CN209153420U - Hand-held cleaners - Google Patents

Abstract

The present disclosure discloses a kind of hand-held cleaners, it include: cylinder block set, pre-flock device assembly and air handling assemblies, cylinder block set includes casing and the suction motor that is located in casing, pre-flock device assembly is set to casing and is in fluid communication in the upstream of suction motor, the longitudinal axis of pre-flock device assembly extends transversely, air handling assemblies are set to casing and are in fluid communication in the upstream of pre-flock device assembly, and air handling assemblies include the cyclonic chamber that axis extends transversely.It is compact-sized, stationarity is good, portable handheld according to the hand-held cleaners of the disclosure.

Description

Hand-held cleaners

Technical field

This disclosure relates to cleaning equipment field, more particularly, to a kind of hand-held cleaners.

Background technique

Hand-held cleaners in the related technology, volume is larger, when it is laborious to hold operation, and placing on the table, is easy to incline ?.

Utility model content

The disclosure aims to solve at least one of the technical problems existing in the prior art.For this purpose, the disclosure is proposition one Kind hand-held cleaners, the hand-held cleaners are compact-sized, stationarity is good, portable handheld.

According to the hand-held cleaners of disclosure first aspect, comprising: cylinder block set, the cylinder block set include casing and set Suction motor in the casing；Pre-flock device assembly, the pre-flock device assembly are set to the casing and are in fluid communication described The longitudinal axis of the upstream of suction motor, the pre-flock device assembly extends transversely；Air handling assemblies, the air handling assemblies Set on the casing and it is in fluid communication in the upstream of the pre-flock device assembly, the air handling assemblies include that axis transversely prolongs The cyclonic chamber stretched.

It is compact-sized, stationarity is good, portable handheld according to the hand-held cleaners of the disclosure.

In some embodiments, the pre-flock device assembly is removably installed in the casing, and the pre-flock device assembly Dismounting not will cause the recombinations of the air handling assemblies and the casing.

In some embodiments, the air handling assemblies are removably installed in the casing, and the air-treatment The dismounting of component not will cause the recombination of the pre-flock device assembly and the casing.

In some embodiments, the casing includes: handle portion and mounting portion, and the installation position is in the handle portion Front and including upper mounting portion and lower mounting portion, wherein the suction motor is located in the lower mounting portion, the prefilter group Part is detachably arranged at the upper mounting portion, and the air handling assemblies are detachably arranged in front and the institute of the lower mounting portion It states between the lower section of upper mounting portion.

In some embodiments, the pre-flock device assembly is in fluid communication by first pipe and the suction motor, described The lower end of first pipe be located at the top in the lower mounting portion and being located at the suction motor and with the suction motor fluid Connection, the upper end of the first pipe is extended to be in fluid communication with the pre-flock device assembly.

In some embodiments, the longitudinal axis of the first pipe extends or vertical with the handle portion along the vertical direction Axis is parallel.

In some embodiments, the air handling assemblies are in fluid communication by second pipe and the pre-flock device assembly, The lower end of the second pipe is located in the lower mounting portion and the cleaned air communication with the cyclonic chamber, described The upper end of second pipe is extended to be in fluid communication with the pre-flock device assembly.

In some embodiments, the longitudinal axis of the second pipe extends or vertical with the handle portion along the vertical direction Axis is parallel.

In some embodiments, the pre-flock device assembly is in fluid communication by first pipe and the suction motor, described Air handling assemblies are in fluid communication by second pipe and the pre-flock device assembly, the longitudinal axis of the first pipe and described the The longitudinal axis of two pipelines is parallel.

In some embodiments, the pre-flock device assembly includes: prefilter box and filter assemblies, the prefilter box in addition to Having in its appearance is an enclosed box body except inlet and outlet, and the filter assemblies are located in the prefilter box and flow Body is connected between the import and the outlet.

In some embodiments, the pre-flock device assembly includes: level-one prefilter and second level prefilter, the level-one pre-flock Device is in fluid communication in the upstream of the second level prefilter, and the filter diameter of the level-one prefilter is greater than the filter of the second level prefilter Diameter.

In some embodiments, the casing includes: handle portion and mounting portion, and the installation position is in the handle portion Front, wherein along direction projection from front to back, the axis of the suction motor intersects sharp with the longitudinal axis of the handle portion Angle.

In some embodiments, the axis of the suction motor intersects sharp angle α satisfaction with the longitudinal axis of the handle portion: 20°≤α≤60°。

In some embodiments, the casing includes: handle portion and mounting portion, and the installation position is in the handle portion Front, wherein along direction projection from front to back, the axis of the suction motor is overlapped with the longitudinal axis of the handle portion, And the axis of the suction motor extends along the vertical direction or extends from top to bottom, along direction inclination from front to back.

According to the hand-held cleaners of disclosure second aspect, comprising: cylinder block set, the cylinder block set include casing and set Suction motor in the casing；Pre-flock device assembly, the pre-flock device assembly are set to the casing and are in fluid communication described The upstream of suction motor；Air handling assemblies, the air handling assemblies are set to the casing and are in fluid communication in the pre-flock The upstream of device assembly, the air handling assemblies include the cyclonic chamber that axis extends transversely, the top of the air handling assemblies Face is lower than the bottom surface of the pre-flock device assembly.

It is compact-sized, stationarity is good, portable handheld according to the hand-held cleaners of the disclosure.

According to the hand-held cleaners of the disclosure third aspect, comprising: cylinder block set, the cylinder block set include casing and set Suction motor in the casing；Pre-flock device assembly, the pre-flock device assembly are set to the casing and are in fluid communication described The upstream of suction motor；Air handling assemblies, the air handling assemblies are set to the casing and are in fluid communication in the pre-flock The upstream of device assembly, wherein the pre-flock device assembly is removably installed in the casing, and the dismounting of the pre-flock device assembly The recombination of the air handling assemblies and the casing is not will cause；The air handling assemblies are removably installed in the machine Shell, and the dismounting of the air handling assemblies not will cause the recombination of the pre-flock device assembly and the casing.

According to the hand-held cleaners of the disclosure, it is convenient to clean.

According to the hand-held cleaners of disclosure fourth aspect, comprising: cylinder block set, the cylinder block set include casing and set Suction motor in the casing；Pre-flock device assembly, the pre-flock device assembly are set to the casing and are in fluid communication described The upstream of suction motor；Air handling assemblies, the air handling assemblies are set to the casing and are in fluid communication in the pre-flock The upstream of device assembly, wherein the pre-flock device assembly passes through the first pipe being located in the casing and the suction motor stream Body connection, the air handling assemblies are in fluid communication by the second pipe being located in the casing and the pre-flock device assembly.

According to the hand-held cleaners of the disclosure, structure is simple, easy to process, and functional reliability is high.

The additional aspect and advantage of the disclosure will be set forth in part in the description, and will partially become from the following description It obtains obviously, or recognized by the practice of the disclosure.

Detailed description of the invention

Fig. 1 is the perspective view according to the hand-held cleaners of an embodiment of the present disclosure；

Fig. 2 is the main view of hand-held cleaners shown in Fig. 1；

Fig. 3 is the explosive view of hand-held cleaners shown in Fig. 1；

Fig. 4 is the cross-sectional view of hand-held cleaners shown in Fig. 1；

Fig. 5 is the perspective view according to the hand-held cleaners of the disclosure another embodiment；

Fig. 6 is the main view of hand-held cleaners shown in Fig. 5；

Fig. 7 is the rearview of hand-held cleaners shown in Fig. 5；

Fig. 8 is the explosive view of hand-held cleaners shown in Fig. 5；

Fig. 9 is the cross-sectional view of hand-held cleaners shown in Fig. 5；

Figure 10 is the perspective view of pre-flock device assembly shown in fig. 8；

Figure 11 is the explosive view of pre-flock device assembly shown in Figure 10；

Figure 12 is the perspective view of hand-held cleaners according to another embodiment of the present disclosure；

Figure 13 is the main view of hand-held cleaners shown in Figure 12；

Figure 14 is the explosive view of hand-held cleaners shown in Figure 12；

Figure 15 is a cross-sectional view of hand-held cleaners shown in Figure 12；

Figure 16 is another cross-sectional view of hand-held cleaners shown in Figure 12；

Figure 17 is a cross-sectional view of air handling assemblies shown in Figure 15；

Figure 18 is another cross-sectional view of air handling assemblies shown in Figure 15；

Figure 19 is the main view according to the air handling assemblies of an embodiment of the present disclosure；

Figure 20 is the explosive view of air handling assemblies shown in Figure 19；

Figure 21 is the right view of air handling assemblies shown in Figure 19；

Figure 22 is the top view of air handling assemblies shown in Figure 19；

Figure 23 is the cross-sectional view of air handling assemblies shown in Figure 19；

Figure 24 is the test mode figure according to the hand-held cleaners of an embodiment of the present disclosure；

Figure 25 is the explosive view of hand-held cleaners shown in Figure 24；

Figure 26 is the main view according to the suction conduit assembly of an embodiment of the present disclosure；

Figure 27 is the main view according to the suction conduit assembly of the disclosure another embodiment；

Figure 28 is the main view of suction conduit assembly according to another embodiment of the present disclosure；

Figure 29 is the main view according to the suction conduit assembly of the disclosure another embodiment；

Figure 30 is the clean conditions figure according to the hand-held cleaners of an embodiment of the present disclosure.

