1. An intelligent garbage classification box comprises four parallel garbage bin cabinets (1), wherein a garbage bin (2) with an open inlet (15) at the upper end is arranged in each garbage bin cabinet (1); a cabinet door (3) is arranged on the lower side of the front part of each garbage can cabinet (1), and after the cabinet doors (3) are opened, the garbage can cabinets (1) can be taken out of the garbage can cabinets (1);

the method is characterized in that: a rectangular feeding port (7) is further arranged on the upper side of the front part of each garbage bin cabinet (1); each rectangular feeding port (7) is provided with a movable feeding door (6), and the upper end of each movable feeding door (6) is hinged with the top end of the rectangular feeding port (7) through a first hinge (80).

2. The intelligent garbage classification can as claimed in claim 1, characterized in that: the front part of each garbage bin cabinet (1) is provided with a first photoelectric switch (4), and the first photoelectric switch (4) can identify that people are close to the garbage bin cabinet.

3. The intelligent garbage classification can as claimed in claim 2, characterized in that: a second photoelectric switch (14) is arranged above each garbage can (2); the second photoelectric switch (14) can identify whether the corresponding garbage can (2) is full of garbage.

4. The intelligent garbage can of claim 3, wherein: the four garbage bin cabinets (1) are respectively a recyclable garbage bin cabinet (1.1), a kitchen waste garbage bin cabinet (1.2), a harmful garbage bin cabinet (1.3) and other garbage bin cabinets (1.4); the four movable feeding doors (6) are respectively a first feeding door (6.1), a second feeding door (6.2), a third feeding door (6.3) and a fourth feeding door (6.4); the front side surfaces of the first feeding door (6.1), the second feeding door (6.2), the third feeding door (6.3) and the fourth feeding door (6.4) are respectively marked with 'recoverable materials', 'kitchen garbage', 'harmful garbage' and 'other garbage'.

5. The intelligent garbage classification can as claimed in claim 4, characterized in that: a motor (9) is fixedly installed on the side part in each garbage bin cabinet (1), the garbage bin cabinet further comprises a vertical elliptical control wheel (10), and the tail end of an output shaft of the motor (9) is fixedly connected with the side wall of the elliptical control wheel (10); and one focus (F1) of the elliptical control wheel (10) is coincident with the axis of the output shaft of the motor (9); -recording as ellipse distal point (10.1) the point on the ellipse profile of the ellipse control wheel (10) which is the farthest from the focal point (F1); a connecting rod (97) is arranged in each garbage bin cabinet (1); one end of the connecting rod (97) is hinged with the side part of the elliptic control wheel (10) at the elliptic far end point (10.1) through a second hinge part (11); the other end of the connecting rod (97) is hinged with the lower end of the movable feeding door (6) through a third hinge (5); the device is characterized by further comprising a first microswitch (12) and a second microswitch (8) which are arranged on the front side and the rear side of the elliptical control wheel (10), wherein a first action lever (12.1) and a second action lever (8.1) on the first microswitch (12) and the second microswitch (8) are both positioned on one side close to the elliptical control wheel (10); when the elliptical control wheel (10) rotates clockwise one circle along the focal point (F1), the elliptical far-end point (10.1) of the elliptical control wheel (10) respectively presses the second action lever (8.1) and the first action lever (12.1) once; when the movable feeding door (6) is in a vertical door closing state, an elliptic far-end point (10.1) of the elliptic control wheel (10) just presses a second action lever (8.1) of the second microswitch (8); when the movable feeding door (6) is in a backward fully-opened state, an elliptic far-end point (10.1) of the elliptic control wheel (10) just presses a first action lever (12.1) of the first microswitch (12); the first microswitch (12) and the second microswitch (8) are both electrically connected with the single chip microcomputer controller.

6. The intelligent garbage classification can as claimed in claim 4, characterized in that: a loudspeaker (101) is further arranged at the front part between the kitchen garbage bin cabinet (1.2) and the harmful garbage bin cabinet (1.3), and a third photoelectric switch (999) and a visual camera (102) with a downward lens are further respectively arranged on the upper side and the lower side of the loudspeaker (101); the third photoelectric switch (999) can identify whether an object is in the vicinity of the vision camera (102); the visual camera (102) is an OpenMV 4H 7 Cam camera.

