CN209667895U - A kind of automatic packaging changes a bag intelligent garbage bin - Google Patents

Abstract

The utility model provides a kind of automatic packaging and changes a bag intelligent garbage bin, including bucket ontology, the refuse bag laying apparatus and control device of the bucket body bottom portion are set, the bucket ontology has garbage throw-in port, automatic packaging mechanism is installed around the garbage throw-in port, the control device controls the operation of the refuse bag laying apparatus and the automatic packaging mechanism, wherein: the bottom of bucket ontology is successively arranged interior bucket bottom from top to bottom, intermediate plate and outer barrel bottom, at least one first suction opening is opened up on the interior bucket bottom, at least one second suction opening is opened up on the intermediate plate, first suction opening and second suction opening are not oppositely arranged directly, the refuse bag laying apparatus is mounted on the bottom of the intermediate plate, the air inlet of the refuse bag laying apparatus is connected with second suction opening.The intelligent garbage bin of the utility model, it can be achieved that refuse bag automatic packaging and laying, significantly reduce security risk, and structure optimization, improve stability of control system.

Description

A kind of automatic packaging changes a bag intelligent garbage bin

Technical field

The utility model belongs to intelligent garbage bin technical field, specifically, being to change bag intelligence about a kind of automatic packaging Dustbin.

Background technique

Traditional intelligent garbage bin that bag function is changed with automatic packaging, usually single staving, refuse bag laying apparatus It is mounted on the outside of staving or is directly installed on a barrel bottom.The air inlet of refuse bag laying apparatus and the suction opening of intelligent garbage bin are straight It connects relatively, easily lead to refuse bag breakage or is directly inhaled into refuse bag laying apparatus, cause security risk.In addition, working as refuse bag When occurring damaged, the contaminated fluid in refuse bag is revealed, the short circuit of Yi Yinfa intelligent garbage bin, and then it is hidden to cause safety Suffer from.

Therefore, it is necessary to which designing novel automatic packaging changes a bag intelligent garbage bin, to overcome above-mentioned skill in the prior art Art defect.

Utility model content

The purpose of this utility model is to provide a kind of automatic packagings to change a bag intelligent garbage bin, in the prior art to overcome Above-mentioned technological deficiency.

To achieve the above object, the utility model uses following technical scheme:

A kind of automatic packaging changes a bag intelligent garbage bin, including bucket ontology, and the refuse bag paving of the bucket body bottom portion is arranged in If device and control device, the bucket ontology has garbage throw-in port, installs automatic packaging mechanism around the garbage throw-in port, The control device controls the operation of the refuse bag laying apparatus and the automatic packaging mechanism, in which:

The bottom of the bucket ontology is successively arranged interior bucket bottom, intermediate plate and outer barrel bottom from top to bottom, opens on the interior bucket bottom If at least one first suction opening, at least one second suction opening is opened up on the intermediate plate, first suction opening and described Second suction opening is not oppositely arranged directly, and the refuse bag laying apparatus is mounted on the bottom of the intermediate plate, the refuse bag The air inlet of laying apparatus is connected with second suction opening.

The refuse bag laying apparatus can be the prior art, such as refuse bag disclosed in CN108438612A is laid with dress It sets.The automatic packaging mechanism can be the prior art, such as automatic packaging mechanism disclosed in CN108584238A.

According to the utility model, the intermediate plate is tilted at least at second suction opening to periphery, to ensure sewage The refuse bag laying apparatus will not be entered from second suction opening.

Preferably, the intermediate plate tilts from second suction opening to periphery.

It is further preferred that confining tendon is arranged in the outer of second suction opening.

According to the utility model, first suction opening is uniformly distributed along the edge at the interior bucket bottom；Second exhausting Mouth is provided with the middle part of the intermediate plate.

Further, first suction opening is 4, and second suction opening is 1.The quantity of first suction opening Different quantity can be set according to actual needs.

According to the utility model, the interior bucket bottom is by the intermediate plate or outer barrel bottom support；The intermediate plate is by described outer Bucket bottom support.

Specifically, be respectively provided with stud on the bottom surface of the intermediate plate and the top surface corresponding position at outer barrel bottom, screw from Stud corresponding through-hole in said tub bottom squeezes into two studs, and the intermediate plate and outer barrel bottom are fixed, and realizes in described Between plate on said tub bottom installation bearing.

It is respectively provided with stud on the bottom surface at the interior bucket bottom and the top surface corresponding position of intermediate plate, screw is from the intermediate plate The corresponding through-hole of stud squeezes into two studs, and the interior bucket bottom and intermediate plate are fixed, and realizes the interior bucket bottom described Installation bearing on intermediate plate.

Preferably, the bottom margin at the interior bucket bottom has the first side-strut, and the edge of the intermediate plate has step groove, First side-strut is placed on the step groove, realizes the intermediate plate to the installation guiding and opposing seal at interior bucket bottom.

It is further preferred that on the position corresponding with the groove sidewall of the step groove of the bottom of first side-strut respectively Fluting is offered, to provide sewage flow channel.When refuse bag occurs damaged, sewage can smoothly be flowed from from the fluting Out, outer barrel bottom is drained into, then is expelled to outside bucket from the discharge outlet at said tub bottom.

Preferably, the bottom margin of the intermediate plate has the second side-strut, and second side-strut is supported on described outer On bucket bottom.

According to the utility model, the interior bucket bottom opens up first at the rear wall of the bucket ontology and crosses line fluting, institute It states corresponding position on intermediate plate and opens up second and cross line fluting, the rear side of the harness of bucket ontology upper end along the bucket ontology Wall is passed down through first crossed beam trunking and the second crossed beam trunking, and is communicatively coupled to the control device；

The bucket ontology further includes one piece of cover board, and the cover board extends downwardly through described from the upper end of the bucket ontology One crossed beam trunking is to cover the harness.

Further, there is staving connecting plate, the cover board is fixedly connected with the staving connecting plate on the bucket ontology.

Further, the cover board is fixedly connected by buckle structure with the staving connecting plate.

According to the utility model, the refuse bag laying apparatus includes vacuum evacuation device, the driving vacuum evacuation device Motor, the vacuum evacuation device are equipped with the air inlet and internal air outlet.The internal air outlet is outer with the bucket ontology Portion communicates.

According to the utility model, open up outer barrel bottom air outlet on said tub bottom, the wind of the internal air outlet extraction from Said tub bottom air outlet is expelled to atmosphere.

According to the utility model, the automatic packaging mechanism includes: driving device, the closing in driven by the driving device Mechanism, the closing device for heating and sealing refuse bag；The closing device includes heater element and the fixed fever The pedestal of element, the heater element are electrically connected with heating circuit.

The closing device is with for the prior art, such as thermofusion device disclosed in CN108529082A.

A kind of closing mechanism according to the present utility model, the closing mechanism are flexible closing mechanism, including flexible-belt, institute Stating driving device includes motor, by the motor-driven under drive gear and around the rubbish dispensing of the bucket ontology The annular drive gear of mouth setting, the annular drive gear are meshed with the under drive gear and by the deceleration transmissions Gear driving；

The closing device is fixedly mounted on the side of the garbage throw-in port, and one end of the flexible-belt is fixed on described On bucket ontology, the other end is then fixed on the annular drive gear, and the rotation of the annular drive gear can drive described soft Property band tightened around the closing device to realize the garbage bag closing, or open to realize that the smooth of the flexible-belt is answered Position；After the flexible-belt is tightened around the closing device, the closing device can carry out sealing behaviour to the refuse bag after closing in Make.

