CN112938263A

CN112938263A - Intelligent odorless garbage storage method and system

Info

Publication number: CN112938263A
Application number: CN202110463347.XA
Authority: CN
Inventors: 孙青臣; 何玉锐; 陈向前; 万颖; 秦震; 周继萍
Original assignee: Kangzhiwei Zhejiang Technology Co ltd
Current assignee: Kangzhiwei Zhejiang Technology Co ltd
Priority date: 2021-04-28
Filing date: 2021-04-28
Publication date: 2021-06-11

Abstract

The invention relates to an intelligent odorless garbage storage method and system, aiming at solving the problem of peculiar smell of a garbage can, the front part of a garbage storage room is provided with a recyclable, kitchen waste, harmful and other garbage cans; garbage cans capable of moving outwards are arranged in the garbage cans respectively, and a front door of the garbage can, a front garbage throwing door and a display for displaying the garbage throwing condition in the garbage cans are arranged at the lower part, the middle part and the upper part of the garbage cans respectively; the inner wall of the dustbin is provided with a negative pressure air suction opening which is communicated with a negative pressure discharge pipe provided with a filter, a negative pressure pump and a sterilization and deodorization box; the electronic switch linked with the front door for putting garbage is electrically connected with the intelligent controller to control the negative pressure pump; when rubbish is thrown into the front door, the intelligent controller starts the negative pressure pump to discharge the negative pressure in the space in the dustbin, and the peculiar smell is prevented from overflowing from the rubbish throwing front door by forming the negative pressure condition of the dustbin and the dustbin. The garbage can not overflow peculiar smell when being thrown, the enthusiasm and the quality effect of garbage classification throwing are obviously improved, and the ambient atmospheric environment is protected.

Description

Intelligent odorless garbage storage method and system

Technical Field

The invention relates to a garbage storage method, in particular to an intelligent odorless garbage storage method and system.

Background

The existing temporary garbage house is easy to generate odor and pollute the surrounding atmospheric environment. In addition, the odor generated also affects the enthusiasm of people for classifying and putting in the garbage and the garbage storage efficiency.

Disclosure of Invention

The invention aims to overcome the defects in the prior art, provides an intelligent odorless garbage storage method which can not overflow peculiar smell when garbage is thrown in, and also relates to a system for realizing the method.

In order to achieve the purpose, the intelligent odorless garbage storage method is characterized in that a recyclable garbage can, a kitchen garbage can, a harmful garbage can and other garbage cans are arranged at the front part of a garbage storage room; garbage cans capable of moving outwards are arranged in the garbage cans respectively, and a front door of the garbage can, a front door for garbage throwing and a display for displaying the garbage throwing condition in the garbage cans are arranged at the lower part, the middle part and the upper part of the garbage cans respectively; the inner wall of the garbage can is provided with a negative pressure air suction opening which is communicated with a negative pressure discharge pipe which is provided with a filter, a negative pressure pump and a sterilization and deodorization box and extends from the garbage containing room; the electronic switch linked with the front door for putting garbage is electrically connected with the intelligent controller to control the negative pressure pump; when rubbish is thrown into the qianmen, the intelligent control ware starts the negative pressure pump and carries out the negative pressure emission of dustbin inner space, has the negative pressure condition through forming dustbin and garbage bin, prevents that the rubbish peculiar smell from spilling over from rubbish throwing into qianmen in the garbage bin to the odorless when realizing rubbish and throwing in. The sterilizing and deodorizing box is an ultraviolet sterilizing and deodorizing box, and is a return circuitous pipeline which sucks and exhausts air and flows through ultraviolet sterilizing lamps arranged in sections in the sterilizing and deodorizing box. A garbage guide bell mouth facing the garbage can mouth is arranged at a position lower than a front garbage throwing door in the garbage can, and the negative pressure air suction opening is arranged on the inner wall of the garbage can at the periphery of the garbage guide bell mouth; the position in the dustbin higher than the front garbage throwing door is provided with a camera facing the opening of the garbage can, and the garbage throwing condition in each garbage can is displayed in real time through the display. People put garbage into the garbage can in a classified mode according to the representation of each garbage can and the reference display. The garbage can not overflow peculiar smell when being thrown, the enthusiasm and the quality effect of garbage classification throwing are obviously improved, and the ambient atmospheric environment is protected.

As optimization, a proximity switch is arranged above a front garbage throwing door, the front garbage throwing door is provided with an electric door opening and closing actuator, and the proximity switch is electrically connected with the electric door opening and closing actuator through an intelligent controller; a manual door opening button is arranged above the front garbage throwing door, and a door opening supporting spring, a marble and a pit for clamping the front garbage throwing door in a door closing state are arranged between the front garbage throwing door and the door frame; when the proximity switch detects that people put garbage, the intelligent controller opens the front garbage putting door through the door opening and closing actuator, and after the garbage is put, the proximity switch loses a detection signal and automatically closes the front garbage putting door; when the manual door opening button is pressed, the marble exits from the pit, the front garbage throwing door is automatically opened under the action of the supporting spring for throwing garbage, after the garbage is thrown, the front garbage throwing door is manually pushed back to reset, and the front garbage throwing door in a closed state is clamped by matching the marble and the pit. The manual door opening is used for standby when the automatic door opening and closing fails. The garbage can not overflow peculiar smell when being thrown, the enthusiasm and the quality effect of garbage classification throwing are obviously improved, and the ambient atmospheric environment is protected.

As optimization, the dustbin is respectively provided with a micro monitoring device and a disinfectant atomizing nozzle for detecting the garbage condition in the dustbin in real time, the disinfectant atomizing nozzle is communicated with a centrifugal delivery pump through an atomizing electric control valve, and the centrifugal delivery pump is communicated with a high-level disinfectant storage tank or a disinfectant production machine through an ultrasonic atomizing device; the miniature monitoring device is electrically connected with the intelligent controller through the centrifugal delivery pump, the ultrasonic atomization device and the spray electric control valve, and the intelligent controller starts the centrifugal delivery pump and the ultrasonic atomization device to automatically spray, disinfect and deodorize the garbage in the garbage can according to the garbage containing condition detected by the miniature monitoring device; the position that is higher than rubbish input qianmen in the dustbin sets up the camera towards the garbage bin mouth, and passes through the rubbish input condition in each garbage bin is shown in real time to the display, and intelligent control passes through wireless communication module wireless communication and links administrator's smart mobile phone, and the administrator accomodates the condition according to each garbage bin that display or smart mobile phone show, carries out manual spraying disinfection deodorization to rubbish in the garbage bin through smart mobile phone and intelligent control start centrifugal delivery pump and ultrasonic atomization device. The miniature monitoring device comprises a camera for shooting the garbage in the garbage can, and the camera is electrically connected with the intelligent controller and the displays at the upper parts of the garbage cans through the intelligent garbage recognizer; when the intelligent garbage recognizer recognizes that the garbage needing to be disinfected and deodorized is thrown in through the camera, the intelligent recognizer starts the centrifugal delivery pump and the ultrasonic atomization device to carry out spraying disinfection and deodorization on the garbage in the garbage can; the disinfectant is 84 disinfectant.

