3, intelligence control system, 31, power supply, 32, the computer plate, 33, temp probe, 34, moisture probe, 35, the dehumidifier apparatus temperature probe, 36, display control panel, 37, gauge tap, 4, sterilizing unit, 5, dehumidifier apparatus, 51, semiconductor chilling plate, 52, radiator, 53, condenser, 54, drip tray, 55, the water evaporator tank, 6, heater, 7, air freshener.
The specific embodiment
Below by specific embodiment, describe the present invention.
At first, simply introduce the operation principle of intelligent electric shoe cabinet, intelligent electric shoe cabinet is except that having the warming function of sterilization taste removal, dehumidifier mildew-resistant, winter, intelligence control system 3 can also be according to humidity and variation of temperature in the sterilization frequency, dehumidifying and sterilizing frequency and the cabinet that are set in the computer plate 32, judge automatically whether environment is fit to bacterial reproduction in the cabinet, thereby determine that startup still quits work.
That is to say that intelligence control system 3 can start the dehumidifying and sterilizing program under following three kinds of situations:
1, initial power-up restores electricity after for example having a power failure, and is considered as initial power-up;
2, the computer plate receives the start-up command from gauge tap, has promptly manually pressed the on ﹠ off switch of gauge tap;
3, intelligence control system 3 timing reach the time of dehumidifying and sterilizing frequency setting.
Intelligence control system 3 can start sterilisation program under following two kinds of situations:
1, intelligence control system 3 detects the sterilization frequency that reached setting apart from working time last time;
2, in the dehumidifying and sterilizing process, allowing dehumidifier apparatus and heater forced working after 10 minutes, the humidity that detects air in the cabinet is not higher than the humidity higher limit of setting, at this moment will stop dehumidifier, starts sterilisation program.
The course of work of dehumidifying and sterilizing program is as follows:
The computer plate is connected the power supply of sterilizing unit, dehumidifier apparatus, return air fan, breeze fan and heater, pressure allows their work 10 minutes, whether the humidity of further judging air in the cabinet again is greater than the higher limit 60%RH that sets, if greater than just continuing dehumidifying and sterilizing, the air humidity value is less than the lower limit 45%RH that sets in cabinet, otherwise just stop dehumidifier, the operation sterilisation program.
In the dehumidifying and sterilizing process, the return air fan 261 that is placed in the mounting box 23 sucks air in the cabinet from the return air inlet on the return duct, inhaled air prolongs pipe 22 through return air, enter mounting box 23, after return air fan 261 pressurizations, flow through sterilizing unit 4 surfaces, the Fungicidal substance sterilization that is produced by sterilizing unit, and carry partly Fungicidal substance, continue to flow through dehumidifier apparatus 5, be condensed device 53 condensations and being discharged on the water evaporator tank 55 of airborne part moisture content, the heat that water evaporator tank 55 passes over by radiator 52, in the air of water evaporates outside cabinet, it is dry that air becomes, continuation is sucked pressurization by breeze fan 261, blow over the fin of the radiator 52 of dehumidifier apparatus 5, send air-supply after being heated to and take over 24, enter air-supply groove 25, enter each layer in the cabinet by the air outlet that is provided with of air-supply groove 25,, the article that store in the cabinet are carried out sterilization with the air of the Fungicidal substance whole cabinet that permeates rapidly, heat is absorbed by footgear, quickened the evaporation of moisture content in the footgear, and then sucked return duct 21 by return air fan 261, the air in the cabinet circulates like this again and again.Above process continued after 10 minutes, and computer plate 32 reads the humidity value that moisture probe returns, if smaller or equal to temperature upper limit, dehumidifying and sterilizing finishes after the operation sterilisation program; If greater than the humidity higher limit, continue above work and reach 30 minutes up to timing, computer plate 32 cuts off the power supply of sterilizing unit 4, allow it quit work, continue to detect the humidity of the air that flows through mounting box 23, when being lower than the humidity lower limit, computer plate 32 cuts off the power supply of dehumidifier apparatus 5, heater 6, allow them quit work, connect the power supply of air freshener 7 again, allow its work 15 minutes, again the power supply that cuts off air freshener 7, return air fan 261, breeze fan 26, allow them quit work, dehumidifying and sterilizing program end of run.
Because intelligent electric shoe cabinet of the present invention has been installed air forced circulation device 2, constantly circulate in the space of air in formed passage of air forced circulation device and cabinet in the cabinet, therefore, each part in the cabinet, comprise that air themperature and humidity in the formed passage of air forced circulation device are more uniform, moisture probe 34 and temp probe 33 all are installed in the mounting box 23, and its data of returning have just been reacted the humidity and the temperature of air in the cabinet.
