1. The utility model provides a many categorised garbage bins of intelligence which characterized in that: comprises a barrel body shell (1), and a middle disc (7), a top cover (8) and a classification barrel body (3) which are arranged on the barrel body shell (1), wherein the top cover (8) is positioned on the uppermost layer of the whole classification device and is connected with the middle disc (7) through a servo motor (36), the barrel body shell (1) is connected with the middle disc (7) through the servo motor (36), the classification barrel body (3) and the barrel body shell (1) are positioned below the middle disc (7), the classification barrel body (3) is connected with the barrel body shell (1) through a tray (17), the tray (17) is coaxial with the barrel body shell (1), the garbage tray (13) is connected with the classification barrel body (3) through a garbage tray connecting piece (20), and the left heating clamp (4) and the right heating clamp (16) are hinged with the classification barrel body (3), the two heating tongs are meshed by adopting an incomplete gear positioned on the heating tongs and positioned below a garbage tray (13), the garbage tray (13) is lifted and rotated by a rotating door (6) on an intermediate tray (7), and the rotating door (6) is positioned below the intermediate tray (7).

2. The intelligent multi-classification trash can of claim 1, wherein: the temporary storage space of the garbage bag is positioned between the partition plate (2) and the barrel body shell (1), the partition plate (2) is installed on the barrel body shell (1), and the temporary storage space of the garbage bag is sealed by the buckle (21).

3. The intelligent multi-classification trash can of claim 1, wherein: top cap (8) are located the superiors of whole garbage bin, are connected for servo motor (36) between top cap (8) and intermediate disk (7), and camera (9) fixed mounting is on top cap (8), and light filling lamp (10) fixed mounting is beside camera (9).

4. The intelligent multi-classification trash can of claim 1, wherein: the plastic bag heat sealing mechanism comprises a left heating clamp (4) and a right heating clamp (16), wherein an incomplete gear positioned on the heating clamps is adopted to be meshed between the two heating clamps, the left heating clamp (4) and the right heating clamp (16) are respectively hinged on the classification barrel body (3), meanwhile, the edge sheets (15) are respectively hinged between the two heating clamps, and the other ends of the two edge sheets (15) are hinged with the middle connecting piece (14).

5. The intelligent multi-classification trash can of claim 1, wherein: the classification barrel body (3) is positioned on the tray (17), the tray (17) of the classification barrel body (3) is connected with the groove through the bulge, the tray (17) is driven by the chassis motor (19), and the tray (17) and the chassis motor (19) are connected with the groove on the tray through the tray connecting piece (26) arranged on the chassis motor (19).

6. The intelligent multi-classification trash can of claim 4, wherein: the heating tongs (16) are composed of three parts, wherein the upper part is a heat-seal hot wire upper part (31), the middle part is a cutting hot wire (32), the lower part is a heat-seal hot wire lower part (33), and the three parts are fixedly arranged on the left heating tongs (4) and the right heating tongs (16).

7. The intelligent multi-classification trash can of claim 1, wherein: revolving door (6) and intermediate disc (7) are coaxial, revolving door (6) fixed mounting on elevator motor (24), revolving door rotating electrical machines (29) fixed mounting is on intermediate disc (7), swing pinion (25) and elevator motor (24) are coaxial, and swing pinion (25) fixed mounting can move relatively revolving door (6) on intermediate disc (7).

8. The intelligent multi-classification trash can of claim 1, wherein: the garbage tray is composed of two parts, including an upper garbage tray (5) and a lower garbage tray (13), the garbage tray is connected with the groove through a protrusion, the lower garbage tray (13) is installed on the classification barrel body (3) through a garbage tray connecting piece (20), and the garbage tray connecting piece (20) is fixedly installed on the classification barrel body (3).

9. The intelligent multi-classification trash can of claim 1, wherein: the automatic bagging mechanism comprises a small fan (28) fixedly mounted on a middle disc (7) and a garbage disc (13) connected through a garbage disc connecting piece (20), the classification barrel body (3) is mounted on a tray (17) through a protrusion and a groove, and the tray (17) is mounted on a bottom thrust bearing (18) and is coaxial with the barrel body shell (1).

10. The intelligent multi-classification trash can of claim 6, wherein: the automatic packaging mechanism comprises a garbage tray (13), a left heating clamp (4), a right heating clamp (16), an edge sheet (15), an intermediate connecting piece (14), a packaging push rod (23), a rotating door (6) and a heating clamp stop block (22), wherein the packaging push rod (23) is fixedly installed on the left barrel partition plate (34), the edge sheet (15) is hinged to the left heating clamp (4) and the right heating clamp (16), the heating clamp stop block (22) is installed on the right barrel partition plate (35) through a servo motor, and the rotating door (6) is fixedly installed on a flange of a lifting motor (24).

