CN114505201A

CN114505201A - Atomization device and control method thereof

Info

Publication number: CN114505201A
Application number: CN202011253341.1A
Authority: CN
Inventors: 冯先妥
Original assignee: Guangzhou Guling Environmental Protection Technology Co ltd
Current assignee: Guangzhou Guling Environmental Protection Technology Co ltd
Priority date: 2020-11-11
Filing date: 2020-11-11
Publication date: 2022-05-17
Anticipated expiration: 2040-11-11
Also published as: CN114505201B

Abstract

According to the atomization device and the control method thereof, the PCB and the main equipment are fixedly installed through the shell, the display screen, the keys and the remote control receiver are integrated on the PCB, the display screen is provided with a plurality of identification areas, the DOWN key is simultaneously used as an equipment test key, and fault diagnosis and overhaul operation are convenient; the fan switch is also integrated on the control key, and the fan is controlled to start and stop by long pressing for three to ten seconds; the effective working time period or the interval time period of the target working time period is directly accessed through the shortcut key button, the adjustment is rapid, and the working efficiency is increased; the working day combination can be freely defined according to the requirement, and the electric quantity display function and the countdown function of the working time period and the interval time period are realized; the intelligent control system has the advantages that all parameters of the working state can be comprehensively displayed during system setting, the remote control function and the display screen are provided, the operation program is simple and convenient to set, the time is saved, the fault detection is convenient, the structure is simple, the control is convenient, the waste of raw materials is reduced, the efficiency is high, the display content is comprehensive, and the intelligent control is convenient.

Description

Atomization device and control method thereof

Technical Field

The invention belongs to the technical field of perfuming control air purification, and particularly relates to an atomizing device for generating fragrance after essential oil is atomized and a control method thereof.

Background

In the prior art, when a perfuming machine has a fault, parts are detected one by one after the machine body is disassembled on site to find and remove the fault, part of the perfuming machine can not be normally used due to improper operation or misoperation although the fault is displayed on a display interface of a control system, the machine body of the perfuming machine has no fault and can be correspondingly adjusted according to a correct operation method and steps, so that the waste of manpower, material resources and time cost is caused, and the machine body is easy to damage in the disassembling and assembling process;

when parameters are preset before the traditional perfuming machine is used, only all time periods, working sections, working frequencies and working weeks can be set singly, only fixed working day combinations can be set, the working day combinations cannot be freely defined as required, all parameters of the working state cannot be comprehensively displayed, and the parameter setting function is single; the perfuming machine with the remote control function does not have a display screen, and the perfuming machine with the remote control function cannot realize the remote control function; in the prior art, a part of perfuming machines are only added with a timing function and any week combination, and still have the defects of incomplete display content, incapability of integrating display and remote control functions and the like;

when the traditional perfuming machine is used for setting a single intermittent frequency or a single interval time of a single working time period, the traditional perfuming machine needs to be sequentially switched to a target intermittent frequency or a target interval time in all intermittent frequencies and interval times of all working time periods, the setting operation procedure is complicated, the consumed time is long, the time, the frequency and the interval parameters cannot be simultaneously displayed during setting, the working frequency of the working period cannot be rapidly adjusted, and the efficiency is low.

The fan switch of the traditional perfuming machine is independently arranged by a mechanical structure, so that the perfuming machine is complex in structure, large in number of parts and high in cost, is not integrated on an integrated circuit, and cannot be completely intelligently controlled; the Bluetooth and infrared control functions, the electric quantity display function of the remote controller and the countdown function are not provided.

Disclosure of Invention

In order to solve the problems in the prior art, the invention aims to provide the perfuming machine and the control method thereof, which are convenient for fault detection, simple in structure, convenient to control, high in efficiency, comprehensive in display content and convenient for intelligent control, and reduce the waste of raw materials.