The course of work of sterilisation program is as follows:
In sterilization process, the return air inlet of return air fan 261 on the return duct 21 sucks the air in the cabinet, inhaled air prolongs pipe 22 through return air, enter mounting box 23, flow through sterilizing unit 4 surfaces after return air fan 261 acceleration, by sterilization and carry the Fungicidal substance that sterilizing unit produces, continuation is sucked by breeze fan 26, blow over the fin of radiator 52 after being accelerated, enter air-supply and take over 26, enter air-supply groove 25 again, enter each layer in the cabinet by the air outlet that is provided with of air-supply groove,, the article that store in the cabinet are carried out sterilization with the air of the Fungicidal substance whole cabinet that permeates rapidly, and then by return air fan 261 suction return duct 21, the air in the cabinet circulates like this again and again.Above process continues 20 minutes, and computer plate 23 cuts off the power supply of sterilizing unit 4, allows it quit work, again the power supply of connecting air freshener 7, allow its work 15 minutes, cut off the power supply of air freshener 7 and return air fan 261, breeze fan 26, heater 6 again, allow them quit work.
The operation principle of dehumidifier apparatus:
In the dehumidifier apparatus course of work, will move the heater control program every 2 seconds, be less than or equal to 38 ℃ if flow through the air themperature of mounting box 23, computer plate 32 is connected the power supply of heater 6, allow its work, be higher than 38 ℃ or dehumidifier apparatus temperature probe 35 readings until air themperature and be higher than 55 ℃, computer plate 32 cuts off the power supply of heaters 6, allows it quit work.
The present invention will be described below in conjunction with accompanying drawing.
As shown in Figure 1, a kind of intelligent electric shoe cabinet, comprise: cabinet 1, air forced circulation device 2, intelligence control system 3, sterilizing unit 4, dehumidifier apparatus 5, heater 6, air freshener 7 are formed, this air forced circulation device 2 is selected " air circulation device of shoe chest and wardrobe " for use, be installed on the cabinet 1, this installs by the return duct 21 that connects in turn, return air and prolongs pipe 22, mounting box 23, air-supply adapter 24 and air-supply groove 25, and the breeze fan 26 and the return air fans 261 that are placed in the mounting box 23 are formed; Described intelligence control system 3 is by the power supply 31, computer plate 32, temp probe 33, moisture probe 34, the dehumidifier apparatus temperature probe 35 that are placed in the mounting box 23, and display control panel 36, gauge tap 37 are formed; Described power supply 31 is connected with computer plate 32, the value that the input collecting temperature probe 33 of computer plate 32, moisture probe 34, dehumidifier apparatus temperature probe 35 return, read the information of the work state information and the gauge tap 37 of sterilizing unit 4, dehumidifier apparatus 5, heater 6, air freshener 7, breeze fan 26 and return air fan 261, output links to each other with display control panel 36, sterilizing unit 4, dehumidifier apparatus 5, heater 6, air freshener 7, breeze fan 26 and return air fan 261 respectively.
As shown in Figure 2, described sterilizing unit 4, dehumidifier apparatus 5, heater 6, air freshener 7, breeze fan 26, return air fan 261, power supply 31, computer plate 32, temp probe 33, moisture probe 34, dehumidifier apparatus temperature probe 35 are all installed concentratedly on mounting box 23.Described sterilizing unit 4 is to adopt the mode of the installing hole ecto-entad insertion of reserving from the outside of mounting box 23 to install with connecting of mounting box 23; Described air freshener 7 is to adopt the mode of the installing hole ecto-entad insertion of reserving from the outside of mounting box 23 to install with connecting of mounting box 23; Described return air fan 261 is placed in the position that prolongs pipe 22 in the mounting box 23 near return air; The air outlet of described breeze fan 26 is facing to fin one end of radiator 52, and the other end of fin is taken over 24 with air-supply and is connected.
As shown in Figure 3, described dehumidifier apparatus 5 is selected " semiconductor dehumidifier apparatus " for use, this device is made up of semiconductor chilling plate 51, radiator 52, condenser 53, drip tray 54, water evaporator tank 55, described semiconductor chilling plate 51 hot junctions connect with the surface of radiator 52, cold junction is connected with condenser 53, drip tray 54 is placed in the below of condenser 53, and water evaporator tank 55 extends to mounting box by radiator 52 and forms outward, is positioned at the below of drip tray 54.
Described sterilizing unit 4 is selected ozone generator for use, and air freshener is selected anion generator or plasma generator for use; Described heater 6 adopts ptc heater, is placed on the radiator 52.
Described gauge tap 37 is selected remote control switch or soft-touch type key switch for use, is provided with switch key, humidity higher limit and key, humidity lower limit are set are provided with that key, temperature upper limit are provided with key, the lowest temperature value is provided with key.The user can carry out shirtsleeve operation by the button to gauge tap according to instructions for use, adjusts the higher limit and the lower limit of humidity higher limit, humidity lower limit and temperature voluntarily.Be provided with the scope of humidity lower limit in the computer plate, between 43-48%RH, the initial setting up value is 45%RH, and the user can only adjust in given scope, because the too high words of humidity do not have dry effect, too low words can be damaged footgear.In like manner, the humidity higher limit that can be provided with is between 58-63%RH, and the initial setting up value is 60%RH.The lowest temperature value is at 15-20 ℃, and the initial setting up value is 18 ℃; Temperature upper limit is at 36-40 ℃, and the initial setting up value is 38 ℃.