As an optimization, a garbage bag bundling mechanism is arranged at the upper end of the garbage can, a transverse correlation infrared detector electrically connected with an intelligent controller is arranged on the inner wall of the garbage can at a position higher than the opening of the garbage can or the micro monitoring device is used for detecting the garbage throwing condition in the garbage can, when the garbage in the garbage can is full, a receiver of the infrared detector cannot receive a correlation signal or the micro monitoring device detects that the garbage is full, the intelligent identifier opens the garbage bag bundling mechanism to bundle the full garbage bag, and locks the garbage throwing front door of the garbage can through the intelligent controller and sends a garbage can full alarm signal to the intelligent mobile phone of a manager. The garbage bag bundling mechanism is characterized in that a Q-shaped annular storage tank for a tightening and drawing belt is arranged at the upper end of a garbage can, and the head end of the tightening and drawing belt is connected with a head end pulling machine; the power line of the head end pulling machine is wound and unwound by a power line winding and unwinding reel supported by a return coil spring arranged on the rear wall of the garbage can along the garbage can. The inner wall of the dustbin is provided with a transverse correlation infrared detector electrically connected with the intelligent controller at the inner side of the rear wall higher than the opening of the dustbin and the inner side of the front door. The garbage can also be vibrated before the opening of the garbage bag is bound, so that the garbage in the can is sunk and then bound; the vibration can be realized by the lifting of an electric push rod below the supporting plate of the garbage can.

The garbage can is parallelly provided with a cleaning washstand attached with a box-type movable space with an upper front opening, a water mixing faucet of the cleaning washstand is serially provided with a manual regulating valve and an electric control valve electrically connected with an intelligent controller, a disinfectant inlet of the water mixing faucet is communicated with a high-level disinfectant storage tank or a disinfectant production machine through a check valve pipe, and a tap water inlet of the water mixing faucet is communicated with a tap water pipe or a high-level water storage tank through the check valve pipe. The other front surfaces of the garbage containing room except the garbage can and the movable space above the clean washstand are provided with sand blasting panels.

The garbage bin bottom is provided with a garbage bin supporting plate of which the rear end is provided with an upward extending limiting edge, the front part of the bottom surface in the garbage bin is provided with at least two parallel supporting legs for movably supporting the bottom surface of the front part of the garbage bin supporting plate, the rear part of the bottom surface in the garbage bin is provided with an electric push rod for movably supporting the bottom surface of the rear part of the garbage bin supporting plate and electrically connecting an intelligent controller, and the two supporting legs or the electric push rod are hinged with the garbage bin supporting plate; the garbage bin supporting rollers which are transversely arranged side by side are hinged to the garbage bin supporting plate, when the electric push rod ascends, the garbage bin slides to the front door side of the garbage bin along the supporting rollers, and when the electric push rod descends, the garbage bin slides to the inner side along the supporting rollers. A door control switch electrically connected with the intelligent controller is arranged at the front door of the dustbin, and when the front door of the dustbin is closed, the door control switch limits the electric push rod to ascend through the intelligent controller; when the front door of the dustbin is opened, the door control switch controls the electric push rod to ascend through the intelligent controller.

As optimization, a garbage can bagging mechanism matched with a garbage can is arranged in the garbage can, a solar cell panel is arranged on the top surface of a slope of the garbage containing room and the extending slope of the garbage containing room, and the solar cell panel and a mains supply line are communicated with various electrical appliances through an electric power storage power supply. The garbage storage room is provided with a side door, and a tool storage room is arranged in the side door. The other front of rubbish containing room except dustbin sets up the sandblast panel. The sand blasting panel is provided with an electronic advertisement screen electrically connected with the intelligent controller and used for propagandizing garbage classification knowledge and other environmental protection knowledge and knowledge of harmony between people and nature; the broadcasting content and time of the electronic advertisement screen are set and controlled by the intelligent mobile phone of an administrator.

A garbage can bagging mechanism matched with a garbage can of each garbage can is arranged in each garbage can respectively, the garbage can bagging mechanism is that a garbage can belt coil damping shaft storage device is arranged at the top of the garbage can extending upwards to the upper part of a display, a vertical telescopic mechanism is arranged at the top of the garbage can in a sealing mode through a vertical through hole, and a sealing movable door is arranged on the rear side of the upper part of the garbage can; the garbage can comprises a vertical telescopic mechanism, a main telescopic arm, an auxiliary telescopic arm, a transverse hot-pressing sealer of a garbage can belt, a transverse gripper of the garbage can belt, a garbage bag sleeve device and a garbage can reset sensor, wherein the main telescopic arm extends downwards from the vertical telescopic mechanism, the auxiliary telescopic arm extends downwards from the main telescopic arm, the lower end of the main telescopic arm extends downwards to the upper part of a garbage can opening is provided with the transverse hot-pressing sealer of the garbage can belt, the lower end of the auxiliary telescopic arm extends downwards to the inner bottom of the garbage can is provided with the transverse gripper of the garbage can belt, the transverse cutter of the garbage can belt and the garbage bag sleeve device are sequentially arranged between the transverse hot-pressing sealer and the garbage can opening from top to bottom in a garbage can, the upper end of the garbage can belt is sucked before the garbage can belt is cut off, the garbage can belt is pulled and; vertical telescopic machanism and horizontal hot pressing sealer and horizontal disjunctor, disposal bag cover mouthpart, reset sensor electricity link intelligent control ware. The lower end of a garbage can belt is clamped by a reset sensor at the lower end of an auxiliary telescopic arm of a vertical telescopic mechanism through an intelligent controller, the lower end of the garbage can belt and the lower end of a main telescopic arm of the vertical telescopic mechanism are controlled by an intelligent controller to respectively descend to the lower part and the upper part of a transverse cutter, a transverse hot-pressing sealer firstly releases the garbage can belt at the height position of the transverse hot-pressing sealer, the transverse clamper at the lower end of the auxiliary telescopic arm clamps the garbage can belt and then descends to the inner bottom of the garbage can, meanwhile, the transverse hot-pressing sealer releases the garbage can belt at the height position of the transverse hot-pressing sealer, the transverse clamper at the lower end of the auxiliary telescopic arm releases the lower end of the garbage can belt and then ascends to the lower part of the transverse hot-pressing sealer to clamp the garbage can belt again, a garbage bag sealer sucks the garbage can belt below the transverse clamper, and the garbage can belt at the height position of the transverse sealer between, the garbage bag sleeving device clamps the upper opening of the cut garbage bag, retreats towards the periphery, descends towards the periphery of the garbage can opening, resets after loosening the upper opening of the cut garbage bag when running to the position below the periphery of the opening end of the garbage can, and finally lifts the auxiliary telescopic arm and the main telescopic arm which clamp the lower end of the garbage can belt to reset, so that a garbage throwing channel above the garbage can is opened, and the bag sleeving process is completed. The vertical telescopic mechanism is of an electric push rod type or a pneumatic cylinder type.