Appended drawing reference:

Hand-held cleaners 100；

Cylinder block set 1；Casing 11；

Handle portion 111；Longitudinal axis 1110；Handle encapsulated 1111；

Mounting portion 112；Upper mounting portion 1121；Lower mounting portion 1122；

Installation cavity 1123；Gap 11230；Installation gap 1124；

Nozzle section 113；Airintake wind-tunnel 1131；Longitudinal axis 1130；Bend pipe air duct 1132；

First lid 114；Second lid 115；Exhaust outlet 1151；

Suction motor 12；Axis 120；First wedge 121；Second wedge 122；

First pipe 14；Longitudinal axis 140；First sealing ring 141；

Second pipe 13；Longitudinal axis 130；Second sealing ring 131；

Air draft filtration members 15；

First latching device 161；Second latching device 162；

Third latching device 163；4th latching device 164；

Pre-flock device assembly 2；Longitudinal axis 20；

Prefilter box 21；Import 2101；Outlet 2102；Box body 211；Box cover 212；

Filter assemblies 22；Level-one prefilter 221；

Second level prefilter 222；Filter opening 2221；Exhaust passage 2222；

Connecting leg 23；Inner tube 24；Outer tube 25；

Air handling assemblies 3；Cyclonic chamber 301；Axis 3010；

Dust-collecting cavity 302；First cavity portion 3021；Second cavity portion 3022；

Dirty air entrance 303；Cleaned air outlet 304；

Ash port 305；Detect blow vent 306；

Dirt cup 31；Cup body 311；Spacing body 312；Protrusion 3121；Supporting element 313；

Cup lid 32；

Cyclone separator 33；Cone cylinder 331；Leading portion portion 331a；Middle portion 331b；

Back segment portion 331c；Air inlet 3310；Strainer 332；

Full indicator of dust 4；Longitudinal axis 40；

Suction conduit assembly 5；Bend pipe 51；Suction inlet 510；

First pipeline section 511；Second pipeline section 512；

Transition piece 513；Hose 5131；Connector 5132；

Handle 52；

Switch push button 6；Electric-controlled plate 7；Inserting terminal 8；Flat tube 9；Test device 200.

Specific embodiment

Embodiment of the disclosure 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 for explaining the disclosure, and should not be understood as the limitation to the disclosure.

Following disclosure provides many different embodiments or example is used to realize the different structure of the disclosure.For letter The disclosure for changing the disclosure, is hereinafter described the component of specific examples and setting.Certainly, they are merely examples, and Purpose does not lie in the limitation disclosure.In addition, the disclosure 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, present disclose 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 30 referring to Fig.1, description is according to the hand-held cleaners 100 of the embodiment of the present disclosure.

As Figure 1-Figure 4, hand-held cleaners 100 may include: cylinder block set 1, pre-flock device assembly 2 and air-treatment group Part 3, cylinder block set 1 include casing 11 and the suction motor 12 being located in casing 11, and pre-flock device assembly 2 is set to casing 11 and flows In the upstream of suction motor 12, air handling assemblies 3 are set to casing 11 and are in fluid communication in the upper of pre-flock device assembly 2 for body connection Trip.

That is, hand-held cleaners 100 include at least cylinder block set 1, pre-flock device assembly 2 and air handling assemblies 3 this Three parts, wherein pre-flock device assembly 2 and air handling assemblies 3 are mounted on cylinder block set 1, and pre-flock device assembly 2 is in fluid communication Between air handling assemblies 3 and suction motor 12, when suction motor 12 works, the dirty air outside hand-held cleaners 100 can To be converted to cleaned air followed by air handling assemblies 3 and pre-flock device assembly 2, it is discharged after then flowing through suction motor 12 To outside hand-held cleaners 100, to realize dust suction, cleaning.

But the present disclosure is not limited thereto, in the other embodiments of the disclosure, hand-held cleaners 100 can not also include Pre-flock device assembly 2, at this point, air handling assemblies 3 are still located on the upstream of suction motor 12, when suction motor 12 works, hand It holds the dirty air outside dust catcher 100 and can flow through air handling assemblies 3 and be converted to cleaned air, then flow through suction motor 12 After be discharged it is in one's hands hold outside dust catcher 100, to realize dust suction, cleaning.

It should be noted that without conflicting with each other, those skilled in the art can will retouch in this specification The feature of the different embodiments or examples and different embodiments or examples stated is combined, these are combined into the reality come It applies example or example also belongs to disclosure disclosure.In addition, it should be noted that, "upper" as described herein, "lower", " preceding ", The orientation or positional relationship of the instructions such as " rear ", "left", "right", " transverse direction " is based on the positive placement location of hand-held cleaners 100 in water Orientation or positional relationship in plane, wherein it is " preceding " for user using hand-held cleaners 100 carry out cleaning operation when, hold inhale Side of the dirt device 100 far from user, it is " rear " be hand-held cleaners 100 close to the side of user, " transverse direction " is horizontal direction or greatly Cause horizontal direction.

In the following, hand-held cleaners 100 of the description according to some specific embodiments of the disclosure.

In some embodiments of the present disclosure, as shown in figure 4, the longitudinal axis 20 of pre-flock device assembly 2 extends transversely, air Processing component 3 includes the cyclonic chamber 301 that axis 3010 extends transversely.Illustrate pre-flock device assembly 2 and air handling assemblies as a result, 3 is horizontal, on the one hand can effectively reduce the complete machine height of hand-held cleaners 100, on the other hand can reduce hand-held suction The height of C.G. of dirt device 100 improves stationarity, improvement hand-held cleaners 100 that hand-held cleaners 100 are placed in the horizontal plane and puts Set in the horizontal plane topple over phenomenon, in another aspect, the complete machine height and center of gravity due to hand-held cleaners 100 can reduce, So that the hand-held of hand-held cleaners 100 can be lighter, laborsaving.Here, it should be noted that as described herein " vertical Axis " refers to the line that the length direction along corresponding component extends.

In some embodiments of the present disclosure, as shown in figs 2-4, when pre-flock device assembly 2 and air handling assemblies 3 are horizontal When setting, the top surface of air handling assemblies 3 can be lower than the bottom surface of pre-flock device assembly 2.That is, pre-flock device assembly 2 is located at sky Gas disposal component 3 is directly above or obliquely above.The feature horizontal using pre-flock device assembly 2 and air handling assemblies 3 as a result, Pre-flock device assembly 2 and air handling assemblies 3 are arranged in the up-down direction, 100 complete machine of hand-held cleaners can be effectively reduced Lateral length to reduce the volume of hand-held cleaners 100, and can reduce resistance arm, keep user more laborsaving and It easily holds it and carries out cleaning operation.In addition, the hand-held cleaners 100 of such topology layout are more concise, so as to contract Airflow path between short air handling assemblies 3 and pre-flock device assembly 2 reduces suction energy consumption.

In some embodiments of the present disclosure, as shown in Fig. 8 and Figure 14, pre-flock device assembly 2 is removably installed in casing 11, and the dismounting of pre-flock device assembly 2 not will cause the recombination of air handling assemblies 3 and casing 11.That is, air-treatment group The installation site of part 3 does not influence the dismounting of pre-flock device assembly 2, and casing 11 does not include first for influencing pre-flock device assembly 2 and dismounting yet The components such as lid 114.In other words, the part of the surface of pre-flock device assembly 2 constitutes the partial appearance face of hand-held cleaners 100, prefilter Component 2 can be installed to casing 11 by region defined by the part of the surface or be removed from casing 11.

In this way, the step of without dismantling air handling assemblies 3 from casing 11 in advance, without prior disassembly casing 11 Step (such as the step of without opening the first lid 114 on casing 11 shown in Fig. 3), so that it may by pre-flock device assembly 2 It is disassembled from casing 11 or pre-flock device assembly 2 is installed on casing 11.Thus, it is possible to effectively improve prefilter The disassembly efficiency of component 2, it is user-friendly, promote user experience.

In some embodiments of the present disclosure, as shown in Fig. 3, Fig. 8 and Figure 14, air handling assemblies 3 are removably installed In casing 11, the dismounting of air handling assemblies 3 not will cause the recombination of casing 11, and when hand-held cleaners 100 include prefilter When component 2, the dismounting of air handling assemblies 3 will not cause the recombination of pre-flock device assembly 2.That is, pre-flock device assembly 2 Installation site does not influence the dismounting of air handling assemblies 3, and casing 11 does not include influencing the lid etc. that air handling assemblies 3 dismount yet Component.In other words, the part of the surface of air handling assemblies 3 constitutes the partial appearance face of hand-held cleaners 100, air handling assemblies 3 can be installed to casing 11 by region defined by the part of the surface or be removed from casing 11.

In this way, the step of without dismantling pre-flock device assembly 2 from casing 11 in advance, without the step of prior disassembly casing 11 Suddenly, so that it may air handling assemblies 3 be disassembled from casing 11, or air handling assemblies 3 are installed to casing 11 On.Thus, it is possible to the disassembly efficiency of air handling assemblies 3 is effectively improved, and it is user-friendly, promote user experience.

In some embodiments of the present disclosure, as shown in Figures 2 and 3, casing 11 may include: handle portion 111 and installation Portion 112, mounting portion 112 is located at the front of handle portion 111, and mounting portion 112 includes upper mounting portion 1121 and lower mounting portion 1122, upper mounting portion 1121 is higher than lower mounting portion 1122, and in conjunction with Fig. 4, suction motor 12 is located in lower mounting portion 1122, prefilter Component 2 is removably installed in upper mounting portion 1121, and air handling assemblies 3 can be detachably arranged in lower mounting portion 1122 Between front and the lower section of upper mounting portion 1121.Pre-flock device assembly 2 can be dismantled upwards as a result, and air handling assemblies 3 can be to Lower disassembly can be with so as to simply and efficiently guarantee that pre-flock device assembly 2 and the dismounting of air handling assemblies 3 are independent of each other It carries out alone respectively.