The technical scheme adopted by the invention is as follows:

an atomization device comprises a shell, main equipment, a PCB (printed circuit board), a display screen and keys, wherein the PCB and the main equipment are fixedly arranged in the shell; a remote control receiver is integrated at one end of the front surface of the PCB above the display screen; be provided with a plurality of sign areas on the display screen, the sign area is including:

the system comprises a remote control identification display area, a fan state identification area, a week display area, a main equipment state area, the start time of the current working time period, the start identification of the current working time period, the end time of the current working time period, a locking state display area, a working time period number display area, a current time period bit effective running time ratio area, a current equipment running state identification area, a countdown time zone, an effective working time identification area and a local time display area;

the keys comprise a MODE key, a SET key, an UP key and a DOWN key, and the DOWN key is simultaneously used as a device test key; the PCB is simultaneously connected with a power supply connecting wire and an electricity storage unit, and the main equipment is also simultaneously connected with the power supply connecting wire and the electricity storage unit;

remote control sign display area: when the infrared remote control function is started, the remote control identification is displayed, and when the infrared remote control function is not started, the remote control identification is not displayed;

fan status identification zone: when the fan is started to operate, the fan icon is displayed, and when the fan is closed, the fan icon is not displayed;

the week display area: displaying week English abbreviation marks;

master status area: the working state of the main equipment is marked, the main equipment icon is displayed when the main equipment works, and the main equipment icon is not displayed when the main equipment stops running;

current working period start time: displaying the starting time of the current working time period;

the current working time period start identification: displaying a start identifier of the current working time period;

end of current working time period identification: displaying an end identifier of the current working time period;

end time of current working period: displaying the end time of the current working time period;

lock state display area: displaying a locking identification, displaying a locking identification icon when the running state of the equipment is locked, and not displaying the locking identification icon when the running state of the equipment is not locked;

the number of working time period display area: displaying the total number of bits of all working time periods set in one cycle:

current time period bit display area: displaying the currently executed working time period bit;

the current time period is located in an effective running time ratio area: displaying the proportional relation between the effective running time in the current working time period and the total duration of the current working time period;

the current equipment running state identification area: displaying the running state of the current equipment, displaying W when the current equipment works normally, and displaying P when the current equipment stops working; when the current week is one of the working week combinations set in one cycle period and the Beijing time is within the effective running time range of any working time period set in one cycle period, displaying that the W equipment is in a normal working state or displaying that the P equipment stops working;

a countdown area: counting down the normal working state or the stop working state of the display device in the corresponding section during the working period;

effective operating time identification area: displaying whether the current working time period is in the effective working time or not;

local time display area: and displaying real-time Beijing time.

The conversion method of the specific effective running time ratio of the current time period bit effective running time ratio area comprises the following steps: the total duration of the current working time period is 200s, the pause time + the effective working time is 200s, and the effective running time is 100% of the effective working time/200.

The effective operation time accounts for a set range: the minimum value of the effective operation time is 3-5%, the effective operation time is increased according to the grade difference of 5%, and the maximum value of the effective operation time is less than or equal to 95%.

The MODE key, the SET key, the UP key and the DOWN key are specifically operated and used in the following ways:

1. operation of MODE key:

1.1, after being electrified, a main menu page is displayed by default, and the display contents comprise a fan state identification area, a locked state display area, a remote control identification display area and a week display area, wherein the week display area marks the selected week combination;

1.2 pressing MODE key for the first time defaults to display, time period 8:00-22: 00;

1.3, pressing a MODE key for the second time to display by default, wherein the default effective running time accounts for 60 percent;

1.4 when the MODE key is pressed for the third time and time periods are not set, displaying by default, wherein the total time periods are 5;

1.5 by analogy, default display is carried out when a MODE key is pressed and time periods are not set, and 5 time periods are total; returning to the main menu page after pressing;

1.6 resetting (returning to factory settings) by pressing a MODE key for 3-10 s for a long time, returning to a main menu page, wherein the resetting time period is 8:00-22:00, and the effective operation time accounts for 60%;

2. operation of SET Key

2.1 pressing SET key for the first time to adjust default display of Beijing time, and flashing clock to process editable state;

2.2 pressing SET key for the second time to adjust default display of Beijing time, flashing for one minute to process editable state;

2.3 pressing SET key for the third time to adjust Beijing time default display, defaulting monday to Sunday for all selection, blinking at the currently selected week position and being capable of editing state, and displaying all English letters of week;

2.4 Lock machine

2.4.1 long-time pressing of the SET key 5s displays the locking of the machine by default and a buzzing sound is generated to generate a 'dropping' sound, any key cannot be edited, and the unlocking is carried out in the same way;

2.4.2 operating the SET key for 5 seconds on any page, locking the machine, saving the current page, and jumping back to the main menu page;

3. operation of UP key

3.1 pressing UP key to edit the effective operation time of the first time quantum in proportion to the effective operation time by default, and displaying icons;