7. The working method of the intelligent garbage classification can according to claim 6, characterized in that:

the opening method of the movable feeding door (6) comprises the following steps:

the single chip microcomputer controller controls a corresponding motor (9), the motor (9) drives an elliptical far-end point (10.1) of an elliptical control wheel (10) to move to a first action lever (12.1) pressing a first microswitch (12), the first microswitch (12) feeds a signal back to the single chip microcomputer controller after being pressed, then the single chip microcomputer controller sends an instruction of locking the motor (9), the motor stops moving, and at the moment, according to a transmission relation, a corresponding movable feeding door (6) is just in an open state;

the closing method of the movable feeding door (6) comprises the following steps:

the single chip microcomputer controller controls a corresponding motor (9), the motor (9) drives an elliptical far-end point (10.1) of an elliptical control wheel (10) to move to a second action lever (8.1) pressing a second microswitch (8), the second microswitch (8) feeds a signal back to the single chip microcomputer controller after being pressed, then the single chip microcomputer controller sends an instruction of locking the motor (9), the motor stops moving, and at the moment, according to the transmission relation, a corresponding movable feeding door (6) is just in a closed state;

a control method when the person throwing the garbage knows what type of garbage is thrown;

the person throwing the garbage automatically walks to the front of the corresponding garbage bin cabinet (1), the first photoelectric switch (4) at the front side of the corresponding garbage bin cabinet (1) recognizes that a person approaches, signals are fed back to the single chip microcomputer controller, and then the single chip microcomputer controller independently controls a movable feeding door (6) in front of the person throwing the garbage to be automatically opened for preset time;

a control method when the person throwing the garbage does not know the type of the garbage thrown;

at this time, a person who throws the garbage spontaneously takes the garbage to be thrown in front of the lens of the visual camera (102), the third photoelectric switch (999) recognizes that an article is arranged at the lens of the visual camera (102), the controller starts the visual camera (102), and the visual camera (102) acquires garbage image data at the lens; then, the collected images are subjected to image processing such as enhancement, denoising and threshold segmentation, the planar image distortion of the garbage formation image is corrected through a calibration and compensation algorithm, the image of each plane is segmented, the images of the same plane collected by a left camera and a right camera of the same garbage formation image piece are spliced together from the central equator position of the garbage formation image to obtain an image with a complete plane, parameters such as gray level, RGB or HSV, texture and the like are extracted, and the image characteristics of the garbage formation images with different sizes are distinguished through a three-dimensional modeling method, so that the garbage type is obtained; then controlling a loudspeaker (101) to broadcast to a person throwing the garbage, and finally, the person throwing the garbage walks to the front of the corresponding garbage bin cabinet (1) according to the instruction of the loudspeaker, and at the moment, the corresponding movable feeding door (6) is automatically opened for a preset time;

the method for monitoring and controlling the garbage amount of each garbage bin cabinet (1) comprises the following steps:

when the garbage accumulation amount of a garbage can (2) of garbage in a garbage can cabinet (1) reaches the preset highest height, the second photoelectric switch (14) recognizes that the corresponding garbage can (2) is full of garbage, and then the second photoelectric switch (14) is switched on; then the singlechip controller receives a signal sent by a second photoelectric switch (14), and the singlechip further processes information and feeds the garbage condition of the current garbage can back to the garbage station by using a wireless communication module; meanwhile, the single-chip microcomputer controller controls a motor (9) corresponding to a garbage can (2) filled with garbage, the motor (9) drives an elliptical far-end point (10.1) of an elliptical control wheel (10) to move to a second action lever (8.1) which just presses a second microswitch (8), at the moment, according to the transmission relation, a corresponding movable feeding door (6) is just in a closed state, and the controller controls the corresponding motor (9) to be locked; therefore, the movable feeding door (6) corresponding to the full garbage can (2) is forcibly locked, and the garbage is effectively prevented from overflowing.