Certainly, the present disclosure is not limited thereto, and in the other embodiments of the disclosure, air handling assemblies 3 can also be arranged in The top of pre-flock device assembly 2 at this point it is possible to which air handling assemblies 3 are set as dismantling upwards, and pre-flock device assembly 2 is arranged To dismantle downwards, to can equally guarantee that pre-flock device assembly 2 and the dismounting of air handling assemblies 3 are independent of each other, can distinguish It carries out alone.

In some embodiments of the present disclosure, in conjunction with Fig. 4, pre-flock device assembly 2 passes through the first pipe that is located in casing 11 14 are in fluid communication with suction motor 12.As a result, it is not necessary that complicated cavity body structure is arranged in casing 11, so that it may simply and have Effect ground guarantees that suction motor 12 can be flowed to from the air-flow that pre-flock device assembly 2 flows out, so that the difficulty of processing of casing 11 is reduced, It ensure that the reliability that pre-flock device assembly 2 and suction motor 12 are in fluid communication, and ensure that the appearance looks elegant of casing 11.

Such as in specific example shown in Fig. 4, the lower end of first pipe 14 is located in lower mounting portion 1122 and is located at and takes out It inhales the top of motor 12 and is in fluid communication with suction motor 12, the upper end of first pipe 14 extends to 1121 (such as Fig. 9 of upper mounting portion With shown in Figure 15) or penetrate in upper mounting portion 1121 (as shown in Figure 4) with pre-flock device assembly 2 be in fluid communication.First pipe as a result, The layout in road 14 is concise, is easy dismounting and maintenance, functional reliability height.

Further, referring to Fig. 4, the longitudinal axis 130 of first pipe 14 can be parallel with the longitudinal axis 1110 of handle portion 111 (referring to Fig. 4), thus, it is possible to dexterously utilize space, facilitates design and layout, and can extend the air-flow stream of first pipe 14 Path reduces noise, for example, the longitudinal axis 1110 of handle portion 111 and the longitudinal axis 140 of first pipe 14 can be from upper Extension is tilted under and, along direction from front to back.Certainly, the present disclosure is not limited thereto, in the other embodiments of the disclosure, the The longitudinal axis 140 of one pipeline 14 can also extend along the vertical direction (referring to Fig. 9 and Figure 15), thus, it is possible to facilitate installation, and can To shorten airflow path, suction energy consumption is reduced.

In some embodiments of the present disclosure, as shown in Figure 3 and Figure 4, air handling assemblies 3 are by being located in casing 11 Second pipe 13 and pre-flock device assembly 2 are in fluid communication.As a result, it is not necessary that complicated cavity body structure is arranged in casing 11, so that it may Simply and efficiently guarantee that the air-flow flowed out from air handling assemblies 3 can flow to pre-flock device assembly 2, to reduce casing 11 Difficulty of processing, ensure that the reliability that air handling assemblies 3 and pre-flock device assembly 2 are in fluid communication, and ensure that casing 11 Appearance looks elegant.

Such as in specific example shown in Fig. 4, the lower end of second pipe 13 can be located in lower mounting portion 1122 and with The cleaned air outlet 304 of cyclonic chamber 301 is in fluid communication, and the upper end of second pipe 13 extends to upper mounting portion 1121 (referring to Fig. 9 And Figure 15) or penetrate in upper mounting portion 1121 (referring to Fig. 4) to be in fluid communication with pre-flock device assembly 2.Second pipe 13 as a result, Layout simplicity, easy dismounting and maintenance, functional reliability are high.

Further, referring to Fig. 4, the longitudinal axis 130 of second pipe 13 can be flat with the longitudinal axis 1110 of handle portion 111 Row facilitates design and layout, and can extend the airflow path of second pipe 13 thus, it is possible to dexterously utilize space, Reduce noise, for example, the longitudinal axis 130 of the longitudinal axis 1110 of handle portion 111 and second pipe 13 can from top to bottom, along Direction from front to back, which tilts, to be extended.Certainly, the present disclosure is not limited thereto, in the other embodiments of the disclosure, second pipe 13 Longitudinal axis 130 can also extend (referring to Fig. 9 and Figure 15) along the vertical direction, thus, it is possible to facilitate installation, and gas can be shortened Circulation path is flowed, suction energy consumption is reduced.

In some embodiments of the present disclosure, as shown in Figure 3 and Figure 4, when pre-flock device assembly 2 by first pipe 14 and is taken out It inhales motor 12 to be in fluid communication, and when air handling assemblies 3 are in fluid communication by second pipe 13 and pre-flock device assembly 2, the first pipe The longitudinal axis 140 in road 14 can be parallel with the longitudinal axis 130 of second pipe 13.Thus, it is possible to improve first pipe 14 and second The compactedness that pipeline 13 is laid out improves space utilization rate, so that hand-held cleaners 100 are more compact, it is easy handling.

In some embodiments of the present disclosure, as shown in figure 16, along direction projection from front to back, suction motor 12 Axis 120 (i.e. the rotation axis of the rotor of suction motor 12) can intersect sharp angle α with the longitudinal axis 1110 of handle portion 111.By This, can reduce the occupied space of suction motor 12 in the vertical direction, so that the height of C.G. of hand-held cleaners 100 reduces, To further decrease the center of gravity of hand-held cleaners 100, place it more steady in the horizontal plane, job stability is more preferable, And easily facilitate hand-held.

As shown in figure 16, the axis 120 of suction motor 12 intersects sharp angle α with the longitudinal axis 1110 of handle portion 111 and can expire Foot: 20 °≤α≤60 °, that is to say, that the angle between the axis 120 of suction motor 12 and the longitudinal axis 1110 of handle portion 111 Minimum can be able to be 60 °, for example can be 20 °, 30 °, 40 °, 50 °, 60 ° etc. for 20 °, maximum.Thus, it is possible to reduce pumping The occupied space (on left and right directions as shown in Figure 16) in the horizontal direction of motor 12 is inhaled, so that hand-held cleaners 100 Volume is smaller, facilitates user's hand-held.

Certainly, the present disclosure is not limited thereto, in the other embodiment of the disclosure, throws along direction from front to back The axis 120 of shadow, suction motor 12 can also be overlapped with the longitudinal axis 1110 of handle portion 111, i.e. α=0 °.As a result, convenient for suction The location and installation of motor 12 improves the functional reliability of suction motor 12.

In some embodiments of the present disclosure, when along direction projection from front to back, the axis 120 of suction motor 12 with When the longitudinal axis 1110 of handle portion 111 is overlapped, as shown in figure 4, the axis 120 of suction motor 12 can also from top to bottom, along Direction from front to back, which tilts, to be extended, such as the axis 120 of suction motor 12 can also be with the longitudinal axis 1110 of handle portion 111 In parallel.The layout of suction motor 12 can efficiently use space as a result, when air handling assemblies 3 are mounted on suction motor 12 When front, the suction motor 12 of such layout can provide more installation spaces for air handling assemblies 3, so that at air Component 3 is managed under the premise of front position is fixed, can extend volume backward as far as possible, so that the cyclonic chamber of air handling assemblies 3 301 and/or dust-collecting cavity 302 the available promotion of volume, to improve the function and effect of air handling assemblies 3.In addition, at this In disclosed other embodiments, as shown in figure 9, the axis 120 of suction motor 12 can be facilitated as a result, with substantially vertical setting Installation and layout.

In the following, pre-flock device assembly 2 of the description according to the embodiment of the present disclosure.

In some embodiments of the present disclosure, as shown in figures s-11, pre-flock device assembly 2 may include: prefilter box 21 With filter assemblies 22, prefilter box 21 is a closing box other than having import 2101 and outlet 2102 in its appearance Body, i.e., do not consider import 2101 and outlet 2102 there are when, prefilter box 21 be a closed box body, filter assemblies 22 It is located in prefilter box 21 and is in fluid communication between import 2101 and outlet 2102.

As a result, since filter assemblies 22 are located in closed prefilter box 21, so that pre-flock device assembly 2 can be one A standalone module, part of the surface may be constructed the appearance of hand-held cleaners 100, and the dismounting of such pre-flock device assembly 2 is just not It will cause the recombination of air handling assemblies 3 and casing 11.Moreover, because filter assemblies 22 are located in prefilter box 21, thus During prefilter box 21 is removed from casing 11, filter assemblies 22 can be removed from casing 11 together, will be pre- During filter box 21 is installed on casing 11, filter assemblies 22 can also be installed to casing 11 together, and then effectively The whole disassembly efficiency of pre-flock device assembly 2 is improved, it is user-friendly.

In other words, user is when dismounting pre-flock device assembly 2 to cylinder block set 1, without directly touching filter assemblies 22 with hand, In other words, filter assemblies 22 are not an exposure to outer, so as to avoid secondary pollution.It says more bluntly, it is assumed that prefilter Component 2 does not include prefilter box 21 when only including filter assemblies 22, and example as shown in Figure 3 is needing to take filter assemblies 22 When clearing up out, user needs first to open the first lid 114 on casing 11, reveals filter assemblies 22, then directly Filter assemblies 22 are taken out out of upper mounting portion 1121 installation cavity 1123 with hand, and by filter assemblies 22 be transplanted on pond or At dustbin clear up, in this way, due to filter assemblies 22 be directly exposed to it is mobile in environment, so filter assemblies 22 move In dynamic process, the fouls such as dust adhered to thereon are inevitably fallen in the environment, to will result in secondary pollution.