According to the utility model, the flexible-belt has appropriateness elastic and appropriateness flexibility, and the flexible-belt is resistant to Garbage bag closing is directly pressed on the heater element of the closing device by the operation temperature of the closing device, the flexible-belt On, complete sealing operation.

Another kind closing mechanism according to the present utility model, the closing mechanism include the closing bag compression bar of setting of intersecting With closing in envelope compression bar, the first guide rod and the second guide rod of synchronous belt driving device and the setting that intersects；Wherein:

The synchronous belt driving device includes toothed belt transmission wheel, deflecting roller and synchronous belt, and the synchronous belt is along the rubbish The bilateral parallel steering setting in the two sides of rubbish dispensing port or a synchronous belt surround the unilateral ring of surrounding of the garbage throw-in port Around setting, the driving device drives the toothed belt transmission wheel to drive the synchronous belt rotation；

One end of the closing in envelope compression bar passes through first guide rod, and fixed connection opposite with the synchronous belt, The other end and the closing bag compression bar intersect setting, and the closing in envelope compression bar can be slided along first guide rod；It is described One end of closing bag compression bar passes through second guide rod, and fixed connection opposite with the synchronous belt, and the closing bag compression bar can edge The second guide rod sliding；The closing bag compression bar and the closing in envelope compression bar can synchronously arrive refuse bag gathering At the closing device.

According to the utility model, it further includes rubbish bag assembly, the refuse bag that the automatic packaging, which changes a bag intelligent garbage bin, Component is mounted in the bucket ontology above the automatic packaging mechanism, comprising: storage main body is provided with first passed through for rubbish Through-hole, the annular groove for being used to store refuse bag being surrounded on the outside of the first through hole；Lid is provided with and leads to described first Corresponding second through-hole in hole, the cover cap the annular groove opening, the lid and the annular groove Gap is equipped between one of side wall, to form refuse bag outlet.

It is peripherally disposed on the inner wall of the bucket ontology to have a circle reinforcing rib according to the utility model.Preferably, institute The cross sectional shape for stating the inner wall formation of reinforcing rib and the bucket ontology is " u "-shaped.It can certainly be L shape.

The setting of the reinforcing rib strengthens the structural strength and rigidity of barrel ontology, reduces the deformation of bucket ontology.

Preferably, the opening setting cross sectional shape of the bucket ontology is the reinforcing rib of " u "-shaped, i.e. the bucket ontology is opened The edge Kou Chu outwardly or inwardly turns down the reinforcing rib for forming " u "-shaped.

According to the utility model, it is additionally provided with sealing on the bucket ontology and is packaged button and changes a bag button, the sealing is beaten It packet button and changes bag button and is communicatively coupled respectively with the control device.

According to the utility model, the bucket ontology includes the big cover of staving and lid conjunction in the opening of the staving, institute The inside for stating big cover has the garbage throw-in port, is equipped with the automatic packaging mechanism, institute around the garbage throw-in port The bottom for stating staving is installed by the refuse bag laying apparatus and control device.

According to the utility model, the staving is rotatably connected with the big cover, or is detachably connected.

When the staving and the big cover are rotatably connected, the big cover is revolved with the opening of the staving Turn connecting portion and be respectively provided with pairs of big lid connecting plate and staving connecting plate, divides on the big lid connecting plate and staving connecting plate Corresponding through-hole is not opened up, and pin shaft passes through the through-hole and strings the big lid connecting plate and staving connecting plate；The pin shaft Both ends are respectively provided with axial positioning structure, when so that the big cover is using the pin shaft as rotary shaft Unscrew or closing, institute Pin shaft is stated without departing from the big lid connecting plate and staving connecting plate, realizes the rotatable company of the big cover and the staving It connects.

Compared with prior art, the utility model has following advantageous effects:

(1), the intelligent garbage bin of the utility model, due to automatic packaging mechanism and refuse bag laying apparatus, The full-automatic packing and laying of refuse bag can be achieved, it is time saving and energy saving and much cleaner.

(2), the bottom of bucket ontology have interior bucket bottom, intermediate plate and outer barrel bottom, and the air inlet of refuse bag laying apparatus with Suction opening is not oppositely arranged directly, it is ensured that refuse bag is not inhaled into refuse bag laying apparatus, and more waterproof liquid-leakage preventing.It compares Tradition has the intelligent garbage bin of refuse bag laying apparatus, significantly reduces security risk, therefore safety is higher, and has excellent The structure of change, improves system stability.

(3), closing mechanism can effectively realize automatic packaging, and the structure optimization of closing mechanism, significantly simplify control The complexity of device.It is combined with the bottom structure of bucket ontology, further reduces security risk, improve the stabilization of control system Property.

Detailed description of the invention

Fig. 1 is that the automatic packaging of one embodiment of the utility model changes the structural schematic diagram of bag intelligent garbage bin.

Fig. 2 is the right view direction central cross-sectional view of Fig. 1.

Fig. 3 be intelligent garbage bucket edge Fig. 1 in structural schematic diagram from A-A to section view.

Fig. 4 is the structural schematic diagram of bucket body bottom portion in Fig. 2.

Fig. 5 is the structural schematic diagram of bucket body bottom portion in Fig. 3.

Fig. 6 is the perspective view of the explosion at interior bucket bottom, intermediate plate and outer barrel bottom.

Fig. 7 is the assembling schematic diagram at interior bucket bottom, intermediate plate and outer barrel bottom.

Fig. 8 is the structural schematic diagram of the B-B direction section view of intelligent garbage bucket edge Fig. 1.

Fig. 9 is the structural schematic diagram of staving shell.

Figure 10 is the main view direction central cross-sectional view of Fig. 9.

Figure 11 is intelligent garbage bin of bucket ontology when including big cover and staving, right view direction central cross-sectional view.

Figure 12 be intelligent garbage bucket edge Figure 11 structural schematic diagram from C-C to section view.

Figure 13 is the structural schematic diagram of refuse bag laying apparatus.

Figure 14 is the automatic packaging mechanism schematic diagram that closing mechanism is flexible closing mechanism.

Figure 15 is schematic diagram of the closing mechanism of Figure 14 during closing in.

Figure 16 is schematic diagram of the closing mechanism of Figure 14 at the end of closing in.

Figure 17 be closing mechanism be compression bar close up when automatic packaging mechanism schematic diagram.

Figure 18 is the top view of Figure 17.

Figure 19 is the D-D of Figure 18 to cross-sectional view.

Figure 20 be along Figure 19 E-E to automatic packaging mechanism schematic cross-section.

Figure 21 be along Figure 19 F-F to automatic packaging mechanism schematic cross-section.

Figure 22 is another situation schematic diagram of the synchronous belt along the bilateral parallel steering setting in the two sides of garbage throw-in port.

Figure 23 is surrounding unilateral automatic packing machine around setting of the synchronous belt around the garbage throw-in port The structural schematic diagram of structure.

Figure 24 is a kind of structural schematic diagram of closing device.

Figure 25 is the structural schematic diagram of rubbish bag assembly.