The temperature range of people's daily life environment mainly exists: between 0 ℃-40 ℃, humidity exists: between the 45%RH-85%RH, common harmful bacteria has germs such as Escherichia coli, staphylococcus aureus, fungi in people's daily life, research according to the microbiology aspect, the most suitable growth temperature of bacteria breed is just in time in the normal temperature scope: between 20 ℃ to 45 ℃, the humidity range that bacterium grows easily especially is more conducive to the growth of bacterium about 60%RH between 45%RH to 85%RH.
Therefore, need monitor temperature and humidity.If temperature is arranged on more than 40 ℃, though can killing bacteria, also can damage the article of storage simultaneously; If temperature is arranged on below 0 ℃, power consumption on the one hand, on the other hand, all very high to cabinet material and seal request, must cause cost too high, and, articles for daily use are stored under the low temperature environment, need to use just must heat, and do not meet the pursuit of people to convenience, therefore, temperature can only be arranged on daily scope.Consider that the winter environment temperature is lower, child old man or physique are worn ice-cold footgear than weak person and are excited sick easily, therefore, be provided with warming function in winter, the footgear that no matter when from described intelligent electric shoe cabinet, takes out, all keep warm, temperature is not less than 18 ℃ of the lowest temperature values (the lowest temperature value can be arranged on 15 ℃-20 ℃) of setting.The humidity range that bacterium grows easily is between 45%RH to 85%RH, especially about 60%RH, be more conducive to the growth of bacterium, therefore the humidity lower limit that is provided with is between 43 to 48%RH, the best is 45%RH, the humidity higher limit is arranged on 58%RH to 63%RH, optimum value 60%RH, promptly humidity surpasses the higher limit of setting in cabinet, will carry out dehumidifier and sterilization.
Sterilization and dehumidifier are two topmost functions of described intelligent electric shoe cabinet, and sterilizing function is used for directly bacterium being killed, and the dehumidifier function is used to keep the interior air drying of cabinet that bacterium can not be bred in a large number.But work too frequently can cause power consumption.Therefore, a sterilization frequency and a dehumidifying and sterilizing (carrying out sterilization in the time of dehumidifier) frequency need be set.According to experimental test, killed a bacterium every 2 hours, carried out a dehumidifier ratio every 6 hours suitable, so both relatively power savings, effectively sterilization and assurance bacterium can not breed in a large number again.
Therefore, described intelligent electric shoe cabinet is to determine whether startup work or out-of-work by variation, variation of temperature to sterilization frequency, dehumidifying and sterilizing frequency and humidity.
Below in conjunction with Fig. 5, Fig. 6, Fig. 7, Fig. 8 tracking detection method is elaborated:
Intelligence control system 3 in this intelligent electric shoe cabinet is monitored the initial power-up of power supply, the instruction that gauge tap 37 is sent automatically, and the frequency of the frequency of sterilization and dehumidifying and sterilizing, with monitor value send in the computer plate with the sterilization frequency setting value of setting, dehumidifying and sterilizing frequency setting value relatively, thereby need to determine whether start carry out sterilization or dehumidifying and sterilizing.
When electric shoe cabinet initial power-up or computer plate are received the start-up command that gauge tap 37 transmits, intelligence control system 3 operation dehumidifying and sterilizing programs, and the variation of the interior air humidity of monitoring cabinet, when humidity is lower than the sterilizing time that the humidity lower limit of setting and working time reach setting, dehumidifying and sterilizing program end of run enters the intelligent monitoring state, picks up counting, when timing reaches the sterilization frequency of setting in the computer plate, intelligence control system 3 operation sterilisation program; When timing reached the dehumidifying and sterilizing frequency, intelligence control system 3 operation dehumidifying and sterilizing programs were when sterilizing time reaches N minute, and the humidity in the cabinet is lower than the humidity lower limit N%RH of setting, dehumidifying and sterilizing program end of run continues intelligent monitoring, restarts timing.
Described automatic monitoring, dehumidifying and sterilizing method as shown in Figure 5, specifically may further comprise the steps:
The first, the computer plate detects initial power-up or receives the start-up command that gauge tap transmits;
The second, operation dehumidifying and sterilizing program is carried out dehumidifying and sterilizing, enters next step after finishing;
The 3rd, enter the intelligent monitoring state, pick up counting;
The 4th, judge by the computer plate whether timing time reaches dehumidifying and sterilizing frequency N hour, if entered for the 5th step, otherwise entered for the 6th step;
The 5th, operation dehumidifying and sterilizing program is carried out dehumidifying and sterilizing, returns for the 3rd step after finishing;
The 6th, judge that by the computer plate whether timing time reaches sterilization frequency N hour, if entered for the 7th step, otherwise enters for the 8th step;
The 7th, the operation sterilisation program is carried out sterilization, finishes and returns for the 4th step;
The 8th, whether judge in-cabinet temperature less than lowest temperature N ℃, if heater and blower fan returned for the 4th step, otherwise closed heater and blower fan, returned for the 4th step.