However, showing as shown in figures s-11 when pre-flock device assembly 2 includes containing the prefilter box 21 of filter assemblies 22 Example only need to remove prefilter box 21, then by pre-flock when user, which needs to take out filter assemblies 22, to clear up from casing 11 Device box 21 is transplanted at pond or dustbin, then prefilter box 21 is opened taking-up filter assemblies 22 and is cleared up, in this way, Since prefilter box 21 is enclosed box body, the problem of falling dust into environment will not occur during it is transferred, from And secondary pollution can be effectively avoided.

In addition, when filter assemblies 22 include multiple prefilters, such as level-one prefilter 221 and when second level prefilter 222, if Pre-flock device assembly 2 does not include prefilter box 21, example as Figure 3-Figure 4, during taking out filter assemblies 22, it is necessary to Multiple taking-up movement, the movement for such as individually taking out level-one prefilter 221, the movement for individually taking out second level prefilter 222, act numerous It is trivial, waste time.And when pre-flock device assembly 2 includes accommodating the prefilter box 21 of filter assemblies 22, show as shown in figures s-11 Example, if you need to remove filter assemblies 22, it is only necessary to which the movement for once removing prefilter box 21 can make level-one prefilter 221 and two Grade prefilter 222 is removed together, to simplify operation.

Similarly, if pre-flock device assembly 2 does not include prefilter box 21, example as Figure 3-Figure 4, in installation filter assemblies During 22, it is also desirable to multiple installation action, the movement of such as separately installed level-one prefilter 221, separately installed second level pre-flock The movement of device 222, movement is cumbersome, wastes time, and level-one prefilter 221 and second level prefilter 222 are easy to be anti-loaded.And work as Pre-flock device assembly 2 includes example as shown in figures s-11, if you need to install filtering group when accommodating the prefilter box 21 of filter assemblies 22 Part 22, it is only necessary to the movement of once mounting prefilter box 21, can make level-one prefilter 221 and second level prefilter 222 together by Installation, to simplify operation, avoids level-one prefilter 221 and second level prefilter 222 by anti-loaded problem.In order to more clearly Illustrating how can be more time saving and energy saving, compares explanation by taking the application scenarios of Fig. 3 and Fig. 8 as an example below.

In the example of fig. 3, if you need to clear up filter assemblies 22, user need a hand go to execute the opening of the first lid 114, The taking-up of level-one prefilter 221, taking-up three of second level prefilter 222 act, the implementation procedure that the other hand is acted at these three The whole grip cylinder block set 1 of middle needs, since these three movements take a long time, the time of another hand grip cylinder block set 1 It is just longer, cause the operation of user more laborious.After clearing up level-one prefilter 221 and second level prefilter 222, user is also Need a hand grip cylinder block set 1, another hand execute the installation of second level prefilter 222, the installation of level-one prefilter 221, Installation three movements of the first lid 114, operation is also relatively complicated, so that user still needs to hold cylinder block set 1, operating cost for a long time Power.

And in the example of fig. 8, during pre-flock device assembly 2 is dismounted on casing 11, one hand grip machine of user Body component 1, another hand only need the movement for removing prefilter box 21, and process is very of short duration, user is very laborsaving, after Continuous user can put down cylinder block set 1, and small and exquisite prefilter box 21 is taken cleaning position, then easily dismantles prefilter box 21, it takes out filter assemblies 22 and is cleared up, after cleaning, filter assemblies 22 are reinstalled into prefilter box 21, then by prefilter box 21 It brings back at cylinder block set 1, a hand grip cylinder block set 1, another hand only needs one prefilter box 21 is put in back body The movement of component 1 operates very quick, laborsaving.

In some specific examples of the disclosure, as shown in figure 11, filter assemblies 22 and prefilter box 21 removably phase Even, such as prefilter box 21 may include box body 211 and box cover 212, remove from casing 11 when by 2 entirety of pre-flock device assembly Afterwards, box cover 212 can be opened, then filter assemblies 22 is taken out from box body 211, so that convenient carry out clearly filter assemblies 22 The operations such as clean, replacement.Certainly, the present disclosure is not limited thereto, and under the premise of cost allows, pre-flock device assembly 2 can be with non-disconnectable It unloads, at this point, the pre-flock device assembly 2 that user only needs regular integral replacing new.

In some embodiments of the present disclosure, as shown in Fig. 4, Fig. 9 and Figure 15, filter assemblies 22 may include level-one pre-flock Device 221 and second level prefilter 222.Specifically, level-one prefilter 221 is in fluid communication in the upstream of second level prefilter 222, level-one The filter diameter of prefilter 221 is greater than the filter diameter of second level prefilter 222, i.e., " the minimum dust that level-one prefilter 221 can filter out Partial size " is greater than " partial size for the minimum dust that second level prefilter 222 can filter out ", and in other words, level-one prefilter 221 is opposite Second level prefilter 222 realizes coarse filtration, and 222 versus primary prefilter 221 of second level prefilter realizes thin filtering.

The air-flow of pre-flock device assembly 2 is flowed to as a result, such as enters prefilter box 21 from the import 2101 of prefilter box 21 Interior air-flow can first flow through level-one prefilter 221 and carry out coarse filtration, then pass through second level prefilter 222 and carefully filtered, It is flowed out again from the outlet of prefilter box 21 2102.Thus, it is possible to effectively improve the filter effect of pre-flock device assembly 2, stream is improved To the clean level of the air-flow of suction motor 12, suction motor 12 for a long time, is stably and effectively worked.

Preferably, level-one prefilter 221 and second level prefilter 222 are detachably connected, such as shown in Figure 10-Figure 11 In example, second level prefilter 222 can be extracted out from level-one prefilter 221.User can be by level-one prefilter 221 as a result, It is split with second level prefilter 222, and corresponding position is carried out to level-one prefilter 221 and second level prefilter 222 respectively as needed Reason, such as corresponding cleaning means are taken according to the material and pollution level of level-one prefilter 221 or are replaced, according to The material and pollution level of second level prefilter 222 are taken corresponding cleaning means or are replaced, so as to improve maintenance Effect reduces maintenance cost.

Certainly, the present disclosure is not limited thereto, in the other embodiments of the disclosure, such as in the example depicted in fig. 3, pre-flock Device assembly 2 can not also include prefilter box 21 but including filter assemblies 22, at this point, casing 11 may include for accommodating The installation cavity 1123 of component 22 and the first lid 114 for switching installation cavity 1123 are filtered, after the first lid 114 is opened, can be incited somebody to action Filter assemblies 22 take out filter assemblies 22 from installation cavity 1123, at this point, only including tearing open for the pre-flock device assembly 2 of filter assemblies 22 Although dress will cause the recombination of casing 11, production cost can be reduced.

In the following, pre-flock device assembly 2 of the description according to three specific examples of the disclosure.

Example one

As shown in Figure 3 and Figure 4, pre-flock device assembly 2 does not include prefilter box 21 but including filter assemblies 22, filter assemblies 22 include level-one prefilter 221 and second level prefilter 222, and level-one prefilter 221 is located at the top of second level prefilter 222.Upper peace Dress portion 1121 has installation cavity 1123, and the top of installation cavity 1123 is opened wide and by 114 control switch of the first lid, and filter assemblies 22 are set There is gap 11230 between the bottom surface of the level-one prefilter 221 and the first lid 114 setting in installation cavity 1123, and be located above, There is second pipe 13, the upper end of second pipe 13 penetrates in installation cavity 1123 and sequentially passes through two upwards in lower mounting portion 1122 Grade prefilter 222 and level-one prefilter 221 also has first pipe 14 in lower mounting portion 1122, and the upper end of first pipe 14 is worn The bottom for entering in installation cavity 1123 and being located at second level prefilter 222, when suction motor 12 works, air handling assemblies 3 can be with Cleaned air is filtered out, cleaned air can be discharged upwardly to the gap of 221 top of level-one prefilter along second pipe 13 In 11230, then under the suction function in first pipe 14, be discharged into gap 11230 air-flow, still further below followed by Level-one prefilter 221 and second level prefilter 222 then flow to suction motor 12 by first pipe 14.

Example two

As shown in figures s-11, upper mounting portion 1121 has installation cavity 1123, and the top of installation cavity 1123 is opened wide, prefilter Component 2 is detachably arranged at installation cavity 1123, and when pre-flock device assembly 2 is mounted in installation cavity 1123, pre-flock device assembly 2 Top surface constitute hand-held cleaners 200 partial appearance face.

Pre-flock device assembly 2 includes prefilter box 21 and filter assemblies 22, and filter assemblies 22 include level-one prefilter 221 and two Grade prefilter 222, wherein level-one prefilter 221 can be sleeve and be set in outside second level prefilter 222, so that second level is pre- Whole filter openings 2221 of filter 222 are all surrounded by level-one prefilter 221.Thus, it is possible to simply and effectively ensure through flowing to second level The air-flow of prefilter 222 is all that the pre- level-one prefilter 221 that first passes through filters, so as to improve the filtering of pre-flock device assembly 2 Efficiency.

Such as in the example depicted in fig. 11, second level prefilter 222 can be substantially tubular form, second level prefilter 222 Filter opening 2221 be formed on the peripheral wall of second level prefilter 222, level-one prefilter 221 is set in the peripheral wall of second level prefilter 222 Outside, via the filtering of filter opening 2221 on the air-flow of the filtering of level-one prefilter 221, the peripheral wall through second level prefilter 222, inflow second level (in conjunction with Fig. 9) in the intraluminal exhaust passage 2222 of prefilter 222.