In figure:

100- barrels of ontologies, 200- refuse bag laying apparatus, 300- garbage throw-in port, 400- automatic packaging mechanism, 500- envelope Mouth packing button, 600- change a bag button, 700- interior bucket bottom, 800- intermediate plate, 900- outer barrel bottom, 1000- control device.

The first mounting post of 110-, 120- cover board, 130- staving connecting plate, 140- charging jack, 150- power switch, 160- Reinforcing rib, 170- rubbish bag assembly, 180- mounting plate, 190- rib, 131- card slot, 121- grab,

210- vacuum evacuation device, 211- shell, 212- centrifugal impeller, 213- air inlet, the inside 214- air outlet, 215- electricity Machine.

410- driving device, 420- closing mechanism, 411- motor, 412- under drive gear, 413- annular drive gear, 430- closing device, 421- flexible-belt, one end of 421-1- flexible-belt, the other end of 421-2- flexible-belt, 422- closing in envelope Compression bar, 424- synchronous belt transmission device, 424-1- toothed belt transmission wheel, (424-2,424-4,424-5,424-9) deflecting roller, 424-3- synchronous belt, the first guide rod of 425-1-, the second guide rod of 425-2-, 424-6- are with deflecting roller with teeth, 426- closing bag Start position detector, 427- closing bag final position detector, 429- closing bag compression bar, 429-1- guide groove, 422-1- sealing pressure Plate.

The first suction opening of 710-, the first side-strut of 720-, (730,830)-groove, 740- first cross line fluting.

The second suction opening of 810-, the second side-strut of 820-, 840- second cross line fluting, 850- confining tendon.

The second mounting post of 910-, 920- outer barrel bottom air outlet, 930- heelpiece, 940- battery.

171- stores main body, 172- lid, 173- annular groove.

The big lid connecting plate of the big cover of 100-1- staving, 100-2-, 10-, 30- pin shaft, 40- axial positioning structure, 50- are turned round Spring, 60- buckle structure, 70- pull ring, 301- step cap.

Specific embodiment

With reference to the accompanying drawing, the technical solution of the utility model is described in further detail with specific embodiment.It answers Understand, following embodiment is merely to illustrate the utility model not for restriction the scope of the utility model.

As shown in Figure 1 to Figure 3, the automatic packaging of one embodiment of the utility model changes a bag intelligent garbage bin, including Bucket ontology 100, is arranged in the refuse bag laying apparatus 200 and control device 1000 of the bucket body bottom portion, the bucket ontology 100 With garbage throw-in port 300, automatic packaging mechanism 400 is installed around the garbage throw-in port 300, the control device controls institute State the operation of refuse bag laying apparatus 200 and the automatic packaging mechanism 400, in which:

As shown in figs. 4 and 7, the bottom of the bucket ontology 100 is successively arranged interior bucket bottom 700, intermediate plate 800 from top to bottom With outer barrel bottom 900, the edge at the interior bucket bottom 700 uniformly opens up 4 the first suction openings 710, and the middle part of the intermediate plate 800 is opened If 1 the second suction opening 810, first suction opening 710 and second suction opening 810 are not oppositely arranged directly, so that logical Cross the downward wind of first suction opening 710 not the second suction opening 810 described in face and passed through from the second suction opening 810.It is described Refuse bag laying apparatus 200 is mounted on the bottom of the intermediate plate 800, the air inlet of the refuse bag laying apparatus 200 and institute The second suction opening 810 is stated to be connected.Above-mentioned setting can be prevented when the refuse bag occurs damaged, and sewage is directly from described first Suction opening 710 is lower to be leaked, and falls into the second suction opening 810, directly so as to cause 200 operation troubles of refuse bag laying apparatus.

Certainly, difference can be arranged in the quantity of first suction opening 710 and second suction opening 810 according to actual needs Quantity.

The control device 1000 can be PCB control circuit board.

According to the utility model, the intermediate plate 800 is tilted at least at second suction opening 810 to periphery, with true The refuse bag laying apparatus 200 will not be entered from second suction opening 810 by protecting sewage.

Certainly, the intermediate plate 800 can also be integral inclined to periphery from second suction opening 810.

As shown in fig. 6, it is further preferred that confining tendon 850 is arranged in the outer of second suction opening 810.Confining tendon Design, can further ensure the waterproofness of the refuse bag laying apparatus 200, to improve the use of the intelligent garbage bin Safety.

According to the utility model, the interior bucket bottom 700 is supported by the intermediate plate 800 or said tub bottom 900；In described Between plate 800 supported by said tub bottom 900.

Specifically, it is respectively provided with stud on the bottom surface of the intermediate plate 800 and the top surface corresponding position at outer barrel bottom 900, The corresponding through-hole of the stud at screw from said tub bottom 900 squeezes into two studs, by the intermediate plate 800 and outer barrel bottom 900 is fixed, realizes installation bearing of the intermediate plate 800 on said tub bottom 900.

It is respectively provided with stud on the bottom surface at the interior bucket bottom 700 and the top surface corresponding position of intermediate plate 800, screw is from described The corresponding through-hole of the stud of intermediate plate 800 squeezes into two studs, and the interior bucket bottom 700 and intermediate plate 800 is fixed, realizes Installation bearing of the interior bucket bottom 700 on the intermediate plate 800.

Above-mentioned setting, it is corresponding on the intermediate plate 800 and outer barrel bottom 900 or the interior bucket bottom 700 and intermediate plate 800 Stud is respectively set at position, the length of the unilateral setting of stud can be reduced, improves the intensity of stud.

Preferably, the edge of the bottom at the interior bucket bottom 700 has the first side-strut 720, the edge of the intermediate plate 800 With step groove, first side-strut 720 is placed on the step groove, realizes the intermediate plate 800 to interior bucket bottom 700 Installation guiding.

Certainly, first side-strut 720 can be along the whole edges or part edge of the bottom at the interior bucket bottom 700 point Cloth.

It is further preferred that on the position corresponding with the groove sidewall of the step groove of the bottom of first side-strut 720 Fluting is offered, respectively to provide sewage flow channel.When refuse bag occurs damaged, sewage can be from from the fluting smoothly Outflow, drains into outer barrel bottom, then be expelled to outside bucket from the discharge outlet at said tub bottom 900.

Preferably, the bottom margin of the intermediate plate 800 has the second side-strut 820, the second side-strut bearing 820 On said tub bottom 900.

Second side-strut 820 can play waterproof action, the sewage flow down out of described first suction opening 710, can It is flowed out from the top edge of the intermediate plate 800, and flows to the row of 900 periphery of said tub bottom along second side-strut 820 In sink, and it is expelled to outside bucket from discharge outlet.

The components such as refuse bag laying apparatus 200, the control device inside second side-strut 820 are mounted on, it can be with dirt Water segregation further increases the safety in utilization of the intelligent garbage bin of the utility model.

As shown in Fig. 6, Fig. 9 and Figure 10, according to the utility model, have first in the bottom interior wall of the bucket ontology 100 The recessed of indent is respectively provided on the corresponding position of outer rim of mounting post 110, first side-strut 720 and the second side-strut 820 Slot (730,830), position corresponding with the groove (730,830) has the second mounting post 910, institute on said tub bottom 900 State interior bucket bottom 700, after intermediate plate 800, outer barrel bottom 900 are assembled in the bottom of the bucket ontology 100, first mounting post 110 It is respectively embedded into the groove (730,830) with the second mounting post 910, and is fixed by screw, realize that said tub bottom 900 exists The fixed installation of the bottom of the bucket ontology 100.