Background

With the implementation of the garbage classification policy, a correct and efficient garbage classification method has become a content that people must master. However, the garbage classification work also brings some troubles to some people. In life, the garbage generated every day needs to spend a great deal of energy for classification, which brings inconvenience to life. Therefore, in order to reduce the burden of garbage classification, an intelligent multi-classification garbage can needs to be developed.

Chinese patent CN213009920U discloses an intelligent household garbage classification garbage can, which can realize the classification of garbage, but the garbage can does not have the functions of automatic packaging and bag covering, and can only realize the classification of two kinds of garbage, and can not realize the multiple classification of garbage.

Chinese patent CN213009913U discloses a classification garbage can which can functionally realize garbage classification, but the garbage can does not have automatic packing and bagging functions, and the shape is not suitable for household use, and needs to be improved by one step.

Disclosure of Invention

The invention aims to provide an intelligent multi-classification garbage can, so that the problems are solved.

In order to achieve the purpose, the invention discloses a sorting device which comprises a bucket body shell, a middle disc, a top cover and a sorting bucket body, wherein the middle disc, the top cover and the sorting bucket body are arranged on the bucket body shell, the top cover is positioned at the uppermost layer of the whole sorting device, is connected with the middle disc through a servo motor, the shell of the barrel body is connected with the middle disc through the servo motor, the classification barrel body and the barrel body shell are positioned below the middle disc, the classification barrel body and the barrel body shell are connected through a tray, the tray is coaxial with the barrel body shell, the garbage tray is connected with the classification barrel body through a garbage tray connecting piece, the left heating clamp and the right heating clamp are hinged with the classification barrel body, the two heating clamps are engaged by adopting an incomplete gear positioned on the heating clamps and positioned below the garbage tray, the garbage tray is lifted and rotated by a rotating door on the middle tray, and the rotating door is positioned below the middle tray.

Further, the temporary storage space of the garbage bags is located between the partition plate and the barrel shell, the partition plate is installed on the barrel shell, and the temporary storage space of the garbage bags is sealed by the buckles.

Further, the top cap is located the superiors of whole garbage bin, is connected for servo motor between top cap and the intermediate disk, and camera fixed mounting is on the top cap, and light filling lamp fixed mounting is beside the camera.

Further, plastic bag heat-seal mechanism includes that heating pincers are left and heating pincers right, adopts the incomplete gear that is located on heating pincers to mesh between two heating pincers, and heating pincers left and heating pincers right side articulate respectively on categorised staving, and the edge thin slice articulates respectively with between two heating pincers simultaneously, articulates between the other end and the intermediate junction piece of two edge thin slices.

Furthermore, the classification barrel bodies are positioned on the trays, the trays of the classification barrel bodies are connected through the bulges and the grooves, the trays are driven by the chassis motor, and the trays and the chassis motor are connected through the tray connecting piece arranged on the chassis motor and the grooves in the trays.

Furthermore, the heating tongs are composed of three parts, wherein the upper part is a heat-seal hot wire, the middle part is a cutting hot wire, the lower part is a heat-seal hot wire, and the heating tongs are fixedly arranged on the left side of the heating tongs and the upper right side of the heating tongs.

Furthermore, the revolving door is coaxial with the intermediate disc, the revolving door is fixedly installed on the lifting motor, the revolving door rotating motor is fixedly installed on the intermediate disc, the rotating gear is coaxial with the lifting motor, and the rotating gear is fixedly installed on the intermediate disc and can move relative to the revolving door.

Furthermore, the garbage tray is composed of two parts, including the upper part and the lower part of the garbage tray, the garbage tray is connected with the groove through a bulge, the lower part of the garbage tray is arranged on the classification barrel body through a garbage tray connecting piece, and the garbage tray connecting piece is fixedly arranged on the classification barrel body.

Furthermore, the automatic bagging mechanism comprises a small fan fixedly mounted on the middle disc and a garbage disc connected through a garbage disc connecting piece, the classification barrel body is mounted on the tray through a protrusion and a groove, and the tray is mounted on the bottom thrust bearing and coaxial with the barrel body shell.