Background

Along with the increase of population and the acceleration of urban and rural integrated footsteps, urban population is more and more concentrated, living habits and environments are greatly changed, and along with the increase of the accumulation of household garbage, the household garbage is treated into things which are closely related to our lives. According to data of 'Chinese city construction statistics yearbook' issued by the Ministry of civil engineering in 2018, the clear and transported quantity of domestic garbage in China rises year by year in 2010, wherein 2016 exceeds 2 hundred million tons and reaches 2.04 hundred million tons, and the year-by-year increase is 6.81%; 2017 reaches about 2.16 ten thousand tons, and the increase is 5.82 percent.

Under the background, the statistics, the treatment and the classification of the quantity of the garbage are very important, and the quantity of the garbage in the garbage can cannot be monitored at any time due to the fact that the existing garbage can in the market has no monitoring system, so that the garbage can is pulled away by a garbage collection vehicle to dump sometimes when the garbage can is not full. This wastes the public resources of society to some extent. Such as manpower, material resources, and financial resources. And the strict monitoring of the garbage quantity can more accurately count the garbage quantity, and then analyze the corresponding problem through big data statistics. Countermeasures are found as soon as possible. And the environmental pollution is reduced. Contributes to the greening of the earth.

Because traditional dustbin does not have the positioning mechanism, rubbish recovery car driver can perhaps come back to the dustbin around unnecessary way sometimes, and in addition, the location technique can also effectually prevent that the dustbin from suffering accidents such as destroying, moving and even stealing.

The main bright spot on this product lies in the vision technique on the dustbin, and he can assist waste classification, and when the people who will throw away rubbish did not know what rubbish belongs to of oneself, can use vision classification technique help people to distinguish the rubbish type fast, lets rubbish get back to the position of oneself. Improving the environmental protection will of people.

The automatic cover opening (closing) technology on the dustbin ensures that the peculiar smell of the dustbin can not fly everywhere, frees the hands of people, does not touch polluted places under the condition that the shadow of the current new crown still exists, and indirectly blocks a way of possibly infecting the new crown.

The automatic closing and sealing type dustbin can prevent the rubbish from being exposed to the air, thus indirectly beautifying the city.

Disclosure of Invention

The purpose of the invention is as follows: in order to overcome the defects in the prior art, the invention provides an intelligent garbage classification box capable of automatically identifying and uncovering and a working method.

The technical scheme is as follows: in order to achieve the purpose, the intelligent garbage classification box comprises four parallel garbage bin cabinets, wherein a garbage bin with an open inlet at the upper end is arranged in each garbage bin cabinet; the lower side of the front part of each garbage can cabinet is provided with a cabinet door, and after the cabinet doors are opened, the garbage can cabinets can be taken out of the garbage can cabinets;

the upper side of the front part of each garbage bin cabinet is further provided with a rectangular feeding port; each rectangle dog-house department all is provided with a movable dog-house, the upper end of movable dog-house through first articulated elements with rectangle dog-house top is articulated.

Furthermore, a first photoelectric switch is arranged at the front part of each garbage bin cabinet and can identify that people approach the first photoelectric switch;

furthermore, a second photoelectric switch is arranged above each garbage can; the second photoelectric switch can identify whether the corresponding garbage in the garbage can is full of garbage.

Furthermore, the four garbage bin cabinets are respectively a recyclable garbage bin cabinet, a kitchen waste garbage bin cabinet, a harmful garbage bin cabinet and other garbage bin cabinets; the four movable feeding doors are respectively a first feeding door, a second feeding door, a third feeding door and a fourth feeding door; the front side surfaces of the first feeding door, the second feeding door, the third feeding door and the fourth feeding door are respectively marked with 'recoverable materials', 'kitchen garbage', 'harmful garbage' and 'other garbage'.