Second step of automatic monitoring, dehumidifying and sterilizing method and described dehumidifying and sterilizing program of the 5th step as shown in Figure 6, specifically may further comprise the steps:
The first, the computer plate is connected the power supply of dehumidifier apparatus, sterilizing unit, return air fan, breeze fan, allows them start working, and picks up counting;
The second, when timing reaches N minute forced working time of setting, entered for the 3rd step, otherwise continued to carry out second step;
The 3rd, the computer plate detects the interior humidity value of cabinet that moisture probe returns, if greater than humidity higher limit N%RH, entered for the 6th step, otherwise carries out for the 4th step;
The 4th, the computer plate cuts off the power supply of dehumidifier apparatus, heater, allows them quit work, and enters for the 5th step;
The 5th, the operation sterilisation program is returned;
The 6th, when timing greater than sterilizing time N minute that sets, carried out for the 7th step, otherwise continued to carry out the 6th step,
The 7th, the computer plate cuts off the power supply of sterilizing unit, allows it quit work, and enters for the 8th step,
The 8th, the computer plate detects the interior humidity value of cabinet that moisture probe returns, if be lower than humidity lower limit N%RH, carries out for the 9th step, otherwise continues to carry out the 8th step;
The 9th, the computer plate cuts off the power supply of dehumidifier apparatus, heater, allows them quit work, and enters for the tenth step;
The tenth, the computer plate is connected the power supply of air freshener, allows its work N minute, enters for the 11 step;
The 11, close air freshener and return air fan, breeze fan, return.
The 7th step of automatic monitoring, dehumidifying and sterilizing method, and described sterilisation program of the 5th step of dehumidifying and sterilizing program, as shown in Figure 7, specifically may further comprise the steps:
The first, the power supply of computer plate connection sterilizing unit and return air fan, breeze fan allows their work, and picks up counting;
The second, judge whether timing reaches sterilizing time N minute of setting, if enter next step, otherwise continued to carry out second step;
The 3rd, the computer plate cuts off the power supply of sterilizing unit, allows it quit work;
The 4th, the computer plate is connected the power supply of air freshener, allows its work, and restarts timing;
The 5th, judge whether timing reaches time N with fresh air minute of setting, if carried out for the 6th step, otherwise continued to carry out the 5th step;
The 6th, the computer plate cuts off the power supply of air freshener, heater and return air fan, breeze fan, allows them quit work, and program is returned.
In the dehumidifier apparatus course of work described in the dehumidifying and sterilizing program, call the heater control program No. one time second every N, described heater control program as shown in Figure 8, specifically may further comprise the steps:
The first, if the in-cabinet temperature value that the temperature probe that the computer plate reads returns, carried out for second step greater than N ℃ of the in-cabinet temperature higher limit of setting, otherwise carried out for the 3rd step;
The second, the computer plate cuts off the power supply of heater, and heater quits work, and program is returned;
The 3rd, the computer plate is connected heater power source, makes heater work, enters next step;
The 4th, computer reads the reading of dehumidifier apparatus temperature control control head, if greater than N ℃ of the heater surfaces temperature upper limit of setting, carries out for second step, otherwise returns.
In the 4th step of described automatic monitoring, dehumidifying and sterilizing method, the dehumidifying and sterilizing frequency is 6-8 hour, and the best is 6 hours, in the 6th step, the sterilization frequency is 2-4 hour, best 3 hours, in the 8th step, judge whether in-cabinet temperature is lower than 15-20 ℃ of in-cabinet temperature lower limit, and the best is 18 ℃; Described dehumidifying and sterilizing program is in second step, the forced working time of setting is 10 minutes, and in the 3rd step, the humidity higher limit arrives 63%RH at 58%RH, optimum value 60%RH, in the 6th step, the sterilizing time of setting is 30 minutes, in the 8th step, the humidity lower limit is between 43 to 48%RH, the best is 45%RH, in the tenth step, and air freshener work 15 minutes; In second step of described sterilisation program, the sterilizing time of setting is 20 minutes, and in the 5th step, the time with fresh air of setting is 15 minutes; In the described dehumidifier apparatus course of work, called No. one time the heater control program every 2 seconds, in the described heater control program first step, the in-cabinet temperature higher limit is 36-40 ℃, and the best is 38 ℃, and in the 4th step, the heater surfaces temperature upper limit is 55 ℃.
Power on or recovery after power cut when power supply operation dehumidifying and sterilizing program first.
As shown in Figure 9, be described automatic monitoring, dehumidifying and sterilizing method one embodiment, specifically may further comprise the steps:
The first, the computer plate detects initial power-up or receives the start-up command that gauge tap transmits;
The second, operation dehumidifying and sterilizing program is carried out dehumidifying and sterilizing, enters next step after finishing;
The 3rd, enter the intelligent monitoring state, pick up counting;
The 4th, judge by the computer plate whether timing time reached the dehumidifying and sterilizing frequency 6 hours, if entered for the 5th step, otherwise entered for the 6th step;
The 5th, operation dehumidifying and sterilizing program is carried out dehumidifying and sterilizing, returns for the 3rd step after finishing;
The 6th, judge that by the computer plate whether timing time reached the sterilization frequency 2 hours, if entered for the 7th step, otherwise entered for the 8th step;
The 7th, the operation sterilisation program is carried out sterilization, finishes and returns for the 4th step;
The 8th, whether judge in-cabinet temperature less than 18 ℃ of lowest temperatures, if heater and blower fan returned for the 4th step, otherwise closed heater and blower fan, returned for the 4th step.