As shown in figures s-11, pre-flock device assembly 2 can also include: connecting leg 23, and one end of connecting leg 23 is located at prefilter box In 21 and protrude into level-one prefilter 221 and be in fluid communication with the exhaust passage of second level prefilter 222 2222, connecting leg 23 it is another End is pierced by outside prefilter box 21 by outlet 2102.Pass through the filtered air-flow of second level prefilter 222 as a result, it can be reliably It is discharged to outside prefilter box 21 by connecting leg 23 from outlet 2102, to improve the filter efficiency and filtering of pre-flock device assembly 2 Reliability is avoided mixing by the filtered air-flow of second level prefilter 222 with the air-flow filtered without second level prefilter 222, be caused The problem of reducing filter efficiency.Optionally, the cross-sectional area of connecting leg 23 is gradually increased along discharge directions, so as to reduce Exhaust noise.In addition, being also convenient for the connection of pre-flock device assembly 2 Yu first pipe 14 by setting connecting leg 23.

As shown in figures s-11, the longitudinal axis 20 of pre-flock device assembly 2 extends transversely, that is to say, that level-one prefilter 221 Axis around second level prefilter 222 can also extend transversely, and the exhaust passage 2222 of second level prefilter 222 can also be along cross To extension, at this point, the import 2101 of prefilter box 21 can be located at the bottom of prefilter box 21, the outlet 2102 of prefilter box 21 One end in 21 transverse direction of prefilter box can be located at, so that air-flow can enter prefilter by import 2101 from bottom to top It in box 21, is then filtered by level-one prefilter 221, is then filtered by second level prefilter 222, pass through second level prefilter 222 later Exhaust passage 2222 transversely 2102 be discharged to outside prefilter box 21 by outlet.Thus, it is possible to which abbreviation air-flow flows through pre-flock On the other hand the path of device assembly 2 can simplify structure, facilitate processing so that filter efficiency on the one hand can be promoted.

Optionally, level-one prefilter 221 is filter cotton material pieces, and second level prefilter 222 is nonwoven fabric material part, connecting leg 23 be plastic tube.Thus, it is possible to simply and effectively ensure that the filter diameter of level-one prefilter 221 is greater than the filter diameter of second level prefilter 222. Furthermore, it is possible to ensure that second level prefilter 222 has enough support strengths being arranged convenient for level-one prefilter 221, and ensure There is level-one prefilter 221 enough flexibilities can closely be set on second level prefilter 222.Certainly, the present disclosure is not limited to This can also process level-one prefilter 221 and second level prefilter 222 using other materials in the other embodiments of the disclosure, For example, it is also possible to process second level prefilter 222 using materials such as plastics.

Example three

As shown in Figure 14-Figure 15, upper mounting portion 1121 has installation gap 1124, the two sides and top surface of installation gap 1124 It opens wide, pre-flock device assembly 2 is detachably arranged at installation gap 1124, and is mounted on installation gap 1124 in pre-flock device assembly 2 When place, the two sides and top surface of pre-flock device assembly 2 respectively constitute the partial appearance face of hand-held cleaners 200.

As shown in Figure 14-Figure 15, pre-flock device assembly 2 includes prefilter box 21, filter assemblies 22, inner tube 24 and outer tube 25, Filter assemblies 22 include level-one prefilter 221 and second level prefilter 222, and filter assemblies 22 and inner tube 24 are respectively positioned on prefilter box 21 Interior, outer tube 25 is located at outside prefilter box 21, and the bottom of prefilter box 21 is formed with import 2101, the transverse direction one of prefilter box 21 End is formed with outlet 2102, exports the 2102 setting height that height is arranged and is higher than import 2101, and level-one prefilter 221 is located at two The lower section of grade prefilter 222, inner tube 24 be embedded in level-one prefilter 221 and the arrival end of inner tube 24 and prefilter box 21 into Mouth 2101 is directly connected to, and the outlet ends of inner tube 24 are directly connected to level-one prefilter 221, second level prefilter 222 and prefilter box 21 outlet 2102 is directly connected to, and the outlet 2102 of prefilter box 21 is connected to outer tube 25.Wherein, the axis of inner tube 24 is transversely Extend, and the airflow direction that inner tube 24 limits is contrary with the airflow of outlet 2102 of prefilter box 21, outside The broken line of pipe 25 along from front to back, again from up to down extends.

Air-flow can enter in inner tube 24 from the import 2101 of prefilter box 21 as a result, (such as then along first direction Right forward direction after shown in Figure 14) level-one prefilter 221 is flowed into, it can via the filtered air-flow of level-one prefilter 221 To be upwardly into second level prefilter 222, then along second direction (as shown in Figure 14 the past opposite with first direction Rearwardly direction) it is filtered by second level prefilter 222, it is discharged in outer tube 25 finally by the outlet 2102 of prefilter box 21.By This can effectively extend airflow path, improve filter effect, and just by the way that inner tube 24 is arranged in pre-flock device assembly 2 It is connect in pre-flock device assembly 2 with second pipe 13, in addition, pre-flock device assembly 2 and first can also be convenient for by setting outer tube 25 Pipeline 14 connects.

In the following, air handling assemblies 3 of the description according to the embodiment of the present disclosure.

As shown in Figure 19-Figure 23, air handling assemblies 3 may include: cyclonic chamber 301, dust-collecting cavity 302 and cyclone separator 33, cyclone separator 33 is located in cyclonic chamber 301, and dust-collecting cavity 302 is connected to by ash port 305 with cyclonic chamber 301, that is, Say, the air-flow entered in cyclonic chamber 301 can carry out cyclonic separation, and the dust that 301 internal cyclone of cyclonic chamber is isolated can To be entered in dust-collecting cavity 302 by ash port 305.Wherein, cyclone separator 33 is as broad understanding, it can for level-one or It is multistage.It is understood that the structure and working principle of primary cyclone and multi-cyclone are this field skill Known to art personnel, only it is illustrated so that cyclone separator 33 is primary cyclone as an example herein, works as those skilled in the art After member has read the technical solution of this paper, it is clear that it will be appreciated that cyclone separator 33 is the application example of multi-cyclone.

As shown in figure 23, when air handling assemblies 3 are installed on cylinder block set 1, the axis 3010 of cyclonic chamber 301 is transversely Extend.As a result, by the way that cyclonic chamber 301 is horizontal, the complete machine height of hand-held cleaners 100 can be effectively reduced, reduces hand-held inhale The height of C.G. of dirt device 100 improves stationarity, improvement hand-held cleaners 100 that hand-held cleaners 100 are placed in the horizontal plane and puts Set in the horizontal plane topple over phenomenon, moreover, because the complete machine height and center of gravity of hand-held cleaners 100 can reduce, thus So that the hand-held of hand-held cleaners 100 can be lighter, laborsaving.Here, it should be noted that cyclonic chamber as described herein 301 axis 3010 refers to the whirlwind axis in cyclonic chamber 301.

In some embodiments of the present disclosure, as illustrated in figures 19 and 20, air handling assemblies 3 include dirt cup 31 and cup lid 32, cyclonic chamber 301 and dust-collecting cavity 302 are limited by dirt cup 31, cyclonic chamber 301 and dust-collecting cavity 302 by 32 control switch of cup lid, That is when cup lid 32 lid close in dirt cup 31, cyclonic chamber 301 and dust-collecting cavity 302 can be closed by cup lid 32, when cup lid 32 from It is opened in dirt cup 31, cyclonic chamber 301 and dust-collecting cavity 302 can be opened by cup lid 32.

As illustrated in figures 19 and 20, cyclone separator 33 is located on cup lid 32 with mobile with cup lid 32, is closed in cup lid 32 When cyclonic chamber 301 and dust-collecting cavity 302, cyclone separator 33 moves into cyclonic chamber 301 (as shown in figure 23), opens and revolves in cup lid 32 When wind chamber 301 and dust-collecting cavity 302, cyclone separator 33 removes cyclonic chamber 301 (as shown in figure 20).

Air handling assemblies 3 can be a standalone module as a result, and part of the surface may be constructed hand-held cleaners 100 Appearance, the dismounting of such air handling assemblies 3 would not cause the recombination of pre-flock device assembly 2 and casing 11.Moreover, because Cyclone separator 33 is located on cup lid 32, thus when cup lid 32 is opened ash discarding, it can be together by cyclone separator 33 from dirt It takes out in cup 31, to be cleaned to cyclone separator 33, when cup lid 32 is covered conjunction, can together fill cyclone separator 33 It returns in dirt cup 31, and then effectively improves itself disassembly efficiency of air handling assemblies 3, it is user-friendly.

In some specific examples of the disclosure, as shown in figure 23, when cyclone separator 33 is located on cup lid 32 with cup When lid 32 is mobile, cyclone separator 33 can be integrated with cup lid 32.Facilitate processing as a result, and cyclone separator 33 Structural reliability is high, and job stability is strong.In the other specific example of the disclosure, when cyclone separator 33 is located at cup lid When on 32 with the movement of cup lid 32, cyclone separator 33 can also be detachably arranged on cup lid 32.It is beaten as a result, when by cup lid 32 After opening, cyclone separator 33 can be removed from cup lid 32, to be cleaned etc. respectively to cup lid 32 and cyclone separator 33 Operation, so as to convenient for safeguarding.

In some specific embodiments of the disclosure, as shown in figure 23, dirt cup 31 may include cup body 311 and spacing body 312, Spacing body 312 is located in cup body 311 and the inner cavity of cup body 311 is separated into cyclonic chamber 301 and dust-collecting cavity 302,305 shape of ash port At on spacing body 312.The structure of dirt cup 31 is simple as a result, and facilitates processing.