3.2 in the effective running time ratio menu page entered by the UP key, confirming the effective running time ratio by the MODE key, switching the effective running time ratio flash edit corresponding to the second time period, displaying an icon, and if the second time period is not set, ignoring to enter the 3 rd time period; and so on;

3.3 the concentration menu page entered by the UP key is switched to the next effective operation time ratio by pressing a MODE key, and the concentration menu page is directly switched to the displayed main menu page when the effective operation time ratio is not set for all the segments; and the standing horse turns off the background light;

3.4 pressing UP key in the editing week, belonging to the determining key and selecting the next one, and displaying in a flashing way when selecting the next one; the UP key represents enlargement in the time editing process;

3.5 pressing UP key in the concentration page to show that the effective running time is increased;

3.6 operating the long-time pressing of an UP key for 3-10 seconds on a main menu page to turn on and off the fan;

4. operation of DOWN key

4.1 pressing DOWN key, which is a test key, on the main menu page, forcibly starting the air pump and the fan for 8s, ending the countdown to 0, or performing any key bundle operation, and returning to the main menu page;

4.2 pressing DOWN key in the editing week to show the cancel key; decrease in representation during time editing;

4.3 pressing DOWN key in the page at active run time ratio indicates a decrease.

All the identification areas are combined through lines to form display icons, and the full-set width of each icon is not less than 0.05 mm.

And the identification icons of the main equipment state area and the fan state identification area are dynamic icons.

The casing is including the box-like upper shield of opening and the box-like mount pad of closure, and PCB board, main equipment fixed mounting are inside the mount pad, and the position that corresponds to the display screen on the mount pad is provided with the slotted hole, and the display screen is outside from slotted hole protrusion to the mount pad. The menu, the setting, increasing and decreasing keys are arranged below the display screen from left to right in sequence,

and a transparent window is arranged at the position of the upper cover corresponding to the display screen.

An atomization device control method comprises the following operation steps:

s1, starting up: accessing a power supply, automatically lighting a screen, entering a setting interface through a menu key, and calibrating Beijing time;

s2, local time setting: pressing SET key to SET the activation time, pressing UP key to increase and pressing DOWN key to decrease; pressing SET key to confirm and enter minute setting; after the SET key is pressed again for confirmation, the week setting is entered, the UP key and the DOWN key are pressed to select the week combination, and the SET key is pressed again for confirmation and the operation is finished; the system automatically saves the current settings;

s3, setting the duty ratio of the working time and the effective running time: setting up 5 working time periods at most every day, wherein each working time period operates independently and respectively sets up fragrance concentration;

s31, the first operation period setting: pressing a MODE key for the first time to enter a first working time period, setting a starting time, setting a clock, pressing an UP key and a DOWN key to SET time length, pressing an SET key for determining, entering a minute setting, then pressing the SET key for determining and entering a week setting, pressing the UP key to select and SET any week combination in a working week, deselecting an unnecessary week by the DOWN key, then pressing the MODE key for determining, entering an ending time setting of the first working time period, and finishing the setting; pressing a MODE key to confirm and enter the setting of the effective operation time ratio, pressing an UP key to increase and pressing a DOWN key to decrease, pressing the MODE key again to confirm and end the setting of the first working time period, and entering the setting of the next working time period; if the next working time period to the fifth working time period do not need to be set, pressing a MODE key and returning to the working page;

s32, repeating S41, and sequentially setting a second working time period to a fifth working time period;

s4, fragrance concentration quick setting: pressing an UP key on a working page, switching to a concentration setting page, pressing the UP key and a DOWN key to design the concentration, and pressing the DOWN key to determine a concentration page entering the next currently set working time period until the concentration page returns to the working page;

s5, setting the locking machine: the SET key is pressed for 5 seconds, and the equipment is locked; pressing the SET key for 5 seconds, unlocking the equipment and displaying a corresponding icon;

s6, turning on a fan: pressing UP key for 5 seconds for a long time, and turning off the fan; pressing UP key for 5 seconds again, and turning on fan; displaying and displaying the picture of the fan on the corresponding screen;

s7, turning on remote control settings: pressing DOWN key for 5 seconds, starting remote control function and displaying icon;

s8, when the equipment works abnormally, firstly, the equipment is tested through a test key to verify whether the main equipment and the fan can work normally, and whether the equipment works abnormally is judged;

s9, if the equipment is normal, pressing MODE key for 5 seconds, and restoring factory settings; and (3) restoring factory equipment, wherein the factory equipment only has one working time period of 8:00-22:00, the effective operation time accounts for 60 percent; S1-S7 were repeated.