As shown in figure 10, be second step of automatic monitoring, dehumidifying and sterilizing method and an embodiment of described dehumidifying and sterilizing program of the 5th step, specifically may further comprise the steps:
The first, the computer plate is connected the power supply of dehumidifier apparatus, sterilizing unit, return air fan, breeze fan, allows them start working, and picks up counting;
The second, when timing reaches 10 minutes forced working time of setting, entered for the 3rd step, otherwise continued to carry out second step;
The 3rd, the computer plate detects the interior humidity value of cabinet that moisture probe returns, if greater than humidity higher limit 60%RH, entered for the 6th step, otherwise carries out for the 4th step;
The 4th, the computer plate cuts off the power supply of dehumidifier apparatus, heater, allows them quit work, and enters for the 5th step;
The 5th, the operation sterilisation program is returned;
The 6th, when timing greater than the sterilizing time of setting 30 minutes, carried out for the 7th step, otherwise continued to carry out the 6th step,
The 7th, the computer plate cuts off the power supply of sterilizing unit, allows it quit work, and enters for the 8th step,
The 8th, the computer plate detects the interior humidity value of cabinet that moisture probe returns, if be lower than humidity lower limit 45%RH, carries out for the 9th step, otherwise continues to carry out the 8th step;
The 9th, the computer plate cuts off the power supply of dehumidifier apparatus, heater, allows them quit work, and enters for the tenth step;
The tenth, the computer plate is connected the power supply of air freshener, allows its work 15 minutes, enters for the 11 step;
The 11, close air freshener and return air fan, breeze fan, return.
As shown in figure 11, be the 7th step of automatic monitoring, dehumidifying and sterilizing method and an embodiment of described sterilisation program of the 5th step of dehumidifying and sterilizing program, specifically may further comprise the steps:
The first, the power supply of computer plate connection sterilizing unit and return air fan, breeze fan allows their work, and picks up counting;
The second, judge whether timing reaches the sterilizing time 20 minutes of setting, if enter next step, otherwise continued to carry out second step;
The 3rd, the computer plate cuts off the power supply of sterilizing unit, allows it quit work;
The 4th, the computer plate is connected the power supply of air freshener, allows its work, and restarts timing;
The 5th, judge whether timing reaches the 15 minutes time with fresh air of setting, if carried out for the 6th step, otherwise continued to carry out the 5th step;
The 6th, the computer plate cuts off the power supply of air freshener, heater and return air fan, breeze fan, allows them quit work, and program is returned.
In the dehumidifier apparatus course of work described in the dehumidifying and sterilizing program, calling No. one time the heater control program every 2 seconds, as shown in figure 12, is an embodiment of described heater control program, specifically may further comprise the steps:
The first, if the in-cabinet temperature value that the temperature probe that the computer plate reads returns, carried out for second step greater than 38 ℃ of the in-cabinet temperature higher limits of setting, otherwise carried out for the 3rd step;
The second, the computer plate cuts off the power supply of heater, and heater quits work, and program is returned;
The 3rd, the computer plate is connected heater power source, makes heater work, enters next step;
The 4th, computer reads the reading of dehumidifier apparatus temperature control control head, if greater than 55 ℃ of the heater surfaces temperature upper limits of setting, carries out for second step, otherwise returns.
Adopt intelligent electric shoe cabinet of the present invention and automatic monitoring, dehumidifying and sterilizing method thereof, the user is as long as put article such as footgear in the cabinet into, power-on, software in the intelligence control system dehumidifying and sterilizing program that will bring into operation immediately, enter the intelligent monitoring state behind the dehumidifying and sterilizing end of run, software in the intelligence control system can be monitored humidity, variation of temperature and sterilization frequency and the dehumidifying and sterilizing frequency in the cabinet, if the suitable bacterial reproduction of environment in the cabinet, software will move sterilisation program or dehumidifying and sterilizing program automatically; If environmental condition is not suitable for bacterial reproduction in the cabinet, then software is just monitored, and start-up routine carries out sterilization or dehumidifying and sterilizing once more when condition meets.
Intelligent electric shoe cabinet of the present invention needs only power connection, can work automatically without manual intervention fully, and is convenient and practical effective.Even owner has gone on business, during the situation of outage appears, when restoring electricity, automated system operation dehumidifying and sterilizing program enters the intelligent monitoring state then.People also can pass through gauge tap enforced opening dehumidifying and sterilizing program, or are closed in any work of doing.
The present invention is mainly used in the processing to footgear, but is not limited to the processing of footgear, also is applicable to the processing to clothing, towel, file.
When being used to store footgear, sterilizing unit is selected ozone generator usually for use, air freshener is selected anion generator or plasma generator for use, when being used to store other article, can optionally select, for example sterilizing unit is selected anion generator, and air freshener is selected plasma generator for use.For cost-effective consideration, also air freshener can be set.