The garbage bag opening sleeving device is characterized in that two pairs of four vertical electric push rods electrically connected with the intelligent controller are arranged at the position, higher than the upper opening of the garbage can, of the inner periphery of the garbage can, the upper ends of the vertical electric push rods are respectively provided with an inward extending transverse electric push rod electrically connected with the intelligent controller, the inner ends of the transverse electric push rods are provided with negative pressure suction nozzles, and the two pairs of negative pressure suction nozzles are respectively oppositely arranged on the two side surfaces of a downward-leading garbage can belt; the front end face of the negative pressure suction nozzle is provided with a plurality of suction holes which are densely distributed in parallel, the negative pressure suction nozzles are respectively and jointly communicated with a negative pressure main pipe provided with an emptying electric control valve and an on-off electric control valve through a negative pressure hose, the negative pressure main pipe is communicated with a vacuum pump of the intelligent controller through a filter and a buffer tank, and the electric control valve is electrically connected with the intelligent controller; each negative pressure hose and the negative pressure main pipe are respectively provided with an electronic vacuum gauge electrically connected with the intelligent controller. After all electronic vacuum gauges detect the vacuum degree and descend, the intelligent control ware just can control the vertical electric push rod that the horizontal electric push rod of interior stretching contracts after and the retrusion targets in place and stretches down, when vertical electric push rod stretches down and targets in place the back, closes break-make automatically controlled valve and vacuum pump and opens the automatically controlled valve of unloading, after all electronic vacuum gauges detected to lose the vacuum degree, the intelligent control ware just can control vertical electric push rod and contract on and reset.

The system for realizing the intelligent odorless garbage storage method is characterized in that a recyclable garbage can, a kitchen garbage can, a harmful garbage can and other garbage cans are arranged at the front part of a garbage storage room; garbage cans capable of moving outwards are arranged in the garbage cans respectively, and a front door of the garbage can, a front door for garbage throwing and a display for displaying the garbage throwing condition in the garbage cans are arranged at the lower part, the middle part and the upper part of the garbage cans respectively; the inner wall of the garbage can is provided with a negative pressure air suction opening which is communicated with a negative pressure discharge pipe which is provided with a filter, a negative pressure pump and a sterilization and deodorization box and extends from the top of the garbage containing house; the electronic switch linked with the front door for putting garbage is electrically connected with the intelligent controller to control the negative pressure pump; when rubbish is put in the qianmen and is opened, the intelligent control ware starts the negative pressure pump and carries out the negative pressure emission of dustbin inner space, through the negative pressure condition that forms dustbin and garbage bin, prevents that the rubbish peculiar smell from spilling over from rubbish input qianmen in the garbage bin to the odorless when realizing rubbish and putting. A garbage guide bell mouth facing the garbage can mouth is arranged at a position lower than a front garbage throwing door in the garbage can, and the negative pressure air suction opening is arranged on the inner wall of the garbage can at the periphery of the garbage guide bell mouth; the position in the dustbin higher than the front garbage throwing door is provided with a camera facing the opening of the garbage can, and the garbage throwing condition in each garbage can is displayed in real time through the display. The sterilizing and deodorizing box is an ultraviolet sterilizing and deodorizing box, and is a return circuitous pipeline which sucks and exhausts air and flows through ultraviolet sterilizing lamps arranged in sections in the sterilizing and deodorizing box. People put garbage into the garbage can in a classified mode according to the representation of each garbage can and the reference display. The garbage can not overflow peculiar smell when being thrown, the enthusiasm and the quality effect of garbage classification throwing are obviously improved, and the ambient atmospheric environment is protected.

As optimization, a proximity switch is arranged above a front garbage throwing door, the front garbage throwing door is provided with an electric door opening and closing actuator, and the proximity switch is electrically connected with the electric door opening and closing actuator through an intelligent controller; a manual door opening button is arranged above the front garbage throwing door, and a door opening supporting spring, a marble and a pit for clamping the front garbage throwing door in a door closing state are arranged between the front garbage throwing door and the door frame. When proximity switch detects people and puts in rubbish, intelligent control ware opens rubbish through switch door executor and puts in the qianmen, and rubbish is put in the back, and proximity switch loses the detection signal, and self-closing rubbish is put in the qianmen. When the manual door opening button is pressed, the marble exits from the pit, the front garbage throwing door is automatically opened under the action of the supporting spring for throwing garbage, after the garbage is thrown, the front garbage throwing door is manually pushed back to reset, and the front garbage throwing door in a closed state is clamped by matching the marble and the pit. The manual door opening is used for standby when the automatic door opening and closing fails.

As optimization, the dustbin is respectively provided with a micro monitoring device and a disinfectant atomizing nozzle for detecting the garbage condition in the dustbin in real time, the disinfectant atomizing nozzle is communicated with a centrifugal delivery pump through an atomizing electric control valve, and the centrifugal delivery pump is communicated with a high-level disinfectant storage tank or a disinfectant production machine through an ultrasonic atomizing device; the miniature monitoring device is electrically connected with the intelligent controller through the centrifugal delivery pump, the ultrasonic atomization device and the spray electric control valve, and the intelligent controller starts the centrifugal delivery pump and the ultrasonic atomization device to automatically spray, disinfect and deodorize the garbage in the garbage can according to the garbage containing condition detected by the miniature monitoring device; the position that is higher than rubbish input qianmen in the dustbin sets up the camera towards the garbage bin mouth, and passes through the rubbish input condition in each garbage bin is shown in real time to the display, and intelligent control passes through wireless communication module wireless communication and links administrator's smart mobile phone, and the administrator accomodates the condition according to each garbage bin that display or smart mobile phone show, carries out manual spraying disinfection deodorization to rubbish in the garbage bin through smart mobile phone and intelligent control start centrifugal delivery pump and ultrasonic atomization device.

The miniature monitoring device comprises a camera for shooting the garbage in the garbage can, and the camera is electrically connected with the intelligent controller and the displays at the upper parts of the garbage cans through the intelligent garbage recognizer; when the intelligent garbage recognizer recognizes that the garbage needing to be disinfected and deodorized is thrown in through the camera, the intelligent recognizer starts the centrifugal delivery pump and the ultrasonic atomization device to carry out spraying disinfection and deodorization on the garbage in the garbage can; the disinfectant is 84 disinfectant.

As an optimization, a garbage bag bundling mechanism is arranged at the upper end of the garbage can, a transverse correlation infrared detector electrically connected with an intelligent controller is arranged on the inner wall of the garbage can at a position higher than the opening of the garbage can or the miniature monitoring device is used for detecting the garbage throwing condition in the garbage can, when the garbage in the garbage can is full, a receiver of the infrared detector cannot receive a correlation signal or the miniature monitoring device detects that the garbage is full, the intelligent identifier opens the garbage bag bundling mechanism to bundle the full garbage bag, and locks the garbage throwing front door of the garbage can through the intelligent controller and sends a garbage can full alarm signal to the intelligent mobile phone of an administrator. The garbage bag bundling mechanism is characterized in that a Q-shaped annular storage tank for a tightening and drawing belt is arranged at the upper end of a garbage can, and the head end of the tightening and drawing belt is connected with a head end pulling machine; the power line of the head end pulling machine is wound and unwound by a power line winding and unwinding reel supported by a return coil spring arranged on the rear wall of the garbage can along the garbage can. The inner wall of the dustbin is provided with a transverse correlation infrared detector electrically connected with the intelligent controller at the inner side of the rear wall higher than the opening of the dustbin and the inner side of the front door. The garbage can also be vibrated before the opening of the garbage bag is bound, so that the garbage in the can is sunk and then bound; the vibration can be realized by the lifting of an electric push rod below the supporting plate of the garbage can.