Such as in the specific example shown in Figure 23, spacing body 312 can be horizontal arc panel, and cyclonic chamber 301 is located at arc The top of shape plate, dust-collecting cavity 302 are located at the lower section of arc panel.The simple shape of spacing body 312 as a result, it is easy to process, it is convenient to rotation Wind chamber 301 and dust-collecting cavity 302 are cleared up.Optionally, the spacing body 312 with cup body 311 of arc plate are integrated, without Assembly, improves production efficiency, and the segregation of spacing body 312 is reliable.

In another example spacing body 312 can also be horizontal cylindrical element, cyclonic chamber in the specific example shown in Figure 17 and Figure 18 301 be located at cylindrical element shape spacing body 312 in, dust-collecting cavity 302 is located at outside the spacing body 312 of cylindrical element shape, thus, it is possible to simply and have Effect ground guarantees that cyclonic chamber 301 is cylindrical chamber, so that it is guaranteed that the cyclonic separation effect in cyclonic chamber 301.Optionally, cylindrical element shape Spacing body 312 distinguish with cup lid 32 and cup body 311 it is mating, thus, it is possible to by the spacing body 312 of cylindrical member shape from cup body 311 Interior taking-up, is more thoroughly cleaned to facilitate.

In some alternative embodiments of the disclosure, as shown in figure 20, cup body 311 can be axial side (such as Figure 20 Shown in front side) open wide, the axial other side (such as rear side shown in Figure 20) closed first cylinder, cup lid 32 is for switch the The axially open end (such as rear end shown in Figure 20) of one cylinder, the structure of cup body 311 is simple, easy to produce as a result,.In this public affairs In the other alternative embodiment opened, cup body 311 can also include axial sides open second cylinder (not shown go out) With end cap (not shown go out), at this point, cup lid 32 is used for axial one end (rear end as shown in Figure 20) of the second cylinder of switch, End cap is used to close the axial other end (front end as shown in Figure 20) of the second cylinder, and cup body 311 can also be further as a result, Ground is split, so that convenient carry out more thorough cleaning to cup body 311.

In some embodiments of the present disclosure, as shown in figure 23, dirt cup 31 can also include the branch being located in cyclonic chamber 301 Support member 313, cyclone separator 33 and supporting element 313 are mating.Thus, it is possible to which the positioning for improving cyclone separator 33 is reliable Property, thus the functional reliability of lifting cyclone separator 33.

In some embodiments of the present disclosure, as shown in Figure 17-Figure 18, the front end side of cyclonic chamber 301 has tangentially The dirty air entrance 303 of perforation, the rear end side of cyclonic chamber 301 have the ash port 305 penetrated through from top to bottom, cyclonic chamber 301 Rear end have from front to back along axially through cleaned air outlet 304, cyclone separator 33 include cone cylinder 331 and strainer 332 (in conjunction with Figure 20), the front end closing of cone cylinder 331 and with dirty air entrance 303 diametrically, the rear end peripheral wall of cone cylinder 331 seals Close and with ash port 305 diametrically, the middle part of cone cylinder 331 is formed with air inlet 3310, the rear end face of cone cylinder 331 open wide so that The interior barrel chamber of cone cylinder 331 is connected to cleaned air outlet 304, and strainer 332 is located at air inlet 3310 and (shows strainer in Figure 17 State after 332 dismountings).

Certainly, the present disclosure is not limited thereto, and in the other embodiments of the disclosure, cyclone separator 33 can not also include filter Net 332, when cyclone separator 33 does not include strainer 332, air inlet 3310 is in addition to that can be to meet i, f value described hereinafter Mouth in except unobstructed integral finish, can also be made of multiple air inlet micropores, at this point, multiple air inlet micropores region It can satisfy i, f value described hereinafter.In addition, it is necessary to the connection type of explanation, cone cylinder 331 and strainer 332 is unlimited, such as It can be detachably mounted together, can be structure as a whole part with quadric injection mould.

That is, along vertical direction, air inlet 3310, the ash port of dirty air entrance 303, cone cylinder 331 305 are successively spaced apart distribution, thus, it is possible to which the air-flow entered in cyclonic chamber 301 from dirty air entrance 303 is avoided directly to pass through The air inlet 3310 of cone cylinder 331 enter cone cylinder 331 inner cylinder it is intracavitary and not cone cylinder 331 it is outer through cyclonic separation the problem of, with And avoid the problem that still having air-flow to enter 331 inner cavity of cone cylinder by air inlet 3310 at ash port 305 is involved in dust, To improve the air-treatment effect of air handling assemblies 3.

In some embodiments of the present disclosure, as shown in figure 23, the length direction of cyclonic chamber 301 and dust-collecting cavity 302 is The longitudinal length (length in the longitudinal direction as shown in Figure 23) of front-rear direction, cyclonic chamber 301 is greater than dust-collecting cavity 302 Longitudinal length (as shown in Figure 23 length in the longitudinal direction).It on the one hand may insure cyclonic chamber 301 as a result, Volume carries out cyclonic separation enough, on the other hand can it is overweight to avoid dust-collecting cavity 302 and drag down machine gravity cause it is hand-held not Just the problems such as, to facilitate user hand-held, and saves production material, reduces production cost.

In some embodiments of the present disclosure, as shown in figure 20, enter in the appearance of air handling assemblies 3 with dirty air Mouthfuls 303, cleaned air outlet 304 and detection blow vent 306, that is to say, that when taking air handling assemblies 3 from casing 11 After lower, if not considering that dirty air entrance 303, cleaned air outlet 304 and detection blow vent 306 exist, air-treatment Component 3 is a closed cell.Wherein, dirty air entrance 303 and cleaned air outlet 304 are connected to cyclonic chamber 301, are examined It surveys blow vent 306 to be connected to dust-collecting cavity 302 and be used to connect full indicator of dust 4, as shown in figure 15, full indicator of dust 4 can be set It sets in casing 11 and connect with detection blow vent 306, be certainly not limited to this, and as shown in figure 23, full indicator of dust 4 can be with It is arranged in dust-collecting cavity 302 and is connect with detection blow vent 306.

As a result, by setting detection blow vent 306, so that hand-held cleaners 100 may include full indicator of dust 4, Thus can simply and efficiently judge whether hand-held cleaners 100 dust-full, thus prompt user in time to dust-collecting cavity 302 into Row cleaning, to guarantee that cleaning effect is reliable.Here, it should be noted that the structure and working principle of full indicator of dust 4 are this Known to the technical staff of field, i.e., after the dust in dust-collecting cavity 302 reaches predetermined volume, it is capable of the dress of signal an alert It sets, I will not elaborate.

In some embodiments of the present disclosure, as shown in figure 23, cyclonic chamber 301 is located at the top of dust-collecting cavity 302, ash port 305 are spaced apart distribution with detection blow vent 306 in the longitudinal direction.Thus, it is possible to which the dust fallen from ash port 305 is avoided to fall The problem of full indicator of dust 4 detects is influenced at detection blow vent 306, so that it is guaranteed that the testing result of full indicator of dust 4 can It leans on.

Such as in the specific example shown in Figure 23, dust-collecting cavity 302 includes the first cavity portion immediately below cyclonic chamber 301 3021 and the second cavity portion 3022 on the downside of 301 rear of cyclonic chamber, detection blow vent 306 is formed in the second cavity portion 3022 On rear end face.Thus, it is possible to simply and efficiently guarantee that ash port 305 is spaced apart in the longitudinal direction with detection blow vent 306 Distribution, and can guarantee that the working effect of cyclonic chamber 301 is unaffected.

In some alternative embodiments of the disclosure, as shown in figure 23, full indicator of dust 4 can be located in dust-collecting cavity 302, As a result, by being arranged full indicator of dust 4 in dust-collecting cavity 302, since air handling assemblies 3 can remove, thus convenient pair Full indicator of dust 4 carries out later period working service, it is ensured that the reliable operation of full indicator of dust 4.

Such as in the specific example shown in Figure 23, the rear end face of the second cavity portion 3022 can from top to bottom, along in the past Rearwardly direction inclination extends, and full indicator of dust 4 can be located in the second cavity portion 3022 and the longitudinal axis 40 of full indicator of dust 4 Perpendicular to the rear end face of the second cavity portion 3022.As a result, by the way that the rear end face of the second cavity portion 3022 is arranged such, can provide dust-full Installation is realized in the more spaces of indicator 4, and can guarantee the space compact of the second cavity portion 3022.Certainly, the disclosure Without being limited thereto, in the other embodiments of the disclosure, the front in dust-collecting cavity 302 can also be arranged in full indicator of dust 4, this When, detection blow vent 306 is additionally formed in the positions such as the front end face of the first cavity portion 3021, without processing the second cavity portion 3022。

In the other alternative embodiment of the disclosure, as shown in figure 15, full indicator of dust 4 is located in casing 11.By This, is avoided full indicator of dust 4 from occupying the space in dust-collecting cavity 302, improves the functional reliability of full indicator of dust 4.Optionally, dirt Full indicator 4 is located between the front of suction motor 12 and the rear of air handling assemblies 3.Thus, it is possible to the dust-full instruction that furthers The distance between device 4 and air handling assemblies 3 facilitate full indicator of dust 4 and detect the connection of blow vent 306, to facilitate inspection Dust measuring expires situation, simplifies structure.Further, in specific example shown in figure 15, the longitudinal axis 40 of full indicator of dust 4 can With from bottom to top, tilt and extend along direction from front to back, the axis 120 of suction motor 12 can extend along the vertical direction, So as to improve the compactedness of layout.