Claims (11)
1, a kind of intelligent electric shoe cabinet, comprise: cabinet 1, air forced circulation device 2, intelligence control system 3, sterilizing unit 4, dehumidifier apparatus 5, heater 6, air freshener 7 is formed, it is characterized in that: be mounted with air forced circulation device 2 and intelligence control system 3 in this electric shoe cabinet, this air forced circulation device 2 is selected " air circulation device of shoe chest and wardrobe " for use, be installed on the cabinet 1, this device is by the return duct 21 that connects in turn, return air prolongs pipe 22, mounting box 23, air-supply adapter 24 and air-supply groove 25, and the breeze fan 26 and the return air fans 261 that are placed in the mounting box 23 are formed; Described intelligence control system 3 is by the power supply 31, computer plate 32, temp probe 33, moisture probe 34, the dehumidifier apparatus temperature probe 35 that are placed in the mounting box 23, and display control panel 36, gauge tap 37 are formed; Described power supply 31 is connected with computer plate 32, the value that the input collecting temperature probe 33 of computer plate 32, moisture probe 34, dehumidifier apparatus temperature probe 35 return, read the information of the work state information and the gauge tap 37 of sterilizing unit 4, dehumidifier apparatus 5, heater 6, air freshener 7, breeze fan 26 and return air fan 261, output links to each other with display control panel 36, sterilizing unit 4, dehumidifier apparatus 5, heater 6, air freshener 7, breeze fan 26 and return air fan 261 respectively.
2, intelligent electric shoe cabinet according to claim 1 is characterized in that: sterilizing unit 4, dehumidifier apparatus 5, heater 6, air freshener 7, breeze fan 26, return air fan 261, power supply 31, computer plate 32, temp probe 33, moisture probe 34, dehumidifier apparatus temperature probe 35 are all installed concentratedly on mounting box 23.
3, according to claim 1 and 2 described intelligent electric shoe cabinets, it is characterized in that: described sterilizing unit 4 is to adopt the mode of the installing hole ecto-entad insertion of reserving from the outside of mounting box 23 to install with connecting of mounting box 23; Described air freshener 7 is to adopt the mode of the installing hole ecto-entad insertion of reserving from the outside of mounting box 23 to install with connecting of mounting box 23; Described return air fan 261 is placed in the position that prolongs pipe 22 in the mounting box 23 near return air; The air outlet of described breeze fan 26 is facing to fin one end of radiator 52, and the other end of fin is taken over 24 with air-supply and is connected.
4, intelligent electric shoe cabinet according to claim 1, it is characterized in that: described dehumidifier apparatus 5 is selected " semiconductor dehumidifier apparatus " for use, this device is made up of semiconductor chilling plate 51, radiator 52, condenser 53, drip tray 54, water evaporator tank 55, described semiconductor chilling plate 51 hot junctions connect with the surface of radiator 52, cold junction is connected with condenser 53, drip tray 54 is placed in the below of condenser 53, water evaporator tank 55 extends to mounting box by radiator 52 and forms outward, is positioned at the below of drip tray 54.
5, according to claim 1 and 4 described intelligent electric shoe cabinets, it is characterized in that: described sterilizing unit 4 is selected ozone generator for use, and air freshener is selected anion generator or plasma generator for use; Described heater 6 adopts ptc heater, is placed on the radiator 52.
6, intelligent electric shoe cabinet according to claim 1, it is characterized in that: described gauge tap 37 is selected remote control switch or soft-touch type key switch for use, is provided with switch key, humidity higher limit and key, humidity lower limit are set are provided with that key, temperature upper limit are provided with key, the lowest temperature value is provided with key.
7, a kind of automatic monitoring, dehumidifying and sterilizing method that is used for intelligent electric shoe cabinet, it is characterized in that: the intelligence control system 3 in this intelligent electric shoe cabinet is monitored the initial power-up of power supply, the instruction that gauge tap 37 is sent automatically, and the frequency of the frequency of sterilization and dehumidifying and sterilizing, with monitor value send in the computer plate with the sterilization frequency setting value of setting, dehumidifying and sterilizing frequency setting value relatively, thereby need to determine whether start carry out sterilization or dehumidifying and sterilizing.
8, automatic monitoring, dehumidifying and sterilizing method according to claim 7, it is characterized in that: when electric shoe cabinet initial power-up or computer plate are received the start-up command that gauge tap 37 transmits, intelligence control system 3 operation dehumidifying and sterilizing programs, and the variation of the interior air humidity of monitoring cabinet, when humidity is lower than the sterilizing time that the humidity lower limit of setting and working time reach setting, dehumidifying and sterilizing program end of run, enter the intelligent monitoring state, pick up counting, when timing reaches the sterilization frequency of setting in the computer plate, intelligence control system 3 operation sterilisation program; When timing reached the dehumidifying and sterilizing frequency, intelligence control system 3 operation dehumidifying and sterilizing programs were when sterilizing time reaches N minute, and the humidity in the cabinet is lower than the humidity lower limit N%RH of setting, dehumidifying and sterilizing program end of run continues intelligent monitoring, restarts timing.