The garbage can is parallelly provided with a cleaning washstand attached with a box-type movable space with an upper front opening, a water mixing faucet of the cleaning washstand is serially provided with a manual regulating valve and an electric control valve electrically connected with an intelligent controller, a disinfectant inlet of the water mixing faucet is communicated with a high-level disinfectant storage tank or a disinfectant production machine through a check valve pipe, and a tap water inlet of the water mixing faucet is communicated with a tap water pipe or a high-level water storage tank through the check valve pipe. The other front surfaces of the garbage containing room except the garbage can and the movable space above the clean washstand are provided with sand blasting panels. The front of the sand blasting panel is provided with an electronic billboard for propagandizing garbage classification knowledge. The administrator can carry out on-off control on the electric control valve through the smart phone of the administrator.

The invention comprises the following steps: 1. divide urceolus dustbin and inner tube garbage bin, set up instrument district, clean washing district, the whole integrated design in categorised rubbish storage area. 2. The outer barrel garbage can inner wall (garbage storage area) is provided with a negative pressure port, the negative pressure port is connected to the lower part for negative pressure filtration, the sterilization integrated machine is provided with an air outlet which is led to the top through a pipeline for discharge, and the discharged gas is not peculiar smell any more after being treated. 3. Urceolus dustbin inner wall, inner tube garbage bin top sets up high pressure atomizer, and atomizer is connected to the antiseptic solution and connects non return device from inhaling mixing arrangement, and non return device connects the running water and irritates or other interim water from inhaling mixing arrangement, and disinfection and isolation device can judge the condition of receiving in the garbage bin according to inside miniature monitored control system, and automatic start sprays, disinfects. 4. When the micro monitoring probe on the inner wall of the outer barrel detects that the garbage in the inner barrel reaches a full line, a signal is sent to a display above the outer wall of the garbage barrel through the intermodal controller, and the display screen displays that the garbage in the garbage barrel is full and displays red; meanwhile, the controller is linked to start the inner-barrel garbage bag self-sealing device, so that the peculiar smell is prevented from leaking and the operation of a cleaner is more sanitary; meanwhile, the intermodal controller sends a signal to the communication module, and the communication module automatically sends a message to a responsible administrator to inform the administrator that the garbage is full and can be cleaned. 5. The garbage bin moves the mechanism outward outside the dustbin bottom side setting up of urceolus garbage bin, and after the administrator opened the outer door through the button, the garbage bin moved the mechanism effect outward outside outward at the garbage bin. 6. The inner barrel garbage can is provided with an automatic bagging device, so that automatic binding is realized after garbage is full, and peculiar smell is prevented from leaking; the garbage bin of inner tube garbage bin moves the mechanism outward and has garbage bin angle modulation function, is convenient for take out the inner bag. The inner bag adopts the full degradation disposal bag, avoids causing the secondary waste. 7. The outer barrel is externally provided with 5 areas which are respectively cleaning areas and can be used for additionally collecting garbage, unrecyclable garbage, other garbage and kitchen garbage. A display screen is arranged above each garbage containing device respectively; the display screen is green when not full through inside control display capacity, and is red after full, and during the red state, the containing port is no longer opened. 8. Display screen lower part, garbage bin upper portion sets up automatic containing port, and when the people is close to the containing port, infrared detection sends the instruction and opens the containing port, opens inside negative pressure device simultaneously, prevents that the peculiar smell from leaking, and the people leaves back self-closing. And if power is cut off, the power switch can be manually opened and closed again. 9. The upper part of the garbage storage room is provided with a rain-proof picking edge, an inclination angle of 30 degrees is set, a solar panel is arranged above the picking edge and the top, power is supplied to the lower part at ordinary times, and the garbage storage room is converted into an energy storage state under the non-use state to collect electric energy; when the self-supply of the equipment is insufficient, the commercial power is automatically switched, the normal operation of the equipment is guaranteed, and the carbon neutralization idea advocated by the state is also met. 10. And a monitoring system is arranged outside, and an administrator can remotely check the field condition in 24 hours. 11. The appearance is harmonious with the surrounding environment, and the harmonious promotion effect is achieved on the surrounding environment.

In a word, the temporary garbage room can not generate odor any more and can not pollute the surrounding environment; people are willing to actively classify and release the materials, and the + monitoring device is favorably driven; the garbage house becomes a landscape and has a beneficial effect on the surrounding environment; the storage efficiency is improved; the sanitation workers can not directly contact with the garbage, the garbage is clean and sanitary, and good job images are kept.

By adopting the technical scheme, the intelligent odorless garbage storage method and system have the advantages that peculiar smell cannot overflow when garbage is thrown, the enthusiasm and quality of classified throwing of the garbage are obviously improved, and the ambient atmospheric environment is protected.

Drawings

FIG. 1 is a schematic diagram of a front view of the intelligent odorless garbage collection system and method of the present invention; fig. 2 is a schematic side view of a single set of garbage can and garbage can according to the intelligent odorless garbage storage method and system of the invention.

Detailed Description

The invention relates to an intelligent odorless garbage storage method, wherein a recyclable garbage can, a kitchen garbage can, a harmful garbage can and other garbage cans are arranged at the front part of a garbage storage room; garbage cans capable of moving outwards are arranged in the garbage cans respectively, and a front door of the garbage can, a front door for garbage throwing and a display for displaying the garbage throwing condition in the garbage cans are arranged at the lower part, the middle part and the upper part of the garbage cans respectively; the inner wall of the garbage can is provided with a negative pressure air suction opening which is communicated with a negative pressure discharge pipe which is provided with a filter, a negative pressure pump and a sterilization and deodorization box and extends from the top of the garbage containing house; the electronic switch linked with the front door for putting garbage is electrically connected with the intelligent controller to control the negative pressure pump; when rubbish is thrown into the qianmen, the intelligent control ware starts the negative pressure pump and carries out the negative pressure emission of dustbin inner space, has the negative pressure condition through forming dustbin and garbage bin, prevents that the rubbish peculiar smell from spilling over from rubbish throwing into qianmen in the garbage bin to the odorless when realizing rubbish and throwing in. The sterilizing and deodorizing box is an ultraviolet sterilizing and deodorizing box, and is a return circuitous pipeline which sucks and exhausts air and flows through ultraviolet sterilizing lamps arranged in sections in the sterilizing and deodorizing box. A garbage guide bell mouth facing the garbage can mouth is arranged at a position lower than a front garbage throwing door in the garbage can, and the negative pressure air suction opening is arranged on the inner wall of the garbage can at the periphery of the garbage guide bell mouth; the position in the dustbin higher than the front garbage throwing door is provided with a camera facing the opening of the garbage can, and the garbage throwing condition in each garbage can is displayed in real time through the display. People put garbage into the garbage can in a classified mode according to the representation of each garbage can and the reference display.