The operation content of the test key test equipment is as follows: pressing DOWN key on the working page, and starting the device for 8 seconds.

The backlight lamp operation method is also included:

s10, randomly pressing a MODE key, an SET key, an UP key or a DOWN key, and when the operation is carried out, lighting a backlight lamp;

s11, when no operation is performed, the backlight lamp is turned off after waiting for 10 s;

and S12, after the MODE key of one cycle period is pressed, when the display returns to the main menu page, the backlight lamps are immediately turned off at the same time.

The invention has the beneficial effects that:

a atomization plant and its control method, fix PCB board, main apparatus through the body, integrate display screen, key SET and remote control receiver on PCB board, SET UP several label areas on the display screen, DOWN key in four keys of MODE key, SET key, UP key and DOWN key is regarded as the apparatus test key at the same time, the trouble diagnoses, overhauls the operation convenience; the PCB and the main equipment are simultaneously connected with a power supply connecting wire and an electricity storage unit; the fan switch is also integrated on the control key, and the fan is controlled to start and stop by long pressing for three to ten seconds; the effective working time period or the interval time period of the target working time period is directly accessed through the shortcut key button, the adjustment is rapid, and the working efficiency is increased; the working day combination can be freely defined according to the requirement, and the electric quantity display function and the countdown function of the working time period and the interval time period are realized; the intelligent control system has the advantages that all parameters of the working state can be comprehensively displayed during system setting, the remote control function and the display screen are provided, the operation program is simple and convenient to set, the time is saved, the fault detection is convenient, the structure is simple, the control is convenient, the waste of raw materials is reduced, the efficiency is high, the display content is comprehensive, and the intelligent control is convenient.

Drawings

FIG. 1 is a schematic perspective view of an atomizing device according to the present invention;

FIG. 2 is a schematic plan view of the atomizing device of the present invention;

FIG. 3 is a schematic view of the atomizer device of the present invention in a flat configuration with the upper housing open;

FIG. 4 is a schematic diagram of a PCB board plane structure of the atomization device of the invention;

FIG. 5 is an enlarged schematic view of default display contents of a display screen of the atomizer of the present invention after power is applied;

FIG. 6 is an enlarged schematic view of the display screen of the atomizing device according to the present invention after the MODE key is pressed for the first time;

FIG. 7 is an enlarged schematic view of the display contents of the display screen after the MODE key is pressed for the second time by the atomizing device of the present invention;

FIG. 8 is an enlarged schematic view of the display screen of the atomizing device according to the present invention after the MODE key is pressed for the third time;

FIG. 9 is an enlarged schematic view of the display contents of the display screen after the atomizing device of the present invention presses the MODE key until the main menu page is returned;

FIG. 10 is an enlarged schematic view of the display contents of the display screen after the atomizer resets by pressing MODE key 5s for a long time according to the present invention;

FIG. 11 is an enlarged view of the display of the atomization device of the present invention after pressing the SET key for the first time;

FIG. 12 is an enlarged view of the display of the atomization device of the present invention after pressing SET key a second time;

FIG. 13 is an enlarged view of the display of the atomization device of the present invention after pressing SET key for the third time;

FIG. 14 is an enlarged view of the display contents of the display screen after the atomization device of the present invention completes the SET key setting operation;

FIG. 15 is an enlarged view of the display screen of the atomization device of the present invention after the SET key is pressed for a long time by 5 s;

FIG. 16 is an enlarged view of the display screen of the atomizer according to the present invention after the UP key is pressed;

FIG. 17 is an enlarged view of the display contents of the MODE key display screen after the UP key is pressed;

FIG. 18 is an enlarged schematic view of the display contents of the display screen when the atomizer of the present invention is switched to the main menu page directly by pressing the UP key and then pressing the MODE key;

FIG. 19 is an enlarged view of the display contents of the display screen when the atomizer edits the week combination page and selects a week by pressing the UP key;

FIG. 20 is an enlarged view of the display screen of the atomizing device of the present invention when the UP key is pressed on the effective operation time ratio page;