Furthermore, a motor is fixedly mounted on the side part in each garbage bin cabinet, the garbage bin cabinet also comprises a vertical elliptical control wheel, and the tail end of an output shaft of the motor is fixedly connected with the side wall of the elliptical control wheel; and one focus F of the elliptical control wheel is superposed with the axis of the output shaft of the motor; recording a point on the elliptical contour of the elliptical control wheel farthest from the focal point F as an elliptical distal end point; each garbage bin cabinet is internally provided with a connecting rod; one end of the connecting rod is hinged with the side part at the elliptic distal end point of the elliptic control wheel through a second hinge part; the other end of the connecting rod is hinged with the lower end of the movable feeding door through a third hinge; the first microswitch and the second microswitch are arranged on the front side and the rear side of the elliptical control wheel, and a first action lever and a second action lever on the first microswitch and the second microswitch are both positioned on one side close to the elliptical control wheel; when the movable feeding door is in a vertical door closing state, an elliptic distal end point of the elliptic control wheel just presses a second action lever of the second microswitch; when the movable feeding door is in a backward fully-opened state, the elliptic far-end point of the elliptic control wheel just presses the first action lever of the first microswitch; the first microswitch and the second microswitch are both electrically connected with the single chip microcomputer controller.

Furthermore, a loudspeaker is arranged at the front part between the kitchen garbage bin cabinet and the harmful garbage bin cabinet, and a third photoelectric switch and a visual camera with a downward lens are respectively arranged at the upper side and the lower side of the loudspeaker; the third photoelectric switch can identify whether an object is near the visual camera or not; the vision camera is an OpenMV H Cam camera.

Further, a working method of the intelligent garbage classification box comprises the following steps:

the opening method of the movable feeding door comprises the following steps:

the single chip microcomputer controller controls a corresponding motor, the motor drives an elliptical far-end point of the elliptical control wheel to move to a first action lever for pressing a first microswitch, the first microswitch feeds a signal back to the single chip microcomputer controller after being pressed, then the single chip microcomputer controller sends a command for locking the motor, the motor stops moving, and at the moment, according to a transmission relation, a corresponding movable feeding door is just in an open state;

the closing method of the movable feeding door comprises the following steps:

the single chip microcomputer controller controls a corresponding motor, the motor drives the elliptical far-end point of the elliptical control wheel to move to a second action lever for pressing a second microswitch, the second microswitch feeds a signal back to the single chip microcomputer controller after being pressed, then the single chip microcomputer controller sends a command for locking the motor, the motor stops moving, and at the moment, according to the transmission relation, a corresponding movable feeding door is just in a closed state;

a control method when the person throwing the garbage knows what type of garbage is thrown;

the garbage throwing person walks to the front of the corresponding garbage bin cabinet automatically, the first photoelectric switch on the front side of the corresponding garbage bin cabinet recognizes that a person approaches, signals are fed back to the single chip microcomputer controller, and then the single chip microcomputer controller independently controls a movable feeding door in front of the garbage throwing person to be opened for preset time automatically;

a control method when the person throwing the garbage does not know the type of the garbage thrown;

at the moment, a person who throws the garbage spontaneously takes the garbage to be thrown in front of the lens of the visual camera, the third photoelectric switch recognizes that an article exists at the lens of the visual camera, the controller starts the visual camera, and the visual camera acquires garbage image data at the lens; then, the collected images are subjected to image processing such as enhancement, denoising and threshold segmentation, the planar image distortion of the garbage formation image is corrected through a calibration and compensation algorithm, the image of each plane is segmented, the images of the same plane collected by a left camera and a right camera of the same garbage formation image piece are spliced together from the central equator position of the garbage formation image to obtain an image with a complete plane, parameters such as gray level, RGB or HSV, texture and the like are extracted, and the image characteristics of the garbage formation images with different sizes are distinguished through a three-dimensional modeling method, so that the garbage type is obtained; then controlling the loudspeaker to broadcast to the person throwing the garbage, and finally, the person throwing the garbage walks to the front of the corresponding garbage bin cabinet according to the instruction of the loudspeaker, and at the moment, the corresponding movable feeding door is automatically opened for preset time;

the method for monitoring and controlling the garbage amount of each garbage bin cabinet comprises the following steps:

when the garbage accumulation amount of a garbage can of garbage in a garbage can cabinet reaches the preset highest height, the second photoelectric switch recognizes that the corresponding garbage can is full of garbage, and then the second photoelectric switch is switched on; the singlechip controller receives a signal sent by the second photoelectric switch, and then the singlechip further processes information and feeds the garbage condition of the current garbage can back to the garbage station by using the wireless communication module; meanwhile, the single chip microcomputer controller controls a motor corresponding to a garbage can filled with garbage, the motor drives the elliptical far-end point of the elliptical control wheel to move to a second action lever which just presses a second microswitch, at this time, according to the transmission relation, a corresponding movable feeding door is just in a closed state, and at this time, the controller controls the corresponding motor to be locked; the movable feeding door corresponding to the full garbage can is forcibly locked, and the garbage is effectively prevented from overflowing.