A proximity switch is arranged above the front garbage throwing door, an electric door opening and closing actuator is arranged on the front garbage throwing door, and the proximity switch is electrically connected with the door opening and closing actuator through an intelligent controller; a manual door opening button is arranged above the front garbage throwing door, and a door opening supporting spring, a marble and a pit for clamping the front garbage throwing door in a door closing state are arranged between the front garbage throwing door and the door frame; when the proximity switch detects that people put garbage, the intelligent controller opens the front garbage putting door through the door opening and closing actuator, and after the garbage is put, the proximity switch loses a detection signal and automatically closes the front garbage putting door; when the manual door opening button is pressed, the marble exits from the pit, the front garbage throwing door is automatically opened under the action of the supporting spring for throwing garbage, after the garbage is thrown, the front garbage throwing door is manually pushed back to reset, and the front garbage throwing door in a closed state is clamped by matching the marble and the pit. The manual door opening is used for standby when the automatic door opening and closing fails. The garbage can not overflow peculiar smell when being thrown, the enthusiasm and the quality effect of garbage classification throwing are obviously improved, and the ambient atmospheric environment is protected.

The garbage can is respectively provided with a miniature monitoring device and a disinfectant atomizing nozzle for detecting the garbage condition in the garbage can in real time, the disinfectant atomizing nozzle is communicated with a centrifugal delivery pump through an atomizing electric control valve, and the centrifugal delivery pump is communicated with a high-level disinfectant storage tank or a disinfectant production machine through an ultrasonic atomizing device; the miniature monitoring device is electrically connected with the intelligent controller through the centrifugal delivery pump, the ultrasonic atomization device and the spray electric control valve, and the intelligent controller starts the centrifugal delivery pump and the ultrasonic atomization device to automatically spray, disinfect and deodorize the garbage in the garbage can according to the garbage containing condition detected by the miniature monitoring device; the position that is higher than rubbish input qianmen in the dustbin sets up the camera towards the garbage bin mouth, and passes through the rubbish input condition in each garbage bin is shown in real time to the display, and intelligent control passes through wireless communication module wireless communication and links administrator's smart mobile phone, and the administrator accomodates the condition according to each garbage bin that display or smart mobile phone show, carries out manual spraying disinfection deodorization to rubbish in the garbage bin through smart mobile phone and intelligent control start centrifugal delivery pump and ultrasonic atomization device. The miniature monitoring device comprises a camera for shooting the garbage in the garbage can, and the camera is electrically connected with the intelligent controller and the displays at the upper parts of the garbage cans through the intelligent garbage recognizer; when the intelligent garbage recognizer recognizes that the garbage needing to be disinfected and deodorized is thrown in through the camera, the intelligent recognizer starts the centrifugal delivery pump and the ultrasonic atomization device to carry out spraying disinfection and deodorization on the garbage in the garbage can; the disinfectant is 84 disinfectant.

Garbage bin upper end sets up disposal bag bundling mechanism, and the dustbin inner wall sets up the horizontal correlation infrared detector of electricity connection intelligent control ware or uses in the position that is higher than the garbage bin mouth the miniature monitoring device surveys and puts in the rubbish condition in the garbage bin, and when rubbish is full in the garbage bin, infrared detector's receiver can not receive correlation signal or miniature monitoring device detects rubbish and is full, intelligent recognition ware opens disposal bag bundling mechanism and ties up the disposal bag that has been full to throw in the rubbish qianmen of this garbage bin through intelligent control ware lock and send the alarm signal that the garbage bin is full to administrator's smart mobile phone. The garbage bag bundling mechanism is characterized in that a Q-shaped annular storage tank for a tightening and drawing belt is arranged at the upper end of a garbage can, and the head end of the tightening and drawing belt is connected with a head end pulling machine; the power line of the head end pulling machine is wound and unwound by a power line winding and unwinding reel supported by a return coil spring arranged on the rear wall of the garbage can along the garbage can. The inner wall of the dustbin is provided with a transverse correlation infrared detector electrically connected with the intelligent controller at the inner side of the rear wall higher than the opening of the dustbin and the inner side of the front door. The garbage can also be vibrated before the opening of the garbage bag is bound, so that the garbage in the can is sunk and then bound; the vibration can be realized by the lifting of an electric push rod below the supporting plate of the garbage can.

The garbage bin sets up in the dustbin with garbage bin complex garbage bin bagging machine constructs, and the slope top surface in room is accomodate to rubbish and is set up solar cell panel along the slope that extends along with it, and solar cell panel and mains power supply line pass through the power storage power supply and communicate each with electrical apparatus. The garbage storage room is provided with a side door, and a tool storage room is arranged in the side door. The other front of rubbish containing room except dustbin sets up the sandblast panel. The sand blasting panel is provided with an electronic advertisement screen electrically connected with the intelligent controller and used for propagandizing garbage classification knowledge and other environmental protection knowledge and knowledge of harmony between people and nature; the broadcasting content and time of the electronic advertisement screen are set and controlled by the intelligent mobile phone of an administrator.

As shown in the figure, the system for realizing the intelligent odorless garbage storage method is characterized in that a recyclable garbage can, a kitchen garbage can, a harmful garbage can and other garbage cans are arranged at the front part of a garbage storage room 1; the garbage can 2 is internally provided with the garbage cans 3 which can move outwards, and the lower part, the middle part and the upper part of the garbage can 2 are respectively provided with a front garbage can door 21, a front garbage throwing door 22 and a display 23 for displaying the garbage throwing condition in the garbage cans 3; the inner wall of the garbage can 2 is provided with a negative pressure air suction opening 4, the negative pressure air suction opening 4 is communicated with a negative pressure discharge pipe 40 which is provided with a filter 41, a negative pressure pump 42 and a sterilization and deodorization box 43 and extends from the top of the garbage containing room 1; the electronic switch linked with the front garbage throwing door 22 is electrically connected with the intelligent controller to control the negative pressure pump 42; when the front garbage throwing door 22 is opened, the intelligent controller starts the negative pressure pump 42 to discharge the negative pressure in the garbage can 2, and the peculiar smell of the garbage in the garbage can 3 is prevented from overflowing from the front garbage throwing door 22 by forming the negative pressure conditions of the garbage can 2 and the garbage can 3, so that the deodorization during garbage throwing is realized. A garbage guide bell mouth 20 facing the garbage bin opening is arranged at a position lower than a front garbage throwing door 22 in the garbage bin 2, and the negative pressure air suction opening 4 is arranged on the inner wall of the garbage bin 2 at the periphery of the garbage guide bell mouth 20; a camera 24 facing the opening of the garbage can is arranged at a position higher than the front garbage throwing door 22 in the garbage can 2, and the garbage throwing condition in each garbage can 3 is displayed in real time through the display 23. The sterilizing and deodorizing box is an ultraviolet sterilizing and deodorizing box, and is a return circuitous pipeline which sucks and exhausts air and flows through ultraviolet sterilizing lamps arranged in sections in the sterilizing and deodorizing box. People put garbage into the garbage can in a classified mode according to the representation of each garbage can and the reference display. The garbage can not overflow peculiar smell when being thrown, is beneficial to improving the enthusiasm and quality of garbage classification throwing, and protects the ambient atmospheric environment.