FIG. 21 is an enlarged schematic view of the display screen of the atomizing device of the present invention after the UP key is pressed for 5s for the main menu page length;

FIG. 22 is an enlarged schematic view of the display screen of the atomizing device of the present invention after the DOWN key is pressed on the main menu page;

FIG. 23 is an enlarged view of the display screen of the atomizing device of the present invention when the DOWN key is pressed on the combined week page;

FIG. 24 is an enlarged view of the display screen of the atomizing device of the present invention when the DOWN key is pressed on the page of the ratio of the effective operating time;

FIG. 25 is an enlarged view of the display screen of the atomizer of the present invention when the current Beijing time is not within the operating time period;

FIG. 26 is an enlarged view of the dynamic icon display process of the operating status indicator of the main device of the atomizer of the present invention;

fig. 27 is an enlarged schematic view of the fan status indicator of the atomizing device according to the present invention, wherein the dynamic icon is in a rotating status.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

As shown in fig. 1, a preferred embodiment of the present invention provides an atomizing device for a perfuming machine, wherein a PCB 400 and a main device 300 are fixedly installed inside a casing 100, a display 200 and keys are integrated on the PCB 400, as shown in fig. 3, the PCB 400 is disposed at the left side inside the casing, and the main device 300 is disposed at the right side; the main device 300 is an atomizer, and atomizers with different forms and different components can be selected according to different use occasions, such as a disinfection atomizer, a sterilization atomizer, a drug delivery atomizer and the like; the invention is applied to a perfuming machine, and the main equipment is an aromatherapy atomizer which atomizes aromatherapy essential oil through spraying.

The PCB 400 is provided with an integrated circuit, and the back thereof is provided with a plurality of electronic components; the display screen 200 is integrated at the middle position of the front surface of the PCB 400, and N pins at the upper side and the lower side of the display screen penetrate through the PCB 400 and are connected with an integrated circuit of the PCB in a welding mode; the key is integrated on the front surface of the PCB 400 at the position below the display screen 200, and the pins of the key are welded and connected with the integrated circuit of the PCB after penetrating through the PCB 400; presetting a height distance for pins of the display screen 200 to ensure that a certain space is formed between the display screen 200 and the front surface of the PCB 400, arranging a background lamp 80 in the space, and welding and connecting a power supply signal wire of the background lamp 80 to an integrated circuit of the PCB after the power supply signal wire is converged at the left end or the right end of the background lamp; a remote control receiver 70 is integrated at one end of the front surface of the PCB 400 above the display screen 200, and the remote control receiver 70 is a far infrared receiver and can have a bluetooth function; a plurality of identification areas are arranged on the display screen 200, and the identification areas specifically comprise the following contents:

the system comprises a remote control identification display area 1, a fan state identification area 2, a week display area 3, a main equipment state area 4, current working time period starting time 5, a current working time period starting identification 6, a current working time period ending identification 7, current working time period ending time 16, a locking state display area 8, a working time period number display area 9, a current time period number display area 10, a current time period effective running time ratio area 11, a current equipment running state identification area 12, a countdown area 13, an effective working time identification area 14 and a local time display area 15;

the keys comprise a MODE key 30, a SET key 40, an UP key 50 and a DOWN key 60, wherein the DOWN key is simultaneously used as a device test key; the PCB is simultaneously connected with a power supply connecting wire and an electricity storage unit, and the main equipment is also simultaneously connected with the power supply connecting wire and the electricity storage unit;

the specific display contents of each identification area are as follows:

remote control identification display area 1: when the infrared remote control function is started, the remote control identification is displayed, and when the infrared remote control function is not started, the remote control identification is not displayed;

fan status identification zone 2: when the fan is started to operate, the fan icon is displayed, and when the fan is closed, the fan icon is not displayed;

day display area 3: displaying week English abbreviation marks;

master status area 4: the working state of the main equipment is marked, the main equipment icon is displayed when the main equipment works, and the main equipment icon is not displayed when the main equipment stops running;

current operating period start time 5: displaying the starting time of the current working time period;

current operating period start flag 6: displaying a start identifier of the current working time period;

end of current working period identifier 7: displaying an end identifier of the current working time period;

current operating period end time 16: displaying the end time of the current working time period;

lock state display area 8: displaying a locking identification, displaying a locking identification icon when the running state of the equipment is locked, and not displaying the locking identification icon when the running state of the equipment is not locked;