As shown in fig. 6, the interior bucket bottom 700 opens up at the rear wall of the bucket ontology 100 according to the utility model First crosses line fluting 740, and corresponding position opens up second and crosses line fluting 840, the bucket ontology 100 on the intermediate plate 800 The harness (such as the driving device of the automatic packaging mechanism be connected with the control device harness) of upper end is along the bucket The rear wall of ontology 100 is passed down through first crossed beam trunking 740 and the second crossed beam trunking 840, and is communicatively coupled to described Control device 1000.

As shown in Figure 2 and Figure 6, the bucket ontology 100 further includes one piece of cover board 120, and the cover board 120 is from the bucket ontology 100 upper end extends downwardly through first crossed beam trunking 740 and the second crossed beam trunking 840 to cover the harness.

According to the utility model, second side-strut 820 at second crossed beam trunking 840 is short compared with other positions, with It is passed through convenient for the cover board 120 and harness.

According to the utility model, the cover board 120 passes through with first crossed beam trunking 740 and the second crossed beam trunking 840 respectively Buckle structure realizes limit.

Certainly, in certain embodiments, the cover board 120 can also be only from the cover board 120 from the bucket ontology 100 Upper end extend downwardly through first crossed beam trunking 740 to cover the harness.

As shown in Fig. 2, Fig. 3, Fig. 6 and Fig. 8, set vertically specifically, there are two pieces on the rear wall of the bucket ontology 100 The staving connecting plate 130 set respectively symmetrically opens up several card slots 131, the cover board on two pieces of staving connecting plates 130 There are several grabs 121, the cover board 120 is worn from the top down along the staving connecting plate 130 on 120 upper corresponding position First crossed beam trunking 740 and the second crossed beam trunking 840 are crossed, the grab 121 is caught in the card slot 131.

Certainly, the buckle structure is also possible to have card slot on the cover board 120, on the staving connecting plate 130 With grab.

As shown in fig. 6, the bottom at said tub bottom 900 opens up outer barrel bottom air outlet 920 according to the utility model.

According to the utility model, battery 940 is installed on said tub bottom 900.

As shown in Figure 5 and Figure 6, according to the utility model, four are respectively provided on the angle of bottom four at said tub bottom 900 Heelpiece 930 reaches waterproof and dampproof so that said tub bottom and ground is spaced a distance, while being conducive to drainage exhaust Effect, and heelpiece can also play anti-skidding effect.

As shown in Figure 2 and Figure 6, according to the utility model, charging jack is installed in the bottom sidewall of the bucket ontology 100 140 and power switch 150.

As shown in Figure 10, peripherally disposed on the inner wall of the bucket ontology 100 to there is a circle to add according to the utility model Strengthening tendons 160.Preferably, the cross sectional shape that the inner wall of the reinforcing rib and the bucket ontology is formed is " u "-shaped.Can certainly be L shape.

The setting of the reinforcing rib strengthens the structural strength and rigidity of the bucket ontology 100, reduces the change of barrel ontology Shape tendency.

Preferably, the opening of the bucket ontology 100 is provided with the reinforcing rib that cross sectional shape is " u "-shaped, i.e., the described bucket The opening edge of ontology 100 outwardly or inwardly turns down the reinforcing rib for forming " u "-shaped.

As depicted in figs. 1 and 2, according to the utility model, it is additionally provided with sealing on the bucket ontology 100 and is packaged button 500 With change bag button 600.The sealing is packaged button 500 and changes bag button 600 and is communicatively coupled respectively with the control device.

In the present embodiment, the refuse bag laying apparatus 200 is laid with dress using refuse bag disclosed in CN108438612A It sets.

As shown in figure 13, the refuse bag laying apparatus 200 includes the electricity of vacuum evacuation device, the driving vacuum evacuation device Machine, the vacuum evacuation device are equipped with the air inlet and internal air outlet, the outside of the internal air outlet and the bucket ontology It is connected.The wind of the internal air outlet extraction is expelled to atmosphere from said tub bottom air outlet 920.

The vacuum evacuation device 210 is centrifugal impeller vacuum evacuation device, and the centrifugal impeller vacuum evacuation device includes The motor 215 that shell 211, the centrifugal impeller 212 being located inside the shell 211 and the driving centrifugal impeller 212 rotate, institute The be axially arranged with air inlet 213 of the shell 211 along the centrifugal impeller 212 is stated, the shell 211 is along the centrifugal impeller 212 are radially or tangentially equipped with the internal air outlet 214.

As shown in Figure 10, air inlet one end of the shell 211 is fixedly mounted on the bottom of the intermediate plate 800, it is described into Air port 213 is connected with second bleeding point 810, and the internal air outlet 214 is connected with the outside of the bucket ontology 100 It is logical；The shell 211 is equipped with through-hole, and the motor 215 is fixed on the shell 211, and the main shaft of the motor 215 passes through The through-hole is simultaneously fixedly connected with the centrifugal impeller 212.

According to the utility model, the packing of intelligent garbage bin in the prior art is can be used in the automatic packaging mechanism 400 Device.The automatic packaging mechanism includes: driving device 410, and the closing mechanism 420 driven by the driving device 410 is used for The closing device 430 that refuse bag 174 is heated and sealed；The closing device 430 includes heater element and the fixed fever The pedestal of element, the heater element are electrically connected with heating circuit.

Two kinds of novel automatic packaging mechanisms are also provided in the utility model.

A kind of closing mechanism according to the present utility model, as shown in Figure 14 to Figure 16, the institute of the automatic packaging mechanism 400 Closing mechanism 420 is stated as flexible closing mechanism, including flexible-belt 421；The driving device 410 includes motor 411, by the electricity The under drive gear 412 that machine 411 drives and the annular drive gear 413 around the garbage throw-in port 300 setting, institute Annular drive gear 413 is stated to be meshed with the under drive gear 412 and driven by the under drive gear 412；It is described It is equipped with the circular orbit (not shown) continuously or discontinuously to match with the annular drive gear 413 in bucket ontology 100, So that the annular drive gear 413 can rely on the circular orbit to rotate.

The closing device 430 is fixedly mounted on the side of the garbage throw-in port 300, one end of the flexible-belt 421 421-1 is fixed on the bucket ontology 100, is preferably provided at the position of 430 rear end of closing device, other end 421-2 is then It is fixed on the annular drive gear 413, so that the rotation of the annular drive gear 413 can drive the flexible-belt 421 It is tightened around the closing device 430 to realize the garbage bag closing, or opened to realize the smooth multiple of the flexible-belt 421 Position；After the flexible-belt 421 is tightened around the closing device 430, the closing device 430 can to the refuse bag after closing in into Row sealing operation.

In order to realize its closing-in function, the flexible-belt 421 is preferably are as follows: 1) there is appropriateness elasticity, it can be in closing device 430 complete smoothly to reset to refuse bag sealing and when driving device 410 rotates backward.2) there is appropriateness flexibility, it can be by rubbish Bag closes up to closing device 430, and cooperates in closing device 430 and complete sealing operation.3) it is resistant to the behaviour of closing device Make temperature, garbage bag closing is directly pressed on the heater element of closing device 430 by the flexible-belt 421, completes sealing behaviour Make.It, can be for example, by selecting heat-resisting material, handling or coat resistance to height by high temperature resistant in order to meet heat-resisting requirement Warm surface layer, or on flexible-belt 421 install high-temperature-resistant structure mode.