Has the advantages that: the main bright spot on this product lies in the vision technique on the dustbin, and he can assist waste classification, and when the people who will throw away rubbish did not know what rubbish belongs to of oneself, can use vision classification technique help people to distinguish the rubbish type fast, lets rubbish get back to the position of oneself. Improving the environmental protection will of people.

The automatic cover opening (closing) technology on the dustbin ensures that the peculiar smell of the dustbin can not fly everywhere, frees the hands of people, does not touch polluted places under the condition that the shadow of the current new crown still exists, and indirectly blocks a way of possibly infecting the new crown. The automatic closing and sealing type dustbin can prevent the rubbish from being exposed to the air, thus indirectly beautifying the city.

Drawings

FIG. 1 is a schematic view of the overall structure of the device;

FIG. 2 is a second schematic view of the overall construction of the apparatus;

FIG. 3 is a sectional view showing the entire structure of the apparatus;

FIG. 4 is a schematic sectional view of a single garbage bin;

FIG. 5 is a schematic diagram of the overall control method of the present embodiment;

FIG. 6 is a schematic view of a vision process;

fig. 7 is a schematic diagram of a control circuit of a single trash can cabinet.

Detailed Description

The present invention will be further described with reference to the accompanying drawings.

The intelligent garbage classification box shown in the attached figures 1 to 7 comprises four parallel garbage bin cabinets 1, wherein a garbage bin 2 with an open inlet 15 at the upper end is arranged in each garbage bin cabinet 1; a cabinet door 3 is arranged on the lower side of the front part of each garbage can cabinet 1, and after the cabinet doors 3 are opened, the garbage can cabinets 1 can be taken out of the garbage can cabinets 1; the volume of the dustbin is larger (3 m in length, 1m in width and 1.3m in height);

a rectangular feeding port 7 is further arranged at the upper side of the front part of each garbage bin cabinet 1; each rectangular feeding port 7 is provided with a movable feeding door 6, and the upper end of each movable feeding door 6 is hinged with the top end of the rectangular feeding port 7 through a first hinge 80.

The front part of each garbage bin cabinet 1 is provided with a first photoelectric switch 4, and the first photoelectric switch 4 can recognize that a person approaches; the diffuse reflection photoelectric switch can sense the arrival of an object within the distance of 10 cm-30 cm, and can be switched on and off

A second photoelectric switch 14 is arranged above each garbage can 2; the second photoelectric switch 14 can identify whether the corresponding garbage bin 2 is full of garbage. The position of second photoelectric switch 14 is in the place that is a bit higher than the garbage bin bung hole, so when the volume of rubbish reaches photoelectric switch's height, second photoelectric switch 14 photoelectric switch can switch on, and single chip microcomputer controller (raspberry group, Arduino) can handle the signal that second photoelectric switch 14 sent simultaneously, and later the singlechip further handles information and how much feeds back the rubbish condition of current dustbin to the garbage station with wireless communication module (WIFI). The garbage station analyzes whether the data need to go out of the garbage truck to be processed in the place.

The four garbage bin cabinets 1 are respectively a recyclable garbage bin cabinet 1.1, a kitchen waste garbage bin cabinet 1.2, a harmful garbage bin cabinet 1.3 and other garbage bin cabinets 1.4; the four movable feeding doors 6 are respectively a first feeding door 6.1, a second feeding door 6.2, a third feeding door 6.3 and a fourth feeding door 6.4; the front side surfaces of the first feeding door 6.1, the second feeding door 6.2, the third feeding door 6.3 and the fourth feeding door 6.4 are respectively marked with 'recoverable garbage', 'kitchen garbage', 'harmful garbage' and 'other garbage'.