number of operating period bit display area 9: displaying the total number of bits of all working time periods set in one cycle:

current time period bit display area 10: displaying the currently executed working time period bit;

current time period bit valid run time proportion area 11: displaying the proportional relation between the effective running time in the current working time period and the total duration of the current working time period; conversion of specific effective operating time ratio: the total duration of the current working time period is 200s, the pause time + the effective working time is 200s, and the effective running time accounts for 100% of the effective working time/200; the effective operation time accounts for the setting range: the effective operation time accounts for 3% -5% of the lowest value, the effective operation time is increased progressively according to 5% of grade difference, and the effective operation time accounts for not more than 95% of the highest value;

current device operating state identification area 12: displaying the running state of the current equipment, displaying W when the current equipment works normally, and displaying P when the current equipment stops working; when the current week is one of the working week combinations set in one cycle period and the Beijing time is within the effective running time range of any working time period set in one cycle period, displaying that the W equipment is in a normal working state or displaying that the P equipment stops working;

countdown area 13: displaying the working and stop countdown of the corresponding section of the working time period;

effective operating time identification area 14: displaying whether the current working time period is in the effective working time or not;

local time display area 15: and displaying real-time Beijing time.

Further, the MODE key, the SET key, the UP key, the DOWN key and the remote control receiver are specifically used as follows:

1. operation of MODE key:

1.1, after being electrified, a main menu page is displayed by default, and the display contents comprise a fan state identification area, a locked state display area, a remote control identification display area and a week display area, wherein the week display area marks the selected week combination; as shown in fig. 5;

1.2 pressing MODE key for the first time defaults to display, time period 8:00-22: 00; as shown in fig. 6;

1.3 pressing MODE key for the second time for default display, wherein the default effective running time accounts for 60 percent; as shown in fig. 7;

1.4 the default display is carried out when the MODE key is pressed for the third time and no time period is set, and 5 time periods are total; as shown in fig. 8;

1.5 by analogy, default display is carried out when a MODE key is pressed and time periods are not set, and 5 time periods are total; returning to the main menu page after pressing; as shown in fig. 9;

1.6 resetting by pressing a MODE key for 5s for a long time (returning to factory settings), returning to a main menu page, wherein the resetting time period is 8:00-22:00, and the effective operation time accounts for 60%; as shown in fig. 10;

2. operation of SET Key

2.1 pressing SET key for the first time to adjust default display of Beijing time, displaying related icons, and flashing clock to process editable state; the displayed icon is as shown in FIG. 11;

2.2 pressing SET key for the second time to adjust default display of Beijing time, displaying relevant icons, flashing for one minute to process editable state; the displayed icon is as shown in fig. 12;

2.3 pressing SET key for the third time to adjust Beijing time default display, displaying related icons, defaulting and selecting all on weeks 1-7, blinking at the currently selected week position and editing state, and displaying all English letters on the week; the displayed icon is as shown in fig. 13;

2.4 Lock machine

2.4.2 operating the SET key for 5 seconds on any page, locking the machine, saving the current page, and jumping back to the main menu page; as shown in fig. 15;

3. operation of UP key

3.1 pressing UP key to edit the concentration flicker of the first time section by default and displaying the related icon; the displayed icon is as shown in fig. 16;

3.2 in the density menu page entered by the UP key, confirming the density by the MODE key, switching the density flash edition corresponding to the second time period, displaying related icons, and if the second time period is not set, ignoring entering the 3 rd time period; and so on; the displayed icons are as shown in FIG. 17;

3.3 the concentration menu page entered by the UP key, pressing the MODE key to switch the next concentration, and directly switching to the displayed main menu page if the concentration is not set for all the segments; and immediately turning off the backlight; as shown in fig. 18;

3.4 pressing UP key in editing week, belonging to confirm key and selecting next one, when selecting next one, it will display in flash. It is an enlarged meaning in time editing; as shown in fig. 19;

3.5 pressing UP key in the density page to show that the density is increased; as shown in fig. 20;

3.6 operating the long-time pressing of the UP key for 5 seconds on the main menu page to turn on and off the fan; as shown in fig. 21;

4. operation of DOWN key

4.1 pressing DOWN key, which is a test key, on the main menu page, forcibly starting the air pump and the fan for 8s, ending the countdown to 0, or performing any key bundle operation, and returning to the main menu page; as shown in fig. 22;