Further, automatic packing mechanism contains rubbish dish, heating pincers left side, heating pincers right side, marginal thin slice, intermediate junction spare, packing push rod, revolving door, heating pincers dog, and packing push rod fixed mounting is on the left of staving baffle, and marginal thin slice articulates on heating pincers left side and heating pincers upper right side, and heating pincers dog passes through servo motor and installs on the right of staving baffle, and revolving door fixed mounting is on elevator motor's flange.

The invention can realize automatic classification of garbage, and can realize automatic packing of garbage bags and automatic bag changing after the garbage bags are fully collected. The trouble that people do not want to manually change the bags after classifying the garbage and collecting the full garbage bags is perfectly solved.

Drawings

FIG. 1 is a schematic isometric view of an intelligent multi-classification trash can according to a preferred embodiment of the present invention;

FIG. 2 is a schematic structural diagram of a temporary storage space for garbage bags of the intelligent multi-classification garbage can according to the preferred embodiment of the present invention;

FIG. 3 is a schematic structural diagram of a top cover of the intelligent multi-classification trash can according to the disclosure of the preferred embodiment of the invention;

FIG. 4 is a schematic structural diagram of a packing mechanism of the intelligent multi-classification trash can according to the preferred embodiment of the invention;

FIG. 5 is a schematic structural diagram of a tray of the intelligent multi-classification trash can according to the disclosure of the preferred embodiment of the invention;

FIG. 6 is a schematic structural diagram of heating tongs for the intelligent multi-classification trash can disclosed in the preferred embodiment of the invention;

FIG. 7 is a schematic structural diagram of a chassis rotating mechanism of the intelligent multi-classification trash can according to the preferred embodiment of the invention;

FIG. 8 is a schematic structural diagram of a bag-changing mechanism of the intelligent multi-classification trash can according to the preferred embodiment of the invention;

FIG. 9 is a schematic structural diagram of a trash can plate connecting mechanism of the intelligent multi-classification trash can according to the preferred embodiment of the invention;

FIG. 10 is a schematic structural diagram of a middle plate component of the intelligent multi-classification garbage can according to the preferred embodiment of the invention;

fig. 11 is a schematic structural diagram of a housing component of the intelligent multi-classification trash can according to the preferred embodiment of the present invention.

The labels in the figures are: 1-a can body shell, 2-a clapboard, 3-a classification can body, 4-a heating clamp left side, 5-a garbage plate upper side, 6-a revolving door, 7-a middle plate, 8-a top cover, 9-a camera, 10-a light supplement lamp, 11-a camera base, 12-a camera protective shell, 13-a garbage plate lower side, 14-a middle connecting piece, 15-an edge sheet, 16-a heating clamp right side, 17-a tray, 18-a thrust bearing, 19-a chassis motor, 20-a garbage plate connecting piece, 21-a buckle, 22-a heating clamp stop block, 23-a packing push rod, 24-a lifting motor, 25-a rotating gear, 26-a tray connecting piece, 27-a garbage amount detector, 28-a small fan and 29-a revolving door rotating motor, 30-lifting motor fixing seat, 31-upper heat-sealing hot wire, 32-cutting hot wire, 33-lower heat-sealing hot wire, 34-right barrel partition plate, 35-left barrel partition plate and 36-servo motor.

Detailed Description

The invention will be further described with reference to the accompanying drawings in which:

as shown in figure 1, the garbage can comprises a can body shell 1, and a middle disc 7, a top cover 8 and a classification can body 3 which are arranged on the can body shell 1, wherein the top cover 8 is positioned at the uppermost layer of the whole classification device and is connected with the middle disc 7 through a servo motor 36, the can body shell 1 is connected with the middle disc 7 through the servo motor 36, the classification can body 3 and the can body shell 1 are positioned below the middle disc 7, the classification can body 3 is connected with the can body shell 1 through a tray 17, the tray 17 is coaxial with the can body shell 1, the garbage tray 13 is connected with the classification can body 3 through a garbage tray connecting piece 20, the left heating clamp 4 and the right heating clamp 16 are hinged with the classification can body 3, the two heating clamps are meshed through incomplete gears positioned on the heating clamps and are positioned below the garbage tray 13, the garbage tray 13 is lifted and rotated by a rotating door 6 on the middle disc 7, the revolving door 6 is located below the intermediate tray 7.

As shown in fig. 2, the temporary storage space of the garbage bags is located between the partition board 2 and the can body shell 1, the partition board 2 is installed on the can body shell 1, the temporary storage space of the garbage bags is sealed by the buckle 21, two spaces on the partition board 2 are used for storing standby garbage bags, and different temporary storage spaces of the garbage bags can store garbage bags with different colors, so as to correspond to different types of garbage.