In the following, 9- Figure 23 referring to Fig.1, description is according to the air handling assemblies 3 of one specific embodiment of the disclosure.

As shown in Figure 19-Figure 23, air handling assemblies 3 include dirt cup 31, cup lid 32 and cyclone separator 33, dirt cup 31 Including cup body 311 and the spacing body of arc plate 312, the inner cavity of dirt cup 31 is separated into the rotation above spacing body 312 by spacing body 312 Wind chamber 301 and dust-collecting cavity 302 positioned at the lower section of spacing body 312 have ash port 305 on spacing body 312.There is dirty air in dirt cup 31 Entrance 303, has cleaned air outlet 304 and detection blow vent 306 on cup lid 32, and cyclone separator 33 is arranged in cup lid 32 It above and with cleaned air outlet 304 connects, full indicator of dust 4 is mounted on cup lid 32 by detection blow vent 306 and extend into collection In dirt chamber 302.Cup lid 32 can be removed from dirt cup 31, and full indicator of dust 4 can be removed from cup lid 32, consequently facilitating right Air handling assemblies 3 are more thoroughly cleared up.

In some specific examples, the modes such as full indicator of dust 4 can be subjected to displacement by floating mark use to remind Person clears up dust-collecting cavity 302.And when hand-held cleaners 100 do not have full indicator of dust 4, user is difficult to accurate judgement dust-collecting cavity Dust-full situation in 302 causes the dust of dust-collecting cavity 302 to suck excessive, influences dust suction and using effect.

In conjunction with Figure 23, horizontal extension, dirty air entrance 303 are located at dirt cup to the axis 3010 of cyclonic chamber 301 along the longitudinal direction 31 front end and from up to down tangentially penetrate through cyclonic chamber 301, ash port 305 along the vertical direction run through spacing body 312, ash port 305 are located at the rear end of cyclonic chamber 301 and open wide towards cup lid 32, and cyclone separator 33 can be by strainer 332 and plastic cement material Cone cylinder 331 forms.Cone cylinder 331 may include sequentially connected from front to back: leading portion portion 331a, middle portion 331b and back segment portion 331c, the front end of leading portion portion 331a and peripheral wall closing, back segment portion 331c peripheral wall closing, rear end open so that cone cylinder 331 it is interior Chamber and cleaned air outlet 304 be connected to, have on middle portion 331b edge axially through air inlet 3310, strainer 332 cover into Air port 3310.

When work, dirty air by dirty air entrance 303 downwardly into cyclonic chamber 301, in 301 internal cyclone of cyclonic chamber The cleaned air isolated is entered in the inner cavity of cone cylinder 331 by strainer 332 and air inlet 3310, is then gone out from cleaned air Mouth 304 is discharged, and the foul isolated in cyclonic chamber 301 is entered in dust-collecting cavity 302 by ash port 305.Air duct cloth as a result, Office is simple, space hold is small, airflow is smooth, falls grey high reliablity.

Wherein, the diameter m of cyclonic chamber 301 meets: 30mm≤m≤50mm, that is to say, that at 301 arbitrary section of cyclonic chamber Maximum gauge be no more than 50mm, minimum diameter is not less than 30mm, the difference o satisfaction of the radius of cyclonic chamber 301 and cone cylinder 331: 20mm≤o≤40mm, that is to say, that it is not small that the difference o maximum of the radius at 301 arbitrary section of cyclonic chamber is no more than 40mm, minimum In 20mm.The length k1 of ash port 305 meets: 10mm≤k1≤30mm, that is to say, that the length k1 of ash port 305 is most very much not It is not less than 10mm more than 30mm, minimum, the width k2 of ash port 305 meets: 30mm≤k2≤50mm, that is to say, that ash port 305 width k2 maximum is no more than 50mm, is minimum not less than 30mm.In conjunction with Fig. 4, the axis 3010 and cyclonic chamber of cyclonic chamber 301 The distance between 301 roof is X, and the distance between axis 3010 and the bottom wall of dust-collecting cavity 302 of cyclonic chamber 301 are Y, X/Y Meet: 0.3≤X/Y≤0.6.Dust and gas separation imitates preferable, complete machine eurythmy beauty, barycentre steadiness, using light as a result,.

In the following, suction conduit assembly 5 of the description according to the embodiment of the present disclosure.

In some embodiments of the present disclosure, as shown in Figure 24-Figure 30, hand-held cleaners 100 can also include air intake duct Component 5, at this point, casing 11 may include mounting portion 112, positioned at the nozzle section 113 in the front of mounting portion 112 and positioned at installation The handle portion 111 at the rear in portion 112, suction motor 12 are located in mounting portion 112, and suction conduit assembly 5 is removably installed in suction Mouth 113, suction conduit assembly 5 include bend pipe 51 and the handle 52 being located on bend pipe 51.Thus, it is possible to using suction conduit assembly 5 Change air-breathing angle, using as multi-angle auxiliary cleaning tool and multi-angle auxiliary testing tool.

It, can be by suction conduit assembly 5 when testing hand-held cleaners 100 such as in the example shown in Figure 24 It is mounted in nozzle section 113, and by 5 connecting test device 200 of suction conduit assembly, so that it may which hand-held cleaners 100 are carried out not With the performance test of angle, as hand-held cleaners 100 meet human body use realization multi-angle performance test.However, in correlation In technology, hand-held cleaners 100 take horizontal checkout mode, i.e. inspiratory direction and hand-held cleaners 100 is located at same level On line, test function, angle are single, be unable to test user different angle use when, hand-held cleaners 100 performance parameter and Inhale grey state.

In another example in the example shown in Figure 25, it, can be by air-breathing when carrying out cleaning operation using hand-held cleaners 100 Tube assembly 5 is mounted in nozzle section 113, and on suction conduit assembly 5 installation attachment, the flat tube 9 such as shown in Figure 25, from And the cleaning of multi-angle dust may be implemented.More particularly, in conjunction with Figure 30, by installing air intake duct group in nozzle section 113 Part 5, thus it is possible to vary the angle between casing 11 and surface to be cleaned, so that casing 11 is avoided to hit with surface to be cleaned, Improve the cleaning range and safety in utilization of hand-held cleaners 100.

In addition, in conjunction with Figure 24 and Figure 25, by the way that handle 52 is arranged on suction conduit assembly 5, thus bend pipe 51 of conveniently taking, It, can also be with moreover, carrying out cleaning operation or during test jobs convenient for the dismounting of suction conduit assembly 5 and casing 11 The handle portion 111 on casing 11 is grasped on the other hand, and the other hand grasps the handle 52 on bend pipe 51, so that the suction inlet of bend pipe 51 510 can be directed at position to be cleaned or test device 200, convenient for operation.

In conjunction with Figure 30, air handling assemblies 3 are located at this kind of hand-held cleaners 100 of 1 lower section of cylinder block set, is being cleaned From the ground when closer space, when for example cleaning under sofa, it is such as not provided with suction conduit assembly 5, such as left side in Figure 30 Hand-held cleaners 100, when cleaning to sofa bottom, the distance between air handling assemblies 3 and ground are relatively close, air-treatment Component 3 is easy to send with ground and collide with, and is not conducive to clean.And using the hand-held dust suction on right side in suction conduit assembly 5, such as Figure 30 Device 100, since suction conduit assembly 5 has bending angle, when suction conduit assembly 5 is connected with flat tube 9, flat tube 9 can be easy to Ground is extend under sofa, at this point, air handling assemblies 3 are apart from ground, there are also very big distances, so as to effectively solve Technical problem of colliding with is stated, is conducive to clean.

According to the suction conduit assembly 5 of the embodiment of the present disclosure one, as shown in figure 25, bend pipe 51 may include: the first pipeline section 511 With the second pipeline section 512, the first pipeline section 511 connects with nozzle section 113, and the second pipeline section 512 is located at the upstream of the first pipeline section 511, That is after air-flow is sucked by the suction inlet 510 of bend pipe 51, followed by 511 ability of the second pipeline section 512 and the first pipeline section It enters in nozzle section 113, wherein when bend pipe 51 is installed on nozzle section 113, the axis 5110 and suction nozzle of the first pipeline section 511 The axis 1130 in portion 113 is overlapped, and the second pipeline section 512 is (as shown in Figure 25 from backward along the direction far from the first pipeline section 511 Preceding direction) tilt upward extension.Figure 30 is combined as a result, during hand-held cleaners 100 work, if making the second pipe Section 512 is horizontal, then cylinder block set 1 and air handling assemblies 3 can tilt back, up, so as to be effectively prevented from body The problems such as component 1 and air handling assemblies 3 and surface to be cleaned are hit.

In the present embodiment, the first pipeline section 511 and the rigid connection of the second pipeline section 512, and the second pipeline section 512 and the first pipeline section 511 angle ε is fixed, such as ε can be 30 °~60 °.That is, the angle ε of the second pipeline section 512 and the first pipeline section 511 is most It is small can for 30 °, maximum can be 60 °.Such as shown in Figure 26, ε can be 30 °；Again as shown in figure 27, ε can be 45 °；Again As shown in figure 28, ε can be 60 °.Thus, it is possible to meet different actual requirements, for example, in face of different test cases and clearly In clean situation, hand-held cleaners 100 can choose to be cooperated from the suction conduit assembly 5 with different angle ε.