4.2 pressing DOWN key in the editing week, belonging to cancel key; the meaning of plus or minus in time editing; as shown in fig. 23;

4.3 pressing DOWN key in the density page means decrease; as shown in fig. 24;

all the identification areas are combined through lines to form display icons, and the full-set width of each icon is not less than 0.05 mm;

5. backlight operation of display screen

1. When the corresponding key is pressed, the back is bright when the operation can be performed;

2. when not operating, the backlight 10s is turned off;

3. after a MODE key of one period is not pressed, when a main menu page is displayed, the backlight immediately turns off;

the identification icons of the main device status area and the fan status identification area are dynamic icons, wherein the display process of the dynamic icons of the main device status area is sequentially displayed as shown in fig. 26, the identification icon of the fan status identification area is shown in fig. 27, and the dynamic icon is in a rotating state.

Furthermore, the casing 100 is provided with a closed box-shaped mounting seat 101, an open box-shaped upper cover 102 is hinged on the mounting seat 101, the PCB and the main equipment are fixedly mounted inside the mounting seat, a slotted hole is formed in the mounting seat corresponding to the position of the display screen, the display screen protrudes out of the mounting seat from the slotted hole, and the menu, the setting, the increasing and the decreasing keys are sequentially arranged below the display screen from left to right and extend out of the front of the mounting seat 101; the upper cover 102 covers and protects the front side outside the mounting seat 101, and a transparent window is arranged at the position of the upper cover corresponding to the display screen, so that the display content of the display screen can be observed conveniently.

The control method of the atomizing device applied to the perfuming machine comprises the following operation steps:

s3, setting the duty ratio of the working time and the effective running time: at most 5 working time periods can be set every day, each working time period respectively operates independently, and effective operation time ratio is respectively set;

note that: one working time period can only control the time of one day, namely the longest working time period of one working time period can only be less than 24 hours, if the working time period exceeds the range, the setting is automatically switched to the next working time period to be set or not to work, and if the working time period of a cross-day is required to be set (the time of one day of the system is 00: 00-23: 59), the two working time periods can be combined and set; for example, the work period is from 20 pm: 00 start, until the next morning 1: 00, it needs to be controlled by 2 time periods, the first working time period is 20: 00-23: 59, the second operating period is 00: 01-1: 00 can the work period be realized from 20 pm: 00 start, until the next morning 1: 00 is finished;

namely: the duration of one working time period is less than or equal to 24 hours, and if the duration of one working time period exceeds the range and is more than 24 hours, the system is automatically switched to the setting of the next working time period or stops working; if the system needs to set a cross-over midnight 24: the working time period of 00 (the time of the system in one day is 00: 00-23: 59) can be set by combining the two working time periods; for example, the work period is from 20 pm: 00 start, until the next morning 1: 00 is over, 2 time periods are needed for control; the first operating period was 20: 00-23: 59, the second operating period is 00: 01-1: 00 can be controlled;

The operation content of the test key test equipment is as follows: pressing DOWN key on the working page, and starting the device forcibly for 8 seconds.

The invention is applied to the atomization device of the perfuming machine, and is also provided with a remote controller, each perfuming machine can be respectively provided with one remote controller, and a plurality of perfuming machines can share one remote controller, so that one remote controller can respectively control a single perfuming machine within an effective distance, and other perfuming machines outside the effective distance can not be interfered; setting a remote controller: pressing the F/ON key to send data and turn ON the equipment, turning OFF the remote control or controlling the equipment to be in a standby state by the OFF key, controlling the air pump and the fan to stop working completely, and stopping working immediately even if the system is in an effective working time period; through remote control, the operation that the power supply is cut off on site or the local time is adjusted to be out of the range of the effective working time period is not needed, so that the operation time is saved and the efficiency is improved.

The PCB is also provided with a buzzer, and when any one of a MODE key, a SET key, an UP key and a DOWN key is pressed once or remotely operated by a remote controller, the corresponding honey device can send out a dropping prompt tone to play a striking prompting role; when the equipment is controlled by the remote controller in the daytime, the ambient light is sufficient, the light of the background light is not obvious, and the content of the display screen is not easy to see clearly; the perfuming machine is usually arranged at a higher position, so that the content displayed by the display screen is inconvenient to observe; the prompt tone which is sent out by the honey device can confirm the effectiveness of the key or the remote control operation.