9, according to claim 7 or 8 described automatic monitoring, dehumidifying and sterilizing methods, it is characterized in that: described automatic monitoring, dehumidifying and sterilizing method specifically may further comprise the steps:
The first, the computer plate detects initial power-up or receives the start-up command that gauge tap transmits;
The second, operation dehumidifying and sterilizing program is carried out dehumidifying and sterilizing, enters next step after finishing;
The 3rd, enter the intelligent monitoring state, pick up counting;
The 4th, judge by the computer plate whether timing time reaches dehumidifying and sterilizing frequency N hour, if entered for the 5th step, otherwise entered for the 6th step;
The 5th, operation dehumidifying and sterilizing program is carried out dehumidifying and sterilizing, returns for the 3rd step after finishing;
The 6th, judge that by the computer plate whether timing time reaches sterilization frequency N hour, if entered for the 7th step, otherwise enters for the 8th step;
The 7th, the operation sterilisation program is carried out sterilization, finishes and returns for the 4th step;
The 8th, whether judge in-cabinet temperature less than lowest temperature N ℃, if heater and blower fan returned for the 4th step, otherwise closed heater and blower fan, returned for the 4th step.
Second step of automatic monitoring, dehumidifying and sterilizing method and described dehumidifying and sterilizing program of the 5th step specifically may further comprise the steps:
The first, the computer plate is connected the power supply of dehumidifier apparatus, sterilizing unit, return air fan, breeze fan, allows them start working, and picks up counting;
The second, when timing reaches N minute forced working time of setting, entered for the 3rd step, otherwise continued to carry out second step;
The 3rd, the computer plate detects the interior humidity value of cabinet that moisture probe returns, if greater than humidity higher limit N%RH, entered for the 6th step, otherwise carries out for the 4th step;
The 4th, the computer plate cuts off the power supply of dehumidifier apparatus, heater, allows them quit work, and enters for the 5th step;
The 5th, the operation sterilisation program is returned;
The 6th, when timing greater than sterilizing time N minute that sets, carried out for the 7th step, otherwise continued to carry out the 6th step,
The 7th, the computer plate cuts off the power supply of sterilizing unit, allows it quit work, and enters for the 8th step,
The 8th, the computer plate detects the interior humidity value of cabinet that moisture probe returns, if be lower than humidity lower limit N%RH, carries out for the 9th step, otherwise continues to carry out the 8th step;
The 9th, the computer plate cuts off the power supply of dehumidifier apparatus, heater, allows them quit work, and enters for the tenth step;
The tenth, the computer plate is connected the power supply of air freshener, allows its work N minute, enters for the 11 step;
The 11, close air freshener and return air fan, breeze fan, return.
The 7th step of automatic monitoring, dehumidifying and sterilizing method, and described sterilisation program of the 5th step of dehumidifying and sterilizing program, specifically may further comprise the steps:
The first, the power supply of computer plate connection sterilizing unit and return air fan, breeze fan allows their work, and picks up counting;
The second, judge whether timing reaches sterilizing time N minute of setting, if enter next step, otherwise continued to carry out second step;
The 3rd, the computer plate cuts off the power supply of sterilizing unit, allows it quit work;
The 4th, the computer plate is connected the power supply of air freshener, allows its work, and restarts timing;
The 5th, judge whether timing reaches time N with fresh air minute of setting, if carried out for the 6th step, otherwise continued to carry out the 5th step;
The 6th, the computer plate cuts off the power supply of air freshener, heater and return air fan, breeze fan, allows them quit work, and program is returned.
In the dehumidifier apparatus course of work described in the dehumidifying and sterilizing program, call the heater control program No. one time second every N, described heater control program may further comprise the steps:
The first, if the in-cabinet temperature value that the temperature probe that the computer plate reads returns, carried out for second step greater than N ℃ of the in-cabinet temperature higher limit of setting, otherwise carried out for the 3rd step;
The second, the computer plate cuts off the power supply of heater, and heater quits work, and program is returned;
The 3rd, the computer plate is connected heater power source, makes heater work, enters next step;
The 4th, computer reads the reading of dehumidifier apparatus temperature control control head, if greater than N ℃ of the heater surfaces temperature upper limit of setting, carries out for second step, otherwise returns.
10, automatic monitoring, dehumidifying and sterilizing method according to claim 9, it is characterized in that: the 4th step of described automatic monitoring, dehumidifying and sterilizing method, the dehumidifying and sterilizing frequency is 6-8 hour, the best is 6 hours, and in the 6th step, the sterilization frequency is 2-4 hour, best 3 hours, in the 8th step, judge whether in-cabinet temperature is lower than 15-20 ℃ of in-cabinet temperature lower limit, and the best is 18 ℃; Described dehumidifying and sterilizing program is in second step, the forced working time of setting is 10 minutes, and in the 3rd step, the humidity higher limit arrives 63%RH at 58%RH, optimum value 60%RH, in the 6th step, the sterilizing time of setting is 30 minutes, in the 8th step, the humidity lower limit is between 43 to 48%RH, the best is 45%RH, in the tenth step, and air freshener work 15 minutes; In second step of described sterilisation program, the sterilizing time of setting is 20 minutes, and in the 5th step, the time with fresh air of setting is 15 minutes; In the described dehumidifier apparatus course of work, called No. one time the heater control program every 2 seconds, in the described heater control program first step, the in-cabinet temperature higher limit is 36-40 ℃, and the best is 38 ℃, and in the 4th step, the heater surfaces temperature upper limit is 55 ℃.
11, automatic monitoring, dehumidifying and sterilizing method according to claim 7 is characterized in that: power on or recovery after power cut when power supply operation dehumidifying and sterilizing program first.