A motor 9 and a vertical elliptical control wheel 10 are fixedly mounted on the side part in each garbage bin cabinet 1, and the tail end of an output shaft of the motor 9 is fixedly connected with the side wall of the elliptical control wheel 10; and one focus F1 of the elliptical control wheel 10 is coincident with the axis of the output shaft of the motor 9; recording a point on the elliptical profile of the elliptical control wheel 10 farthest from the focal point F1 as an elliptical distal end point 10.1; each garbage bin cabinet 1 is internally provided with a connecting rod 97; one end of the link 97 is hinged with the side of the elliptical control wheel 10 at the elliptical distal end point 10.1 through a second hinge 11; the other end of the connecting rod 97 is hinged with the lower end of the movable feeding door 6 through a third hinge part 5; the device also comprises a first microswitch 12 and a second microswitch 8 which are arranged at the front side and the rear side of the elliptical control wheel 10, wherein a first action lever 12.1 and a second action lever 8.1 on the first microswitch 12 and the second microswitch 8 are both positioned at one side close to the elliptical control wheel 10; when the elliptical control wheel (10) rotates clockwise one circle along the focal point (F1), the elliptical far-end point (10.1) of the elliptical control wheel (10) respectively presses the second action lever (8.1) and the first action lever (12.1) once; when the movable feeding door 6 is in a vertical door closing state, an elliptic distal end point 10.1 of the elliptic control wheel 10 just presses a second action lever 8.1 of the second microswitch 8; when the movable feeding door 6 is in a backward fully-opened state, an elliptic far-end point 10.1 of the elliptic control wheel 10 just presses a first action lever 12.1 of a first microswitch 12; the first microswitch 12 and the second microswitch 8 are both electrically connected with the single chip microcomputer controller.

A loudspeaker 101 is further arranged at the front part between the kitchen garbage bin 1.2 and the harmful garbage bin 1.3, and a third photoelectric switch 999 and a visual camera 102 with a downward lens are further respectively arranged at the upper side and the lower side of the loudspeaker 101; the third photoelectric switch 999 can identify whether there is an object near the vision camera 102; the visual camera 102 is OpenMV 4H 7 Cam.

General principles of visual recognition technology: acquiring the type of garbage in hands of people on line by using a 3D machine vision technology; a visual hardware system consisting of an OpenMV 4H 7 Cam camera, an image acquisition card, a light source and a photoelectric switch (triggering the camera to shoot) is adopted; from the intellectualization, the OpenMV 4H 7 Cam camera immediately takes pictures when a photoelectric switch is switched on, carries out image processing on images, such as enhancement, denoising and threshold segmentation, corrects the planar image distortion of a garbage formation image through a proper calibration and compensation algorithm, segments the image of each plane, splices the images of the same plane collected by a left camera and a right camera of the same garbage formation image piece together from the central equator position of the garbage formation image to obtain an integral image of one plane, extracts parameters such as gray scale, RGB or HSV, texture and the like, distinguishes the image characteristics of the garbage formation images of different sizes through a three-dimensional modeling method, thereby obtaining the garbage type and finally reminds people of the garbage. Fig. 6 is a general process.

The specific working principle of the scheme is as follows:

a working method of an intelligent garbage classification box comprises the following steps:

opening method of the movable feeding door 6:

the single chip microcomputer controller controls a corresponding motor 9, the motor 9 drives an elliptical far-end point 10.1 of an elliptical control wheel 10 to move to a first action lever 12.1 of a first microswitch 12, the first microswitch 12 is pressed and then feeds a signal back to the single chip microcomputer controller, then the single chip microcomputer controller sends an instruction of locking the motor 9, the motor stops moving, and at the moment, according to the transmission relation, a corresponding movable feeding door 6 is just in an open state;

the closing method of the movable feeding door 6 comprises the following steps:

the single chip microcomputer controller controls a corresponding motor 9, the motor 9 drives an elliptical far-end point 10.1 of an elliptical control wheel 10 to move to a second action lever 8.1 of a second microswitch 8, the second microswitch 8 is pressed and then feeds a signal back to the single chip microcomputer controller, then the single chip microcomputer controller sends an instruction of locking the motor 9, the motor stops moving, and at the moment, according to the transmission relation, a corresponding movable feeding door 6 is just in a closed state;