The working principle of above-mentioned automatic packaging mechanism 400 is as follows:

The refuse bag 174 is put by the garbage throw-in port 300, also cross the annular drive tooth of driving device 410 Wheel 413；When refuse bag, which carries out sealing, to be packaged, the starting of motor 411 is rotated forward, and drives under drive gear 412 to rotate forward, in turn Annular drive gear 413 is driven to rotate counterclockwise, the other end 421-2 of flexible-belt 421 makes with the rotation of annular drive gear 413 It obtains sack and gradually tightens (Figure 15), until refuse bag to be tightly attached on closing device 430 to (Figure 16) completely；411 turns of motor at this time Dynamic to stop, closing device 430 starts, and is sealed and is fused to refuse bag.After the completion of sealing, the starting reversion of motor 411, driving Under drive gear 412 rotates backward, and then annular drive gear 413 is driven to rotate clockwise, and flexible-belt 421 is another at this time End 421-2 gradually unclamps with the rotation of annular drive gear 413 and resets flexible-belt, completes primary complete sealing and was packaged Journey.

Above-mentioned closing mechanism, is closed up using flexible material, can substantially reduce the processing to each spare and accessory parts and assembly precision It is required that.Refuse bag is pressed on heater element by the high temperature resistant pressing plate for not needing to be separately provided；No matter from the volume of closing device, Weight, or all greatly simplified from number of parts, cost of parts and assembly cost are saved, while carrying out using flexible material Garbage bag closing can adapt to the refuse bag thickness in wider range compared to rigid compression bar automatically, when reducing closing in sealing Rate of breakdown.Used flexible-belt was not only used as driving member to be connected with driving device, but also executed the envelope that closes up as executive item The movement of bag, enormously simplifies mechanical transmission structure.

Another closing mechanism of the utility model, automatic packaging mechanism 400 include a set of driving device 410, closing-up machine Structure 420, closing device 430, the closing mechanism 420 are closed up using compression bar.Specifically:

As shown in figure 17 to figure 21, have on the inner wall on 100 top of bucket ontology for installing the automatic packing machine The centre of the mounting plate 180 of structure 400, the mounting plate 180 has the garbage throw-in port 300；The automatic packaging mechanism 400 Including a set of driving device 410, by the closing bag compression bar 429 and the envelope that closes up of the driving device 410 driving and the setting that intersects Bag compression bar 422, synchronous belt transmission device 424, the closing device 430 for heating and sealing refuse bag, and intersect and set The the first guide rod 425-1 and the second guide rod 425-2 set；

The synchronous belt transmission device 424 includes toothed belt transmission wheel 424-1, deflecting roller 424-2 and synchronous belt 424-3, An end of the synchronous belt 424-3 is wound on the toothed belt transmission wheel 424-1, another end be wound on one described in turn To on wheel 424-2, bilateral middle part passes through two deflecting rollers (424-4,424-5) respectively and is turned to, so that the synchronous belt 424-3 is along the bilateral parallel steering setting in the two sides of the garbage throw-in port 300.

One end of the closing in envelope compression bar 422 pass through the first guide rod 425-1, and with the synchronous belt 424-3 Relatively fixed connection, the other end and the closing bag compression bar 429 intersect setting, and the closing in envelope compression bar 422 can be along described First guide rod 425-1 sliding；One end of the closing bag compression bar 429 pass through the second guide rod 425-2, and with it is described synchronous The relatively fixed connection of band 424-3, the closing bag compression bar 429 can be slided along the second guide rod 425-2；The closing device 430 are arranged on the mounting plate 180 of the one end of the first guide rod 425-1 far from the second guide rod 425-2；At this point, The closing bag compression bar 429 and the fixed connection opposite with same one side of the synchronous belt respectively of closing in envelope compression bar 422.The closing bag Compression bar 429 and the closing in envelope compression bar 422 can synchronously collapse the refuse bag at the closing device 430.

The refuse bag packing mechanism of the utility model, a set of driving device 410 drive synchronous belt 424-3, drive and mutually hand over 422 synchronizing moving of closing bag compression bar 429 and closing in envelope compression bar for pitching setting, by garbage bag closing, and is pressed to closing device 430 On, and the initial position for returning back to refuse bag dispensing port opening can be retreated simultaneously.Above-mentioned setting is driven instead of being previously required to two sets Dynamic device, two synchronous belts drive closing bag compression bar and the mobile work that could be completed of closing in envelope compression bar respectively, reduce packing The volume and weight of mechanism reduces production cost, and reduces the control difficulty of driving device, improves the stability of system With the reliability of sealing.

Certainly, as shown in figure 22, in some specific embodiments, the synchronous belt 424-3 may be two, wherein one One end of the synchronous belt is wound on the toothed belt transmission wheel 424-1, another end is wound on deflecting roller with teeth On 424-6.An end of another synchronous belt 424-3 is wound on band deflecting roller 424-6 with teeth, another end around On deflecting roller 424-2, to make two synchronous belt 424-3 bilateral parallel turn along the two sides of the garbage throw-in port 300 To.

In some specific embodiments, the closing device 430 is not limited to be mounted on the first guide rod 425-1 separate On the mounting plate 180 of one end of the second guide rod 425-2.Can also be mounted on intelligent garbage bin described first Other positions of the one end of guide rod 425-1 far from the second guide rod 425-2, for example, be mounted on the lid of dustbin Bottom.As long as can guarantee closing cap of refuse receptacle, packing mechanism open operation, the position of the closing device 23 can guarantee with The sealing of refuse bag is realized in the cooperation of closing in envelope compression bar 422.

The case where being arranged that intersect include: the closing in envelope compression bar 422 extended line can directly with it is described The extended line and the closing bag compression bar 429 of the case where contact of closing bag compression bar 429 intersects and the closing in envelope compression bar 422 are different The case where position intersects.Only need to guarantee the closing bag compression bar 429 and the energy under the drive of synchronous belt of closing in envelope compression bar 422 Enough synchronizing movings are to collapse rubbish sack and seal.

According to the utility model, the relatively fixed connection, preferably engagement connection.

According to the utility model, one end of the closing bag compression bar 429 and closing in envelope compression bar 422, which has, opens up through-hole, institute The second guide rod 425-2 and the first guide rod 425-1 is stated to be each passed through the through-hole and seal with the closing bag compression bar 429 and closing in Bag compression bar 422 is slidably connected.

As shown in figure 17, it is preferable that according to the utility model, be provided on the closing bag compression bar 429 along the closing bag pressure The axially extending guide groove 429-1 of bar 429, the other end of the closing in envelope compression bar 422 pass through the guide groove 429-1 with The closing bag compression bar 429 intersects setting, to enable the closing in envelope compression bar 422 along the closing bag compression bar 429 It axially moves reciprocatingly, and is oriented to by the guide groove 429-1.

Preferably, it in order to avoid the closing in envelope compression bar 422 is skidded off from the inside of the guide groove 429-1, can incite somebody to action The end-enclosed of the guide groove 429-1, i.e., the endcapped of the described closing bag compression bar 422.

Have along the direction of the closing bag compression bar 429 sliding as shown in Figure 17 and Figure 21, on the mounting plate 180 axial The end of the rib 190 of setting, the closing bag compression bar 429 is located on the rib 190, and can be supported by the rib 190.On Setting is stated, the structural stability of the refuse bag packing mechanism is further improved, improves the stability and sealing of system Reliability.

As shown in Figure 17 and Figure 21, according to the utility model, the automatic packaging mechanism 400 further includes closing bag start position Detector 426 and closing bag final position detector 427.The closing bag start position detector 426 is for detecting the closing in envelope The initial position of bag compression bar 422, closing bag final position detector 427 are used to detect the end of the closing in envelope compression bar 422 Point position.Above-mentioned setting improves the detection accuracy of packing mechanism, it is ensured that the stability of system.

The closing bag start position detector 426 is mounted on the first guide rod 425-1 close to second guide rod On the dustbin of the one end 425-2, the first guide rod 425-1 is preferably mounted to close to the second guide rod 425-2's On mounting plate 180.Closing bag final position detector 427 is mounted on the first guide rod 425-1 and leads far from described second To on the dustbin of the one end bar 425-2, it is specifically located near the closing device 430.It is preferably mounted to described first On mounting plate 180 of the guide rod 425-1 far from the second guide rod 425-2, near the closing device 430.

The closing bag start position detector 426 and closing bag final position detector 427 can be contact measurement Device, such as travel switch.It may be contactless detection device, such as infrared two-way emission type detection device, infrared reflection Detection device, ultrasonic detection device etc..

The setting of above-mentioned closing mechanism, a set of driving device drive synchronous belt, drive the closing bag compression bar for the setting that intersects With closing in envelope compression bar synchronizing moving, by garbage bag closing, and it is pressed on closing device, and can retreat simultaneously and return back to rubbish The initial position that bag dispensing port opens.Above-mentioned setting drives respectively instead of two sets of driving devices, two synchronous belts are previously required to Closing bag compression bar and the mobile work that could be completed of closing in envelope compression bar, reduce the volume and weight of packing mechanism, reduce life Cost is produced, and reduces the control difficulty of driving device, improves the stability of system and the reliability of sealing.

According to the utility model, the sealing fills 430 and uses closing device in the prior art, such as: Thermofusion device disclosed in CN108529082A.There is support fever as shown in Figure 17 and Figure 21, on the closing device 430 One piece of sealing pressing plate is embedded on the fever end face of element, the closing in envelope compression bar 422 and the opposite side wall in the fever end face 422-1, the sealing pressing plate 422-1 can fit with the fever end face to carry out refuse bag sealing.

The heater element can be heating wire, fever tablet etc..Preferably heating wire.

Preferably, the sealing pressing plate 422-1 attaches Teflon adhesive tape by flexible soft material surface and combines system At, it is embedded on the side wall of the closing in envelope compression bar 422 by interference fit, it is more convenient, quick.

It is even closer that flexible soft material can make refuse bag be bonded with heating wire, makes refuse bag sealing more Securely, refuse bag fusing is more thorough.Flexible soft material can be silica gel.

The automatic packaging mechanism of the present embodiment, when closing bag is sealed, the driving of motor 411 of the driving device 410, which is slowed down, to be passed Moving gear 412 rotates, and the toothed belt transmission wheel 424-1 is driven to connect together with engagement on the toothed belt transmission wheel 424-1 is wound on The synchronous belt 424-3 connect is rotated counterclockwise, and then drives the fixed closing bag compression bar that is meshed with the synchronous belt 424-3 429 and closing in envelope compression bar 422 move clockwise respectively along the second guide rod 425-2 and the first guide rod 425-1, In Figure 21, the closing bag compression bar 429 of downside is moved upwards, and the closing in envelope compression bar 422 in left side moves right, until the closing in Refuse bag is pressed on the closing device 430 by envelope compression bar 422 completely, and closing bag final position detector 427 detects institute State the final position of closing in envelope compression bar 422, closing device 430 described in the control structure process control of the closing device 430 Heating wire fever, temperature rises to the melting temperature of refuse bag, realizes the sealing cutting of refuse bag.

When compression bar resets, motor inverted running, driving under drive gear 412 is rotated backward, and the synchronous belt is driven to pass Driving wheel 424-1 is rotated clockwise together with the synchronous belt 424-3 for engaging connection on toothed belt transmission wheel is wound on, so drive with it is synchronous The closing bag compression bar 429 and the closing in envelope compression bar 422 that band is meshed fixed are respectively along the second guide rod 425-2, first Guide rod 425-1 moves clockwise, and upside closing bag compression bar 429 moves downward, and right side closing in envelope compression bar 422 is transported to the left It is dynamic, until the closing bag compression bar 429 and closing in envelope compression bar 422 move to initial position completely and hide to garbage throw-in port 300 Except, the normal garbage throwing of dustbin is not influenced.

As shown in figure 23, the utility model provides another closing mechanism, and other structures are identical as aforementioned closing mechanism, area It is not, You Yigen synchronous belt drives the closing bag compression bar 429 and the closing in envelope compression bar 422, the synchronous belt simultaneously The unilateral surrounding for being looped around the garbage throw-in port 300 of 424-3, an end of the synchronous belt 424-3 are wound on the synchronization On V belt translation wheel 424-1, middle part is turned to by deflecting roller 424-9 described in several, so that the synchronous belt 424-3 is surrounded The surrounding of the garbage throw-in port 300 is unilateral around setting.

Above-mentioned setting equally can be realized the purpose of the present invention, obtain the refuse bag packing mechanism with one embodiment Same effect.

According to the present embodiment specific example, the quantity of the deflecting roller 424-9 is 4, is evenly arranged on the rubbish On four angles of the surrounding of dispensing port 300.The deflecting roller 424-9 plays the role of changing synchronous tape motion direction.

Closing bag start position detector and closing bag final position detector can be with the setting positions in one embodiment Equally；It can also be not provided with save the cost.

As shown in figure 24, it is preferable that the closing device 430 includes the heating wire for heating refuse bag closure part 431, the control mechanism heated for the fixed pedestal 432 for supporting the heating wire 431 and the control heating wire 431, it is described Control mechanism is connect by harness with the heating wire 431 and the heating power of the heating wire 431 according to control program setting Control the temperature of the heating wire.

The control mechanism can be individual control section, may belong to a part of the control device.The control Mechanism processed is using the technology for controlling closing device 430 conventional in the prior art, for example, for example including MCU The control mechanism of (Microcontroller Unit, micro-control unit).

Certain closing device 430 may also include heating wire 431, pedestal 432, control mechanism and with the control machine The temperature sensor that structure can communicate to connect.The temperature sensor is used to incude the temperature of the heating wire 431.The control machine The temperature of the heating wire 431 is controlled according to the influence value of the temperature sensor.

It is further preferred that the heating wire 431 includes first bending section 434 and the second folding at interlude 233 and both ends Curved segment 435, the interlude 433 are mounted on the fever end face of the pedestal 432, and along the axially extending of the pedestal 432, First bending section 434 and the second bending section 435 are inserted into respectively in the pedestal 432 and by cold end terminal 436 and harness 437 connections.The pedestal 432 at least uses high-temperature insulation material in the part contacted with the heating wire 431.

Groove is arranged in the both ends of the pedestal 432, which is used to be embedded in for cold end terminal 436, moreover, working as the cold pressing When terminal 436 is embedded into the groove, the internal diameter of the cold end terminal 436 reduces, with by first bending section 434 and the Two bending sections 435 are stuck in the inside of the cold end terminal 436.In this way, the structure of the cold end terminal 435 and groove can save Occupied space when heating wire 431 is fixed is conducive to the slickness of lift structure, reduces burr to prevent from scratching refuse bag.

The automatic packaging of the utility model changes a bag intelligent garbage bin, needs to be packaged when changing bag, can press the sealing packing Button 500, the control device 1000 control the automatic packaging mechanism 400 and run, and refuse bag is sealed packing, artificial to take out Packed refuse bag, then press it is described change bag button 600, the refuse bag laying apparatus 200 is started to work, new rubbish Bag is laid in the bucket ontology 100 on the interior bucket bottom 700.

Certainly, the sealing can also be not provided with to be packaged button 500 and change bag button 600.The instruction that automatic packaging changes bag can Further realized by other modes in the prior art.Such as: good in interactive function.

Second embodiment of the utility model, basic structure is identical as one embodiment, and difference is: it is described from It further includes rubbish bag assembly 170 that a bag intelligent garbage bin is changed in dynamic packing.Rubbish in the prior art can be used in the rubbish bag assembly Rubbish bag assembly disclosed in bag assembly, such as CN108974704A.

As shown in figure 25, the rubbish bag assembly 170 is mounted on the top of the automatic packaging mechanism 400, comprising: storage Main body 171 and lid 172, the storage main body 1 are provided with the first through hole passed through for rubbish, are surrounded on outside the first through hole The annular groove 173 of side being provided with for storing refuse bag；The annular groove 173 has opening, and opening direction can court , can be backwards to first through hole to first through hole, it can also be consistent with the opening direction of first through hole.

The lid 172 is provided with the second through-hole corresponding with the first through hole, and the lid 172 is covered in the ring The opening of connected in star 173 is equipped with gap, with shape between the lid 172 and one of side wall of the annular groove 173 It is exported at refuse bag.When the lid 172 is covered in the opening of the annular groove 173, refuse bag is limited in the ring Connected in star 173 is interior, can be only extracted by refuse bag outlet, wherein refuse bag outlet is lid 172 and annular groove 173 The gap of annular that is formed of one of side wall, the size in the gap with no restrictions, can be realized its function.

The first through hole is corresponding with the second through-hole to be arranged, so that rubbish is entered by first through hole and the second through-hole Into dustbin, here with no restrictions to the size of the first through hole and the second through-hole, shape, circle can be, it can also be with It is rectangular or other shapes.It, can basis due to being related to the amount of storage of refuse bag between the size of the annular groove 173 Use occasion and the different size of annular groove of difference setting for using density.It is settable when the usage amount of refuse bag is larger The annular groove of larger capacity, conversely, the settable annular groove 173 compared with low capacity.

It further include refuse bag according to the utility model.The refuse bag is using refuse bag disclosed in CN108974704A.

When using refuse bag, the refuse bag of certain length and diameter can be intercepted as needed, by artificial or certain Tool fixture axially folds the integral type of tubular circlewise without breakpoint refuse bag along refuse bag, then the cyclic annular rubbish that will be folded Bag is placed in the annular groove 173 of storage main body, the loading so to complete refuse bag.Further, the rubbish that will be assembled into Rubbish bag assembly is put into the counter structure of dustbin corresponding position, it can using the integral type without breakpoint refuse bag.Certainly, also The refuse bag one end that can be will be pressed into annular groove 173 pulls out and seals；Wherein, sealing mode can seal for thermoplastic, but not It is confined to thermoplastic envelope sealing, or other sealing modes can also be with to facilitate the automation of first refuse bag to take Open-ended manually transfers a distance, seals automatic packaging mechanism automatic packaging.

It should be noted that can directly store integral type in the bucket ontology 100 without breakpoint refuse bag, can also store Rubbish bag assembly, integral type are stored in inside rubbish bag assembly without breakpoint refuse bag.

But the integral type is not the necessary part of the intelligent garbage bin without breakpoint refuse bag, is not necessarily to and the intelligent rubbish Rubbish bucket is sold together.User can voluntarily buy the integral type of suitable dimension without breakpoint refuse bag, voluntarily installation and replacement.

The rubbish bag assembly is also not the necessary part of the intelligent garbage bin, can be arranged in the bucket ontology 100 Storage of the integral type without breakpoint refuse bag is realized in refuse bag memory block.

The rubbish bag assembly can also voluntarily be bought by user, and be installed in the bucket ontology 100 of intelligent garbage bin.

As depicted in figs. 11-12, third embodiment according to the present utility model, basic structure and one embodiment phase Together, difference is: the bucket ontology 100 includes the big cover of staving 100-1 and lid conjunction in the opening of the staving 100-1 The inside of 100-2, the big cover 100-2 have the garbage throw-in port 300, are equipped with around the garbage throw-in port 300 The bottom of the automatic packaging mechanism 400, the staving 100-1 is installed by the refuse bag laying apparatus 200 and control device.

According to the utility model, the rubbish bag assembly 170 and automatic packaging mechanism 400 are mounted on the big cover 100- In 2.

According to the utility model, the staving 100-1 is rotatably connected with the big cover 100-2, or is detachably connected.

When the staving 100-1 and the big cover 100-2 are rotatably connected, the big cover 100-2 and the bucket The position that is rotatably connected of the opening of body 100-1 is respectively provided with pairs of big lid connecting plate 10 and staving connecting plate 130, described Corresponding through-hole is opened up on big lid connecting plate 10 and staving connecting plate 130 respectively, pin shaft 30 passes through the through-hole for the big lid Connecting plate 10 and staving connecting plate 130 are strung；The both ends of the pin shaft 30 are respectively provided with axial positioning structure 40, so that described big When cover 100-2 is rotary shaft Unscrew or is closed with the pin shaft 30, the pin shaft 30 is connected without departing from the big lid Plate 10 and staving connecting plate 130 realize being rotatably connected for the big cover 100-2 and staving 100-1.

The opening of above-mentioned setting, the big cover 100-2 and staving 100-1 is rotatably connected, so that described big The opening and closing of cover 100-2 are very convenient.Automatic packaging mechanism 400 is installed in the inside of big cover 100-2, can be real simultaneously The automatic packaging enclosing function of existing refuse bag store function and refuse bag.The intelligent level of intelligent garbage bin is improved, is promoted Automatic packaging changes the degree of automation of bag intelligent garbage bin.

According to the utility model, the axial positioning structure 40 can be the shaft shoulder, collar, sleeve, step cap or shaft end gear Circle；Or the latter end of the pin shaft 30 has jump-ring slot, circlip is mounted in the jump-ring slot, by the two-arm of the circlip to institute It states pin shaft and carries out axially position, form the axial positioning structure.

Preferably: one end of the pin shaft 30 has step cap 301, and the other end of the pin shaft 30 has jump-ring slot, institute The circlip stating step cap 301 and being mounted in the jump-ring slot axially determine to the pin shaft from the both ends of the pin shaft respectively Position so that the big cover can the pin shaft be rotary shaft along the opening Unscrew of the staving or closing.

Or, the both ends of the pin shaft 30 have jump-ring slot, two circlips in the jump-ring slot are mounted on respectively to institute State pin shaft both ends carry out axially position so that the big cover can the pin shaft be rotary shaft along the staving opening Unscrew or closing.

