CN208435461U - The staving component of dustbin type dust catcher and dustbin type dust catcher with it - Google Patents

Abstract

The utility model discloses a kind of staving component of dustbin type dust catcher and with its dustbin type dust catcher, wherein, accommodating chamber is limited in staving component, the open upper end of accommodating chamber is to form staving opening, the upper surface of staving component is equipped with limiting slot, limiting slot is spaced apart with accommodating chamber, and positioning bar is equipped in limiting slot.Staving component according to the present utility model, by the way that the limiting slot being spaced apart with accommodating chamber is arranged on the upper surface of staving component, and positioning bar is set in limiting slot, the edge of refuse bag can be wrapped in the fixation that refuse bag is realized on positioning bar, the extra part in refuse bag edge can be filled in limiting slot simultaneously, keep the aesthetics of staving component.In addition, it is simple for fixing the positioning bar mechanism of refuse bag on staving component, and the method for fixed refuse bag is simple and reliable, it is user-friendly.

Description

The staving component of dustbin type dust catcher and dustbin type dust catcher with it

Technical field

The utility model relates to cleaning technology fields, more particularly, to the staving component and tool of a kind of dustbin type dust catcher There is its dustbin type dust catcher.

Background technique

In the related technology, dust catcher is not needing in use, placing indoors elsewhere, but dust catcher still occupies one Fixed space influences the quality of life of user.The fixed always pain spot of refuse bag in dustbin, existing frequently-used rubbish Bucket is to need to pick up inner cylinder, and then refuse bag fold rear enclosure is put in, rubbish is piled in the outside of inner cylinder by inner cylinder Afterwards, it needs again to take out inner cylinder, then can just remove refuse bag, entire use is very cumbersome.

Utility model content

The utility model aims to solve at least one of the technical problems existing in the prior art.For this purpose, the utility model mentions A kind of staving component of dustbin type dust catcher out, the staving component of the dustbin type dust catcher simple, rubbish with structure Bag positions reliable advantage.

The utility model also proposes that a kind of dustbin type dust catcher, the dustbin type dust catcher include above-mentioned dustbin type The staving component of dust catcher.

According to the staving component of the dustbin type dust catcher of the utility model embodiment, appearance is limited in the staving component Receive chamber, for the open upper end of the accommodating chamber to form staving opening, the upper surface of the staving component is equipped with limiting slot, The limiting slot is spaced apart with the accommodating chamber, and positioning bar is equipped in the limiting slot.

According to the staving component of the dustbin type dust catcher of the utility model embodiment, by the upper surface of staving component It is upper that the limiting slot being spaced apart with accommodating chamber is set, and positioning bar is set in limiting slot, the edge of refuse bag can be wrapped in The fixation of refuse bag is realized on positioning bar, while the extra part in refuse bag edge can be filled in limiting slot, is kept The aesthetics of staving component.In addition, it is simple for fixing the positioning bar mechanism of refuse bag on staving component, and fixed refuse bag Method is simple and reliable, user-friendly.

Some embodiments according to the present utility model, the edge of staving opening towards fold inside the limiting slot with It is configured to limit flange.

In some embodiments of the utility model, the limit flange be spaced apart multiple.

Some embodiments according to the present utility model, the fixing end of the positioning bar are connect with the bottom wall of the limiting slot, The free end of the positioning bar extends towards the external of the limiting slot.

In some embodiments of the utility model, one end of the reinforcing rib is connect with the positioning bar, the other end with The inner wall of the limiting slot connects.

In some embodiments of the utility model, the reinforcing rib is located on the bottom wall of the limiting slot.

Some embodiments according to the present utility model, the staving component includes: exterior bowl, and the limiting slot is set to described Exterior bowl；And inner drum, the inner drum have the accommodating chamber, the inner drum is embedded at said tub body, said tub Body and the inner drum are detachably connected.

In some embodiments of the utility model, the periphery wall of the inner drum and the internal perisporium of said tub body are limited Wind inlet channel out.

According to the dustbin type dust catcher of the utility model embodiment, comprising: staving component, the staving component are above-mentioned Staving component；Bung component, the bung component are pivotly connect with the staving component to open or close the bucket The staving of body component is open；Ground brush assemblies, described ground brush assemblies are located in the exterior bottom wall of the staving component；Dirt cup group Part, the dirt cup component are located on one in the staving component and the bung component；Ducting assembly, the ducting assembly It is located at least one of the staving component and the bung component, the ducting assembly limits wind inlet channel and outlet air Air duct, the wind inlet channel and the exhaust air flue are connected to the dirt cup component；For driving gas in the ducting assembly The driving assembly of flowing；And moving assembly, the moving assembly be located at the bottom of the staving component and with the scrubbing brush group Part is spaced apart.

According to the dustbin type dust catcher of the utility model embodiment, by being arranged on the upper surface of staving component and holding Chamber of receiving limiting slot spaced apart, and positioning bar is set in limiting slot, the edge of refuse bag can be wrapped on positioning bar with It realizes the fixation of refuse bag, while the extra part in refuse bag edge can be filled in limiting slot, keep staving component Aesthetics, and do not influence the normally-open of bung component and close.In addition, for fixing the positioning bar of refuse bag on staving component Mechanism is simple, and the method for fixed refuse bag is simple and reliable, user-friendly.

The additional aspect and advantage of the utility model will be set forth in part in the description, partially will be from following description In become obvious, or recognized by the practice of the utility model.

Detailed description of the invention

The above-mentioned and/or additional aspect and advantage of the utility model from the description of the embodiment in conjunction with the following figures will Become obvious and be readily appreciated that, in which:

Fig. 1 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Fig. 2 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Fig. 3 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Fig. 4 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Fig. 5 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Fig. 6 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Fig. 7 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Fig. 8 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Fig. 9 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 10 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 11 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 12 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 13 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 14 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 15 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 16 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 17 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 18 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 19 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 20 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 21 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 22 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 23 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 24 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 25 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 26 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 27 is the partial structurtes enlarged drawing according to the dust catcher of the utility model embodiment；

Figure 28 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 29 is the partial structurtes enlarged drawing according to the dust catcher of the utility model embodiment；

Figure 30 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 31 is the partial structurtes enlarged drawing according to the dust catcher of the utility model embodiment；

Figure 32 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 33 is the partial structurtes enlarged drawing according to the dust catcher of the utility model embodiment；

Figure 34 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 35 is the control line map according to the dust catcher of the utility model embodiment；

Figure 36 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 37 is the partial structurtes enlarged drawing according to the dust catcher of the utility model embodiment；

Figure 38 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 39 is the partial structurtes enlarged drawing according to the dust catcher of the utility model embodiment；

Figure 40 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 41 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 42 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 43 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 44 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 45 is the partial structurtes enlarged drawing according to the dust catcher of the utility model embodiment；

Figure 46 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 47 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 48 is the partial structurtes enlarged drawing according to the dust catcher of the utility model embodiment；

Figure 49 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 50 is the partial structurtes enlarged drawing according to the dust catcher of the utility model embodiment；

Figure 51 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 52 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 53 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 54 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 55 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 56 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 57 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 58 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 59 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 60 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 61 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 62 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 63 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 64 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 65 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 66 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 67 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 68 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 69 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 70 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 71 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 72 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 73 is the structural schematic diagram according to the cup body of the dust catcher of the utility model embodiment；

Figure 74 is the structural schematic diagram according to the cup body of the dust catcher of the utility model embodiment；

Figure 75 is the structural schematic diagram according to the cup body of the dust catcher of the utility model embodiment；

Figure 76 is the structural schematic diagram according to the cup body of the dust catcher of the utility model embodiment；

Figure 77 is the structural schematic diagram according to the cup body of the dust catcher of the utility model embodiment；

Figure 78 is the structural schematic diagram according to the cup body of the dust catcher of the utility model embodiment；

Figure 79 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 80 is the partial structurtes enlarged drawing according to the dust catcher of the utility model embodiment；

Figure 81 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 82 is the partial structurtes enlarged drawing according to the dust catcher of the utility model embodiment；

Figure 83 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 84 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 85 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 86 is the structural schematic diagram according to the dust catcher of the utility model embodiment；

Figure 87 is the partial structurtes enlarged drawing according to the dust catcher of the utility model embodiment.

Appended drawing reference:

Dust catcher 100,

Staving component 1, lid pivoting hole 11, the first locating part 12,

Exterior bowl 13, limiting slot 131, positioning bar 132, reinforcing rib 133,

Inner drum 14, accommodating chamber 141, staving opening 142 limit flange 143,

Accommodating groove 15, suction pipe limiting section 151,

Bung component 2, lid pivotal axis 21, Cover opening button 22, bung locating part 23, bung stop part 24, bung Inner cavity 25, ash discarding channel 27, ash discarding outlet 271, ash discarding import 272, dirt cup bottom cover 28, guide ramp 281, the second locating part 282, third locating part 283, main part 284, turn-up portion 285, trim 29,

Transmission component 3, transmission pivot rods 31, driving end 311, driving connecting rod 32, actuating station 321,

Ground brush assemblies 4, brush body 41, the shaft gear teeth 411, limit track slot 42, the side wall gear teeth 421,

Dirt cup component 5, cup body 51, dust export 52, airflow inlet 53, cup lid 54, sealing element 55, air stream outlet 56, into Wind partition 57, air-flow guiding channel 58, coaming plate 59, main channel 60,

Cover board 6, flat part 61, lug boss 62, handle portion 63, holding tank 64, marginal stretch 65, chamber 66, filter cotton 67,

Ducting assembly 7, wind inlet channel 71, air inlet duct import 711 guide bend pipe 712, exhaust air flue 72, exhaust passage outlet 712,

Suction head component 8 holds suction pipe 81,

Driving motor 91, motor shaft 911, control assembly 92, driving assembly 93, moving assembly 94, directional wheel 941 are universal Wheel 942, push-rod assembly 95, switch 97, battery component 98.

Specific embodiment

The embodiments of the present invention are described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning Same or similar element or element with the same or similar functions are indicated to same or similar label eventually.Below by ginseng The embodiment for examining attached drawing description is exemplary, and is only used for explaining the utility model, and should not be understood as to the utility model Limitation.

In the description of the present invention, it should be understood that term " center ", " longitudinal direction ", " transverse direction ", " length ", " width Degree ", " thickness ", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside", " suitable The orientation or positional relationship of the instructions such as hour hands ", " counterclockwise ", " axial direction ", " radial direction ", " circumferential direction " is orientation based on the figure Or positional relationship, be merely for convenience of describing the present invention and simplifying the description, rather than the device of indication or suggestion meaning or Element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as the limit to the utility model System.In addition, defining " first ", the feature of " second " can explicitly or implicitly include one or more of the features. In the description of the present invention, unless otherwise indicated, the meaning of " plurality " is two or more.

In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is pacified Dress ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally Connection；It can be mechanical connection, be also possible to be electrically connected；Can be directly connected, can also indirectly connected through an intermediary, It can be the connection inside two elements.For the ordinary skill in the art, above-mentioned art can be understood with concrete condition The concrete meaning of language in the present invention.

Below with reference to Fig. 1-Figure 87 description according to the staving component of the dustbin type dust catcher 100 of the utility model embodiment 1 and dustbin type dust catcher 100.

As shown in Fig. 1-Figure 87, according to being limited in the staving component 1 of the dustbin type dust catcher 100 of the utility model embodiment Accommodating chamber 141 is made, the open upper end of accommodating chamber 141 is to form staving opening 142.Staving component 1, which can be used as dustbin, to be made With rubbish can be thrown into accommodating chamber 141.As shown in Figure 43-Figure 50, the upper surface of staving component 1 is equipped with limiting slot 131, limiting slot 131 is spaced apart with accommodating chamber 141, and positioning bar 132 is equipped in limiting slot 131, and the cross section of positioning bar 132 is square Shape can also be certainly round, ellipse or other polygons.General user is when using dustbin, often in dustbin Refuse bag is arranged in order to dump rubbish, or avoids often cleaning dustbin, keeps dustbin clean hygiene.Certainly, holding Refuse bag can be arranged in chamber 141 by receiving, and after refuse bag is set in accommodating chamber 141, the edge of refuse bag can be wrapped in limit On positioning bar 132 in slot 131, refuse bag is avoided to slide, refuse bag edge redundance is then tightened into plug to limiting slot In 131, the aesthetics of staving component 1 is kept.

Wherein, limiting slot 131 can be multiple, and multiple limiting slots 131 are spaced apart along the circumferential direction of staving opening 142 Refuse bag to be securely fixed in accommodating chamber 141.Further, multiple limiting slots 131 can be open for 142 week along staving It is uniformly distributed to direction.For example, limiting slot 131 is two and is symmetrically distributed in staving component 1 in the example shown in Figure 43 The left and right sides, in addition, the cross-sectional area of limiting slot 131 is gradually reduced on direction from inside to outside.It should be noted that this In inside refer to that the direction close to 141 central axis of accommodating chamber, outside refer to the direction far from 141 central axis of accommodating chamber.

According to the staving component 1 of the dustbin type dust catcher 100 of the utility model embodiment, by staving component 1 The limiting slot 131 being spaced apart with accommodating chamber 141 is set on upper surface, and positioning bar 132 is set in limiting slot 131, can be incited somebody to action The edge of refuse bag is wrapped in the fixation that refuse bag is realized on positioning bar 132, while can be extra by refuse bag edge Part is filled in limiting slot 131, and the aesthetics of staving component 1 is kept.In addition, for fixing determining for refuse bag on staving component 1 132 mechanism of Wei Jin is simple, and the method for fixed refuse bag is simple and reliable, user-friendly.

In some embodiments of the utility model, as shown in Figure 43-Figure 49, the edge direction limit of staving opening 142 It is turned down inside slot 131 to be configured to limit flange 143.When in refuse bag plug to limiting slot 131, limit flange 143 can be incited somebody to action The redundance of refuse bag is limited in limiting slot 131, prevents the redundance of refuse bag from sliding up out limiting slot 131.In addition Limit flange 143 can also play the role of handle, when being lifted up staving component 1, can mention at limit flange 143 It rises, is easy to use by users.

Further, limit flange 143 be spaced apart multiple.For example, in the circumferential direction along staving opening 142, Limit flange 143 be it is spaced apart multiple, multiple limit flange 143 can be uniformly distributed.It is possible thereby to save staving component 1 Material increases the space of limiting slot 131, convenient for the redundance of the edge of receiving refuse bag.Certainly, the utility model is unlimited In this, one that flange 143 can be the circumferential direction extension along staving opening 142 is limited.For example, the example shown in Figure 43 In, limit flange 143 is one entire, and limit flange 143 extends along the circumferential direction of staving opening 142, the two of limit flange 143 It holds close to two ends of limiting slot 131, it is possible thereby to simplify the structure of limit flange 143, to simplify the knot of staving component 1 Structure saves the production cycle, reduces production cost.

In some embodiments of the utility model, the fixing end of positioning bar 132 is connect with the bottom wall of limiting slot 131, fixed The free end of position muscle 132 extends towards the external of limiting slot 131.It is convenient for the edge of refuse bag being wound to positioning bar as a result, On 132.For example, accommodating chamber 141 extends along the vertical direction in the example shown in Figure 43, staving is open 142 upward, limiting slot 131 are spaced apart with accommodating chamber 141, limiting slot 131 it is opening up, positioning bar 132 extends along the vertical direction, as a result, convenient for will The edge of refuse bag is wound on positioning bar 132.

As shown in figure 43, positioning bar 132 is one and is located at the side setting of limiting slot 131, and certainly, positioning bar 132 is also Other positions of locating slot can be located at, here with no restrictions to the position of positioning bar 132.Certainly, the utility model is not limited to This, positioning bar 132 can be multiple for what is be spaced apart, and multiple positioning bars 132 can be uniformly distributed in limiting slot 131.

In some embodiments of the utility model, as shown in figure 50, reinforcing rib 133, reinforcing rib are equipped in limiting slot 131 133 one end is connect with positioning bar 132, and the other end is connect with the inner wall of limiting slot 131.Reinforcing rib 133 can be to positioning bar 132 Play the role of reinforcement, improve the reliability that positioning bar 132 works, to improve the fixed reliability of refuse bag.Further, Reinforcing rib 133 is located on the bottom wall of limiting slot 131.Thus it is processed together convenient for reinforcing rib 133 with limiting slot 131, convenient for simplifying The structure of limiting slot 131 saves the production cycle, reduces production cost.

In some embodiments of the utility model, as shown in Figure 43, Figure 44, Figure 46, Figure 47, Figure 49 and Figure 50, staving Component 1 includes exterior bowl 13 and inner drum 14, and limiting slot 131 is set to exterior bowl 13, and inner drum 14 has accommodating chamber 141, interior bucket Body 14 is embedded at exterior bowl 13, and exterior bowl 13 and inner drum 14 are detachably connected.Inner drum 14 can take out of exterior bowl 13 Out, inner drum 14 can be used as dustbin use in itself.

For example, staving component 1 includes exterior bowl in the example shown in Figure 43, Figure 44, Figure 46, Figure 47, Figure 49 and Figure 50 13 and inner drum 14, inner drum 14 is embedded in exterior bowl 13, and inner drum 14 has accommodating chamber 141, the cross section of accommodating chamber 141 Contour line be quadrangle, wherein the contour line for being located at front side is the curved line to lordosis, the periphery wall of exterior bowl 13 is formed as Column, limiting slot 131 are located on exterior bowl 13 and are arranged close to inner drum 14, and the periphery wall of limiting slot 131 and inner drum 14 is total The chamber for limiting the edge redundance of a receiving refuse bag together after refuse bag is set in accommodating chamber 141, can incite somebody to action The edge of refuse bag is wrapped on the positioning bar 132 in limiting slot 131, and refuse bag is avoided to slide, then by refuse bag edge Redundance tightens plug into limiting slot 131, keeps the aesthetics of staving component 1.

For another example, in the example shown in Figure 43, Figure 45 and Figure 48, between having centainly between exterior bowl 13 and inner drum 14 Gap, the upper end of inner drum 14 is turned down towards exterior bowl 13 forms limit flange 143, and refuse bag is put into inner drum 14, then will The edge of refuse bag is entered along the gap set between inner drum 14 and exterior bowl 13, is received at the limiting slot 131 on any one side Tightly, then the extra part of refuse bag is tightened, in limiting slot 131, such refuse bag just places plug, whole process without Inner drum 14 need to be lifted.In addition, the fold length for the limit flange 143 being located in limiting slot 131 is greater than limit elsewhere The fold length of flange 143, the limit flange 143 in limiting slot 131 can play the role of handle.

In some embodiments of the utility model, the periphery wall of inner drum 14 can be limited with the internal perisporium of exterior bowl 13 Wind inlet channel 71 out.It is not necessarily to that air channel structure is separately provided as a result, can simplify the structure of staving component 1, save the production cycle, Reduce production cost.

It include staving component 1, bung component 2, scrubbing brush group according to the dustbin type dust catcher 100 of the utility model embodiment Part 4, dirt cup component 5, ducting assembly 7, driving assembly 93 and moving assembly 94.

Specifically, specifically, the upper end of staving component 1 has staving opening 142, bung as shown in Figure 12-Figure 14 Component 2 is pivotly connect to open or close staving opening 142 with staving component 1.User can open bung component 2 to bucket It throwing away rubbish in vivo, staving component 1 can be used as dustbin use, and rubbish can be covered in staving component 1 by bung component 2, It avoids rubbish from being exposed, improves the aesthetics of user's vision.When not needing to use as dust catcher 100, it can incite somebody to action It is placed in the position that dustbin is normally placed in the places, that is, family such as parlor or study, uses as dustbin, can be with It solves the problems, such as that dust catcher 100 is placed when being without the use of to take up space.

As shown in Fig. 1-Figure 15, ground brush assemblies 4 are located in the exterior bottom wall of staving component 1, when moving dust collector 100, ground Brush assemblies 4 can sweep up the dust on ground in order to which dust catcher 100 absorbs dust, favorably with ground face contact, ground brush assemblies 4 In the cleannes for improving ground.Dirt cup component 5 is located on one in staving component 1 and bung component 2, such as Fig. 9 and Figure 11 institute Show, dirt cup component 5 is located on bung component 2, and dirt cup component 5 can accommodate the dust of the absorption of dust catcher 100.

As Figure 9-Figure 11, ducting assembly 7 is located at least one of staving component 1 and bung component 2, air duct group Part 7 limits wind inlet channel 71 and exhaust air flue 72, and wind inlet channel 71 and exhaust air flue 72 are connected to dirt cup component 5, dust Entered in dirt cup component 5 by wind inlet channel 71, dust is collected in dirt cup component 5, removes the wind of dust again from outlet air wind Discharge in road 72.As shown in figures 9 and 11, driving assembly 93 is located in bung component 2, and driving assembly 93 is for driving air duct group 7 interior air-flow of part flowing, to realize the dust suction of dust catcher 100.As shown in Fig. 2, Fig. 4 and Fig. 5, moving assembly 94 is located at staving component It 1 bottom and is spaced apart with ground brush assemblies 4.When dust catcher 100 needs mobile, moving assembly 94 is rotated so that dust catcher 100 It moves freely, to realize the dust suction of different places.

According to the dustbin type dust catcher 100 of the utility model embodiment, by being arranged on the upper surface of staving component 1 The limiting slot 131 being spaced apart with accommodating chamber 141, and positioning bar 132 is set in limiting slot 131, it can be by the edge of refuse bag It is wrapped in the fixation for realizing refuse bag on positioning bar 132, while limit can be filled in into the extra part in refuse bag edge In slot 131, the aesthetics of staving component 1 is kept, and does not influence the normally-open of bung component 2 and closes.In addition, staving component It is simple for fixing 132 mechanism of positioning bar of refuse bag on 1, and the method for fixed refuse bag is simple and reliable, it is user-friendly.

After filling rubbish, bung component 2 only need to be opened, plug is taken out to the part refuse bag in limiting slot 131 It unclamps, the refuse bag in inner drum 14 can be taken out, it is very convenient to use.

The dustbin type dust catcher 100 according to one specific embodiment of the utility model is described below with reference to Fig. 1-Figure 87, It is worth understanding, described below is exemplary, it is intended to for explaining the utility model, and should not be understood as practical to this Novel limitation.

As shown in Fig. 1-Figure 87, according to the dustbin type dust catcher 100 of the utility model embodiment, including staving component 1, Bung component 2, brush assemblies 4, dirt cup component 5, ducting assembly 7, driving assembly 93, moving assembly 94, push-rod assembly 95, transmission Component 3, driving motor 91, control assembly 92, trim 29, hand-held suction pipe 81, Suction head component 8.

Specifically, the upper end of staving component 1 has staving opening 142, bung group as shown in Figure 12-Figure 14 and Figure 34 One in part 2 and staving component 1 is equipped with lid pivotal axis 21, another is equipped with the lid cooperated with lid pivotal axis 21 Pivoting hole 11, bung component 2 are pivotly connect to open or close staving opening 142 with staving component 1.User can open Bung component 2 is thrown away rubbish into staving, and staving component 1 can be used as dustbin use, and rubbish can be covered on by bung component 2 In staving component 1, rubbish is avoided to be exposed, improves the aesthetics of user's vision.When do not need to use as dust catcher 100 When, it can be placed on normally placing the position of dustbin in the places, that is, family such as parlor or study, as rubbish Bucket uses, and can solve dust catcher 100 and places the problem of taking up space when being without the use of.

As shown in Fig. 1-Figure 15, ground brush assemblies 4 are located in the exterior bottom wall of staving component 1, when moving dust collector 100, ground Brush assemblies 4 can sweep up the dust on ground in order to which dust catcher 100 absorbs dust, favorably with ground face contact, ground brush assemblies 4 In the cleannes for improving ground.Dirt cup component 5 is located on one in staving component 1 and bung component 2, such as Fig. 9 and Figure 11 institute Show, dirt cup component 5 is located on bung component 2, and dirt cup component 5 can accommodate the dust of the absorption of dust catcher 100.

As shown in Fig. 9-Figure 11, Figure 65, ducting assembly 7 is located at least one of staving component 1 and bung component 2, Ducting assembly 7 limits wind inlet channel 71 and exhaust air flue 72, and wind inlet channel 71 and exhaust air flue 72 connect with dirt cup component 5 Logical, dust is entered in dirt cup component 5 by wind inlet channel 71, and dust is collected in dirt cup component 5, remove the wind of dust again from Discharge in exhaust air flue 72.

As shown in figures 9 and 11, driving assembly 93 is located in bung component 2, and driving assembly 93 is for driving ducting assembly 7 Interior air-flow flowing, to realize the dust suction of dust catcher 100.As shown in Fig. 2, Fig. 4 and Figure 15, moving assembly 94 is located at staving component 1 Bottom and be spaced apart with ground brush assemblies 4.When dust catcher 100 needs mobile, moving assembly 94 rotate so that dust catcher 100 from By moving, to realize the dust suction of different places.

As shown in Fig. 2, Fig. 4 and Figure 15, towards ground, the exterior bottom wall of staving component 1 is equipped with the exterior bottom wall of staving component 1 One air inlet duct import 711, the air inlet duct import 711 is towards ground, and when 100 dust suction of dust catcher, dust can pass through air inlet Road import 711 enters in wind inlet channel 71 and enters in dirt cup component 5.When air inlet duct import 711 is located at the outer bottom of staving component 1 When wall, dust suction is carried out convenient for dust catcher 100.

Further, as shown in Fig. 2, Fig. 4 and Figure 15, air inlet duct import 711 is located at the centre of the exterior bottom wall of staving component 1 Position, air inlet duct import 711 are in long strip, and extend in left-right direction, before two brush bodies 41 are respectively positioned on air inlet duct import 711 Side, two brush bodies 41 are symmetrical about the line of center of extension along the longitudinal direction of air inlet duct import 711, the brush body 41 positioned at left side (direction w as shown in Figure 2) rotates along clockwise direction, (the v as shown in Figure 2 in the counterclockwise direction of brush body 41 positioned at right side Direction) rotation, brush body 41 sweeps to the rubbish of two sides at air inlet duct import 711, convenient for the cleaning of rubbish.

Close 711 portions of air inlet duct import of wind inlet channel 71 are telescopic tube.In conjunction with shown in Figure 55 and Figure 60, lead to It crosses the pipeline section by wind inlet channel 71 close to 711 part of air inlet duct import and is set as scalable pipeline section, be convenient for dustbin type dust catcher 100 adjust accordingly its form under different operating environmental demand.

As shown in figure 8, the exhaust passage outlet 712 of exhaust air flue 72 is located at the downside of 1 periphery wall of staving component, and edge The circumferential direction of staving component 1 extends, and avoids blow against people as a result, while also playing the effect of noise reduction and filtering, so that Lower noise and discharge gas it is cleaner.As shown in Figure 1, exhaust passage outlet 712 is located at the right of staving component 1, out The angle α in the dead astern of the center line and staving component 1 of ducting outlet 712 is 90 °.

As shown in Fig. 5, Fig. 7 and Figure 14, one end of Suction head component 8 is connected to wind inlet channel 71, the other end of Suction head component 8 It is connected to air inlet duct import 711.When dust catcher 100 cleans ground, dust on ground can by air inlet duct import 711 into Enter in Suction head component 8, subsequently into wind inlet channel 71, enters back into dirt cup component 5；When dust catcher 100 cleans sofa tea table Whens equal, can by one end extraction that Suction head component 8 is connect with air inlet duct import 711, and can mix some cleaning attachmentes (such as Suction nozzle with specific clearing function), sofa tea table etc. is cleaned, is thus convenient for the storage of suction nozzle, can simplify simultaneously The structure of dust catcher 100.

Further, hand-held suction pipe 81 is equipped with as shown in Fig. 5, Fig. 7 and Figure 14, between Suction head component 8 and wind inlet channel 71. Suction head component 8 can be located at the end of hand-held suction pipe 81 and be connected to hand-held suction pipe 81, can hold with a hand hand-held suction pipe 81 into Row cleans.In addition holding suction pipe 81 may include hand-held part and bellows, and one end of hand-held part connect with Suction head component 8, stretches One end of contracting hose and the other end of hand-held part connect, and the other end of bellows is connected to wind inlet channel 71.Bellows exists When not in use, it can contract inside staving component 1, when the extraction of Suction head component 8 needs to clean sofa tea table etc., bellows is stretched Out outside staving component 1, so that Suction head component 8 can move freely, without moving staving component 1, meet the cleaning demand of user.

As shown in figure 40, one end (one end that hand-held suction pipe 81 is connected to wind inlet channel 71) and the staving group of suction pipe 81 are held The top of part 1 connects.Thus, it is possible to make the structure of dust catcher 100 more compact, rationally, stored convenient for user, while can also To improve the aesthetics of dust catcher 100.

As shown in Fig. 5 and Figure 40, the periphery wall of staving component 1 is equipped with the accommodating groove 15 vertically extended, holds Suction pipe 81 is located in accommodating groove 15, and the part-structure of hand-held suction pipe 81 is hidden in staving component 1, and part-structure is exposed at staving Outside component 1, when needing to clear up sofa or tea table, Suction head component 8 can be extracted, hand-held suction pipe 81 can extend, and at this moment may be used Directly Suction head component 8 to be taken to remove cleaning sofa or tea table, some conventional appendicles Suction head component 8 can also be cooperated to use, To make using effect more preferably.

Further, accommodating groove 15 is equipped with suction pipe limiting section 151, and suction pipe limiting section 151 is suitable for and hand-held suction pipe 81 The other end (one end that hand-held suction pipe 81 is connect with Suction head component 8) clamping.Thus, it is possible to which hand-held suction pipe 81 is fixed on accommodating groove It in 15, prevents hand-held suction pipe 81 from deviating from out of accommodating groove 15, influences user's use.

As shown in Fig. 2, Fig. 4 and Figure 15, moving assembly 94 includes directional wheel 941 and at least one universal wheel 942, directional wheel 941 are located at the front side of universal wheel 942.The front side of the exterior bottom wall of staving component 1 is equipped with a directional wheel 941, there are two rear side is set Universal wheel 942 spaced apart, universal wheel 942 can be freely rotated in left-right direction with 360 °, 942 knot of directional wheel 941 and universal wheel It closes, dust catcher 100 can be made any mobile indoors.

Dustbin type dust catcher 100 further includes battery component 98, and battery component 98 is located at staving component 1 and bung component 2 At least one of on.Battery component 98 can power for dust catcher 100, and dust catcher 100 can be made to be not necessarily to connect with external power supply It connects, convenient for the use of dust catcher 100, and works as dust catcher 100 as dustbin in use, without considering that the storage of power supply line is asked Topic.

As shown in Figure 57-Figure 61, push-rod assembly 95 is connect with staving component 1.User can pass through push-rod assembly 95 as a result, Easily push dustbin type dust catcher 100 mobile, to keep dedusting work more flexible, convenient.When dustbin type dust catcher 100 when being dusted work, and user pushes dustbin type dust catcher 100 mobile using push-rod assembly 95, dustbin type dust catcher In 100 moving process, 4 rotary cleaning dust of ground brush assemblies, and the air-flow of entrained dirt is sucked into wind inlet channel 71, entrained dirt Air-flow enter in dirt cup component 5 by wind inlet channel 71, dust is separated in dirt cup component 5, is settled, finally, going ash disposal The air-flow of dirt is discharged from exhaust air flue 72, to complete the dedusting of dustbin type dust catcher 100.

At least one of staving component 1 and push-rod assembly 95 are equipped with push rod mounting portion, as a result, when dustbin type dust suction Device 100 is as dustbin in use, push-rod assembly 95 can be packed up and be fixed by the way that push rod mounting portion is firm.Push rod mounting portion It can be multiple and be spaced apart push-rod assembly 95 to be fixed on staving component 1, as a result, along the length direction of push-rod assembly 95 The fixed solid and reliable property of push-rod assembly 95 can be enhanced.

Further, at least one of multiple push rod mounting portions are clamping portion.It is convenient for the processing of push rod mounting portion as a result, Manufacture so as to reduce production cost, and is convenient for the fixation of push-rod assembly 95.

As shown in Figure 59-Figure 61, staving component 1 can be rotated relative to ground brush assemblies 4.It is understood that working as dustbin When formula dust catcher 100 clears up the dust on ground, staving component 1 can be rotated to state shown in Figure 60, to facilitate user Dustbin type dust catcher 100 is pushed to be dusted cleaning work；When dustbin type dust catcher 100 needs to clear up height-limited sky In dust when, for example, under bed bottom, sofa etc., staving component 1 can be rotated to the state as shown in Figure 61, with The whole height of dustbin type dust catcher 100 is further turned down, to go on smoothly dedusting work.

As shown in Fig. 6-Fig. 9, push-rod assembly 95 is connect with staving component 1 and 95 lower end of push-rod assembly and staving component 1 Lower end is pivotably connected.As a result, when dustbin type dust catcher 100 is used as dustbin in use, push-rod assembly 95 can be revolved Turn to pack up close to staving component 1, to reduce occupied space.Moreover, user can be according to height and use habit, by push-rod assembly 95 rotations to comfortable angle is dusted work, to keep dedusting work more convenient, comfortable.

As shown in Figure 58-Figure 61, the push-rod assembly 95 of dustbin type dust catcher 100 can be scalable push rod.As a result, when Dustbin type dust catcher 100 is as dustbin in use, push-rod assembly 95 can be packed up, to reduce dustbin type dust catcher 100 occupied space；When dustbin type dust catcher 100 give a dinner of welcome work, push-rod assembly 95 can be pulled out, be pushed away with facilitating Dynamic dustbin type dust catcher 100 is dusted work.

Further, as shown in Fig. 5-Fig. 9, push-rod assembly 95 can be set to three section telescopic rods, and telescopic rod stretches Total length after opening can be set to 110cm or so.When being dusted work, user can be with itself height and use habit It by the stretched different length of push-rod assembly 95, and rotates and adjusts to different angles, conveniently, to be comfortably dusted.And And it be packed up when dustbin type dust catcher 100 is used as dustbin in use, push-rod assembly 95 can be compressed, and be rotated with due to close 1 rear of staving component to reduce the occupied space of dustbin type dust catcher 100, and improves the outer of dustbin type dust catcher 100 See aesthetics.Certainly, push-rod assembly 95 may be set to be more piece, and the total length of telescopic rod can also be according to different needs Carry out different settings.

As shown in Figure 16-Figure 19, the driving end 311 of transmission component 3 is located on staving component 1, the actuating station of transmission component 3 321 connect to drive bung component 2 to rotate with bung component 2, to drive the driving i.e. openable bung component 2 in end 311.Such as Driving end 311 can be trampled with foot, so that bung is opened.When user hand take rubbish needs throw away, then go with hand open bung component 2 Can be very inconvenient, and driving end 311 is trampled with foot so that bung component 2 is opened, after foot is removed, bung component 2 closes automatically It closes, is easy to use by users.

As shown in Figure 17 and Figure 19, driving end 311 is located at 1 bottom of staving component.The free end at end 311 is driven to exceed staving The periphery wall wall surface of component 1.Thus end 311 is driven to drive bung component 2 to rotate convenient for going to trample with foot.Such as Figure 17 and Figure 19 Shown, transmission component 3 includes transmission pivot rods 31 and driving connecting rod 32, and transmission pivot rods 31 can be lever construction, transmission 31 general horizontal of pivot rods is located at the bottom of staving component 1, and driving connecting rod 32 is located at vertically in staving component 1, and transmission pivots One end beyond 1 periphery wall of staving component of bar 31 is configured to driving end 311, and one end of transmission pivot rods 31 has bending Portion, bending part are formed as driving end 311.One end of driving connecting rod 32 is connect with the other end of transmission pivot rods 31, and transmission connects The other end of extension bar 32 is connect with bung component 2, and the other end of driving connecting rod 32 is configured to actuating station 321.When with foot to Under trample driving end 311 when, transmission pivot rods 31 the other end move up, thus drive driving connecting rod 32 to move upwards with Bung component 2 is driven to rotate, to make staving opening 142 be exposed, convenient for throwing into rubbish in staving component 1.

As shown in figure 19, the position that the upper end of driving connecting rod 32 is connect with bung component 2 is close to bung component 2 and staving The position that component 1 connects.As a result, when bung component 2 turns to open position, staving can be blocked to avoid driving connecting rod 32 Opening 142, influences to throw away rubbish into staving component 1.

As shown in Figure 17, Figure 19 and Figure 34, position that driving assembly 93 is connect on bung component 2 with staving component 1. Specifically, driving assembly 93 is located at the lid pivotal axis 21 of staving component 1 and bung component 2 and the top of actuating station 321, because Weight for driving assembly 93 is bigger, and the lid that the center of gravity of driving assembly 93 is placed in staving component 1 and bung component 2 is pivoted The position of axis 21 and actuating station 321, can reduce opening force, only need to gently step on driving end 311, and bung component 2 can simultaneously be opened It opens, foot is removed, bung component 2 can simultaneously be automatically closed.

As shown in Figure 20-Figure 23, driving motor 91 is stepper motor, and driving motor 91 is connect with bung component 2 to drive Bung component 2 moves, and is equipped with driving motor 91 at the lid pivotal axis 21 of bung component 2 and staving component 1 to drive bung Component 2 is rotated around lid pivotal axis 21.Control assembly 92 controls the starting of driving motor 91 with 91 communication connection of driving motor Or stop.Can be realized as a result, by control assembly 92 starts driving motor 91, so that bung component 2 be driven to rotate, makes bucket Cap assemblies 2 are opened, and without directly opening bung component 2 with hand, are easy to use by users.

As shown in Figure 20 and Figure 21, control assembly 92 is infrared inductor, and infrared inductor and the communication of driving motor 91 connect It connects, infrared inductor can incude surrounding object, in the presence of infrared inductor senses and has object around it, i.e., controllably Driving motor 91 processed acts, and bung component 2 is driven to open.

As shown in Figure 20 and Figure 21, it is set at neighbouring forward position there are two infrared inductor on the upper surface of bung component 2, Two infrared inductors are spaced setting in left-right direction, can increase the induction range of infrared inductor.As long as there is object close Infrared inductor, driving motor 91 can simultaneously automatically turn on, and the motor shaft 911 of driving motor 91 drives according to being rotated clockwise The motor shaft 911 of dynamic motor 91 also will drive the lid pivotal axis 21 of bung component 2 together according to clockwise (such as Figure 23 institute Clockwise direction u) the rotation shown, bung component 2 are turned on, open to after 45° angle, and driving motor 91 is automatically stopped rotation, And this angle can be kept motionless, no matter how to be shaken in face of infrared inductor this moment, driving motor 91 will not all turn again Dynamic, bung component 2 can be in the open state motionless, after discharging rubbish, it is not necessary that bung component 2, infrared inductor is turned off manually When induction is less than there is object within continuous 5 seconds, driving motor 91 can be again started up, and at this moment the motor shaft 911 of driving motor 91 will According to rotating counterclockwise, and the lid pivotal axis 21 of bung component 2 is driven to rotate together, closing bucket-lid component 2, bung group After part 2 is closed, driving motor 91 is automatically stopped work.

It should be noted that working as dustbin type dust catcher 100 as dustbin in use, at the switch 97 of dust catcher 100 In closed state, at this moment connected between infrared inductor and driving motor 91；When dustbin type dust catcher 100 is used as dust catcher 100 in use, infrared inductor can be disconnected with driving motor 91 automatically, at this moment again after the switch 97 of unlatching dust catcher 100 There is barrier close to infrared inductor, driving motor 91 will not be activated and bung is caused to be opened.In addition, infrared inductor Can be with the power supply that driving motor 91 acts on the power supply of dust catcher 100 it is same, all can be battery component in machine 98。

As shown in Figure 20 and Figure 21, Cover opening button 22, Cover opening button are additionally provided on the upper surface of bung component 2 22 with 91 communication connection of driving motor.Cover opening button 22 is pressed, driving motor 91 starts, and opens bung component 2, has thrown away rubbish After rubbish, bung component 2 can be equally automatically closed；If two infrared inductors are all broken, Cover opening button 22 is pressed, equally Bung component 2 can be opened, but closing bucket-lid component 2 designs the mesh of this Cover opening button 22 also with regard to needing to manually complete Be exactly in order to which in the case where infrared inductor is broken, bung component 2 can equally be realized automatically by driving motor 91 The function of unlatching.

As shown in Figure 25-Figure 33, set on staving component 1 there are two bung locating part 23, two bung locating parts 23 are spaced It opens, and towards the side of staving component 1 protrusion, the side towards staving component 1 of bung component 2 is equipped with the bung backstop of protrusion Part 24, on direction from the top down, the cross-sectional area of bung stop part 24 is gradually reduced, the contour line circle of bung stop part 24 It slips over and crosses, at the cross-sectional area minimum of bung stop part 24, i.e., the lower end of bung stop part 24 is equipped with bulge-structure, bulge-structure Side wall be suitable for cooperating with bung locating part 23 to limit the open angle of bung component 2.

When bung component 2, which is opened, arrives certain angle, bung component 2 can match with the bung locating part 23 close to it first It closes, when user up opens a bit slightly again, boss and bung locating part 23 are interference fitted, and boss and bung limit Part 23 comes into full contact with, and bung component 2 can be kept it turning on, if it is desired to bung component 2 open it is bigger a bit, can continue up Bung component 2 is opened, maximum can open the position of boss and the cooperation of bung locating part 23 far from it, at this moment bung The opening angle of component 2 is maximum, can not continue starting.Boss is limited between two bung locating parts 23, bung Component 2 can remain stationary.

It should be noted that when bung stop part 24 cooperates with the bung locating part 23 close to it, bung opening angle 45 ° can be limited to, at this point, toward throw away rubbish inside staving component 1 influence it is smaller；When bung stop part 24 and far from its bung When locating part 23 cooperates, the opening angle of bung component 2 can be limited to 60 °, at this point, dust barrel can be from 1 the inside of staving component It takes out.The utility model has taken 45 ° and 60 ° of two angles, and the utility model can also set other angles according to actual needs.

As shown in Figure 25-Figure 33, in 2 opening process of bung component, limited with the bung that bung stop part 24 contacts first Position part 23 is formed as cylindric, and the periphery wall of the boss on bung stop part 24 and columnar bung locating part 23 cooperates, Columnar bung locating part 23 is crossed as a result, convenient for boss to cooperate with the bung locating part 23 contacted afterwards.In addition, in bung In 2 opening process of component, be formed as rectangular cylindrical, the side wall of rectangular column with the bung locating part 23 contacted after bung stop part 24 Cooperate with boss, prevents boss from continuing to pass beyond the bung locating part 23 of rectangular cylindrical, influence the use of user.

As shown in Fig. 9, Figure 11 and Figure 34, driving assembly 93 is for driving 7 interior air-flow of ducting assembly to flow, to realize dust suction The dust suction of device 100.Driving assembly 93 is located on bung component 2, and bung component 2 uses whole design, is placing driving assembly 93 Position be no any gap and part faying face, if water has been spread across above bung component 2 in use, water can only It is flowed on the ground along 2 side of bung component, has no idea to be inhaled into driving assembly 93, avoid user because of improper use And the phenomenon that causing driving assembly 93 to burn out.In addition, dirt cup component 5 and driving assembly 93 are arranged on bung component 2, Dirt cup component 5 and driving assembly 93 are arranged in parallel, and can reduce the distance in air duct, to reduce suction loss.

As shown in Figure 13, Figure 79 and Figure 71-Figure 78, dirt cup component 5 includes cup body 51 and cup lid 54.Cup body 51 can be in single Cone cell, cup body 51 can be equipped with dust export 52 and airflow inlet 53, and cup lid 54 can be located on cup body 51, can on cup lid 54 To be equipped with air stream outlet 56.Airflow inlet 53 is connected to wind inlet channel 71, and air stream outlet 56 is connected to exhaust air flue 72.

After the air-flow of entrained dirt passes through wind inlet channel 71, the cup body 51 of dirt cup component 5 can be entered from airflow inlet 53 Interior, for dust with wind after separating, dust can flow out cup body 51 from dust export 52, and the air-flow for removing most of dust can be with The air stream outlet 56 for flowing to cup lid 54 from cup body 51, and being equipped with from cup lid 54 enters exhaust air flue 72.

As shown in Figure 73-Figure 80, airflow inlet 53 may include multiple circular holes, and circular hole can make wind and little particle dust logical It crosses, and bulky grain dust can be obstructed and passed through, so as to realize the initial gross separation of wind and dust.It should be noted that here " circular hole " being previously mentioned is a kind of structure representation, and circular hole can be arbitrary shape, for example, rectangular, rectangle or triangle etc.. As shown in Figure 71-Figure 80, dust export 52 can be located at the lower section (lower section as shown in Figure 75) of cup body 51.Further, grey The central axis of dirt outlet 52 can be parallel with the central axis of staving opening 142, so as to facilitate dust to flow out out of cup body 51.

As shown in Figure 71-Figure 80, there is main channel 60 in cup body 51, cup body 51 is run through in main channel 60, and main channel 60 is in single Cone cell, the area of section of main channel 60 successively decrease from top to bottom (up and down direction as shown in Figure 75).Close to cup lid 54 in cup body 51 One end be equipped with multiple air-flow guiding channels 58, one end of air-flow guiding channel 58 can be connected to main channel 60, and air-flow guides The other end in channel 58 can be connected to airflow inlet 53.Cup body 51 radial outside on radially inner direction, air-flow is led Draw channel 58 towards cup body 51 it is clockwise and counterclockwise in one deviation, for example, 58 edge of air-flow guiding channel Main channel 60 tangential direction counterclockwise (direction a as shown in Figure 75) extend.Air-flow can enter gas from airflow inlet 53 Guiding channel 58 is flowed, then enters main channel 60 from air-flow guiding channel 58.

Further, multiple coaming plates 59 can be equipped in cup body 51, air-flow guiding channel 58 can be limited by coaming plate 59. As shown in Figure 67 and Figure 76, multiple coaming plates 59 are arranged to limit air flow directing passages in cup body 51.Thus, it is possible to make dirt cup component 5 structures are simple, simplify processing technology, so as to reduce production cost.

As shown in Figure 73-Figure 80, air inlet partition 57 can be equipped on the lateral wall of cup body 51, air inlet partition 57 is located at air-flow The lower section (lower section as shown in Figure 75) of guiding channel 58.Further, cup lid 54 can connect with the internal perisporium of bung component 2 It connects, air inlet partition 57 can offset with the internal perisporium of bung component 2, the internal perisporium of air inlet partition 57, cup lid 54 and bung component 2 A chamber 66 is formed, the wall of cup that the other end of air-flow guiding channel 58 passes through cup body 51 is connected to chamber 66, airflow inlet 53 It can be located on air inlet partition 57, airflow inlet 53 is connected to chamber 66.

After air-flow is from airflow inlet 53 into chamber 66, it can be flowed around 51 periphery wall of part cup body in chamber 66, For example, 51 periphery wall of part cup body (direction the v1 as shown in Figure 75) flowing counterclockwise in chamber 66.Then, air-flow is logical It crosses multiple air-flow guiding channels 58 and enters main channel 60, the internal perisporium around main channel 60 flows, due to air-flow guiding channel 58 Extend counterclockwise along the tangential direction of main channel 60, into the air current flow direction and 51 periphery wall air-flow of cup body of main channel 60 Flow direction on the contrary, for example, around main channel 60 internal perisporium clockwise (direction v2 as shown in Figure 75) flow, so as to To reduce the rotator inertia of dust.

Since main channel 60 is in single cone cell, the air-flow containing dust can be rotated down with main channel 60, and dust is fallen simultaneously Cup body 51 is flowed out from dust export 52, air velocity is gradually increased, and air-flow is flown up from cup body 51 after reaching a certain velocity amplitude Interior outflow, and then realize further separating for dust and wind.

As shown in Figure 13, Figure 79-Figure 80 and Figure 71-Figure 72, dirt cup component 5 can also include cover board 6 and filter cotton 67, lid Plate 6, which can cover, to be located on cup body 51 and connect with the internal perisporium of bung component 2, and filter cotton 67 can be laid on cover board 6 with right The air-flow for flowing to cup lid 54 is filtered.Filter cotton 67 can enter cup lid 54 with air-flow to avoid dust as a result, so as to Improve the dust suction performance of dustbin type dust catcher 100.For example, filter cotton 67 can be cotton-shaped cotton, due to the gap of cotton It is small, the dust and foreign matter of the overwhelming majority can be obstructed, barriering effect is good and is easy to get, is at low cost.

As shown in Figure 80, sealing element 55 can be equipped between cover board 6 and the internal perisporium of bung component 2, so as to avoid Dust flows into cup lid 54 from the gap between cover board 6 and the internal perisporium of bung component 2, and dustbin type dust catcher can be improved 100 closure.Further, as shown in Figure 74, holding tank 64 can be equipped on the periphery wall of cover board 6, sealing element 55 can be with It is embedded in holding tank 64, the leakproofness of dirt cup component 5 can be improved and improves the integrated and aesthetics of dirt cup component 5.

As shown in Figure 80 and Figure 71-Figure 72, cover board 6 may include flat part 61 and lug boss 62, and lug boss 62 can be set Close to the side of cup body 51 on flat part 61, and lug boss 62 can protrude into cup body 51, and flat part 61 can cover and be located at cup On body 51, the periphery of flat part 61 can offset with the inner sidewall of cup lid 54.Cover board 6 has through-hole, through-hole break-through lug boss 62 It is connected to flat part 61 and with the main channel 60 in cup body 51, air-flow can be flowed into out of cup body 51 by the through-hole on cover board 6 In cup lid 54.Filter cotton 67 can be laid on flat part 61 to be filtered to the air-flow for flowing to cup lid 54, avoid dust with Air-flow enter cup lid 54, so as to improve the dust suction performance of dustbin type dust catcher 100.

Sealing element 55 can be equipped between the flat part 61 of cover board 6 and the internal perisporium of cup lid 54, so as to improve dirt cup The leakproofness of component 5 avoids dust from flowing into cup lid 54 from the gap between 54 internal perisporium of cover board 6 and cup lid, and then can mention The dust suction performance of high dustbin type dust catcher 100.Further, holding tank 64 can be equipped on the periphery wall of flat part 61, it is close Sealing 55 can be embedded in holding tank 64, can be improved the leakproofness of dirt cup component 5 and be improved the integrated of dirt cup component 5 Change and aesthetics.

As shown in Figure 71-Figure 80, the periphery of flat part 61 can be equipped with marginal stretch 65, and marginal stretch 65 is along cup The part abutted on lid 54 with flat part 61 extends, so as to avoid air-flow from flowing to cup lid 54 from the periphery of cover board 6.More into one Step ground, as shown in Figure 72, on flat part 61 close to bung component 2 side can be equipped with handle portion 63, so as to facilitate by Cover board 6 is disassembled or is installed on cup body 51 from cup body 51.

Further, cup lid 54 and cup body 51 are clamped, for example, clamping groove can be equipped on cup lid 54, it can on cup body 51 To be equipped with clamping protrusion, clamping groove and clamping protrusion are corresponded, so as to snap fit onto cup body 51 on cup lid 54.Cup lid 54 pivotly connect with bung component 2, so as to the convenient operation to cup lid 54.Cup body 51 and bung component 2 are detachable Ground connection, so as to facilitate the cleaning and replacement of cup body 51.

As shown in Figure 79-Figure 80, bung component 2 includes dirt cup bottom cover 28 and ash discarding channel 27, and ash discarding channel 27 is set to bucket Cap assemblies 2, and ash discarding channel 27 has ash discarding outlet 271 and ash discarding import 272, dirt cup bottom cover 28 and bung component 2 are pivotable Ground connection, so as to realize the opening or closing of dust export 52 by rotation dirt cup bottom cover 28.Dirt cup component 5 can be set On bung component 2, dirt cup component 5 has dust export 52, and dust export 52 is connected to ash discarding import 272.In dirt cup component 5 Dust can be flowed out from dust export 52, since dust export 52 is connected to ash discarding import 272, dust can be from ash discarding import 272 enter ash discarding channel 27 close to one end of ash discarding import 272.

Wherein, when bung component 2 closes staving opening 142, dirt cup bottom cover 28 closes ash discarding outlet 271, ash discarding channel 27 completely cut off with staving component 1；When bung component 2 opens staving opening 142, dirt cup bottom cover 28 is due to self gravitation effect, dirt Bottom of a cup lid 28 may be located remotely from ash discarding outlet 271, to open ash discarding outlet 271, the dust in ash discarding channel 27 can be from ash discarding 271 outflow of outlet.

As shown in Figure 79-Figure 80, ash discarding channel 27 extends in the horizontal plane, when bung component 2 opens staving opening 142 When, on the direction towards ash discarding outlet 271, ash discarding channel 27 tilts gradually downward.It is understood that working as bung component 2 When closing staving opening 142, ash discarding channel 27 extends in horizontal plane (plane where left and right directions as shown in figure 23), Grey import 272 is zero at a distance from ash discarding outlet 271 in above-below direction (up and down direction as shown in figure 23).When bung component When 2 opening staving opening 142, ash discarding channel 27 is rotated with bung component 2, and ash discarding import 272 is with ash discarding outlet 271 upper and lower Distance on direction (up and down direction as shown in fig. 13 that) is incremented by, and ash discarding outlet 271 is located at the lower section of ash discarding import 272 (such as Lower section shown in Figure 13).

As shown in Figure 82, the angle between 27 extending direction of plane and ash discarding channel where ash discarding outlet 271 is ε, ε's Range can be (0 °, 90 °) ∪ (90 °, 180 °).It is understood that ash discarding outlet 271 uses bezel designs, can be convenient Dust is flowed out from ash discarding outlet 271.

Further, the range of ε can be (25 °, 90 °).When bung component 2 opens staving opening 142, dirt cup bottom cover 28 may be located remotely from ash discarding outlet 271, ash discarding outlet 271 use bezel designs, can increase ash discarding outlet 271 where plane with The angle of interplanar where dirt cup bottom cover 28, so as to facilitate dust to flow out from ash discarding channel 27, for example, can be by ε It is set as 45 °.

As shown in Figure 81, on dirt cup component 5 be located at dust export 52 at edge and ash discarding channel 27 on be located at ash discarding into Edge clamping at mouth 272, so as to realize the connection of dust export 52 Yu ash discarding import 272.

As shown in Figure 85, the wall surface towards ash discarding outlet 271 of dirt cup bottom cover 28 is guide ramp 281, and dust is from ash discarding After 271 outflow of outlet, the bottom for flowing into staving component 1 can be guided, by guide ramp 281 so as to avoid dust stream To, be splashed to the inner sidewall of staving component 1 or the outside of staving component 1, influence user experience.

As shown in Figure 83, ash discarding channel 27 extends along the radial direction of staving opening 142, it is to be understood that ash discarding is logical Road 27 extends straight, and the extending direction in ash discarding channel 27 is parallel with the radial direction of staving opening 142, and dust can be easier to It is flowed out out of ash discarding channel 27 on ground.

As shown in Figure 83, the position that ash discarding outlet 271 is connect on bung component 2 with staving component 1.Thus, it is possible to Facilitate the setting of dirt cup bottom cover 28, also facilitate guiding of the guide ramp 281 to dust, staving component can be splashed to avoid dust 1 inner sidewall.

Specifically, dirt cup bottom cover 28 includes main part 284 and two turn-up portions 285, main part 284 and bung component 2 and Two side courts of the connection to open or close ash discarding outlet 271, in 284 width direction of main part in staving component 1 Turn-up portion 285 is formed to the fold of ash discarding channel 27, the position being located between two turn-up portions 285 on main part 284 goes out with ash discarding Mouth 271 is opposite.

It is understood that the shape of dirt cup bottom cover 28 is similar to the shape of dustpan, dirt cup bottom cover 28 includes main part 284 With two turn-up portions 285 being located on 284 two sides of main part, two turn-up portions 285 are respectively positioned on main part 284 close to The side of ash outlet 271, two turn-up portions 285 are located in the width direction of main part 284 (front-rear direction as shown in Figure 81). The part of two 285 interdigits of turn-up portion is suitable for opening or closing ash discarding outlet 271 on main part 284, when main part 284 is closed When ash discarding outlet 271, in the groove that ash discarding outlet 271 can be located at main part 284 and two turn-up portions 285 are formed；Work as main body When portion 284 opens ash discarding outlet 271, dirt cup bottom cover 28 can guide dust and flow to staving component 1 out of groove.

It should be noted that being not especially limited for the concrete shape of main part 284 and turn-up portion 285, for example, main body Portion 284 can be rectangular-shaped or semi-oval etc., and turn-up portion 285 can be rectangular-shaped or trapezoidal shape.Further, turn-up portion The angular range between plane where 285 extending direction and main part 284 can be (0 °, 90 °) ∪ (90 °, 180 °).More Further, the angular range between the plane where the extending direction and main part 284 of turn-up portion 285 can be (90 °, 115 °), for example, as shown in Figure 85, the angle between the extending direction of turn-up portion 285 and the plane where main part 284 is 90°。

As shown in Figure 12-Figure 14, the upper end of staving component 1 has the first locating part 12, and dirt cup bottom cover 28 is equipped with second Locating part 282 and third locating part 283.The position on staving component 1 close to dirt cup bottom cover 28 can be set in first locating part 12 Place is set, the side on dirt cup bottom cover 28 close to the first locating part 12 can be set in the second locating part 282, when bung component 2 closes When closing staving opening 142, the first locating part 12 can offset with the second locating part 282 so that dirt cup bottom cover 28 closes ash discarding outlet 271, ash discarding channel 27 and staving component 1 completely cut off；Third locating part 283, which can be set, to be exported on dirt cup bottom cover 28 far from ash discarding 271 side, when bung component 2 opens staving opening 142, dirt cup bottom cover 28 is due to self gravitation effect, dirt cup bottom cover 28 It may be located remotely from ash discarding outlet 271, third locating part 283 can turn to the position to offset with bung component 2 with dirt cup bottom cover 28 Place is set, so that dirt cup bottom cover 28 is fixed, stops operating, so as to guide the dust of 271 outflow of ash discarding outlet extremely In staving component 1.

Wherein, the first locating part 12, the second locating part 282 and third locating part 283 can be retention bead.It needs to illustrate , the shape of retention bead is not especially limited, retention bead can be triangle, polygon or ellipse etc..

First locating part 12 can be located on the internal perisporium of staving component 1, so as to cooperate the setting of dirt cup bottom cover 28, Relatively easily realize the abutting of the first locating part 12 and the second locating part 282 on dirt cup bottom cover 28.Third locating part 283 is located at close The position connecting with bung component 2 on dirt cup bottom cover 28, not only can simplify the setting of third locating part 283, but also can be with The abutting stability of third locating part 283 and bung component 2 is improved, and then the guiding stability of dirt cup bottom cover 28 can be improved.

As shown in Figure 87, dirt cup bottom cover 28 is towards between 27 extending direction of surface and ash discarding channel of ash discarding outlet 271 Angle is β, and when bung component 2 closes staving opening 142, the range of β is (25 °, 90 °).For example, β can be 95 °, in bucket During cap assemblies 2 open staving opening 142, as the angle between bung component 2 and staving opening 142 is gradually increased, Due to the effect of 28 gravity of dirt cup bottom cover, β is also gradually increased, the second locating part when β increases to 95 °, on dirt cup bottom cover 28 282 offset with the first locating part 12 on staving component 1, and β is no longer with the angle between bung component 2 and staving opening 142 Increase and increase, β keep 95 ° it is constant, so as to avoid dust from pouring into the outside of staving component 1.

As shown in Figure 87, dirt cup bottom cover 28 is γ towards the angle between the surface and horizontal plane of ash discarding outlet 271, works as bucket When cap assemblies 2 open staving opening 142, the range of γ is (30 °, 80 °).For example, γ can be 50 °, dust is from dirt cup at this time The speed that bottom cover 28 slips down in staving component 1 compares balance, and dust is not easy to raise.

Angle between bung component 2 and staving component 1 is θ, and the range of θ is (0 °, 90 °).For example, θ can be 45 °, At this point, rubbish can relatively easily be thrown into dustbin, the dust in ash discarding channel 27 also can be skidded off relatively easily.

As shown in Figure 24, Figure 34, Figure 41 and Figure 42, trim 29 is located on bung component 2 and limits with bung component 2 Bung inner cavity 25 out, dirt cup component 5 are located in bung inner cavity 25.On the one hand.Trim 29 can play the role of Integral decoration, Improve the aesthetics of dustbin type dust catcher 100；On the other hand, air-flow can generate noise in dirt cup component 5, and trim 29 can To play the role of noise reduction.

As shown in figure 41, trim 29 is pivotably connected with bung component 2.It, can be with as a result, when opening trim 29 Prevent trim 29 from falling off from bung component 2.Certainly, the utility model is without being limited thereto, and trim 29 and bung component 2 can be with It is clamped by threaded fastener connection or bung component 2 and trim 29.

As shown in figure 24, the area of trim 29 is less than the area of bung component 2, i.e. bucket cannot be completely covered in trim 29 The upper surface of cap assemblies 2.Certainly, the utility model is without being limited thereto, and the area of trim 29 can be equal to or more than bung component 2 Area, as long as dust catcher 100 can be made to keep aesthetic feeling and advantageously reducing noise.

Accommodating chamber 141 is limited in the staving component 1 of dustbin type dust catcher 100, the open upper end of accommodating chamber 141 is with shape At staving opening 142.Staving component 1 can be used as dustbin use, and rubbish can be thrown into accommodating chamber 141.Such as Figure 43-Figure 50 Shown, the upper surface of staving component 1 is equipped with limiting slot 131, and limiting slot 131 is spaced apart with accommodating chamber 141, limiting slot 131 is interior equipped with positioning bar 132, and the cross section of positioning bar 132 is rectangle, certainly can also be for round, oval or other are polygon Shape.General user is arranged refuse bag in dustbin often when using dustbin in order to dump rubbish, or avoids often Dustbin is cleaned, dustbin clean hygiene is kept.Certainly, it can be arranged refuse bag in accommodating chamber 141, refuse bag is set in appearance After chamber 141 of receiving is interior, the edge of refuse bag can be wrapped on the positioning bar 132 in limiting slot 131, avoid refuse bag from sliding, so Refuse bag edge redundance is tightened into plug into limiting slot 131 afterwards, keeps the aesthetics of staving component 1.

Limiting slot 131 is two and is symmetrically distributed in the left and right sides of staving component 1, in addition, in direction from inside to outside On, the cross-sectional area of limiting slot 131 is gradually reduced.It should be noted that inside here refers to close to 141 central axis of accommodating chamber The direction of line, outside refer to the direction far from 141 central axis of accommodating chamber.

As shown in Figure 43-Figure 49, the edge of staving opening 142 is turned over towards fold inside limiting slot 131 with being configured to limit Side 143.When in refuse bag plug to limiting slot 131, the redundance of refuse bag can be limited to limiting slot by limit flange 143 In 131, prevent the redundance of refuse bag from sliding up out limiting slot 131.In addition limit flange 143 can also play the work of handle With, when being lifted up staving component 1, can limit flange 143 at lift, be easy to use by users.

As shown in figure 43, limit flange 143 is one entire, and limit flange 143 prolongs along the circumferential direction of staving opening 142 It stretches, limits the both ends of flange 143 close to two ends of limiting slot 131, it is possible thereby to simplify the structure of limit flange 143, from And simplify the structure of staving component 1, the production cycle is saved, production cost is reduced.

The fixing end of positioning bar 132 is connect with the bottom wall of limiting slot 131, and the free end of positioning bar 132 is towards limiting slot 131 External extend.In the example shown in Figure 43, accommodating chamber 141 extends along the vertical direction, and staving is open 142 upward, limiting slot 131 are spaced apart with accommodating chamber 141, limiting slot 131 it is opening up, positioning bar 132 extends along the vertical direction.As shown in figure 43, Side of the positioning bar 132 for one and positioned at limiting slot 131 is arranged,

As shown in figure 50, reinforcing rib 133 is equipped in limiting slot 131, one end of reinforcing rib 133 is connect with positioning bar 132, separately One end is connect with the inner wall of limiting slot 131.Reinforcing rib 133 can play the role of reinforcement to positioning bar 132, improve positioning bar The reliability of 132 work, to improve the fixed reliability of refuse bag.Further, reinforcing rib 133 is located at limiting slot 131 On bottom wall.Thus it is processed together convenient for reinforcing rib 133 with limiting slot 131, convenient for simplifying the structure of limiting slot 131, saves production Period reduces production cost.

As shown in Figure 43, Figure 44, Figure 46, Figure 47, Figure 49 and Figure 50, staving component 1 includes exterior bowl 13 and inner drum 14, Limiting slot 131 is set to exterior bowl 13, and inner drum 14 has accommodating chamber 141, and inner drum 14 is embedded at exterior bowl 13, exterior bowl 13 with Inner drum 14 is detachably connected.The contour line of the cross section of accommodating chamber 141 is quadrangle, wherein the contour line for being located at front side is To the curved line of lordosis, the periphery wall of exterior bowl 13 is formed as column, and limiting slot 131 is located on exterior bowl 13 and close to inner drum The periphery wall of 14 settings, limiting slot 131 and inner drum 14 limits the edge redundance of a receiving refuse bag jointly Chamber, after refuse bag is set in accommodating chamber 141, the positioning bar 132 that the edge of refuse bag can be wrapped in limiting slot 131 On, it avoids refuse bag from sliding, refuse bag edge redundance is then tightened into plug into limiting slot 131, keeps staving component 1 Aesthetics.

As shown in Figure 43, Figure 45 and Figure 48, there is certain gap between exterior bowl 13 and inner drum 14, inner drum 14 Upper end is turned down towards exterior bowl 13 forms limit flange 143, and refuse bag is put into inner drum 14, then by the edge edge of refuse bag Between inner drum 14 and exterior bowl 13 gap set enter, at the limiting slot 131 on any one side tighten, then by refuse bag Extra part is tightened, and in plug to limiting slot 131, such refuse bag is just placed, and whole process is without lifting inner drum 14. In addition, the fold that the fold length for the limit flange 143 being located in limiting slot 131 is greater than limit flange 143 elsewhere is long Degree, the limit flange 143 in limiting slot 131 can play the role of handle.

The periphery wall of inner drum 14 and the internal perisporium of exterior bowl 13 can limit wind inlet channel 71.As a result, without independent Air channel structure is set, can simplify the structure of staving component 1, saves the production cycle, reduces production cost.

As shown in Fig. 2, Fig. 4 and Figure 15, two brush bodies 41 can also move outward in the exterior bottom wall of staving component 1. When dust catcher 100 works, brush body 41 is moved and is rotated outward, and brush body 41 can be incited somebody to action with ground face contact, the rotation of brush body 41 The dust on ground sweeps up the cleannes for being conducive to improve ground in order to which dust catcher 100 absorbs dust.

As shown in Fig. 1-Fig. 4, Figure 36 and Figure 37, set in the exterior bottom wall of staving component 1 there are two mounting groove 44, two are installed Slot 44 is spaced apart in the lateral direction and extends in left-right direction, and two mounting grooves 44 are about staving component 1 along front and back Center line to extension is symmetrical, and the bottom wall of mounting groove 44 is equipped with the limit track slot of the perforation extended in left-right direction 42, brush body 41 is movably arranged in limit track slot 42.As shown in figure 4, when brush body 41 is located at one end of limit track slot 42 When (outer end as shown in Figure 4), brush body 41 exceeds exterior bottom wall；As shown in Fig. 2, when brush body 41 is located at the another of limit track slot 42 When holding (inner end as shown in Figure 2), projection of the brush body 41 in exterior bottom wall is located in exterior bottom wall.

As shown in Figure 38 and Figure 39, the bottom wall of mounting groove 44 is inclined-plane, (as shown in figure 39 in one end of limit track slot 42 Outer end) on the direction of the other end (inner end as shown in figure 39) of limit track slot 42, the bottom wall of mounting groove 44 gradually to 142 inclination of staving opening, i.e., on the direction of the outer end of limit track slot 42 to inner end, the bottom wall of mounting groove 44 is gradually to updip Tiltedly.When machine stops working, brush body 41 can be moved to the inner end of limit track slot 42, and brush body 41 is received under staving component 1 Face can allow brush body 41 to leave ground, and user needs brush body 41 when moving dust collector 100 to exist when not working so as to dust catcher 100 It scratches on ground, reduces the service life of brush body 41；When machine operation, brush body 41 can be moved to the outer of limit track slot 42 The rubbish on 100 periphery of dust catcher is mainly swept to staving component 1 below in order to be sucked away, is designed as bevel structure, brushes by end The outside of body 41 comes into full contact with ground, more close toward the inner end of the exterior bottom wall of staving component 1, brush body 41 to the active force on ground by It is decrescence small, it can be led out again by brush body 41 to avoid the rubbish swept to below staving component 1 in this way, cleaning effect can be improved Fruit.

As shown in Figure 36 and Figure 37, the front side wall of limit track slot 42 is equipped with the side wall gear teeth 421, brush body 41 be equipped with The shaft gear teeth 411 that the side wall gear teeth 421 engage, after dust catcher 100 is switched on, brush body 41 is rotated according to direction shown in Fig. 2, and is led to The effect crossed between the side wall gear teeth 421 and the shaft gear teeth 411 is moved outward, after reaching position shown in Fig. 4, limit track The corresponding position of slot 42 interacts without the corresponding side wall gear teeth 421, and brush body 41 stops movement, (as shown in Figure 4 in fixed position Position) carry out rotary work.After shutdown, two brush bodies 41, which start to reversely rotate, (to be revolved according to 4 direction shown in Fig. 4 Turn), the 41 shaft gear teeth 411 of brush body interact with the side wall gear teeth 421 on limit track slot 42, and brush body 41 moves inward, After brush body 41 is moved to position shown in Fig. 2, brush body 41 also stops rotating.

As shown in Fig. 2, Fig. 4 and Figure 36, the axis of two brush bodies 41 is located on same straight line m, and straight line m is in left-right direction Extend, air inlet duct import 711 is located at the rear side of straight line m and extends in left-right direction, and during brush body 41 rotates, being convenient for will The refuse sweeping on periphery is to air inlet duct import 711 in the following, being then drawn into dirt cup component 5.

Further, as shown in Fig. 2, Fig. 4 and Figure 36, the motor housing 43 that driving brush body 41 rotates is located at staving component 1 It the inside of exterior bottom wall and is moved along the bottom wall of mounting groove 44, the width phase of the width and mounting groove 44 of the motion track of motor housing 43 Together, the outer diameter of brush body 41 is D1, and the width of mounting groove 44 is D2, straight line m and the edge in air inlet duct import 711 close to straight line m The distance between be L1, and meet: D2/2≤L1≤D1/2.Both it had been convenient for the refuse sweeping on periphery to air inlet duct import as a result, At 711, and the structure in 1 exterior bottom wall of staving component can be made more compact, additionally facilitate limit track slot 42 and air inlet duct into The processing of mouth 711.

Further, as shown in Fig. 2, Fig. 4 and Figure 36, on straight line m, positioned at end two brush bodies 41 axis it Between distance be L2, the length of air inlet duct import 711 is L3, is met: D1≤L2≤L3.As shown in Fig. 2, the axis of two brush bodies 41 The distance between line is L2.Wataru mutually can be mutually done in the course of rotation to avoid brush body 41 as a result, can also make staving component Structure in 1 exterior bottom wall is more compact, in addition, being convenient for the refuse sweeping on periphery at air inlet duct import 711.

As shown in Figure 62-Figure 69, ducting assembly 7 limits wind inlet channel 71 and exhaust air flue 72, and wind inlet channel 71 is set to Staving component 1, wind inlet channel 71 and exhaust air flue 72 are connected to dirt cup component 5, and a part of exhaust air flue 72 is set to bung Component 2, another part of exhaust air flue 72 are set to staving component 1, and the air inlet duct import 711 of wind inlet channel 71 is set to staving component 1 and be located at staving component 1 lower part, exhaust air flue 72 exhaust passage outlet 712 be set to staving component 1 and be located at staving component 1 Lower part.Dust can be entered in ducting assembly 7 by the air inlet duct import 711 of 1 lower part of staving component as a result, have dust Air-flow enter in the dirt cup component 5 on bung component 2 by wind inlet channel 71, dust is collected in dirt cup component 5, is gone Except the wind of dust is discharged out of 1 lower part of staving component exhaust air flue 72 again.

When being dusted work, the air-flow of entrained dirt can enter gas through the air inlet duct import 711 of staving component 1 In circulation road (air current flow direction as shown in arrow a1 → a2 → a3 in Figure 62), from bottom to top into the air-flow in airflow channel Flowing, and (the air-flow flowing side as shown in arrow a4 → a5 → a6 → a7 → a8 → a9 in Figure 65 is entered in dirt cup component 5 To).Air-flow enters rotational flow (the air-flow stream as shown in arrow c1 → c2 → c3 → c4 → c5 → c6 in Figure 62 after dirt cup component 5 Dynamic direction), air-flow component 93 of overdriving after dust removal by filtration in dirt cup component 5 enters in exhaust air flue 72 (arrow in such as Figure 64 Flow direction shown in head c7 → c8 → c9 → c10).As shown in Figure 65, the air-flow in exhaust air flue 72 flows (such as from top to bottom Arrow in Figure 65), finally by 712 outflow of exhaust passage outlet.

As shown in figures 9 and 11, actuator is set to bung component 2 and is located in exhaust air flue 72, and air-flow bypasses driving group Towards 712 flowing of exhaust passage outlet after part 93.Thus, it is possible to extend flow distance of the air-flow in ducting assembly 7, so as to The air-flow rate of outflow at exhaust passage outlet 712 is reduced, air-flow flow noise is thereby reduced.

The cross-sectional area positioned at bung component 2 of exhaust air flue 72 is less than the cross positioned at staving component 1 of exhaust air flue 72 Sectional area.It is understood that when air-flow flows to the exhaust air flue 72 in staving component 1 from exhaust air flue 72 in bung component 2 When, the area of exhaust air flue 72 is gradually increased, thus, it is possible to the flow velocity that air-flow flows out from exhaust passage outlet 712 is reduced, thus Reduce the pneumatic noise at exhaust passage outlet 712.

Optionally, sound-absorbing part (not shown) is equipped in exhaust air flue 72, sound-absorbing part is located in staving component 1.As a result, By the way that sound-absorbing part is arranged in staving component 1, the noise that air-flow flowing generates can be absorbed, to further reduced dustbin Noise when formula 100 dedusting of dust catcher, and then improve comfort when dustbin type dust catcher 100 uses.

As shown in Figure 13, Figure 79 and Figure 71-Figure 78, the periphery wall of cup body 51, which is equipped with, enters the wind partition 57, and airflow inlet 53 In on air inlet partition 57, air-flow guiding channel 58 is equipped with inside cup body 51, cup body 51 radial outside to radially inner direction On, air-flow guiding channel 58 towards cup body 51 it is clockwise and counterclockwise in one deviation.

It should be noted that air-flow guiding channel 58 can be towards the clockwise direction of cup body 51, airflow channel can also be with It is provided towards the counter clockwise direction of cup body 51.It is understood that when air-flow enters cup body 51 from airflow inlet 53, in cup body Rotational flow can be can change when passing through air flow directing passages with rotational flow (as shown in Figure 64), the air-flow of rotational flow in 51 The separating effect of dust is improved so as to reduce the inertial flow of dust in direction.

Ducting assembly 7 limits wind inlet channel 71 and exhaust air flue 72, and air stream outlet 56 is connected to exhaust air flue 72, air-flow Import 53 is connected to wind inlet channel 71.Air-flow can enter dirt cup component 5 from airflow inlet 53 through wind inlet channel 71 as a result, Interior, dust is filtered in dirt cup component 5, is settled, and the air-flow for removing most of dust enters exhaust air flue from air stream outlet 56 72 discharges.The air-flow entered from airflow inlet 53 is flowed along the circumferential direction of cup body 51, and air-flow is in clockwise and anticlockwise Another direction flowing.Thus, it is possible to improve the separating effect of dust.

It should be noted that the air-flow of entrained dirt passes through wind inlet channel 71 from airflow inlet as shown in Figure 67 and Figure 76 53 enter in dirt cup component 5, and for air-flow along the circumferential direction rotational flow of cup body 51, bulky grain dust can be deposited in dirt cup component 5 bottoms, and air inlet partition 57 has the function of blocks dust, and air-flow is during passing through air inlet partition 57, part dust It is settled down in dirt cup component 5 by the blocking of air inlet partition 57.Across air-flow rotational flow, rotation in cup body 51 of air inlet partition 57 The air-flow of flowing can change direction of rotation when passing through air-flow guiding channel 58, such as change into rotation clockwise by rotational flow counterclockwise Turn of tidal stream moves (as shown in Figure 66) or changes into rotational flow counterclockwise by rotating clockwise flowing.Thus, it is possible to reduce ash fines The rotatory inertia of dirt, allow part ash fall, separation, to further reduced the dust content in air-flow.

Multiple coaming plates 59 are equipped in cup body 51, air-flow guiding channel 58 is limited by coaming plate 59.As shown in Figure 67 and Figure 76, Multiple coaming plates 59 are arranged to limit air-flow guiding channel 58 in cup body 51.Thus, it is possible to keep 5 structure of dirt cup component simple, simplify Processing technology, so as to reduce production cost.

Guiding bend pipe 712 is equipped between wind inlet channel 71 and airflow inlet 53 to limit the flowing side that air-flow enters cup body 51 To.As shown in Figure 64, it is connected with guiding bend pipe 712 between wind inlet channel 71 and airflow inlet 53, guides bend pipe 712 as a result, and has There is guidance and change air current flow direction, so as to so that the slave wind inlet channel 71 of airflow smooth flows into cup body 51.

In the description of this specification, reference term " one embodiment ", " some embodiments ", " illustrative examples ", The description of " example ", " specific example " or " some examples " etc. means specific features described in conjunction with this embodiment or example, knot Structure, material or feature are contained at least one embodiment or example of the utility model.In the present specification, to above-mentioned art The schematic representation of language may not refer to the same embodiment or example.Moreover, description specific features, structure, material or Person's feature can be combined in any suitable manner in any one or more of the embodiments or examples.

While there has been shown and described that the embodiments of the present invention, it will be understood by those skilled in the art that: These embodiments can be carried out with a variety of variations, modification, replacement in the case where not departing from the principles of the present invention and objective And modification, the scope of the utility model are defined by the claims and their equivalents.

Claims (10)

1. a kind of staving component of dustbin type dust catcher, which is characterized in that accommodating chamber is limited in the staving component, it is described For the open upper end of accommodating chamber to form staving opening, the upper surface of the staving component is equipped with limiting slot, the limit Slot is spaced apart with the accommodating chamber, and positioning bar is equipped in the limiting slot.

2. the staving component of dustbin type dust catcher according to claim 1, which is characterized in that the side of the staving opening Edge is configured to limit flange towards fold inside the limiting slot.

3. the staving component of dustbin type dust catcher according to claim 2, which is characterized in that between the limit flange is What is separated is multiple.

4. the staving component of dustbin type dust catcher according to claim 1, which is characterized in that the fixation of the positioning bar End is connect with the bottom wall of the limiting slot, and the free end of the positioning bar extends towards the external of the limiting slot.

5. the staving component of dustbin type dust catcher according to claim 1, which is characterized in that be equipped in the limiting slot Reinforcing rib.

6. the staving component of dustbin type dust catcher according to claim 5, which is characterized in that one end of the reinforcing rib It is connect with the positioning bar, the other end is connect with the inner wall of the limiting slot.

7. the staving component of dustbin type dust catcher according to claim 6, which is characterized in that the reinforcing rib is located at institute It states on the bottom wall of limiting slot.

8. the staving component of dustbin type dust catcher according to claim 1, which is characterized in that the staving component packet It includes:

Exterior bowl, the limiting slot are set to said tub body；With

Inner drum, the inner drum have the accommodating chamber, and the inner drum is embedded at said tub body, said tub body and institute It is detachably connected to state inner drum.

9. the staving component of dustbin type dust catcher according to claim 8, which is characterized in that the periphery of the inner drum The internal perisporium of wall and said tub body limits wind inlet channel.

10. a kind of dustbin type dust catcher characterized by comprising

Staving component, the staving component are according to staving component of any of claims 1-9；

Bung component, the bung component are pivotly connect to open or close the staving component with the staving component The staving opening；

Ground brush assemblies, described ground brush assemblies are located in the exterior bottom wall of the staving component；

Dirt cup component, the dirt cup component are located on one in the staving component and the bung component；

Ducting assembly, the ducting assembly are located at least one of the staving component and the bung component, the wind Road component limits wind inlet channel and exhaust air flue, and the wind inlet channel and the exhaust air flue connect with the dirt cup component It is logical；

For driving the driving assembly of the ducting assembly interior air-flow flowing；With

Moving assembly, the moving assembly be located at the bottom of the staving component and with the scrubbing brush assemblies spaced apart.