a control method when the person throwing the garbage knows what type of garbage is thrown;

the person throwing the garbage walks to the front of the corresponding garbage bin cabinet 1 automatically, the first photoelectric switch 4 at the front side of the corresponding garbage bin cabinet 1 recognizes that the person approaches, signals are fed back to the single chip microcomputer controller, and then the single chip microcomputer controller independently controls a movable feeding door 6 in front of the person throwing the garbage to be opened for preset time automatically;

a control method when the person throwing the garbage does not know the type of the garbage thrown;

at this time, the person who throws the garbage spontaneously takes the garbage to be thrown in front of the lens of the visual camera 102, the third photoelectric switch 999 recognizes that an article is in the lens of the visual camera 102, the controller starts the visual camera 102, and the visual camera 102 acquires the garbage image data at the lens; then, the collected images are subjected to image processing such as enhancement, denoising and threshold segmentation, the planar image distortion of the garbage formation image is corrected through a calibration and compensation algorithm, the image of each plane is segmented, the images of the same plane collected by a left camera and a right camera of the same garbage formation image piece are spliced together from the central equator position of the garbage formation image to obtain an image with a complete plane, parameters such as gray level, RGB or HSV, texture and the like are extracted, and the image characteristics of the garbage formation images with different sizes are distinguished through a three-dimensional modeling method, so that the garbage type is obtained; then controlling the loudspeaker 101 to broadcast to the people throwing the garbage, and finally, the people throwing the garbage walk to the front of the corresponding garbage bin cabinet 1 according to the indication of the loudspeaker, and then automatically opening the corresponding movable feeding door 6 for preset time;

the method for monitoring and controlling the garbage amount of each garbage bin cabinet 1 comprises the following steps:

when the garbage accumulation amount of one garbage can 2 of the garbage in one garbage can cabinet 1 reaches the preset highest height, the second photoelectric switch 14 recognizes that the corresponding garbage can 2 is full of the garbage, and the second photoelectric switch 14 is switched on; at the moment, the singlechip controller receives a signal sent by the second photoelectric switch 14, and then the singlechip further processes information and feeds back the current garbage situation of the garbage can to the garbage station by using the wireless communication module; meanwhile, the single-chip microcomputer controller controls a motor 9 corresponding to a garbage can 2 filled with garbage, the motor 9 drives an elliptical far-end point 10.1 of an elliptical control wheel 10 to move to a second action lever 8.1 which just presses a second microswitch 8, at this time, according to the transmission relation, a corresponding movable feeding door 6 is just in a closed state, and at this time, the controller controls the corresponding motor 9 to be locked; therefore, the movable feeding door 6 corresponding to the full garbage can 2 is forcibly locked, and the garbage is effectively prevented from overflowing.

In addition, this scheme also has GPS orientation module: GPS module + singlechip (raspberry group, Arduino) + wireless communication module (WIFI), occasionally, people have rubbish on hand, because of the sanitation intention, can be temporary take rubbish on hand, this needs to find a garbage bin near, but have the concrete position that does not know the garbage bin again, so, GPS positioning system has been added here, this thing can let the quick dustbin of finding of cell-phone navigation, the trouble that people can not find the dustbin has been made things convenient for, GPS module location position information also sends for the garbage station through the singlechip processing wireless communication module again. The position information of the dustbin is monitored, and a driver of the garbage truck can also quickly find the position of the dustbin through mobile phone positioning.

Garbage amount monitoring/GPS positioning + single chip microcomputer (raspberry type, Arduino) + wireless communication module (WIFI)

The method is implemented in the process, communication is the most important, the communication needs to send the garbage amount and the position information inside the garbage can to a garbage station, the wireless communication technology used in the method is WIFI, and the transmission and the reception of signals are realized through a large number of 5 GWIFISI networks in a city.

The above description is only of the preferred embodiments of the present invention, and it should be noted that: it will be apparent to those skilled in the art that various modifications and adaptations can be made without departing from the principles of the invention and these are intended to be within the scope of the invention.