The invention is not limited to the above alternative embodiments, and any other various forms of products can be obtained by anyone in the light of the present invention, but any changes in shape or structure thereof, which fall within the scope of the present invention as defined in the claims, fall within the scope of the present invention.

Claims

1. An atomizing device characterized by: the display screen is integrated in the middle of the front surface of the PCB, the keys are integrated in the front surface of the PCB and positioned below the display screen, and background lights are arranged between the display screen and the PCB; a remote control receiver is integrated at one end of the front surface of the PCB above the display screen; be provided with a plurality of sign areas on the display screen, the sign area is including:

the week display area: displaying week English abbreviation marks;

the current equipment running state identification area: displaying the running state of the current equipment, displaying W when the current equipment works normally, and displaying P when the current equipment stops working; when the current week is one of the working week combinations set in one cycle period and the Beijing time is within the effective operation time range of any working time period set in one cycle period, displaying that the W equipment is in a normal working state or displaying that the P equipment stops working;

local time display area: and displaying real-time Beijing time.

2. The atomizing device of claim 1, wherein: the conversion method of the specific effective running time ratio of the current time period bit effective running time ratio area comprises the following steps: the total duration of the current working time period is 200s, the pause time + the effective working time is 200s, and the effective running time is 100% of the effective working time/200.

3. The atomizing device of claim 1, wherein: the effective operation time accounts for a set range: the effective operation time accounts for 3% -5% of the lowest value, the effective operation time is increased according to 5% of grade difference, and the effective operation time accounts for not more than 95% of the highest value.

4. The atomizing device of claim 1, wherein: the MODE key, the SET key, the UP key and the DOWN key are specifically operated and used in the following ways:

1. operation of MODE key:

1.3 pressing MODE key for the second time for default display, wherein the default effective running time accounts for 60 percent;

1.6 resetting by pressing a MODE key for 5s for a long time, returning to a main menu page, wherein the resetting time period is 8:00-22:00, and the effective running time accounts for 60 percent;

2. operation of SET Key

2.4 Lock machine

3. operation of UP key

3.4 pressing UP key in the editing week, belonging to the determination key and selecting the next one, and displaying in a flashing mode when selecting the next one; the UP key represents enlargement in the time editing process;

3.6, operating the UP key for 3-10 seconds on the main menu page to turn on and off the fan;

4. operation of DOWN key

5. The atomizing device of claim 1, wherein: all the identification areas are combined through lines to form display icons, and the full-concentration width of each icon is not less than 0.05 mm.

6. The atomizing device of claim 1, wherein: and the identification icons of the main equipment state area and the fan state identification area are dynamic icons.

7. The atomizing device of claim 1, wherein: the casing is including the box-like upper shield of opening and the box-like mount pad of closure, and PCB board, main equipment fixed mounting are inside the mount pad, and the position that corresponds to the display screen on the mount pad is provided with the slotted hole, and the display screen is outside from slotted hole protrusion to the mount pad. The menu, the setting, increasing and decreasing keys are sequentially arranged below the display screen from left to right; and a transparent window is arranged at the position of the upper cover corresponding to the display screen.

8. A control method for the atomizing device according to any one of claims 1 to 7, characterized in that: the method comprises the following operation steps:

s3, setting the duty ratio of the working time and the effective running time: setting up 5 working time periods at most every day, wherein each working time period operates independently and the effective operating time ratio is set up respectively;

s4, setting the effective running time ratio rapidly: pressing an UP key on a working page, switching to a concentration setting page, pressing the UP key and a DOWN key to set the concentration, and pressing the DOWN key to determine a concentration page entering the next currently set working time period until the concentration page returns to the working page;

s6, turning on a fan: pressing UP key for 5 seconds for a long time, and turning off the fan; pressing the UP key for 5 seconds again, and turning on the fan; displaying and displaying the picture of the fan on the corresponding screen;

s7, turning on remote control settings: pressing DOWN key for 5 seconds, starting infrared remote control function, and displaying icon;

9. The atomizing device control method according to claim 8, characterized in that: the operation content of the test key test equipment is as follows: pressing DOWN key on the working page, and starting the device for 8 seconds.

10. The atomizing device control method according to claim 8, characterized in that: the method is characterized in that: the backlight lamp operation method is also included: