CN110192804A

CN110192804A - Vertical type dust collector

Info

Publication number: CN110192804A
Application number: CN201810160119.3A
Authority: CN
Inventors: 倪兵兵; 吕冬祥
Original assignee: Midea Group Co Ltd; Jiangsu Midea Cleaning Appliances Co Ltd
Current assignee: Midea Group Co Ltd; Jiangsu Midea Cleaning Appliances Co Ltd
Priority date: 2018-02-26
Filing date: 2018-02-26
Publication date: 2019-09-03

Abstract

The invention discloses a kind of vertical type dust collectors, it include: cylinder block set, ground brush assemblies, separator, suction device, dirt cup component, cistern assembly and Handleset, cylinder block set, which has, is located at its length both ends proximally and distally, ground brush assemblies are located at distal end and have suction inlet, separator is for isolating foul from the fluid of sucking, suction device is for making suction inlet sucking fluid and being delivered to separator separation, dirt cup component is for collecting the foul isolated, cistern assembly is located between distal end and proximal end and in due course to ground brush assemblies and supplies water, Handleset is located at proximal end and adheres to for user, the length centerline of Handleset passes through cistern assembly.Vertical type dust collector according to the present invention, use are light.

Description

Vertical type dust collector

Technical field

The present invention relates to cleaning equipment technology fields, more particularly, to a kind of vertical type dust collector.

Background technique

As the improvement of people's living standards, Wet-dry dust catcher is increasingly welcome by family, Wet-dry The topology layout of dust catcher will have a direct impact on the comfort of user, while also will affect the appearance and service performance of complete machine. Specifically, water tank and dirt cup, are usually arranged on fuselage, and be located at by Wet-dry dust catcher in the related technology The two sides of handle center's line can allow user to feel that complete machine is heavy, operation is laborious when water tank fills water.

Summary of the invention

The present invention is directed at least solve one of the technical problems existing in the prior art.Therefore, the present invention intends to propose one Kind vertical type dust collector, the vertical type dust collector use light.

Vertical type dust collector according to an embodiment of the present invention, comprising: cylinder block set, the cylinder block set, which has, is located at its length Both ends are proximally and distally；Ground brush assemblies, described ground brush assemblies are located at the distal end and have suction inlet；Separator, it is described Separator is for isolating foul from the fluid of sucking；Suction device, the suction device is for inhaling the suction inlet Enter fluid and is delivered to the separator separation；Dirt cup component, the dirt cup component is for collecting the foul isolated；Water tank Component, the cistern assembly are located between the distal end and the proximal end and supply water in due course to described ground brush assemblies；Handleset, The Handleset is located at the proximal end and adheres to for user, and the length centerline of the Handleset passes through the water tank group Part.

Vertical type dust collector according to an embodiment of the present invention, use are light.

In some embodiments, the length centerline of the Handleset passes through the center of gravity of the cistern assembly.

In some embodiments, the length centerline weight of the length centerline of the Handleset and the cistern assembly It closes.

In some embodiments, a side end face of the neighbouring proximal end of the cistern assembly is water tank first end face, institute State at least partly being hidden by the cylinder block set for water tank first end face.

In some embodiments, the length centerline of the Handleset passes through the water tank first end face.

In some embodiments, a side end face of the neighbouring distal end of the cistern assembly is water tank second end face, institute State at least partly being hidden by the cylinder block set for water tank second end face.

In some embodiments, the length centerline of the Handleset passes through the water tank second end face.

In some embodiments, the vertical type dust collector further include: air inlet tube assembly, the air inlet tube assembly connection is in institute It states between ground brush assemblies and the separator, the fluid that the suction inlet sucks is fed into the separator and is separated, institute State the length centerline of a part of axis of air inlet tube assembly Yu the length centerline of the cistern assembly and the Handleset At least one of be overlapped.

In some embodiments, the length centerline of the dirt cup component and the length centerline of the cistern assembly and institute It is parallel to state at least one of length centerline of Handleset.

In some embodiments, the separator is at least partially integrated in the dirt cup component.

In some embodiments, a side end face of the neighbouring proximal end of the dirt cup component is dirt cup first end face, institute The side end face for stating the neighbouring distal end of cistern assembly is water tank second end face, and the dirt cup first end face is located at the water tank The side of the neighbouring proximal end of second end face.

In some embodiments, a side end face of the neighbouring proximal end of the dirt cup component is dirt cup first end face, institute State the side adjacent to the proximal end that dirt cup first end face is located at the center of gravity of the cistern assembly.

In some embodiments, a side end face of the neighbouring distal end of the cistern assembly is water tank second end face, institute At least part of common center of gravity for stating dirt cup component and the separator is located at the neighbouring institute of the water tank second end face State the side of proximal end.

Additional aspect and advantage of the invention will be set forth in part in the description, and will partially become from the following description Obviously, or practice through the invention is recognized.

Detailed description of the invention

Fig. 1 is the side view of vertical type dust collector according to an embodiment of the invention；

Fig. 2 is the cross-sectional view of vertical type dust collector shown in Fig. 1；

Fig. 3 is the portion the F1 enlarged drawing that Fig. 2 centre circle shows；

Fig. 4 is the perspective view of cylinder block set shown in Fig. 1；

Fig. 5 is the partial sectional view of cylinder block set shown in Fig. 4；

Fig. 6 is the cross-sectional view of upper outlet body shown in Fig. 4；

Fig. 7 is the perspective view of workpiece shown in Fig. 4；

Fig. 8 is the perspective view that vertical type dust collector shown in Fig. 1 removes dirt cup component；

Fig. 9 is the explosive view of vertical type dust collector shown in fig. 8；

Figure 10 is the portion the F2 enlarged drawing that Fig. 9 centre circle shows；

Figure 11 is the portion the F3 enlarged drawing that Fig. 9 centre circle shows；

Figure 12 is the portion the F4 enlarged drawing that Figure 11 centre circle shows；

Figure 13 is the bottom view of vertical type dust collector shown in fig. 8；

Figure 14 is the usage state diagram of vertical type dust collector in accordance with another embodiment of the present invention, and cistern assembly is in figure Extraction state；

Figure 15 is the cross-sectional view of vertical type dust collector shown in Figure 14；

Figure 16 is the side view of vertical type dust collector shown in Figure 14；

Figure 17 is the usage state diagram of the vertical type dust collector of further embodiment according to the present invention；

Figure 18 is the shutdown status figure of vertical type dust collector shown in Figure 17；

Figure 19 is the side view of vertical type dust collector shown in Figure 17；

Figure 20 is the state diagram that vertical type dust collector shown in Figure 17 is hooked on platform；

Figure 21 is the state diagram that vertical type dust collector shown in Figure 17 is hooked on cross bar；

Figure 22 is the usage state diagram of Handleset according to an embodiment of the invention；

Figure 23 is the usage state diagram of Handleset in accordance with another embodiment of the present invention.

Specific embodiment

The embodiment of the present invention is described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning to end Same or similar label indicates same or similar element or element with the same or similar functions.Below with reference to attached The embodiment of figure description is exemplary, it is intended to is used to explain the present invention, and is not considered as limiting the invention.

Following disclosure provides many different embodiments or example is used to realize different structure of the invention.For letter Change disclosure of the invention, hereinafter the component of specific examples and setting are described.Certainly, they are merely examples, and It is not intended to limit the present invention.In addition, the present invention can in different examples repeat reference numerals and/or letter.It is this heavy It is for purposes of simplicity and clarity, itself not indicate the relationship between discussed various embodiments and/or setting again.This Outside, the present invention provides various specific techniques and material example, but those of ordinary skill in the art may be aware that The applicable property of other techniques and/or the use of other materials.

In the following ,-Figure 23 referring to Fig.1, describes vertical type dust collector 100 according to an embodiment of the present invention.

As depicted in figs. 1 and 2, vertical type dust collector 100 include cylinder block set 1, Handleset 2, brush assemblies 3, separation dress Set 4, dirt cup component 5, suction device 6, cistern assembly 7.

As Figure 1-Figure 4, cylinder block set 1 has positioned at the distal end 112 and proximal end 111 at its length both ends, Handleset 2 It is located at proximal end 111 and is adhered to for user, ground brush assemblies 3 are located at distal end 112 and have suction inlet 31, and separator 4 is used for from suction (herein, " fluid of sucking " can be the fluid sucked by suction inlet 31 to the fluid entered, be also possible to by external pipeline sucking Fluid) in isolate foul, dirt cup component 5 is used to collect the foul isolated, and (herein, " foul isolated " can be by dividing From the foul that device 4 is isolated, it is also possible to the foul isolated by other filter devices), suction device 6 is for making suction inlet 31 sucking fluids and be delivered to separator 4 separation (certainly, suction device 6 can be also used for making above-mentioned external pipeline suck stream Body is simultaneously delivered to the separation of separator 4), cistern assembly 7 to ground brush assemblies 3 for supplying water in due course.

In this way, as shown in Figure 1 and Figure 4, vertical type dust collector 100 is by use, the length direction presentation of cylinder block set 1 is vertical State, the proximal end 111 of cylinder block set 1 is located at the top of distal end 112, so that user be allow to adhere to the handle for being located at proximal end 111 Component 2 come push 100 complete machine of vertical type dust collector move, and be located at distal end 112 ground brush assemblies 3 can be to Ground-Holding cleaning table It is cleaned in face.

As shown in Figure 1-Figure 3, when vertical type dust collector 100 works, suction device 6 generates suction, dirty near ground brush assemblies 3 Object follows air etc. fluidly to enter in ground brush assemblies 3 by suction inlet 31 under the action of suction, and is inhaling Separator 4 is moved under the action of power to be separated, the clean gas isolated through separator 4, continue the work in suction Suction device 6 is flowed under, and is discharged to outside vertical type dust collector 100 by suction device 6, and isolated through separator 4 Foul can be entered in dirt cup component 5 and be collected, and user can according to demand clear up dirt cup component 5.

In order to preferably meet actual requirement, cleaning effect is improved, as shown in Figure 1, vertical type dust collector 100 can be dry and wet Two-purpose dust collector, at this point, vertical type dust collector 100 is additionally provided with cistern assembly 7, cistern assembly 7 can closed according to user demand It supplies water when suitable to ground brush assemblies 3, so that ground brush assemblies 3 are to surface to be cleaned (such as ground) spray water (such as by Fig. 3 Shown in external first water jet 381 spray water to the ground) and/or 34 spray water of round brush into ground brush assemblies 3 (such as pass through The second water jet of inner cover 382 shown in Fig. 3 is to 34 spray water of round brush), so as to wrap up in more fouls by water droplet lock, so that Foul can be more efficiently drawn into vertical type dust collector 100, with air, water flow etc. fluidly to reach Better dust suction, cleaning effect.

Here, it should be noted that suction device 6, separator 4, dirt cup component 5, the installation site of cistern assembly 7 are equal It can specifically be set according to actual requirement, preferably to meet different actual demands.Such as: suction device 6 may be mounted at dirt In cup assembly 5 or in cylinder block set 1；Separator 4 may be mounted in dirt cup component 5 or in cylinder block set 1；Dirt cup component 5 It may be mounted on cylinder block set 1 or on ground brush assemblies 3；Cistern assembly 7 may be mounted on cylinder block set 1 or ground brush assemblies 3 On.

Further it will be understood that the concept of " vertical type dust collector ", " Wet-dry dust catcher " is those skilled in the art Known, I will not elaborate.In addition, to those skilled in the art, controlling the cistern assembly 7 of Wet-dry dust catcher Being to the specific embodiment that ground brush assemblies 3 supply water in due course as the case may be can be with sets itself, therefore is not also described further.

In the following, describing vertical type dust collector 100 according to an embodiment of the present invention by taking many aspects specific embodiment as an example.But It is, it should be noted that particular features, structures, materials, or characteristics described in following embodiment are not limited to accordingly implement Example, i.e., without conflicting with each other, those skilled in the art can by different embodiments described in this specification or The feature of example and different embodiments or examples is combined, these are within the scope of the present invention. Moreover, those skilled in the art can manage although the embodiment of the present invention has been shown and described in the present invention Solution: without departing from the principle and spirit of the present invention can to these embodiments carry out it is a variety of variation, modification, replacement and Modification, the scope of the present invention are defined by the claims and their equivalents.

In the following, describing the vertical type dust collector 100 of specific embodiment according to a first aspect of the present invention.

As shown in Figure 1 and Figure 4, in the present embodiment, cistern assembly 7 is located between distal end 112 and proximal end 111, handle group The length centerline 20 of part 2 passes through cistern assembly 7.Here, it should be noted that " length centerline " of this paper refers to: edge The central axis that length direction extends, " central axis " refers to: when center line is straight line situation, center line is central axis Line, and when center line is non-rectilinear situation, the straight line on center line where most points is center axis.

Thus, it is possible to optimize the center of gravity of complete machine, in this way, when cistern assembly 7 fills water so that when its heavier-weight, due to it It falls in the length centerline 20 of Handleset 2, to will not cause to feel overweight when user's control crank component 2, and then makes Vertical type dust collector 100 can more easily be operated by obtaining user.Moreover, by being arranged cistern assembly 7 in proximal end 111 and distal end , will not be far apart from Handleset 2 between 112, so as to facilitate user to take cistern assembly 7, operated without bending over.

In addition, it is necessary to explanation, in other embodiments of the invention, the length centerline 20 of Handleset 2 may be used also To be not passed through cistern assembly 7.

In some preferable examples of the present embodiment, referring to Fig.1, the length centerline 20 of Handleset 2 passes through water tank group The center of gravity of part 7.Thus, it is possible to the center of gravity of complete machine be advanced optimized, in this way, when cistern assembly 7 fills water so that its heavier-weight When, since its center of gravity is fallen in the length centerline 20 of Handleset 2, so that sense when user's control crank component 2 will not be caused Feel overweight, so that user can more easily operate vertical type dust collector 100.

In some preferable examples of the present embodiment, referring to Fig.1, the length centerline 20 and cistern assembly 7 of Handleset 2 Length centerline 70 be overlapped.Thus, it is possible to advanced optimize the center of gravity of complete machine, in this way, when cistern assembly 7 fill water so that its When heavier-weight, since its length centerline 70 is fallen in the length centerline 20 of Handleset 2, to user will not be caused to grasp Feel overweight when vertical Handleset 2, so that user can more easily operate vertical type dust collector 100.

In some preferable examples of the present embodiment, referring to Fig.1 and Fig. 4, the side of the located adjacent proximal end 111 of cistern assembly 7 End face is water tank first end face 711 (such as upper surface of cistern assembly 7 shown in Fig. 1), and water tank first end face 711 is at least Part hidden by cylinder block set 1, that is to say, that water tank first end face 711 can completely or partially by cylinder block set 1 hide without It is exposed.Illustrate that cylinder block set 1 can protect water tank first end face 711 as a result, water tank first end face 711 avoided to be collided with damage, And illustrate that cistern assembly 7 is higher along the registration of the length direction projection of cylinder block set 1 with cylinder block set 1, it advanced optimizes The position of centre of gravity of cistern assembly 7 allows user more easily to operate vertical type dust collector 100.

Preferably, as shown in Figure 1, the length centerline 20 of Handleset 2 passes through water tank first end face 711.Thus, it is possible to Optimize the center of gravity of complete machine, in this way, when cistern assembly 7 fills water so that when its heavier-weight, since water tank first end face 711 is fallen in In the length centerline 20 of Handleset 2, thus will not cause to feel overweight when user's control crank component 2, so that with Family can more easily operate vertical type dust collector 100.

In some preferable examples of the present embodiment, referring to Fig.1 and Fig. 4, the side of the adjacent distal end 112 of cistern assembly 7 End face is water tank second end face 712 (such as lower end surface of cistern assembly 7 shown in Fig. 1), and water tank second end face 712 is at least Part is hidden by cylinder block set 1.That is, water tank second end face 712 can completely or partially by cylinder block set 1 hide without It is exposed.Illustrate that cylinder block set 1 can protect water tank second end face 712 as a result, water tank second end face 712 avoided to be collided with damage, And illustrate that cistern assembly 7 is higher along the registration of the length direction projection of cylinder block set 1 with cylinder block set 1, it advanced optimizes The position of centre of gravity of cistern assembly 7 allows user more easily to operate vertical type dust collector 100.

Preferably, as shown in Figure 1, the length centerline 20 of Handleset 2 passes through water tank second end face 712.Thus, it is possible to Optimize the center of gravity of complete machine, in this way, when cistern assembly 7 fills water so that when its heavier-weight, since water tank second end face 712 is fallen in In the length centerline 20 of Handleset 2, thus will not cause to feel overweight when user's control crank component 2, so that with Family can more easily operate vertical type dust collector 100.

In some preferable examples of the present embodiment, referring to Figures 1 and 2, vertical type dust collector 100 further include: air inlet pipe group Part 8, air inlet tube assembly 8 are connected between ground brush assemblies 3 and separator 4, and the fluid that suction inlet 31 sucks is fed to separation Device 4 separates, the length of a part of axis 80 of air inlet tube assembly 8 and the length centerline 70 of cistern assembly 7 and Handleset 2 At least one of center line 20 is overlapped.That is, a part of axis 80 of air inlet tube assembly 8 can only with cistern assembly 7 Length centerline 70 be overlapped, a part of axis 80 of air inlet tube assembly 8 can also only with the length centerline 20 of Handleset 2 It is overlapped, when the length centerline 70 of cistern assembly 7 is overlapped with the length centerline 20 of Handleset 2, the one of air inlet tube assembly 8 Segment axis 80 can also be overlapped with the length centerline 70 of cistern assembly 7, the length centerline 20 of Handleset 2.As a result, The center of gravity that complete machine can be optimized allows user more easily to operate vertical type dust collector 100.

In some preferable examples of the present embodiment, in the length centerline 50 of dirt cup component 5 and the length of cistern assembly 7 Heart line 70 is parallel at least one of the length centerline 20 of Handleset 2.That is, the lengthwise centers of dirt cup component 5 Line 50 can be only parallel with the length centerline 70 of cistern assembly 7, the length centerline 50 of dirt cup component 5 can also only with handle The length centerline 20 of component 2 is parallel, when the length centerline 70 of cistern assembly 7 and the length centerline 20 of Handleset 2 are flat Row or when being overlapped, the length centerline 50 of dirt cup component 5 can also be with the length centerlines 70 of cistern assembly 7, Handleset 2 Length centerline 20 is parallel.Thus, it is possible to optimize the center of gravity of complete machine, user is allowed more easily to operate vertical dust suction Device 100.

In some preferable examples of the present embodiment, as depicted in figs. 1 and 2, separator 4 is at least partially integrated in dirt In cup assembly 5.Thus, it is possible to advanced optimize machine gravity, user is allowed more easily to operate vertical type dust collector 100.Here, it should be noted that " separator " of this paper refers to: air-flow in fluid and foul can be separated Device, optional type have very much, such as may include the filter devices such as cyclone separator 41 described below, extra large pa 42.

In some preferable examples of the present embodiment, referring to Fig.1 and Fig. 4, the side of the located adjacent proximal end 111 of dirt cup component 5 End face is dirt cup first end face 511 (such as upper surface of dirt cup component 5 shown in Fig. 1), the adjacent distal end of cistern assembly 7 112 side end face is water tank second end face 712 (such as lower end surface of cistern assembly 7 shown in Fig. 1), dirt cup first end face 511 be located at water tank second end face 712 located adjacent proximal end 111 side (such as dirt cup component 5 shown in Fig. 1 upper surface position In the top of the lower end surface of cistern assembly 7).Thus, it is possible to optimize the center of gravity of complete machine, user is more easily operated Vertical type dust collector 100.Moreover, be closer to Handleset 2 by what dirt cup component 5 was arranged, thus facilitate user's observation and Dismount dirt cup component 5.

In some preferable examples of the present embodiment, referring to Fig.1 and Fig. 4, the side of the located adjacent proximal end 111 of dirt cup component 5 End face is dirt cup first end face 511 (such as upper surface of dirt cup component 5 shown in Fig. 1), and dirt cup first end face 511 is located at water (such as the upper surface of dirt cup component 5 shown in Fig. 1 is located at cistern assembly for the side of the located adjacent proximal end 111 of the center of gravity of box assembly 7 The top of 7 center of gravity).Thus, it is possible to optimize the center of gravity of complete machine, user is allowed more easily to operate vertical type dust collector 100.Moreover, Handleset 2 is closer to by what dirt cup component 5 was arranged, so that user be facilitated to observe and dismount dirt cup group Part 5.

In some preferable examples of the present embodiment, referring to FIG. 1, FIG. 2 and FIG. 4, the adjacent distal end 112 of cistern assembly 7 One side end face is water tank second end face 712 (such as lower end surface of cistern assembly 7 shown in Fig. 1), dirt cup component 5 and separation dress The common center of gravity for setting 4 at least partly (i.e. separator 4 is integrated in the part in dirt cup component 5) is located at water tank second end face The side of 712 located adjacent proximal end 111 (such as dirt cup component 5 shown in Fig. 1 and its is internally integrated the centers of gravity of all components and is located at The top of the lower end surface of cistern assembly 7).Thus, it is possible to optimize the center of gravity of complete machine, user is more easily operated vertical Formula dust catcher 100.Moreover, Handleset 2 is closer to by what dirt cup component 5 was arranged, so that user be facilitated to observe and tear open Fill dirt cup component 5.

To sum up, the vertical type dust collector 100 of specific embodiment according to a first aspect of the present invention, with existing Wet-dry dust suction Device is compared, by by the design of the length centerline of Handleset 2 and cistern assembly 7 point-blank, or by air inlet pipe group The length centerline design of a part of axis 80 and Handleset 2 and cistern assembly 7 of part 8 point-blank, is used to work as When family uses vertical type dust collector 100, the usage comfort of user can be effectively promoted, user will not be allowed to feel that entire machine boosts It weighs very much, improves and operate light degree.Moreover, by the position that cistern assembly 7 is positioned close to Handleset 2, thus convenient User takes cistern assembly 7, moisturizing or cleaning is carried out, without bending over, squatting down.

In the following, describing the vertical type dust collector 100 of specific embodiment according to a second aspect of the present invention.

As shown in Figure 1, the volume of dirt cup component 5 is more than or equal to the volume of cistern assembly 7.Illustrate that dirt cup component 5 has as a result, There is sufficiently large volume, user pours out foul (such as dirt when using vertical type dust collector 100, without often clearing up dirt cup component 5 Water), or even after the water in cistern assembly 7 exhausts, dirt cup component 5 is all without cleaning, to greatly improve user Ease of use, the user experience is improved.

In addition, it is necessary to explanation, in other embodiments of the invention, the volume of dirt cup component 5 is also less than water The volume of box assembly 7.

In some preferable examples of the present embodiment, referring to Fig. 2, separator 4 includes cyclone separator 41 and is located at rotation The extra large pa 42 in 41 downstream of wind separator, cyclone separator 41 are stored in dirt cup component 5, and extra large pa 42 is located at the upstream of suction device 6. That is, separator 4 includes the cyclone separator 41 and Hai Pa 42 successively arranged along fluid circulating direction, in this way, working as After fluid is sucked by suction inlet 31, it can be separated by filtration followed by 41 cyclonic separation of cyclone separator and Hai Pa 42, then flow To suction device 6, in this way, can effectively improve separating effect by separating at least twice, the suction of vertical type dust collector 100 is improved Dirt validity.

As a result, by the way that the cyclone separator 41 with dry ash separation function is arranged in dirt cup component 5, it is possible to prevente effectively from Dry ash in fluid flows directly into pa 42 obstructing problem in sea caused by extra large pa 42.In addition, by the way that cyclone separator 41 is stored In dirt cup component 5, the setting height of dirt cup component 5 can also be effectively improved, can be seen with making the user do not need to bend over, squat down Clearly and dirt cup component 5 is touched, consequently facilitating user observes the storage situation of foul in dirt cup component 5, and is convenient for user Dismounting dirt cup component 5 is cleared up.Here it is possible to understand, cyclone separator 41 (may include primary cyclone, Multi-cyclone etc.) and the concept and working principle of extra large pa 42 (i.e. HEPA) be well known to the skilled person, Which is not described herein again.

Preferably, referring to Figures 1 and 2, dirt cup component 5 includes glass shell 52 and the float 53 being located in glass shell 52, whirlwind point It is located in glass shell 52 from device 41 and the fluid channel of cyclone separator 41 is controlled connection by float 53 and blocked, that is to say, that is floating Son 53 can make the fluid channel of cyclone separator 41 be connected to, it is also possible that the fluid channel of cyclone separator 41 blocks. Float 53 can be used for monitoring the collection situation of sewage in glass shell 52 as a result, when the sewage in dirt cup component 5 is more than permissible value When, float 53 can float, so that the stopping of suction device 6 continues that glass shell 52 is made to suck dirty water.

Specifically, the sewage that suction inlet 31 sucks may collect in glass shell 52 when vertical type dust collector 100 works normally Interior, float 53 can be synchronized with the sewage in glass shell 52 and be floated up and down, when the sewage in glass shell 52 reaches predetermined altitude, float 53 rise to extreme higher position, and float 53 blocks the fluid channel of cyclone separator 41 at this time, and fluid can not pass through separation dress again It sets 4 and flows to suction device 6, so that suction device 6 can not make suction inlet 31 suck fluid again, to avoid entering back into inside glass shell 52 Excessive problem occurs for sewage；And the sewage in glass shell 52 is when rising to predetermined altitude, float 53 is also not up to highest order It sets, float 53 can not block the fluid channel of cyclone separator 41 at this time, so that the fluid channel of cyclone separator 41 In connected state, fluid can continue through separator 4 and flow to suction device 6, and suction device 6 can continue to make suction inlet 31 sucking fluids, continue dust suction operation.

In some preferable examples of the present embodiment, as shown in Figure 1 and Figure 4, dirt cup component 5 and cistern assembly 7 are each provided at It between proximal end 111 and distal end 112 and is oppositely arranged, such as in specific example shown in Fig. 1, dirt cup component 5 can be located at machine First side 113 of body component 1, cistern assembly 7 can be located at the second side 114 of cylinder block set 1.Thus, it is possible to optimize vertical The complete machine of formula dust catcher 100 is laid out, and allows user that vertical type dust collector 100 more easily to be pushed to carry out cleaning operation.

Preferably, referring to Fig.1 and Fig. 4, a side end face of the located adjacent proximal end 111 of dirt cup component 5 is dirt cup first end face 511 (such as upper surface of dirt cup component 5 shown in Fig. 1), a side end face of the adjacent distal end 112 of cistern assembly 7 are water tank second End face 712 (such as lower end surface of cistern assembly 7 shown in Fig. 1), dirt cup first end face 511 is located at water tank second end face 712 (such as the upper surface of dirt cup component 5 shown in Fig. 1 is located at the upper of the lower end surface of cistern assembly 7 side of located adjacent proximal end 111 Side).Thus, it is possible to ensure that the setting position of dirt cup component 5 is higher, so that user is without bending over, squatting down can see clearly and connect It contacts dirt cup component 5, consequently facilitating user observes the storage situation of foul in dirt cup component 5, and dismounts dirt cup convenient for user Component 5 is cleared up.

Further, referring to Fig.1 and Fig. 4, dirt cup first end face 511 are located at the located adjacent proximal end 111 of the center of gravity of cistern assembly 7 Side (such as the upper surface of dirt cup component 5 shown in Fig. 1 be located at the center of gravity of cistern assembly 7 top).Thus, it is possible into As soon as step improves the setting height of dirt cup component 5, so that user is without bending over, dirt cup component 5 can be seen and touch clearly by squatting down, Consequently facilitating user observes the storage situation of foul in dirt cup component 5, and dirt cup component 5 is dismounted convenient for user and is cleared up. Furthermore, it is possible to optimize the center of gravity of 100 complete machine of vertical type dust collector, user is allowed more easily to push vertical type dust collector 100 Carry out cleaning operation.

In some preferable examples of the present embodiment, referring to FIG. 1, FIG. 2 and FIG. 4, suction device 6 is integrated in cylinder block set 1 (such as suction device 6 shown in Fig. 1 is located at cylinder block set 1 for the side of located adjacent proximal end 111 that is interior and being located at dirt cup component 5 In first side 113, and it is located at the top of dirt cup component 5), a side end face of the located adjacent proximal end 111 of suction device 6 is suction the One end face 61 (such as upper surface of suction device 6 shown in Fig. 1), a side end face of the located adjacent proximal end 111 of cistern assembly 7 is Water tank first end face 711 (such as upper surface of cistern assembly 7 shown in Fig. 1), suction first end face 61 is located at water tank first (such as the upper surface of suction device 6 shown in Fig. 1 is located at the upper of cistern assembly 7 for the side of the located adjacent proximal end 111 of end face 711 The top of end face).

As a result, by improving the setting height of suction device 6, more installation space can be reserved for dirt cup component 5, really The setting height for protecting dirt cup component 5 can be further improved, so that user is without bending over, squatting down can see clearly and contact To dirt cup component 5, observe the storage situation of foul in dirt cup component 5 convenient for user, and convenient for user dismount dirt cup component 5 into Row cleaning.Furthermore, it is possible to optimize the center of gravity of 100 complete machine of vertical type dust collector, user is allowed more easily to push vertical suction Dirt device 100 carries out cleaning operation.

Preferably, referring to FIG. 1, FIG. 2 and FIG. 4, the center of gravity of suction device 6 is located at the located adjacent proximal end of water tank first end face 711 111 side (such as the center of gravity of suction device 6 shown in Fig. 1 be located at the upper surface of cistern assembly 7 top).As a result, may be used Further to improve the setting height of dirt cup component 5 by improving the setting height of suction device 6, so that user is not necessarily to Bend over, dirt cup component 5 can be seen and touch clearly by squatting down, convenient for user observe dirt cup component 5 in foul storage situation, and And dirt cup component 5 is dismounted convenient for user and is cleared up.Furthermore, it is possible to optimize the center of gravity of 100 complete machine of vertical type dust collector, so that user Vertical type dust collector 100 can be more easily pushed to carry out cleaning operation.

In some preferable examples of the present embodiment ,-Fig. 3, ground brush assemblies 3 include being located at suction inlet 31 referring to Fig.1 The extending direction of round brush 34, the length centerline 20 of the extending direction and Handleset 2 of the length centerline 50 of dirt cup component 5 is equal It is identical as the extending direction of length centerline 10 of cylinder block set 1, that is to say, that when vertical type dust collector 100 in use, body group The vertical setting of part 1, its length centerline 10 extending direction be up and down direction, at this point, the length centerline 50 of dirt cup component 5 Extending direction is also up and down direction, and the extending direction of the length centerline 20 of Handleset 2 is also up and down direction, still, dirt cup The length centerline 50 of component 5 can or not length with cylinder block set 1 parallel with the length centerline 10 of cylinder block set 1 Degree center line 10 is parallel (such as can have angle) within 45 °, and the length centerline 20 of Handleset 2 can be with machine The length centerline 10 of body component 1 is parallel, parallel with the length centerline 10 of cylinder block set 1 (such as can not also can have Angle within 45 °).

As shown in Figure 1-Figure 3, round brush 34 along cylinder block set 1 length direction extend center line 30 (i.e. round brush 34 Axis and the line that extends along the length direction of cylinder block set 1) with the length centerline 20 of Handleset 2 be located at dirt cup group The two sides of the length centerline 50 of part 5.Thus, it is possible to optimize the center of gravity of 100 complete machine of vertical type dust collector, allow user more Easily vertical type dust collector 100 is pushed to carry out cleaning operation.Preferably, the length centerline 20 of Handleset 2 and cistern assembly 7 Length centerline 70 be overlapped.Thus, it is possible to advanced optimize the center of gravity of 100 complete machine of vertical type dust collector, allow user more Add and easily vertical type dust collector 100 is pushed to carry out cleaning operation.

To sum up, the vertical type dust collector 100 of specific embodiment according to a second aspect of the present invention, with existing Wet-dry dust suction Device is compared, and has the cyclone separator 41 of separation dry ash in dirt cup component 5, it can be ensured that when suction inlet 31 sucks dry ash, sea Pa 42 is not easy to be blocked, moreover, dirt cup component 5 has sufficiently large volume, can store more sewage, user is in use It does not need frequently to clear up dirt cup component 5, in addition, the setting position suitable of dirt cup component 5, is observed during user-friendly Wastewater level simultaneously dismounts dirt cup component 5.

In the following, describing the vertical type dust collector 100 of specific embodiment according to a third aspect of the present invention.

As shown in Figure 1, Figure 2 and Figure 4, in the present embodiment, cylinder block set 1 has between proximal end 111 and distal end 112 And the first side 113 and the second side 114 being oppositely arranged, dirt cup component 5 are located at the first side 113, cistern assembly 7 is located at Two sides 114, cylinder block set 1 have exhaust outlet 121, and suction device 6 is vented by exhaust outlet 121, at least portion of exhaust outlet 121 Quartile is between cistern assembly 7 and dirt cup component 5, that is to say, that at least part air-flow that suction device 6 is discharged is in dirt cup group Region discharge between part 5 and cistern assembly 7, in other words, at least part air-flow that suction device 6 is discharged is in cylinder block set 1 The first side 113 and the second side 114 between region (i.e. left side 115 and right side 116) discharge.

It is only asked what the proximal end of cylinder block set 1 111 or distal end 112 were vented in this way, suction device 6 can be effectively avoided Topic, specifically, on the one hand can be vented to avoid the proximal end 111 for concentrating on cylinder block set 1 due to suction device 6, caused by The problem of being vented close to Handleset 2, reducing user experience, on the other hand can concentrate on body to avoid due to suction device 6 The distal end 112 of component 1 is vented, caused by be vented closely brush assemblies 3, dispel surface to be cleaned (such as ground) dust, influence The problem of pick-up performance.

As a result, according to the vertical type dust collector of the present embodiment 100, by being arranged at least part of exhaust outlet 121 in dirt Between cup assembly 5 and cistern assembly 7, so as to effectively disperse the air draft region of suction device 6, so that air draft is far from handle Component 2 and ground brush assemblies 3, and then effectively improve user experience and pick-up performance.

In addition, it is necessary to explanation, in other embodiments of the invention, exhaust outlet 121 can also be not arranged in water tank Between component 7 and dirt cup component 5.Moreover, in other embodiments of the invention, the setting side of cistern assembly 7 and dirt cup component 5 Formula is also not necessarily limited to this.

In some preferable examples of the present embodiment, referring to Fig.1 and Fig. 2 Fig. 4, cylinder block set 1 have air inlet 122, row Air port 121 includes hot wind exhaust outlet 1211 and cold wind exhaust outlet 1212, and suction device 6 is configured to the stream that will be sucked by suction inlet 31 (path as shown in dotted arrow in Fig. 5 from B1 to BX) is discharged by cold wind exhaust outlet 1212 in body, and will pass through air inlet (path as shown in solid arrow in Fig. 5 from A1 to AX) is discharged by hot wind exhaust outlet 1211 in the fluid of 122 suckings.Also To say, 6 one side of suction device by suction inlet 31 suck fluid, and by the fluid conveying sucked by suction inlet 31 to separate dress 4 separation are set, then the cleaned air that separator 4 is isolated is discharged by cold wind exhaust outlet 1212；6 another party of suction device Face sucks fluid by air inlet 122, and the fluid of sucking is made to exchange heat with it and make its cooling, then leads to the hot-air after heat exchange Cross the discharge of hot wind exhaust outlet 1211.

Suction device 6 can not only play the role of that air inlet 122 can also be passed through by 31 dust suction of suction inlet as a result, Air draught is the effect of itself cooling down, excessively high to be effectively prevented from its temperature rise, the reliability of its work is improved, in addition, passing through Exhaust outlet 121 is provided for the cold wind exhaust outlet 1212 and hot wind exhaust outlet 1211 of above-mentioned two strands of air-flows is specially discharged, from And cold airflow and thermal current can scatter, and then noise can be effectively reduced, promote user experience.

In some specific examples of the invention, in order to ensure suction device 6 can be configured to " to be sucked by suction inlet 31 Fluid be discharged by cold wind exhaust outlet 1212, and the fluid sucked by air inlet 122 is passed through into 1211 row of hot wind exhaust outlet Out ", suction device 6 can be constructed as follows.

Referring to Fig. 2, and Fig. 5-Fig. 7 is combined, suction device 6 may include cover 62 and workpiece 63, and cover 62 (can be with Including upper outlet body 621 and lower cover 622 shown in Fig. 5) on have first entrance 6211, second entrance 6212, first outlet 6213 and second outlet 6214, first entrance 6211 (referred to herein as indirect communication), second entrance are connected to suction inlet 31 6212 are connected to air inlet 122, and first outlet 6213 is connected to cold wind exhaust outlet 1212, second outlet 6214 and hot wind exhaust outlet 1211 connections, cover 62 limit accommodating chamber 622, first runner 6231 and second flow channel 6232, first runner 6231 and second Runner 6232 is each provided at the periphery of accommodating chamber 622 and is isolated from each other, and first runner 6231 is connected to first outlet 6213, second Road 6232 is connected to second outlet 6214.

Referring to Fig. 2, and Fig. 5-Fig. 7 being combined, workpiece 63 includes motor 631, the first impeller 632 and the second impeller 633, Workpiece 63 is located in accommodating chamber 622, and sealing element 634 is equipped between workpiece 63 and the inner wall of accommodating chamber 622, sealing Space between workpiece 63 and accommodating chamber 622 is isolated into the first accommodating chamber 6221 and the second accommodating chamber 6222 by part 634, the One impeller 632 is located in the first accommodating chamber 6221, and the second impeller 633 and motor 631 are located in the second accommodating chamber 6222, and first holds Chamber 6221 of receiving is connected between first entrance 6211 and first runner 6231, and the second accommodating chamber 6222 is connected in second entrance 6212 Between second flow channel 6232.

In this way, motor 631 drives the first impeller 632 and the rotation of the second impeller 633, a side when suction device 6 works Face, under the suction that the first impeller 632 generates, suction inlet 31 can suck fluid, and fluid flows through the separation of separator 4 Afterwards, it is entered in the first accommodating chamber 6221 by first entrance 6211 and is contacted with the first impeller 632, the first impeller 632 can incite somebody to action Steam in fluid, which is got rid of, falls separation, while enters dewatered air-flow in first runner 6231, enters first runner Fluid in 6231 is discharged from cold wind exhaust outlet 1212 (from B1 referring to shown in dotted arrow in Fig. 5 by first outlet 6213 Path into the path of B9 and Fig. 6 shown in dotted arrow from B1 to B7).

On the other hand, under the suction that the second impeller 633 generates, air inlet 122 can suck fluid, and fluid passes through Second entrance 6212 is entered in the second accommodating chamber 6222 and is contacted with the second impeller 633 and motor 631, is with the heat exchange of motor 631 Motor 631 cools, and the hot gas formed after heat exchange flows into second flow channel 6232, enters in second flow channel 6232 (the road referring to shown in solid arrow in Fig. 5 from A1 to A5 is discharged from hot wind exhaust outlet 1211 by second outlet 6214 in fluid Path in diameter and Fig. 6 shown in solid arrow from A1 to A3).Thus, it is possible to reliably and effectively ensure suction device 6 It is configured to " the stream that the fluid sucked by suction inlet 31 is discharged by cold wind exhaust outlet 1212, and will be sucked by air inlet 122 Body is discharged by hot wind exhaust outlet 1211 ".

Certainly, the invention is not limited thereto, can also construct suction device 6 by other means, to ensure that it can be realized Above-mentioned function.In addition, it should be noted that, the first accommodating chamber 6221, the second accommodating chamber 6222, first runner 6231, second The distributing position in road 6232 is unlimited, such as can be distributed according to mode shown in figure, by first runner 6231 and second flow channel 6232, which are respectively set to spiral cylindricality, extends runner to extend air flow path, reinforces gas-liquid separation effect and the effect that cools Fruit；Moreover, the quantity of first entrance 6211, second entrance 6212, first outlet 6213, second outlet 6214 and distribution are not yet Limit；Specifically show in addition, the type and air-out mode of the first impeller 632 and the second impeller 633 are also unlimited such as shown in Fig. 7 In example, the first impeller 632 can be centrifugal impeller, and the first impeller 632 can have multiple circumferential air outlets 6320 along motor The uniform outlet air of 631 circumferential direction, so as to improve it for the dehydrating effect of fluid, the second impeller 633 can be axial wheel And there is axial air outlet 6330, so as to improve it for the cooling effect of motor 631.

In some preferable examples of the present embodiment, as shown in Figure 1 and Figure 4, hot wind exhaust outlet 1211 is located at cistern assembly 7 Between dirt cup component 5.Thus, it is possible to be effectively prevented from suction device 6 only in the proximal end of cylinder block set 1 111 or distal end 112 The problem of hot gas is discharged, specifically, on the one hand can be to avoid 111 row of proximal end for concentrating on cylinder block set 1 due to suction device 6 Hot gas out, caused by the hot gas of discharge keep user experience uncomfortable close to Handleset 2, on the other hand can be to avoid due to suction Hot gas is discharged in the distal end 112 that device 6 concentrates on cylinder block set 1, caused by discharge hot gas closely brush assemblies 3, dispel to Clean surface (such as ground) dust, the problem of influencing pick-up performance.

In some preferable examples of the present embodiment, as shown in Figure 1 and Figure 4, hot wind exhaust outlet 1211 compares cold wind air draft Mouth 1212 is arranged far from Handleset 2, that is to say, that the distance between hot wind exhaust outlet 1211 and Handleset 2 are greater than cold wind The distance between exhaust outlet 1212 and Handleset 2.Thus, it is possible to the problem of preventing hot wind blow-through user's hand of discharge, from And promote user experience.

In some preferable examples of the present embodiment, as shown in Figure 1 and Figure 4, hot wind exhaust outlet 1211 and cold wind exhaust outlet At least one of 1212 are distributed in the two sides between cistern assembly 7 and dirt cup component 5, i.e. hot wind exhaust outlet 1211 and cold wind row At least one of air port 1212 is distributed on the left side 115 and right side 116 of cylinder block set 1.Thus, it is possible to further mention High exhaust effect, and the exterior aesthetics of vertical type dust collector 100 can be improved.

In some preferable examples of the present embodiment, as shown in Figure 2 and Figure 4, the first side 113 includes located adjacent proximal end 111 First part 1131 and adjacent distal end 112 second part 1132, suction device 6 is integrated in first part 1131, dirt cup Component 5 be located at second part 1132 it is outer and with first part 1131 on the length direction of cylinder block set 1 opposite (institute as shown in figure 1 That shows is opposite in the up-down direction), that is to say, that dirt cup component 5 can be blocked close to first part 1131 in first part 1131 A side end face (upper surface of dirt cup component 5 as shown in Figure 1).The overall structure of vertical type dust collector 100 is more stepped up as a result, Gather, layout more rationally, it is beautiful, user can be more convenient and easily removes dirt cup component 5 and clear up.

In some preferable examples of the present embodiment, as shown in figure 4, hot wind exhaust outlet 1211 is distributed in second part 1132 With the two sides between the second side 114.Thus, it is possible to which the thermal current that effectively dispersion suction device 6 discharges, avoids it from blowing to use Family hand.

In some preferable examples of the present embodiment, air inlet 122 is formed in the separate second part of first part 1131 On 1132 side surface (such as on the upper surface of first part 1131 shown in Fig. 4).Thus, it is possible to improve the clean of air inlet Net degree avoids the air stream contamination suction device 6 for cooling down suction device 6, moreover, because air inlet 122 may be located remotely from heat Wind exhaust outlet 1211 is arranged, and so as to extend the air flow path to exchange heat with suction device 6, and then improves to suction device 6 Cool effect.

In some preferable examples of the present embodiment, as shown in figure 4, cold wind exhaust outlet 1212 is distributed in first part 1131 With the two sides between the second side 114.Thus, it is possible to which the cold airflow that effectively dispersion suction device 6 discharges, facilitates topology layout And processing, and exhaust noise can be effectively reduced.

In some preferable examples of the present embodiment, as shown in Figure 1, Figure 2, shown in Fig. 4 and Fig. 8, separator 4 is integrated in dirt cup In component 5, a side surface (following table of first part 1131 as shown in Figure 4 towards dirt cup component 5 of first part 1131 Face) on there is ventilation opening 123, the fluid that separator 4 is isolated flows to suction device 6 by ventilation opening 123.Facilitate as a result, Processing and layout, can be improved dust collection efficiency.

In the following ,-Fig. 8 referring to Fig.1, briefly describes the course of work of one specific example vertical type dust collector 100 of the present embodiment. Specifically, suction inlet 31, which sucks fluid and enters in the separator 4 in dirt cup component 5, to be divided when suction device 6 works From the clean gas isolated enters in cylinder block set 1 upwardly through ventilation opening 123, and enters suction device 6, through inhaling First impeller 632 of power device 6 throws away the steam in fluid, and the air-flow for throwing away steam enters in first runner 6231, so It is discharged afterwards from the cold wind exhaust outlet 1212 of 1131 two sides of first part, meanwhile, the air-flow outside cylinder block set 1 passes through air inlet 122 It enters in the workpiece 63 of suction device 6, becomes thermal current after exchanging heat with motor 631, then into second flow channel In 6232, then flowed out from the hot wind exhaust outlet 1211 of 1132 two sides of second part.As a result, by setting dual channel, can incite somebody to action Hot and cold air separates, to advantageously reduce air-flow velocity, reduces complete machine noise, promotes user experience.

Certainly, the invention is not limited thereto, in other specific examples of the present embodiment, hot wind exhaust outlet 1211, cold wind row Air port 1212, the quantity of air inlet 122 and setting position, can be specifically arranged, preferably to meet according to actual requirement Different actual requirements.

To sum up, the vertical type dust collector 100 of specific embodiment according to a third aspect of the present invention, with existing Wet-dry dust suction Device is compared, and is provided with 1,212 two exhaust outlets of hot wind exhaust outlet 1211 and cold wind exhaust outlet, cold and hot two strands of air-flows can be dispersed It begins to rehearse out, and at least one of cold wind exhaust outlet 1212 and hot wind exhaust outlet 1211 is at least partially disposed in dirt cup group Between part 5 and cistern assembly 7, so that the wind that exhaust outlet 121 is discharged improves user far from proximal end 111 and distal end 112 Experience and pick-up performance, and hot wind exhaust outlet 1211 is preferably provided at the position far from Handleset 2, it can be to avoid hot wind Blow-through user's hand bring discomfort and hidden danger, moreover, because multiple exhaust outlets are set, it can the row of effectively reducing Gas noise promotes user experience.

In the following, describing the vertical type dust collector 100 of specific embodiment according to a fourth aspect of the present invention.

Here, it should be noted that the dry and wet two that the vertical type dust collector 100 of the present embodiment description is not limited to the above embodiments With dust catcher, it can not also include cistern assembly 7 including cistern assembly 7.

As shown in Fig. 1-Fig. 3 and Fig. 8, vertical type dust collector 100 further includes air inlet tube assembly 8, the both ends point of air inlet tube assembly 8 Separator 4 Lian Tong not be fed between ground brush assemblies 3 and separator 4 with the fluid for sucking suction inlet 31 to separate, wherein At least one end of air inlet tube assembly 8 is detachable.That is, the both ends of air inlet tube assembly 8 are respectively first end and second end, In, the first end of air inlet tube assembly 8 is connected to the suction inlet 31 of ground brush assemblies 3, the second end and separator of air inlet tube assembly 8 4 connections, separate so that the fluid that suction inlet 31 sucks can be fed to separator 4 by air inlet tube assembly 8, air inlet tube assembly 8 At least one of first end and second end can be disassembled from the position that it is installed, to ensure that user can touch air inlet Inside tube assembly 8, to be cleaned as needed to air inlet tube assembly 8.

Wherein, in order to realize that the first end of air inlet tube assembly 8 is connected to suction inlet 31, it can choose suitable position installation The first end of air inlet tube assembly 8, for example, can directly by the first end of air inlet tube assembly 8 be mounted on ground brush assemblies 3 can be with The position being connected to suction inlet 31, at this time first end can be constituted with ground brush assemblies 3 it is revocable be detachably connected, and example Such as, the first end of air inlet tube assembly 8 can also be mounted on to the position that can be connected to suction inlet 31 on cylinder block set 1, this When first end can be constituted with cylinder block set 1 it is revocable be detachably connected, certainly, the peace of the first end of air inlet tube assembly 8 Holding position is without being limited thereto, can also specifically be arranged as needed, as long as meeting it can be connected to suction inlet 31, here not It is described in detail again.

Meanwhile in order to realize that the second end of air inlet tube assembly 8 is connected to separator 4, suitable position peace can choose Put into tracheae component 8 second end, for example, can directly by the second end of air inlet tube assembly 8 be mounted on cylinder block set 1 can With the position being connected to separator 4, at this time second end can be constituted with cylinder block set 1 it is revocable be detachably connected, again For example, it is also possible to the second end of air inlet tube assembly 8 is mounted on the position that can be connected to suction inlet 31 on dirt cup component 5, At this time second end can be constituted with dirt cup component 5 it is revocable be detachably connected, certainly, the second end of air inlet tube assembly 8 Installation site is without being limited thereto, can also specifically be arranged as needed, as long as meeting it can be connected to separator 4, this In be no longer described in detail.

As a result, according to the vertical type dust collector of the present embodiment 100, user be can according to need the removable of air inlet tube assembly 8 It unloads end to disassemble, to clean the fouls such as sewage in air inlet tube assembly 8, so that it is whole to improve vertical type dust collector 100 Clean-up performance and user experience.

Here, it should be noted that in other embodiments of the invention, vertical type dust collector 100 can not also include into Tracheae component 8 is connected at this point, ground brush assemblies 3 directly can pass through the pipe fitting respectively having with cylinder block set 1.

In some preferable examples of the present embodiment, as shown in figure 9, air inlet tube assembly 8 is including hose 81 and is located at hose The scrubbing brush connector 83 (first end for being equivalent to air inlet tube assembly 8 above) and body connector 82 at 81 both ends (are equivalent to Text air inlet tube assembly 8 second end), scrubbing brush connector 83 with brush assemblies 3 be detachably connected so that suction inlet 31 with it is soft Pipe 81 is connected to, and body connector 82 is detachably connected with cylinder block set 1, so that hose 81 is connected to separator 4.Thus it says Bright, the both ends of air inlet tube assembly 8 are respectively set to detachable structure so that user can according to need air inlet tube assembly 8 is whole Body disassembles, and carries out more thorough cleaning to facilitate, to improve the whole cleaning effect of vertical type dust collector 100 and user Experience.In addition, it is necessary to explanation, the material of hose 81 is unlimited, such as can be plastic material, metal material, flexible glue material Etc..

In some preferable examples of the present embodiment, as shown in figure 9, having connector 13, body connector on cylinder block set 1 82 are rotatably sleeved on hose 81 and are screwed on 13 screw thread of connector, that is to say, that in connector 13 and body connector 82 There is internal screw thread on one of them, there is external screw thread on another, there is externally threaded component (such as body connector 82) to stretch Enter into tool internal thread component (such as connector 13), then turn body connector 82, so that it may so that two component spiral shells Line connection.As a result, when scrubbing brush connector 83 and ground brush assemblies 3 be in connection status, and needs remove body from cylinder block set 1 Connector 82 or on cylinder block set 1 install body connector 82 when, the operation of turn body connector 82 not will cause hose 81 follow rotation, to avoid the problem that causing 81 torsional deformation of hose, even damage, improve the service life of hose 81.

In some preferable examples of the present embodiment, as Figure 9-Figure 11, scrubbing brush connector 83 includes connector ontology 831 and first locking position 832, mating cavity 35 and the second locking position 36 with bottom-open on ground brush assemblies 3, connector ontology 831 are embedded in mating cavity 35, and the first locking position 832 is movably connected with connector ontology 831 to lock with the second locking position 36 It is movable between the lock position of position cooperation and the unlocked position cooperated the disengaging of the second locking position 36.

In this way, after connector ontology 831 is embedded in mating cavity 35, when the first locking position 832 is moved to locking position When setting, the first locking position 832 and 36 lock-bit of the second locking position cooperate, and connector ontology 831 can be locked in mating cavity 35, Connector ontology 831 cannot be taken out out of mating cavity 35；And when the first locking position 832 is moved to unlocked position, first Locking position 832 and the second locking position 36, which are detached from, to be cooperated, and connector ontology 831 is no longer locked up, can by connector ontology 831 from It is taken out in mating cavity 35.The setting position of scrubbing brush connector 83 is more hidden as a result, and it is whole that vertical type dust collector 100 can be improved Aesthetic measure facilitate user's Dismountable moreover, ground brush assemblies 3 and the assembly of air inlet tube assembly 8 are simple.

Preferably, as Figure 9-Figure 11, there is sliding rail 8311 on connector ontology 831, the first locking position 832 with Sliding rail 8311 cooperates sliding and inserts 8321 with lock, is formed in the second locking position 36 and protrudes into suitable for lock slotting 8321 to realize The lockhole 361 of locking.Thus, it is possible to simple, convenient and reliably operate the first locking position 832 in lock position and unlocked position Between move, and locking and the unlock of the first locking position 832 and the second locking position 36 can be effectively realized.Certainly, of the invention Without being limited thereto, the structure of the first locking position 832 and the second locking position 36 is without being limited thereto, and the mode of unlock and locking is also not necessarily limited to This, such as the first locking position 832 is it is so structured that the buckle that is connected with 831 hinge of connector ontology, and the second locking position 36 can be with It is configured to grab, buckle and buckle can be clasped.

In some preferable examples of the present embodiment, there is the first limit as shown in Figure 11-Figure 12, on sliding rail 8311 Structure 8312 has the second position limiting structure 8322 in first locking position 832, when the first locking position 832 moves to lock position, Second position limiting structure 8322 and the limit of the first position limiting structure 8312 cooperate.Pass through the first position limiting structure 8312 and the second limit as a result, The limit of bit architecture 8322 cooperates, and the reliability of the first locking position 832 and the cooperation of 36 locking of the second locking position can be improved, avoid 36 automatic unlocking of first locking position 832 and the second locking position causes air inlet tube assembly 8 and ground brush assemblies 3 the problem of isolating and falling off, Improve the reliability of dust suction.

Further, as shown in Figure 11-Figure 12, there is third position limiting structure 8313 on sliding rail 8311, in the first lock When position part 832 moves to unlocked position, the second position limiting structure 8322 cooperates with the limit of third position limiting structure 8313.Pass through as a result, The limit of second position limiting structure 8322 and third position limiting structure 8313 cooperates, and the first locking position 832 and the second lock-bit can be improved Part 36 is detached from the reliability of cooperation, and the first locking position 832 is avoided to shake the problems such as causing noise back and forth.

Preferably, as shown in Figure 11-Figure 12, the first position limiting structure 8312 and third position limiting structure 8313 are that limit is recessed Slot, the second position limiting structure 8322 are retention bead, wherein have in retention bead and slide in and out leading for limiting groove convenient for it To face 8323.Facilitate the limit of the second position limiting structure 8322 and the first position limiting structure 8312 and third position limiting structure 8313 as a result, Cooperation and disengaging cooperation, improve the convenience and reliability of unlock and locking.

In some preferable examples of the present embodiment, as shown in Figure 3 and Figure 9, has on ground brush assemblies 3 and connect with mating cavity 35 Logical round brush accommodating chamber 37 (i.e. for accommodating the chamber of round brush 34), the bottom-open of round brush accommodating chamber 37 is to limit suction inlet 31, the interior air intake passage 8310 having for being connected to round brush accommodating chamber 37 Yu hose 81 of scrubbing brush connector 83, thus suction inlet 31 It can be connected to by air intake passage 8310 with hose 81.Air inlet tube assembly 8 and the clever structure of ground brush assemblies 3, simple as a result, Easy to process and assembly, can reliably and effectively realize fluid communication, moreover, the connection of air inlet tube assembly 8 and ground brush assemblies 3 It is compact-sized, small and exquisite, beautiful.Certainly, the invention is not limited thereto, can also realize suction inlet 31 and hose 81 by other means Connection, for example, it is also possible to external connecting line realize both connection.

Preferably, as shown in Figure 3 and Figure 9, mating cavity 35 is located at the side of round brush accommodating chamber 37, along from round brush accommodating chamber 37 to the direction (vertical direction as shown in Figure 3) of mating cavity 35, and the cross-sectional area of mating cavity 35 is gradually reduced, That is mating cavity 35 (exists as shown in Figure 9 perpendicular to from the width on round brush 34 installation cavity to the direction of mating cavity 35 Width on left and right directions is along vertical direction) it is gradually reduced.Thus, it is possible to realize nature detent, further avoid During ground brush assemblies 3 are advanced on the clean surface, the problem of scrubbing brush connector 83 is deviate from out of mating cavity 35, scrubbing brush is prevented Connector 83 is separated with ground brush assemblies 3, the connection reliability of ground brush assemblies 3 and air inlet tube assembly 8 is improved, to improve vertical suction The dust suction reliability of dirt device 100.

In some preferable examples of the present embodiment, scraped as shown in figure 9, the bottom of scrubbing brush connector 83 has for installing The scraping blade mounting groove that piece 84 and neighbouring suction inlet 31 are arranged.Illustrate that scraping blade 84 is connected with air inlet tube assembly 8 as a result, in this way, can be with It is dexterously detachable structure using air inlet tube assembly 8, to also facilitate the cleaning of scraping blade 84, maintenance and replacement.

To sum up, the vertical type dust collector 100 of specific embodiment according to a fourth aspect of the present invention, with existing Wet-dry dust suction Device is compared, and by setting dismountable structure at least one end of air inlet tube assembly 8, user be can according to need air inlet pipe The detachable end of component 8 is disassembled from connecting portion, to cleared up in time the foul in air inlet tube assembly 8, is improved The performance and user experience of vertical type dust collector 100.

In the following, describing the vertical type dust collector 100 of specific embodiment according to a fifth aspect of the present invention.

In the present embodiment, as shown in Figure 14-Figure 16, cistern assembly 7 is installed on ground brush assemblies 3.Thus, it is possible to optimize whole Machine center of gravity pushes vertical type dust collector 100 to carry out cleaning operation with allowing user's more Portable power saving, moreover, by by water Box assembly 7 is arranged on ground brush assemblies 3, can further cistern assembly 7 at a distance from ground brush assemblies 3, shorten cistern assembly 7 to ground The distance that brush assemblies 3 supply water reduces the input cost of water supply auxiliary equipment so as to shorten water supply path, reduce water supply consumption with Noise improves the reliability and agility of water supply.

In addition, it should be noted that, being designed when by cistern assembly 7 in machine due to heavier-weight when cistern assembly 7 fills with water When on body component 1, cistern assembly 7 is also easy to that complete machine is caused to be toppled over, so as to cause water tank group other than aggravating the weight of complete machine Part 7 is broken, however, according to the cistern assembly 7 of the present embodiment, due to being arranged on ground brush assemblies 3, so as to effectively keep away Exempt from the above problem, moreover, the design of cistern assembly 7 can also be increased to the weight of ground brush assemblies 3 on ground brush assemblies 3, so that whole Machine is more steady when placing, and is not easy to topple over, even if accidentally toppling over, will not fall down cistern assembly 7, not will cause cistern assembly 7 breakage.

Certainly, the invention is not limited thereto, and in the otherwise embodiment of the present invention, cistern assembly 7 can also be mounted on Other than ground brush assemblies 3 on other components, such as cistern assembly 7 can also be mounted on cylinder block set 1 etc..

In some preferable examples of the present embodiment, as shown in figure 14, cistern assembly 7 is removably located at ground brush assemblies 3 On, that is to say, that cistern assembly 7 is detachably connected with ground 3 free-standing of brush assemblies.That is, vertical type dust collector 100 exists Under normal use, cistern assembly 7 is mounted on ground brush assemblies 3, when needs water storage or cleaning into cistern assembly 7 Under the non-service condition such as cistern assembly 7, user can remove from cistern assembly 7 is about to from ground brush assemblies 3, to facilitate user Operation, meets user's actual need.Certainly, the invention is not limited thereto, in other embodiments, can also consolidate cistern assembly 7 Dingan County is on ground brush assemblies 3.

In some preferable examples of the present embodiment, as shown in figure 16, the most surfaces of 7 outer surface of cistern assembly are by ground Brush assemblies 3 are hidden, that is to say, that at least half of 7 outer surface of cistern assembly is covered by ground brush assemblies 3.Scrubbing brush group as a result, Part 3 can play the role of protecting cistern assembly 7, reduce cistern assembly 7 and collided with the hidden danger of damage, improve cistern assembly 7 Service life and functional reliability.

In some preferable examples of the present embodiment, ground brush assemblies 3 have the open installation cavity in top, cistern assembly 7 by Top (i.e. the open-top of installation cavity) is extractedly set in installation cavity (example out not shown).That is, can be to On cistern assembly 7 is proposed upwards out of installation cavity, cistern assembly 7 can also be installed in installation cavity downwards.Facilitate as a result, The dismounting of cistern assembly 7, and installation cavity can be effectively protected cistern assembly 7, avoid cistern assembly 7 from damaging, in addition, water tank The installation reliability of component 7 is high, it is not easy to voluntarily deviate from out of installation cavity.

In some preferable examples of the present embodiment, as shown in figure 14, ground brush assemblies 3 have the open cylinder chamber 32 in shaft end (herein, the cross section of " cylinder chamber " is not limited to circle, for example can also be rectangle), cistern assembly 7 is by shaft end (i.e. cylinder chamber 32 Unlimited shaft end) removably be set to cylinder chamber 32 in.That is, can be along the axis 80 of cylinder chamber 32 by cistern assembly 7 are pushed into cylinder chamber 32, can also pull out cistern assembly 7 out of cylinder chamber 32 along the axis of cylinder chamber 32.Side as a result, Just the dismounting of cistern assembly 7, and cylinder chamber 32 can be effectively protected cistern assembly 7, and cistern assembly 7 is avoided to damage, in addition, The installation reliability of cistern assembly 7 is high, it is not easy to voluntarily deviate from out of cylinder chamber 32.

In some preferable examples of the present embodiment, as shown in Figure 14-Figure 16, ground brush assemblies 3 have on surface to be cleaned The idler wheel 33 (being equivalent to scrubbing brush big roller in the prior art) of upper rolling, cistern assembly 7 is installed on idler wheel 33, cistern assembly 7 Idler wheel 33 is arranged in along axial direction.

Here, it should be noted that due to cistern assembly 7 when filling with water heavier-weight, when by cistern assembly 7 design exist When on cylinder block set 1, cistern assembly 7 is also easy to that complete machine is caused to be toppled over, so as to cause water tank other than aggravating the weight of complete machine Component 7 is broken, however, cistern assembly according to an embodiment of the present invention 7, since 33 position of idler wheel of ground brush assemblies 3 is arranged in, So as to be effectively prevented from the above problem, moreover, the design of cistern assembly 7 can also be increased on the idler wheel 33 of ground brush assemblies 3 Add the weight at 33 position of idler wheel of ground brush assemblies 3, so that complete machine is more steady when placing, is not easy to topple over, even if accidentally inclining , cistern assembly 7 will not be fallen down, not will cause the breakage of cistern assembly 7.

Preferably, as shown in Figure 14-Figure 16, cylinder chamber 32 along idler wheel 33 axially through idler wheel 33, in this way, can be along Cistern assembly 7 is pushed into the cylinder chamber 32 in idler wheel 33 by the axial of the axial direction of idler wheel 33, i.e. cylinder chamber 32, and along idler wheel The axial direction of 33 axial direction, i.e. cylinder chamber 32 extracts cistern assembly 7 out out of cylinder chamber 32 in idler wheel 33.It makes full use of as a result, Space on ground brush assemblies 3, the stability that the structural compactness and idler wheel 33 for improving ground brush assemblies 3 roll.Certainly, The invention is not limited thereto, and in other embodiments of the invention, ground brush assemblies 3 can not also include idler wheel 33, at this point it is possible to adopt In other ways, such as the mode of sliding friction, ground brush assemblies 3 is made to walk over a surface to be cleaned.

In some optional examples of the present embodiment, cistern assembly 7 is connected with idler wheel 33 (use) bearing, in idler wheel 33 (make cistern assembly 7) not with 33 synchronous rolling of idler wheel when rolling over a surface to be cleaned.Cistern assembly 7 can be with scrubbing brush as a result, Other component in component 3 in addition to idler wheel 33 and round brush 34 is opposing stationary, steadily to supply water to ground brush assemblies 3, so as to To reduce the water supply difficulty of cistern assembly 7, that is, the structure change for considering cistern assembly 7 and water supply pipe junction is not had to, in turn Design difficulty is reduced, structure complexity is reduced, reduces input cost.

Certainly, the invention is not limited thereto, in the optional example of other of the present embodiment, cistern assembly 7 and idler wheel 33 It is fixedly linked (such as can be cooperated using shape face, as cylinder chamber 32 and cistern assembly 7 are configured to square column type), in idler wheel 33 (make cistern assembly 7) with 33 synchronous rolling of idler wheel when rolling over a surface to be cleaned.Structure is simple as a result, facilitates processing and dress Match, input cost can be reduced.

At this point it is possible to ensure the reliability that the cistern assembly 7 rotated supplies water to ground brush assemblies 3 using other modes, for example, Circular perforations can be set on the axis side end cap of cistern assembly 7, and rounded tabs are set in circular perforations, while in circle The axle center of baffle pulls out water supply line, in this way, when using the connection relationship assembly rounded tabs and cistern assembly 7 relatively rotated When axis side end cap, during cistern assembly 7 is rolled with idler wheel 33, rounded tabs and water supply line can be with ground brush assemblies 3 In other component in addition to idler wheel 33 and round brush 34 it is opposing stationary, to realize reliable water supply effect.It is certainly, without being limited thereto, Such as the annular baffle moved corresponding thereto can also be set on the axis side end cap of cistern assembly 7, it is arranged in annular baffle Water supply line similarly can be implemented.

In some examples of the present embodiment, dirt cup component 5 is located on cylinder block set 1 and the lengthwise centers of dirt cup component 5 The extending direction of the length centerline 20 of the extending direction and Handleset 2 of line 50 with the length centerline 10 of cylinder block set 1 Extending direction it is identical (explanation as detailed above), it is preferable that the center of gravity of cistern assembly 7 is located at the length centerline of Handleset 2 On 20.Thus, it is possible to effectively optimize machine gravity, allow user that vertical type dust collector 100 is more easily pushed to work. Or preferably, the center of gravity of cistern assembly 7 is located at the length centerline 20 of Handleset 2 and the length centerline of dirt cup component 5 Between 50.Facilitate installation and processing as a result, and machine gravity can be optimized, user is allowed easily to push vertical dust suction Device 100 works.

To sum up, the vertical type dust collector 100 of specific embodiment according to a fifth aspect of the present invention, with existing Wet-dry dust suction Device is compared, by ground brush assemblies 3, can effectively promote user and use vertical type dust collector 100 design of cistern assembly 7 Comfort level will not allow user to feel that vertical type dust collector 100 boosts to weigh very much, moreover, by designing cistern assembly 7 in idler wheel 33 Position, cistern assembly 7 are also not easy to be destroyed, while the stability that ground brush assemblies 3 are walked can be improved.

In the following, describing the vertical type dust collector 100 of specific embodiment according to a sixth aspect of the present invention.

Here, it should be noted that the dry and wet two that the vertical type dust collector 100 of the present embodiment description is not limited to the above embodiments It, may include cistern assembly 7 with dust catcher, i.e., can not also include cistern assembly 7.

As shown in Figure 17 and Figure 18, according to the vertical type dust collector of the present embodiment 100, Handleset 2 includes barb-shaped (i.e. close Like question mark shape) handle 21 and be located at handle 21 hook end (i.e. handle 21 for being hooked on other objects Apex) and the first rubber mat 22 towards proximal end 111 (i.e. using the colloid mat piece of the materials such as rubber, silica gel, plastic cement production).? That is Handleset 2 includes that handle 21 and the first rubber mat 22, handle 21 are formed as barb-shaped, the first rubber mat 22 is arranged in hook On the side surface towards proximal end 111 for hanging end.

In this way, as shown in Figure 20 and Figure 21, when user needs to park vertical type dust collector 100, since handle 21 is barb Shape, so that handle 21 can be hooked on platform X or on cross bar Y1 by user, wherein when handle 21 is hooked on platform X, The hook end of handle 21 can be contacted with the horizontal plane X1 of platform X by the first rubber mat 22, so as to utilize the first rubber mat 22 frictional force is slipped from platform X outward to avoid handle 21, and then improves the reliability that handle 21 hooks on platform X, And when handle 21 is hooked on cross bar Y1, due to handle 21 be it is barb-shaped, so that handle 21 can securely be hooked on cross bar On Y1, it will not fall off.

As a result, according to the vertical type dust collector of the present embodiment 100, by setting barb-shaped for handle 21, while in handle The first rubber mat 22 is arranged in 21 hook end, so that vertical type dust collector 100 can be parked in platform X (such as table at any time by user Face) or cross bar Y1 on, and then significantly reduce the workload of user, allow user flexibly using vertical type dust collector 100, Accomplish to place conveniently, with with take, with stopping with putting, easy to operate, the user experience is improved.

In addition, it is necessary to explanation, in other embodiments of the invention, Handleset 2 may be arranged as other shapes Shape, such as closed annular (as shown in Figure 1), small of the stock shape (not shown go out) etc..

In some preferable examples of the present embodiment, as shown in Figure 18 and Figure 19, handle 21 includes first for holding It section of shaking hands 212 and shakes hands section 213 for the second of holding, the first section 212 of shaking hands is connected to cylinder block set 1 and second and shakes hands section Between 213, and first shake hands section 212 length direction it is identical as the length direction of cylinder block set 1, second shakes hands section 213 and One section 212 of shaking hands intersects acute angle or right angle.User can be according to itself operating habit and for vertical type dust collector 100 as a result, Steer direction selects suitable position (i.e. first shake hands section 212 and second shake hands section 213) grip handle 21, with it is more laborsaving, Vertical type dust collector 100 is easily operated, makes user that there is better usage experience.Preferably, first shake hands section 212 length it is big In the length that second shakes hands section 213.The structure of handle 21 designs more reasonable, more convenient user's operation and use as a result,.

In some preferable examples of the present embodiment, as shown in Figure 18 and Figure 19, handle 21 further includes shaking hands section with first 212 linkage sections disposed in parallel 211 and hook sections 214, linkage section 211, first shake hands section 212, second shake hands and section 213 and hook Section 214 is sequentially connected barb-shaped to be formed, and hook section 214 is directed away from first far from second one end 2140 for shaking hands section 213 The direction of section of shaking hands 212 tilts and limits hook opening between the junction 215 for section 212 of shaking hands with linkage section 211 and first 210 (hook opening 210 is limited between one end 2140 and junction 215).The structure of handle 21 is simple as a result, convenient hanger It hangs.

Preferably, as shown in Figure 18 and Figure 19, the first center cross-sectional 2120 for shaking hands section 212, which is located at, hooks opening 210 Separate cylinder block set 1 side (such as center cross-sectional 2120 shown in Figure 19 be located at hook opening 210 the tops it is upper Side).Facilitate Handleset 2 to be hooked as a result, and hooks high reliablity.

Preferably, as shown in Figure 18 and Figure 19, the second center cross-sectional 2130 for shaking hands section 213, which is located at, hooks opening 210 Separate hook section 214 side (such as center cross-sectional 2130 shown in Figure 19 be located at hook opening 210 front ends before Side).Facilitate Handleset 2 to be hooked as a result, and hooks high reliablity.

In some preferable examples of the present embodiment, as illustrated in figures 19 and 20, the first rubber mat 22 is configured to by hook section 214 far from second shake hands section 213 one end 2140 towards cylinder block set 1 and first shake hands section 212 direction inclination protrusion At least one protrusion, here, it should be noted that the lower end of " the first rubber mat 22 for being configured to protrusion " of this paper is more than hook downwards Hang the lower surface of section 214.In this way, the hook end 2140 of handle 21 can be with protrusion when handle 21 to be hooked on platform X 22, which constitute vertical octal shape with the horizontal plane X1 of platform X, contacts, to prevent Handleset 2 from slipping (example to the direction far from platform X As shown in Figure 20 prevents Handleset 2 from moving out).The structure of the first rubber mat 22 is simple as a result, and anti-slip performance is good. Certainly, the invention is not limited thereto, and the first rubber mat 22 may be formed as other shapes, such as can also be flat plate pad shape etc..

In some preferable examples of the present embodiment, 9 and Figure 20 referring to Fig.1, linkage section 211 is located at first and shakes hands section 212 Close hook section 214 side, have on linkage section 211 and (use rubber, silicon towards the second rubber mat 23 for hooking section 214 The colloid mat piece of the materials such as glue, plastic cement production).As a result, when handle 21 to be hooked on platform X, handle 21 can pass through Two rubber mats 23 are contacted with the vertical plane X2 of platform X, so as to avoid Handleset 2 from existing using the frictional force of the second rubber mat 23 (such as preventing the side-to-side movement on platform X of Handleset 2 shown in Figure 20) is slid on platform X, and then improves Handleset 2 The reliability hooked on platform X.

Preferably, 9 and Figure 20, the second rubber mat 23 are convex at least one of direction hook 214 direction of section protrusion referring to Fig.1 It rises.The structure of the second rubber mat 23 is simple as a result, and slip resistance can be good.Preferably, " the second raised rubber mat 23 is configured to " to perpendicular When straight direction projection, its do not fall at least partly cylinder block set 1, cistern assembly 7, within the projection of brush assemblies 3, in platform When the vertical plane X2 of X extends downwardly into ground, it is ensured that 100 complete machine of vertical type dust collector can be by being configured to the second raised glue Pad 23 is contacted with the vertical plane X2 of platform X, to reach more preferably antiskid effect, certainly, if the vertical plane X2 of platform X only has A part not extends downwardly into ground (as shown in figure 22), and protrusion only needs protrusion linkage section 211 at this time.Certainly, this hair Bright without being limited thereto, the second rubber mat 23 may be formed as other shapes, such as can also be flat plate pad shape etc..

Certainly, the invention is not limited thereto, and the shape of the Handleset 2 of the present embodiment is without being limited thereto, such as in Figure 22 and figure In example shown in 23, handle 21 is that C word is barb-shaped (as shown in figure 22) or G word is barb-shaped (as shown in figure 23), so as to It preferably hooks, be clamped on platform X.

In some preferable examples of the present embodiment, as shown in Figure 17 and Figure 18, Handleset 2 passes through push rod 14 and proximal end 111 are connected, and push rod 14 and at least one of handle 21 and cylinder block set 1 are integrated that (wherein, integral piece refers to fixation It is connected, is inseparable), that is to say, that push rod 14 can be integrated with cylinder block set 1, be connected again with the disassembly of handle 21, push rod It 14 can also be integrated with handle 21, detachably be connected with cylinder block set 1 again, push rod 14 can also be with handle 21, body group All construction is integrated part 1.Flexible design facilitates realization as a result,.

To sum up, the vertical type dust collector 100 of specific embodiment according to a sixth aspect of the present invention, with existing Wet-dry dust suction Device is compared, and when vertical type dust collector 100 stops working, it simply, directly can be hung over wall by Handleset 2 by user On upper, desk, railing Y etc., wherein when Handleset 2 to be hooked on platform X, the first rubber mat 22 can be with the level of platform X Face X1 is engaged, and to prevent vertical type dust collector 100 from slipping outward, while the second rubber mat 23 can connect with the vertical plane X2 of platform X Touching cooperation, to prevent 100 double swerve of vertical type dust collector, so as to realize the firm positioning of Handleset 2, so that vertical suction Dirt device 100 is not easy to fall down, injures other articles by a crashing object.As a result, user can accomplish with with take, with stopping with putting.

In the description of the present invention, it is to be understood that, term " center ", "upper", "lower", "front", "rear", " left side ", The orientation or positional relationship of instructions such as " right sides " is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of describing this hair Bright and simplified description, rather than the device or element of indication or suggestion meaning must have a particular orientation, with specific orientation Construction and operation, therefore be not considered as limiting the invention.

In addition, term " first ", " second " are used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance Or implicitly indicate the quantity of indicated technical characteristic.Define " first " as a result, the feature of " second " can be expressed or Implicitly include one or more of the features.In the description of the present invention, the meaning of " plurality " is two or more, Unless otherwise specifically defined.

In the present invention unless specifically defined or limited otherwise, term " installation ", " connected ", " connection ", " fixation " etc. Term shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integral；It can be direct phase Even, can also indirectly connected through an intermediary, the interaction that can be connection or two elements inside two elements is closed System.For the ordinary skill in the art, above-mentioned term in the present invention specific can be understood as the case may be Meaning.

In the present invention unless specifically defined or limited otherwise, fisrt feature in the second feature " on " or " down " can be with It is that the first and second features directly contact or the first and second features pass through intermediary mediate contact.Moreover, fisrt feature exists Second feature " on ", " top " and " above " but fisrt feature be directly above or diagonally above the second feature, or be merely representative of First feature horizontal height is higher than second feature.Fisrt feature can be under the second feature " below ", " below " and " below " One feature is directly under or diagonally below the second feature, or is merely representative of first feature horizontal height less than second feature.

In the description of this specification, reference term " one embodiment ", " some embodiments ", " example ", " specifically show The description of example " or " some examples " etc. means specific features, structure, material or spy described in conjunction with this embodiment or example Point is included at least one embodiment or example of the invention.In the present specification, schematic expression of the above terms are not It must be directed to identical embodiment or example.Moreover, particular features, structures, materials, or characteristics described can be in office It can be combined in any suitable manner in one or more embodiment or examples.In addition, without conflicting with each other, the skill of this field Art personnel can tie the feature of different embodiments or examples described in this specification and different embodiments or examples It closes and combines.

Although an embodiment of the present invention has been shown and described, it will be understood by those skilled in the art that: not A variety of change, modification, replacement and modification can be carried out to these embodiments in the case where being detached from the principle of the present invention and objective, this The range of invention is defined by the claims and their equivalents.

Claims

1. a kind of vertical type dust collector characterized by comprising

Cylinder block set, the cylinder block set, which has, is located at its length both ends proximally and distally；

Ground brush assemblies, described ground brush assemblies are located at the distal end and have suction inlet；

Separator, the separator is for isolating foul from the fluid of sucking；

Suction device, the suction device is for making the suction inlet sucking fluid and being delivered to the separator separation；

Dirt cup component, the dirt cup component is for collecting the foul isolated；

Cistern assembly, the cistern assembly are located between the distal end and the proximal end and supply water in due course to described ground brush assemblies；

Handleset, the Handleset are located at the proximal end and adhere to for user, and the length centerline of the Handleset is worn Cross the cistern assembly.

2. vertical type dust collector according to claim 1, which is characterized in that the length centerline of the Handleset passes through institute State the center of gravity of cistern assembly.

3. vertical type dust collector according to claim 1, which is characterized in that the length centerline of the Handleset with it is described The length centerline of cistern assembly is overlapped.

4. vertical type dust collector according to claim 1, which is characterized in that the one of the neighbouring proximal end of the cistern assembly Side end face is water tank first end face, and the water tank first end face is at least partly hidden by the cylinder block set.

5. vertical type dust collector according to claim 4, which is characterized in that the length centerline of the Handleset passes through institute State water tank first end face.

6. vertical type dust collector according to claim 1, which is characterized in that the one of the neighbouring distal end of the cistern assembly Side end face is water tank second end face, and the water tank second end face is at least partly hidden by the cylinder block set.

7. vertical type dust collector according to claim 6, which is characterized in that the length centerline of the Handleset passes through institute State water tank second end face.

8. vertical type dust collector according to claim 1, which is characterized in that further include:

Air inlet tube assembly, the air inlet tube assembly connection is between described ground brush assemblies and the separator, by the suction The fluid of entrance sucking feeds to the separator separation, a part of axis and the cistern assembly of the air inlet tube assembly At least one of length centerline and the length centerline of the Handleset are overlapped.

9. vertical type dust collector according to claim 1, which is characterized in that the length centerline of the dirt cup component with it is described The length centerline of cistern assembly is parallel at least one of the length centerline of the Handleset.

10. vertical type dust collector according to claim 1 to 9, which is characterized in that the separator is at least It is partially integrated in the dirt cup component.

11. vertical type dust collector according to claim 10, which is characterized in that the neighbouring proximal end of the dirt cup component One side end face is dirt cup first end face, and a side end face of the neighbouring distal end of the cistern assembly is water tank second end face, institute State the side that dirt cup first end face is located at the neighbouring proximal end of the water tank second end face.

12. vertical type dust collector according to claim 10, which is characterized in that the neighbouring proximal end of the dirt cup component One side end face is dirt cup first end face, and the dirt cup first end face is located at the neighbouring proximal end of the center of gravity of the cistern assembly Side.

13. vertical type dust collector according to claim 10, which is characterized in that the neighbouring distal end of the cistern assembly One side end face is water tank second end face, and at least part of common center of gravity of the dirt cup component and the separator is located at The side of the neighbouring proximal end of the water tank second end face.