A proximity switch 25 is arranged above the front garbage-throwing door 22, the front garbage-throwing door 22 is provided with an electric door opening and closing actuator, and the proximity switch 25 is electrically connected with the control door opening and closing actuator through an intelligent controller; a manual door opening button 26 is arranged above the front garbage-throwing door 22, and a door opening supporting spring, a marble and a pit for clamping the front garbage-throwing door in a door closing state are arranged between the front garbage-throwing door 22 and a door frame. When proximity switch detects people and puts in rubbish, intelligent control ware opens rubbish through switch door executor and puts in the qianmen, and rubbish is put in the back, and proximity switch loses the detection signal, and self-closing rubbish is put in the qianmen. When the manual door opening button is pressed, the marble exits from the pit, the front garbage throwing door is automatically opened under the action of the supporting spring for throwing garbage, after the garbage is thrown, the front garbage throwing door is manually pushed back to reset, and the front garbage throwing door in a closed state is clamped by matching the marble and the pit. The manual door opening is used for standby when the automatic door opening and closing fails.

The garbage can 2 is respectively provided with a miniature monitoring device and a disinfectant atomizing nozzle 5 which are used for detecting the garbage condition in the garbage can 3 in real time, the disinfectant atomizing nozzle 5 is communicated with a centrifugal delivery pump through an atomizing electric control valve, and the centrifugal delivery pump is communicated with a high-level disinfectant storage tank or a disinfectant production machine through an ultrasonic atomizing device; the miniature monitoring device is electrically connected with the intelligent controller through the centrifugal delivery pump, the ultrasonic atomization device and the spray electric control valve, and the intelligent controller starts the centrifugal delivery pump and the ultrasonic atomization device to automatically spray, disinfect and deodorize the garbage in the garbage can 3 according to the garbage containing condition detected by the miniature monitoring device; the position that is higher than rubbish in 2 of dustbin puts in qianmen 22 sets up the camera 24 towards the garbage bin mouth to through the rubbish situation of putting in 3 of each garbage bin is shown in real time to display 23, intelligent control ware passes through the wireless intercommunication of wireless communication module manager smart mobile phone. The administrator is according to the condition is accomodate to each garbage bin that display or smart mobile phone show, starts centrifugal delivery pump and ultrasonic atomization device through smart mobile phone and intelligent control ware and carries out manual spraying disinfection deodorization to rubbish in the garbage bin. The miniature monitoring device comprises a camera 24 for shooting the garbage in the garbage can 3, and the camera 24 is electrically connected with the intelligent controller and the display 23 at the upper part of each garbage can 2 through the intelligent garbage recognizer; when the intelligent garbage recognizer collects and recognizes the garbage needing to be disinfected and deodorized through the camera 24, the intelligent garbage recognizer starts the centrifugal delivery pump and the ultrasonic atomization device to carry out spraying disinfection and deodorization on the garbage in the garbage can; the disinfectant is 84 disinfectant.

The garbage can is characterized in that a garbage bag bundling mechanism 60 is arranged at the upper end of the garbage can 3, the inner wall of the garbage can 2 is provided with a transverse correlation infrared detector 6 electrically connected with an intelligent controller at a position higher than the opening of the garbage can 3 or is used for detecting the garbage throwing condition in the garbage can by the miniature monitoring device, when the garbage in the garbage can 3 is full, a receiving party of the infrared detector 6 cannot receive a correlation signal or the miniature monitoring device detects that the garbage is full, the intelligent identifier opens the garbage bag bundling mechanism 60 to bundle the full garbage bag opening, and locks the garbage throwing front door 22 of the garbage can 3 through the intelligent controller and sends a full alarm signal of the garbage can 3 to an intelligent mobile phone of a manager. The garbage bag bundling mechanism 60 is characterized in that a Q-shaped annular storage tank for a tightening and drawing belt is arranged at the upper end of a garbage can, and the head end of the tightening and drawing belt is connected with a head end pulling machine; the power line of the head end pulling machine is connected with the power line coiling and uncoiling reel 61 supported by a return coil spring arranged on the rear wall of the dustbin through the dustbin. The inner wall of the dustbin 2 is provided with a transverse correlation infrared detector 6 electrically connected with the intelligent controller at the inner side of the rear wall higher than the opening 3 of the dustbin and the inner side of the front door. The garbage can also be vibrated before the opening of the garbage bag is bound, so that the garbage in the can is sunk and then bound; the vibration can be realized by the lifting of an electric push rod below the supporting plate of the garbage can.

A cleaning washstand 7 attached with an upper front opening box type movable space is arranged on one side of the garbage can 2 in parallel, a water mixing faucet 71 of the cleaning washstand 7 is serially provided with a manual adjusting valve and an electric control valve electrically connected with an intelligent controller, a disinfectant inlet of the water mixing faucet 71 is communicated with a high-level disinfectant storage tank or a disinfectant production machine through a check valve pipe, and a tap water inlet of the water mixing faucet 71 is communicated with a tap water pipe or a high-level water storage tank through the check valve pipe. The front of the garbage containing room 1 except the garbage can 2 and the movable space above the clean washstand 7 is provided with a sand blasting panel 11. The sand blasting panel 11 is provided with an electronic advertisement screen electrically connected with the intelligent controller and used for propagandizing garbage classification knowledge and other environmental protection knowledge and knowledge of harmony between people and nature; the broadcasting content and time of the electronic advertisement screen are set and controlled by the intelligent mobile phone of an administrator.

The garbage bin supporting plate 70 with an upward extending limiting edge at the rear end is arranged at the bottom in the garbage bin 2, at least two parallel supporting legs 72 for movably supporting the bottom surface of the front part of the garbage bin supporting plate 70 are arranged at the front part of the bottom in the garbage bin 2, an electric push rod 73 for movably supporting the bottom surface of the rear part of the garbage bin supporting plate 70 and electrically connecting an intelligent controller is arranged at the rear part of the bottom in the garbage bin 2, and the two supporting legs 72 or the electric push rod 73 are hinged with the garbage bin supporting plate 70; the garbage bin supporting roller 74 transversely arranged in parallel is hinged to the upper surface of the garbage bin supporting plate 70, when the electric push rod 73 ascends, the garbage bin 3 slides to the front door 21 side of the garbage bin along the supporting roller 74, and when the electric push rod 73 descends, the garbage bin 3 slides to the inner side along the supporting roller 74. A door control switch electrically connected with the intelligent controller is arranged at the front door of the dustbin 2, and when the front door 21 of the dustbin is closed, the door control switch limits the electric push rod 73 to ascend through the intelligent controller; when the front door of the dustbin is opened, the door control switch controls the electric push rod to ascend through the intelligent controller.

Set up in dustbin 2 with 3 complex garbage bin bagging-off mechanisms of garbage bin, garbage collecting room 1's slope top surface and the slope that follows along is picked and is set up solar cell panel 10 on following, and solar cell panel 10 and mains power supply line pass through the power storage power supply and communicate each with electrical apparatus. The garbage storage room 1 is provided with a side door, and a tool storage room is arranged in the side door.