As shown in fig. 3, top cap 8 is located the superiors of whole garbage bin, is connected for servo motor 36 between top cap 8 and the intermediate disk 7, and camera 9 fixed mounting is on top cap 8, and light filling lamp 10 fixed mounting is beside camera 9, thereby the light filling lamp is opened when infrared sensor detects that ambient light is not enough and is convenient for the camera to discern different rubbish kinds.

As shown in fig. 4, the plastic bag heat sealing mechanism includes a left heating clamp 4 and a right heating clamp 16, the two heating clamps are engaged with each other by using an incomplete gear located on the heating clamps, the left heating clamp 4 and the right heating clamp 16 are respectively hinged on the classification barrel 3, meanwhile, the edge sheets 15 are respectively hinged with the two heating clamps, the other ends of the two edge sheets 15 are hinged with the intermediate connection sheet 14, and meanwhile, magnets on the intermediate connection sheet 14 can be butted with the packing push rod 23, so that the alignment function is completed.

As shown in fig. 5, the classification barrels 3 are positioned on the trays 17, the trays 17 of the classification barrels 3 are connected by using protrusions and grooves, the movement of the trays 17 is driven by using the chassis motor 19, and the trays 17 and the chassis motor 19 are connected by using the tray connecting member 26 installed on the chassis motor 19 and the grooves on the trays, so that the classification barrels can rotate along with the rotation of the trays.

As shown in fig. 6, the heating tongs 16 is composed of three parts, the upper part is a heat-seal hot wire upper 31 for forming the bottom of the next garbage bag, the middle part is a cutting hot wire 32 for cutting two garbage bags, the lower part is a heat-seal hot wire lower 33 for forming the seal of the previous garbage bag, and the three hot wires are fixedly arranged on the left heating tongs 4 and the right heating tongs 16.

The movement of the tray 17 as shown in figure 7 is driven by a chassis motor 19. The tray 17 is connected with the chassis motor 19 by a tray connecting piece 26 arranged on the chassis motor 19 and a groove on the tray. Thereby driving the tray to rotate.

As shown in fig. 8, the revolving door 6 is coaxial with the intermediate tray 7, the revolving door 6 is fixedly mounted on the lifting motor 24, the revolving door can be lifted and lowered by the rotation of the lifting motor, and is further connected with the garbage tray, the revolving door rotating motor 29 is fixedly mounted on the intermediate tray 7 and can drive the revolving door to rotate for a certain angle, the revolving gear 25 is coaxial with the lifting motor 24, and the revolving gear 25 is fixedly mounted on the intermediate tray 7 and can move relative to the revolving door 6.

As shown in fig. 9, the garbage tray is composed of two parts, including an upper garbage tray 5 and a lower garbage tray 13, which are connected with the groove through a protrusion, so that the garbage bag can be conveniently replaced, the lower garbage tray 13 is installed on the classification can body 3 through a garbage tray connecting piece 20, the garbage tray connecting piece can well fix the garbage tray, and the garbage tray connecting piece 20 is fixedly installed on the classification can body 3.

As shown in fig. 10, the automatic bagging mechanism comprises a small fan 28 fixedly arranged on the middle plate 7, a garbage plate 13 connected through a garbage plate connecting piece 20, when the garbage can is bagged, the small fan 28 rotates, so that the garbage bag in the garbage plate 13 is attached to the can wall of the classification can body 3, the garbage can is easy to load, the classification can body 3 is arranged on a tray 17 through a bulge and a groove, and the tray 17 is arranged on a bottom thrust bearing 18 and is coaxial with the can body shell 1.

As shown in fig. 11, the automatic packing mechanism comprises a garbage tray 13, a left heating clamp 4, a right heating clamp 16, an edge sheet 15, an intermediate connector 14, a packing push rod 23, a rotating door 6 and a heating clamp stop 22, wherein the packing push rod 23 is fixedly installed on a left barrel partition 34, and when packing is required, the packing push rod 23 stretches and retracts to drive the edge sheet 15 to move so as to drive the left heating clamp 4 and the right heating clamp 16 to move. Categorised staving 3 moves and cooperates with heating pincers dog 22 and makes heating pincers left 4 and heating pincers right 16 open, and revolving door 6 goes up and down and rotates simultaneously, makes being connected between rubbish dish 5 and the revolving door 6, and then accomplishes the packing function.