According to the utility model, torsional spring 50 is arranged on the pin shaft 30, a torque arm of the torsional spring 50 is resisted against institute It states on staving, another torque arm is resisted against on the big cover 100-2；The big cover 100-2 is opposite with the pin shaft 30 Buckle structure 60 is set between the bottom of side and the opening of the staving 100-1, and the buckle structure 60 includes card slot and card Button, the buckle have elasticity appropriate.

Torsional spring is installed, torsional spring stores potential energy during big cover is closed, during big cover is opened on pin shaft Releasable to come out, so that the opening of big cover becomes easier to, torsional spring cooperates buckle structure, can effectively increase the pass of big cover Closing and opening opens efficiency.

According to the utility model, a drawing is fixedly installed on the side big cover 100-2 opposite with the pin shaft 30 Ring 70, for facilitating force to open or close big cover.

Preferably, the pull ring 70 is a flexible pull ring, and the bottom surface of the pull ring 70 and the big cover 100-2 is fixed.

Specific embodiment of the utility model is described in detail above, but it is only used as example, the utility model It is not restricted to particular embodiments described above.To those skilled in the art, any that this practical is equal Modifications and substitutions are also all among the scope of the utility model.Therefore, the institute under the spirit and scope for not departing from the utility model The equal transformation and modification of work, should all cover in the scope of the utility model.

Claims (12)

1. a kind of automatic packaging changes a bag intelligent garbage bin, which is characterized in that including bucket ontology, the bucket body bottom portion is arranged in Refuse bag laying apparatus and control device, the bucket ontology have garbage throw-in port, automatic around garbage throw-in port installation Packing mechanism, the control device control the operation of the refuse bag laying apparatus and the automatic packaging mechanism, in which:

The bottom of the bucket ontology is successively arranged interior bucket bottom, intermediate plate and outer barrel bottom from top to bottom, opened up on the interior bucket bottom to Lack first suction opening, opens up at least one second suction opening, first suction opening and described second on the intermediate plate Suction opening is not oppositely arranged directly, and the refuse bag laying apparatus is mounted on the bottom of the intermediate plate, and the refuse bag is laid with The air inlet of device is connected with second suction opening.

2. automatic packaging according to claim 1 changes a bag intelligent garbage bin, which is characterized in that the intermediate plate is at least in institute It states and is tilted at the second suction opening to periphery, be laid with dress to ensure that sewage will not enter the refuse bag from second suction opening It sets.

3. automatic packaging according to claim 1 changes a bag intelligent garbage bin, which is characterized in that first suction opening is along institute The edge for stating interior bucket bottom is uniformly distributed；Second suction opening is provided with the middle part of the intermediate plate.

4. automatic packaging according to claim 1 changes a bag intelligent garbage bin, which is characterized in that the interior bucket bottom is by described Between plate or outer barrel bottom support；The intermediate plate is by said tub bottom support.

5. automatic packaging according to claim 1 changes a bag intelligent garbage bin, which is characterized in that the interior bucket bottom is close to described First is opened up at the rear wall of bucket ontology and crosses line fluting, and corresponding position opens up second and crosses line fluting, institute on the intermediate plate It states barrel harness of ontology upper end and is passed down through first crossed beam trunking and the second crossed beam trunking along the rear wall of the bucket ontology, and can It is communicatively connected to the control device；

The bucket ontology further includes one piece of cover board, and the cover board extends downwardly through first mistake from the upper end of the bucket ontology Wire casing is to cover the harness.

6. automatic packaging according to claim 1 changes a bag intelligent garbage bin, which is characterized in that the refuse bag laying apparatus Motor including vacuum evacuation device, the driving vacuum evacuation device, the vacuum evacuation device is equipped with the air inlet and inside goes out Air port.

7. automatic packaging according to claim 1 changes a bag intelligent garbage bin, which is characterized in that automatic packaging mechanism packet It includes: driving device, the closing mechanism driven by the driving device, the closing device for heating and sealing refuse bag；Institute The pedestal that closing device includes heater element and the fixed heater element is stated, the heater element is electrically connected with heating circuit.

8. automatic packaging according to claim 7 changes a bag intelligent garbage bin, which is characterized in that the closing mechanism is flexibility Closing mechanism, including flexible-belt；The driving device includes motor, by the motor-driven under drive gear, Yi Jihuan Around the annular drive gear of garbage throw-in port setting, the annular drive gear is meshed simultaneously with the under drive gear It is driven by the under drive gear；

The closing device is fixedly mounted on the side of the garbage throw-in port, and the bucket sheet is fixed in one end of the flexible-belt On body, the other end is then fixed on the annular drive gear, and the rotation of the annular drive gear can drive the flexible-belt It is tightened around the closing device to realize the garbage bag closing, or the smooth reset opened to realize the flexible-belt；When For the flexible-belt after closing device tightening, the closing device can carry out sealing operation to the refuse bag after closing in.

9. automatic packaging according to claim 7 changes a bag intelligent garbage bin, which is characterized in that the closing mechanism includes phase First guide rod of mutually closing bag compression bar and closing in envelope compression bar arranged in a crossed manner, synchronous belt driving device and the setting that intersects and Second guide rod；Wherein:

The synchronous belt driving device includes toothed belt transmission wheel, deflecting roller and synchronous belt, and the synchronous belt is thrown along the rubbish The bilateral parallel steering setting in two sides or a synchronous belt for putting mouth are set around unilateral surround of surrounding of the garbage throw-in port It sets, the driving device drives the toothed belt transmission wheel to drive the synchronous belt rotation；

One end of the closing in envelope compression bar passes through first guide rod, and fixed connection opposite with the synchronous belt, another End intersects setting with the closing bag compression bar, and the closing in envelope compression bar can be slided along first guide rod；The closing bag One end of compression bar passes through second guide rod, and fixed connection opposite with the synchronous belt, and the closing bag compression bar can be along described The sliding of second guide rod；The closing bag compression bar and the closing in envelope compression bar can synchronously collapse the refuse bag to described At closing device.

10. automatic packaging according to claim 1 changes a bag intelligent garbage bin, which is characterized in that the automatic packaging changes bag Intelligent garbage bin further includes rubbish bag assembly, and the rubbish bag assembly is mounted on the bucket ontology above the automatic packaging mechanism It is interior, comprising: storage main body, be provided with the first through hole passed through for rubbish, be surrounded on the outside of the first through hole for storing The annular groove of refuse bag；Lid is provided with the second through-hole corresponding with the first through hole, and the cover cap is in the ring Gap is equipped between one of side wall of the opening of connected in star, the lid and the annular groove, to form refuse bag Outlet.

11. automatic packaging according to claim 1 changes a bag intelligent garbage bin, which is characterized in that also set on the bucket ontology It is equipped with sealing to be packaged button and change a bag button, the sealing is packaged button and changes bag button and can communicate with the control device respectively Ground connection.

12. automatic packaging described in any one of -11 changes a bag intelligent garbage bin according to claim 1, which is characterized in that the bucket Ontology includes the big cover of staving and lid conjunction in the opening of the staving, and the inside of the big cover is launched with the rubbish Mouthful, the automatic packaging mechanism is installed around the garbage throw-in port, the bottom of the staving installs the refuse bag and is laid with dress It sets and control device.