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| CN200910041802A CN101627858A (en) | 2009-08-11 | 2009-08-11 | Intelligent electric shoe cabinet and automatic monitoring, dehumidifying and sterilizing method |
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2009
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| CN101879004A (en) * | 2010-06-02 | 2010-11-10 | 扬州悦荣金属制品有限公司 | Intelligent electronic shoe cabinet |
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| CN105686393A (en) * | 2014-11-27 | 2016-06-22 | 比亚迪股份有限公司 | Multi-purpose shoe cabinet |
| CN105987428A (en) * | 2015-02-03 | 2016-10-05 | 青岛海尔空调器有限总公司 | Air conditioner and intelligent sterilizing system and method thereof |
| CN104880007A (en) * | 2015-04-28 | 2015-09-02 | 青岛海尔股份有限公司 | Storage device and sterilizing method for storage room |
| CN104880007B (en) * | 2015-04-28 | 2017-12-29 | 青岛海尔股份有限公司 | Article-storage device and the method for disinfection for storing compartment |
| CN105867475A (en) * | 2016-03-29 | 2016-08-17 | 常州敏特电器有限公司 | Wardrobe smart humidity removal system |
| CN105831996A (en) * | 2016-05-31 | 2016-08-10 | 南京工业职业技术学院 | Automatic shoe storage device |
| WO2018006189A1 (en) * | 2016-07-02 | 2018-01-11 | 宋英楠 | Smart shoe cabinet and maintenance method thereof |
| CN106562576A (en) * | 2016-11-04 | 2017-04-19 | 东莞华南设计创新院 | Deodorizing shoe cabinet |
| CN106510231A (en) * | 2016-11-04 | 2017-03-22 | 东莞华南设计创新院 | Sterilizing shoe cabinet |
| CN106419156A (en) * | 2016-12-02 | 2017-02-22 | 湖南中邮品惠文化发展有限公司 | Dehumidifying shoe cabinet |
| CN106419147A (en) * | 2016-12-02 | 2017-02-22 | 湖南中邮品惠文化发展有限公司 | Damp-proof wardrobe |
| CN106419148A (en) * | 2016-12-02 | 2017-02-22 | 湖南中邮品惠文化发展有限公司 | Intelligent dampproof sterilization wardrobe |
| CN106419155A (en) * | 2016-12-02 | 2017-02-22 | 湖南中邮品惠文化发展有限公司 | Bilayer shoe cabinet |
| CN106617757A (en) * | 2016-12-02 | 2017-05-10 | 湖南中邮品惠文化发展有限公司 | Disinfection shoe cabinet |
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| CN106617740A (en) * | 2016-12-02 | 2017-05-10 | 湖南中邮品惠文化发展有限公司 | Layered disinfection wardrobe |
| CN106667076A (en) * | 2016-12-02 | 2017-05-17 | 湖南中邮品惠文化发展有限公司 | Shoe cabinet convenient to move |
| CN106667077A (en) * | 2016-12-02 | 2017-05-17 | 湖南中邮品惠文化发展有限公司 | Drying and disinfecting shoe cabinet |
| CN106724096A (en) * | 2016-12-02 | 2017-05-31 | 湖南中邮品惠文化发展有限公司 | A kind of Multi-function combined shoes cabinet |
| CN106724094A (en) * | 2016-12-02 | 2017-05-31 | 湖南中邮品惠文化发展有限公司 | A kind of intelligent integral disinfection shoe cabinet |
| CN106724098A (en) * | 2016-12-02 | 2017-05-31 | 湖南中邮品惠文化发展有限公司 | A kind of shoe chest with timing function |
| CN106724075A (en) * | 2016-12-02 | 2017-05-31 | 湖南中邮品惠文化发展有限公司 | A kind of smart home combined garderobe |
| CN106724076A (en) * | 2016-12-02 | 2017-05-31 | 湖南中邮品惠文化发展有限公司 | One kind layering Clothes cabinet capable of drying clothes |
| CN106724077A (en) * | 2016-12-02 | 2017-05-31 | 湖南中邮品惠文化发展有限公司 | A kind of Sterilizing clothes cabinet |
| CN106724078A (en) * | 2016-12-02 | 2017-05-31 | 湖南中邮品惠文化发展有限公司 | A kind of Multifunctional combined wardrobe |
| CN106724097A (en) * | 2016-12-02 | 2017-05-31 | 湖南中邮品惠文化发展有限公司 | A kind of shoe chest of Tape movement pulley |
| CN106388317A (en) * | 2016-12-02 | 2017-02-15 | 湖南中邮品惠文化发展有限公司 | Combined drying shoe cabinet |
| CN106388311A (en) * | 2016-12-02 | 2017-02-15 | 湖南中邮品惠文化发展有限公司 | Drying and sterilizing integrated establish of wardrobe |
| CN110250760A (en) * | 2019-08-12 | 2019-09-20 | 傅万乐 | A kind of circulating purification wardrobe |
| CN111750490A (en) * | 2020-05-18 | 2020-10-09 | 海信（山东）空调有限公司 | Air conditioner and control method |
| WO2023273120A1 (en) * | 2021-06-30 | 2023-01-05 | 无锡小天鹅电器有限公司 | Storage apparatus |
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Application publication date: 20100120 |