A garbage can bagging mechanism matched with the garbage can 3 is arranged in each garbage can 2 respectively, the garbage can bagging mechanism is that a garbage can tape roll 9 damping shaft reservoir 8 is arranged at the top in the garbage can 2 extending upwards to the position above the display 23, a vertical telescopic mechanism 80 is arranged at the top of the garbage can 2 in a sealing mode through a vertical through hole, and a sealing movable door 29 is arranged on the rear side of the upper portion of the garbage can 2; the vertical telescopic mechanism extends downwards to form a main telescopic arm 81, the main telescopic arm 81 extends downwards to form an auxiliary telescopic arm 82, the lower end of the main telescopic arm 81 extending downwards to be above the opening of the garbage can 3 is provided with a transverse hot-pressing sealer 810 of a garbage can belt, the lower end of the auxiliary telescopic arm 82 extending downwards to be at the bottom in the garbage can 3 is provided with a transverse gripper 820 of the lower end of the garbage can belt, a transverse cutter 83 of the garbage can belt and a garbage bag sleeve opener which is used for sucking the upper end of the garbage can belt before the garbage can belt is cut off and pulling the upper end of the garbage can belt below the opening of the garbage can after the garbage can belt is cut off and releasing the upper end of the garbage can belt below the opening of the garbage can after the garbage can belt is cut off are sequentially arranged from top to bottom in the garbage can 2, and a garbage can reset sensor matched with the garbage can 3 is arranged in each garbage can 2; vertical telescopic machanism 80 and horizontal hot pressing sealer 810 and horizontal disjunctor 83, disposal bag cover mouthpart, reset sensor electricity link intelligent control ware. The reset sensor sensing the reset signal of the garbage can 3 controls the lower end of the garbage can belt clamped by the transverse clamp 820 at the lower end of the auxiliary telescopic arm 82 of the vertical telescopic mechanism 80 and the lower end of the main telescopic arm 81 to respectively descend to the lower part and the upper part of the transverse cutter 83 through the intelligent controller, the transverse hot-pressing sealer 810 firstly carries out hot-pressing sealing on the garbage can belt at the height position and then releases the garbage can belt, the transverse clamp 820 at the lower end of the auxiliary telescopic arm 82 clamps the garbage can belt and then descends to the inner bottom part of the garbage can 3, meanwhile, the transverse hot-pressing sealer 810 carries out hot-pressing sealing on the garbage can belt at the height position and then releases the garbage can belt, the transverse clamp 820 at the lower end of the auxiliary telescopic arm 82 releases the garbage can belt and then ascends to the lower part of the transverse hot-pressing sealer 810 to clamp the garbage can belt again, the garbage bag sealer sucks the garbage can belt below the transverse clamp 820, and the transverse cutter 83 between the garbage bag sealer and the transverse clamp 820, the garbage bag sleeving device clamps the upper opening of the cut garbage bag, retreats towards the periphery, descends towards the periphery of the opening 3 of the garbage can, and resets after loosening the upper opening of the cut garbage bag when moving to the lower part of the periphery of the opening 3 of the garbage can, and finally lifts the auxiliary telescopic arm 82 and the main telescopic arm 81 which clamp the lower end of the garbage can belt to reset, so that the garbage feeding channel above the garbage can 3 is opened, and the bag sleeving process is completed. The vertical telescopic mechanism is of an electric push rod type or a pneumatic cylinder type.

The garbage bag mouth sleeving device is characterized in that two pairs of four vertical electric push rods 91 electrically connected with the intelligent controller are arranged at the position, higher than the upper opening of the garbage can 3, of the inner periphery of the garbage can 2, the upper ends of the vertical electric push rods 91 are respectively provided with an inward extending transverse electric push rod electrically connected with the intelligent controller, the inner ends of the transverse electric push rods are provided with negative pressure suction nozzles 90, and the two pairs of negative pressure suction nozzles 90 are respectively oppositely arranged on two side surfaces of a downward-leading garbage can belt; the front end face of the negative pressure suction nozzle 90 is provided with a plurality of suction holes which are densely distributed in parallel, the negative pressure suction nozzles 90 are respectively and jointly communicated with a negative pressure main pipe provided with an emptying electric control valve and an on-off electric control valve through a negative pressure hose, the negative pressure main pipe is communicated with a vacuum pump of the intelligent controller through a filter and a buffer tank, and the electric control valve is electrically connected with the intelligent controller; each negative pressure hose and the negative pressure main pipe are respectively provided with an electronic vacuum gauge electrically connected with the intelligent controller. After all electronic vacuum gauges detect the vacuum degree and descend, the intelligent control ware just can control the vertical electric push rod 91 that the horizontal electric push rod of interior stretching contracts after and the retrusion targets in place and stretches down, when vertical electric push rod 91 stretches down and targets in place the back, closes break-make electric control valve and vacuum pump and opens the automatically controlled valve of unloading, after all electronic vacuum gauges detected to lose the vacuum degree, the intelligent control ware just can control vertical electric push rod 91 and contract on and reset.

The invention can prevent the temporary garbage room from generating odor and polluting the surrounding environment; people are willing to actively classify and release the materials, and the + monitoring device is favorably driven; the garbage house becomes a landscape and has a beneficial effect on the surrounding environment; the storage efficiency is improved; the sanitation workers can not directly contact with the garbage, the garbage is clean and sanitary, and good job images are kept.

In a word, the intelligent odorless garbage storage method and the intelligent odorless garbage storage system have the advantages that peculiar smell cannot overflow when garbage is thrown in, the enthusiasm and the quality and the effect of classified throwing of the garbage are obviously improved, and the ambient atmospheric environment is protected.

Claims

1. An intelligent odorless garbage storage method is characterized in that a recyclable garbage can, a kitchen garbage can, a harmful garbage can and other garbage cans are arranged at the front part of a garbage storage room; garbage cans capable of moving outwards are arranged in the garbage cans respectively, and a front door of the garbage can, a front door for garbage throwing and a display for displaying the garbage throwing condition in the garbage cans are arranged at the lower part, the middle part and the upper part of the garbage cans respectively; the inner wall of the dustbin is provided with a negative pressure air suction opening which is communicated with a negative pressure discharge pipe provided with a filter, a negative pressure pump and a sterilization and deodorization box; the electronic switch linked with the front door for putting garbage is electrically connected with the intelligent controller to control the negative pressure pump; when rubbish is thrown into the qianmen, the intelligent control ware starts the negative pressure pump and carries out the negative pressure emission of dustbin inner space, has the negative pressure condition through forming dustbin and garbage bin, prevents that the rubbish peculiar smell from spilling over from rubbish throwing into qianmen in the garbage bin to the odorless when realizing rubbish and throwing in.

2. The intelligent odorless garbage storage method according to claim 1, wherein a proximity switch is arranged above a front garbage throwing door, an electric door opening and closing actuator is arranged on the front garbage throwing door, and the proximity switch is electrically connected with the door opening and closing actuator through an intelligent controller; a manual door opening button is arranged above the front garbage throwing door, and a door opening supporting spring, a marble and a pit for clamping the front garbage throwing door in a door closing state are arranged between the front garbage throwing door and the door frame; when the proximity switch detects that people put garbage, the intelligent controller opens the front garbage putting door through the door opening and closing actuator, and after the garbage is put, the proximity switch loses a detection signal and automatically closes the front garbage putting door; when the manual door opening button is pressed, the marble exits from the pit, the front garbage throwing door is automatically opened under the action of the supporting spring for throwing garbage, after the garbage is thrown, the front garbage throwing door is manually pushed back to reset, and the front garbage throwing door in a closed state is clamped by matching the marble and the pit.

3. The intelligent odorless garbage storage method according to claim 1, wherein the garbage can is respectively provided with a micro monitoring device and a disinfectant atomizing nozzle for detecting the garbage condition in the garbage can in real time, the disinfectant atomizing nozzle is communicated with a centrifugal delivery pump through an atomizing electric control valve, and the centrifugal delivery pump is communicated with a high-level disinfectant storage tank or a disinfectant production machine through an ultrasonic atomizing device; the miniature monitoring device is electrically connected with the intelligent controller through the centrifugal delivery pump, the ultrasonic atomization device and the spray electric control valve, and the intelligent controller starts the centrifugal delivery pump and the ultrasonic atomization device to automatically spray, disinfect and deodorize the garbage in the garbage can according to the garbage containing condition detected by the miniature monitoring device; the position that is higher than rubbish input qianmen in the dustbin sets up the camera towards the garbage bin mouth, and passes through the rubbish input condition in each garbage bin is shown in real time to the display, and intelligent control passes through wireless communication module wireless communication and links administrator's smart mobile phone, and the administrator accomodates the condition according to each garbage bin that display or smart mobile phone show, carries out manual spraying disinfection deodorization to rubbish in the garbage bin through smart mobile phone and intelligent control start centrifugal delivery pump and ultrasonic atomization device.

4. The intelligent odorless garbage collection method according to claim 3, wherein a garbage bag bundling mechanism is arranged at the upper end of the garbage can, a transverse correlation infrared detector electrically connected with an intelligent controller is arranged on the inner wall of the garbage can at a position higher than the opening of the garbage can or the micro monitoring device is used for detecting the garbage throwing condition in the garbage can, when the garbage can is full, a receiver of the infrared detector cannot receive correlation signals or the micro monitoring device detects that the garbage is full, the intelligent identifier opens the garbage bag bundling mechanism to bundle the full opening of the garbage can, the front garbage throwing door of the garbage can is locked through the intelligent controller, and an alarm signal that the garbage can is full is sent to a manager smart phone.

5. The intelligent odorless garbage collection method according to any one of claims 1 to 4, wherein a garbage can bagging mechanism matched with a garbage can is arranged in the garbage can, a solar cell panel is arranged on the top surface of the slope of the garbage collection room and the extending slope, and the solar cell panel and a mains supply line are communicated with each electric appliance through a power storage power supply.

6. The system for realizing the intelligent odorless garbage collection method of claim 1, wherein a recyclable garbage can, a kitchen garbage can, a harmful garbage can and other garbage cans are arranged at the front part of the garbage collection room; garbage cans capable of moving outwards are arranged in the garbage cans respectively, and a front door of the garbage can, a front door for garbage throwing and a display for displaying the garbage throwing condition in the garbage cans are arranged at the lower part, the middle part and the upper part of the garbage cans respectively; the inner wall of the dustbin is provided with a negative pressure air suction opening which is communicated with a negative pressure discharge pipe provided with a filter, a negative pressure pump and a sterilization and deodorization box; the electronic switch linked with the front door for putting garbage is electrically connected with the intelligent controller to control the negative pressure pump; when rubbish is thrown into the qianmen, the intelligent control ware starts the negative pressure pump and carries out the negative pressure emission of dustbin inner space, has the negative pressure condition through forming dustbin and garbage bin, prevents that the rubbish peculiar smell from spilling over from rubbish throwing into qianmen in the garbage bin to the odorless when realizing rubbish and throwing in.

7. The system according to claim 6, characterized in that a proximity switch is arranged above the front garbage throwing door, the front garbage throwing door is provided with an electric door opening and closing actuator, and the proximity switch is electrically connected with the door opening and closing actuator through an intelligent controller; a manual door opening button is arranged above the front garbage throwing door, and a door opening supporting spring, a marble and a pit for clamping the front garbage throwing door in a door closing state are arranged between the front garbage throwing door and the door frame; when the proximity switch detects that people put garbage, the intelligent controller opens the front garbage putting door through the door opening and closing actuator, and after the garbage is put, the proximity switch loses a detection signal and automatically closes the front garbage putting door; when the manual door opening button is pressed, the marble exits from the pit, the front garbage throwing door is automatically opened under the action of the supporting spring for throwing garbage, after the garbage is thrown, the front garbage throwing door is manually pushed back to reset, and the front garbage throwing door in a closed state is clamped by matching the marble and the pit.

8. The system of claim 1, wherein the garbage can is respectively provided with a micro monitoring device and a disinfectant atomizing nozzle for detecting the garbage condition in the garbage can in real time, the disinfectant atomizing nozzle is communicated with the centrifugal delivery pump through an atomizing electric control valve, and the centrifugal delivery pump is communicated with the high-level disinfectant storage tank or the disinfectant production machine through an ultrasonic atomizing device; the miniature monitoring device is electrically connected with the intelligent controller through the centrifugal delivery pump, the ultrasonic atomization device and the spray electric control valve, and the intelligent controller starts the centrifugal delivery pump and the ultrasonic atomization device to automatically spray, disinfect and deodorize the garbage in the garbage can according to the garbage containing condition detected by the miniature monitoring device; the position that is higher than rubbish input qianmen in the dustbin sets up the camera towards the garbage bin mouth, and passes through the rubbish input condition in each garbage bin is shown in real time to the display, and intelligent control passes through wireless communication module wireless communication and links administrator's smart mobile phone, and the administrator accomodates the condition according to each garbage bin that display or smart mobile phone show, carries out manual spraying disinfection deodorization to rubbish in the garbage bin through smart mobile phone and intelligent control start centrifugal delivery pump and ultrasonic atomization device.

9. The system of claim 8, wherein the upper end of the trash can is provided with a trash bag bundling mechanism, the inner wall of the trash can is provided with a transverse correlation infrared detector electrically connected with the intelligent controller at a position higher than the opening of the trash can or the micro monitoring device is used for detecting the situation of putting trash in the trash can, when the trash in the trash can is full, the receiver of the infrared detector cannot receive the correlation signal or the micro monitoring device detects that the trash is full, the intelligent identifier opens the trash bag bundling mechanism to bundle the full opening of the trash can, the front trash bag opening door of the trash can is locked through the intelligent controller, and the alarm signal that the trash can is full is sent to the intelligent mobile phone of the administrator.

10. The system as claimed in any one of claims 6 to 9, wherein a garbage can bagging mechanism is provided in the garbage can to cooperate with the garbage can, a solar panel is provided on the top surface of the slope of the garbage storage room and the extending slope, and the solar panel and the mains supply line are connected to the electric appliances through the storage power supply.