In the present embodiment, as shown in figure 26, handle 52 can be located at the connection of the first pipeline section 511 and the second pipeline section 512 Place.As a result, user can preferably control the direction of bend pipe 51, and the operation air intake duct for allowing user more laborsaving Component 5.For example, it can be arc shape that handle 52, which can be camber line handle, i.e. handle 52, and one end of camber line handle and the first pipeline section 511 are connected, the other end of camber line handle is connected with the second pipeline section 512, to facilitate the processing of handle 52, and hold comfort level more It is high.

According to the suction conduit assembly 5 of the embodiment of the present disclosure two, as shown in figure 29, bend pipe 51 may include: the first pipeline section 511, the second pipeline section 512 and transition piece 513, the first pipeline section 511 connect with nozzle section 113, and the second pipeline section 512 is located at first The upstream of pipeline section 511, transition piece 513 are connected between the second pipeline section 512 and the first pipeline section 511, so that the second pipeline section 512 Angle between the first pipeline section 511 is adjustable, i.e. the first pipeline section 511 and the second pipeline section 512 are no longer rigidly connected, the first pipeline section 511 and the second angle between pipeline section 512 it is adjustable.As a result, by setting transition piece 513, so that 511 He of the first pipeline section Angle between second pipeline section 512 is adjustable, so as to meet different actual requirements.At this point, handle 52 can be located at On two pipeline sections 512, so that the angle of 52 pairs of handle the first pipeline sections 511 of adjustment and the second pipeline section 512 is avoided to impact, a side Face ensures that the first pipeline section 511 and the angle of the second pipeline section 512 can be adjusted smoothly, on the other hand allows user more laborsaving Hold suction conduit assembly 5 in ground.

For example, transition piece 513 can be such that the angle ε of the second pipeline section 512 and the first pipeline section 511 meets: 0 °≤ε≤ 90 °, that is to say, that by the adjusting of transition piece 513, so that the angle between the first pipeline section 511 and the second pipeline section 512 can With the consecutive variations between 0 °~90 °, with any value changed into 0 °~90 °, so as to preferably meet different reality It is required that.

Specifically, as shown in figure 29, transition piece 513 may include: hose 5131 and connector 5132, hose First pipeline section 511 is fluidly connected to the second pipeline section 512, connector 5132 and the first pipeline section 511 and the second pipeline section 512 by 5131 It is respectively articulated with.The structure of transition piece 513 is simple as a result, can simply and efficiently guarantee the first pipeline section 511 and the second pipe Section 512 is flexibly connected and is in fluid communication.

In the following ,-Fig. 4 referring to Fig.1, description is according to the hand-held cleaners 100 of the embodiment of the present disclosure one.

As Figure 1-Figure 4, hand-held cleaners 100 include: cylinder block set 1, pre-flock device assembly 2, air handling assemblies 3 Deng.The front end of cylinder block set 1 limits airintake wind-tunnel 1131 by nozzle section 113, the longitudinal axis 1130 of nozzle section 113 (as into The longitudinal axis 1130 in gas air duct 1131) horizontal extension along the longitudinal direction, the axis 3010 of cyclonic chamber 301 in air handling assemblies 3 Horizontal extension along the longitudinal direction, and it is located at the lower section of the longitudinal axis 1130 of nozzle section 113, pre-flock device assembly 2 is located at air-treatment The top of component 3, and the longitudinal axis 20 of pre-flock device assembly 2 also horizontal extension along the longitudinal direction.

Cylinder block set 1 includes casing 11 and suction motor 12, and suction motor 12 is located at air handling assemblies 3 and casing 11 Handle portion 111 between, the longitudinal axis 1110 of the axis 120 of suction motor 12 and handle portion 111 is from top to bottom, from front to back Inclination extends.More specifically, in the example depicted in fig. 4, the longitudinal axis 1130 of airintake wind-tunnel 1131, pre-flock device assembly 2 The axis phase 3010 of longitudinal axis 20 and cyclonic chamber 301 is mutually parallel and horizontal, and the axis 120 of suction motor 12 can be with handle The longitudinal axis 1110 in portion 111 is parallel, and the angle theta with 20 °~90 ° of 1130 angle of intersection of the longitudinal axis of airintake wind-tunnel 1131, Consequently facilitating operating with.

As shown in figure 3, casing 11 includes mounting portion 112, nozzle section 113 and handle portion 111, nozzle section 113 passes through first Latching device 161 is installed on mounting portion 112, to be detachably connected with mounting portion 112, the rear end of nozzle section 113 also have to The upper end in the bend pipe air duct 1132 of lower extension, bend pipe air duct 1132 is connected to airintake wind-tunnel 1131, the lower end in bend pipe air duct 1132 It is connected to the dirty air entrance 303 of air handling assemblies 3.After suction motor 12 works, dirty air passes through airintake wind-tunnel 1131 Sucking enters air handling assemblies 3 by bend pipe air duct 1132, then flows to pre-flock device assembly 2, then flow to suction motor 12, finally it is discharged from the exhaust outlet 1151 on casing 11.

As shown in Figure 3 and Figure 4, handle encapsulated 1111 can be set in the surface that is grasped of handle portion 111, to promote grasping Feel.In addition, the second switchable lid 115 can be set in the lower section of handle portion 111, there is exhaust outlet on the second lid 115 1151, the switch locking of the second lid 115 can be controlled by the 4th latching device 164, be equipped with air draft filtration members in the second lid 115 15,15 airflow connection of air draft filtration members is between suction motor 12 and exhaust outlet 1151, on the one hand can be further improved The cleanliness for the air being discharged from exhaust outlet 1151, on the other hand can enter casing from exhaust outlet 1151 to avoid outside air In 11.

As shown in Figure 3 and Figure 4,2 airflow connection of pre-flock device assembly is between suction motor 12 and air handling assemblies 3, machine It can have installation cavity 1123 in shell 11, and casing 11 includes the first lid 114 for switching installation cavity 1123, pre-flock device assembly 2 be the filter assemblies 22 being located in installation cavity 1123, can be by prefilter group after opening the first lid 114 on casing 11 Part 2 takes out out of installation cavity 1123, to be cleaned.Wherein, the switch locking of the first lid 114 can be by the second latching device 162 controls.

As shown in Figure 3 and Figure 4, filter assemblies 22 include level-one prefilter 221 and second level prefilter 222, level-one prefilter 221 are located at the top of second level prefilter 222, have gap 11230, mounting portion between level-one prefilter 221 and the first lid 114 There is second pipe 13, the upper end of second pipe 13 penetrates in installation cavity 1123 and sequentially passes through second level prefilter upwards in 112 222 and level-one prefilter 221, also there is first pipe 14 in mounting portion 112, the upper end of first pipe 14 penetrates installation cavity 1123 Bottom that is interior and being located at second level prefilter 222, when suction motor 12 works, air handling assemblies 3 can filter out clean sky Gas, in the gap 11230 for the top that cleaned air can be discharged upwardly to level-one prefilter 221 along first pipe 14, then Under the suction function in first pipe 14, it is discharged into the air-flow, pre- followed by level-one still further below of the top of level-one prefilter 221 Filter 221 and second level prefilter 222 then flow to suction motor 12 by first pipe 14.

Air handling assemblies 3 include: dirt cup 31, cup lid 32 and cyclone separator 33, and cyclone separator 33 is with cup lid 32 Integral piece, cup lid 32 can be separated with dirt cup 31, to be cleared up or be cleaned respectively.Air handling assemblies 3 itself are one only Vertical component, when being mounted on casing 11, can be used as a part of 100 appearance of hand-held cleaners, thus air handling assemblies 3 During dismounting with casing 11, the recombination of casing 11 can not be influenced, that is to say, that casing 11 does not include covering at air The lid for managing component 3 realizes the installation of air handling assemblies 3 there is no need to the recombination of lid switch movement.However, it is desirable to say It is bright, for the switch motion of locking and unlocking casing 11 and the third latching device 163 of air handling assemblies 3, not counting In the scope that casing 11 recombinates.

During suction motor 12 works, dirty air can by the dirty air entrance 303 of 31 front top of dirt cup to Under enter and carry out cyclonic separation in cyclonic chamber 301, the air-flow separated with foul can enter cone cylinder 331 by strainer 332 It is interior, then along the air duct in cone cylinder 331 backward from 304 discharge of cleaned air outlet on cup lid 32, and separate in cyclonic chamber The fouls such as the dust in 301 can be by ash port 305 downwardly into dust-collecting cavity 302.In addition, in order to ensure suction motor The first wedge 121 and the second wedge 122 can be respectively set in the axial ends of suction motor 12 in 12 functional reliability.Separately Outside, the hand-held cleaners 100 of the present embodiment can also include switch push button 6, electric-controlled plate 7, inserting terminal 8 etc..

As a result, according to the hand-held cleaners of the present embodiment 100, air handling assemblies 3 can be removed integrally, disposably be torn open Dress, the air handling assemblies 3 after removing, in addition in its appearance have dirty air entrance 303 and cleaned air outlet 304 it Outside, the generally sealing unit of air handling assemblies 3, so that inside will not occur during air handling assemblies 3 are removed The problem of dust leaks, and then the secondary pollution of dust is not easily caused.And due to the dirt cup 31 and cup in air handling assemblies 3 Lid 32 can be split, consequently facilitating carrying out more thorough cleaning to dirt cup 31 and cup lid 32.In addition, hand-held cleaners 100 Air duct is simple, space hold is small, easy to operate, movement is efficient.

In addition, dirt cup 31 may include the spacing body 312 of cup body 311 and arc plate, spacing body 312 in the present embodiment one Top limit cyclonic chamber 301, the lower section of spacing body 312 limits dust-collecting cavity 302, and ash port 305 is formed on spacing body 312. Wherein, the distance between roof of the axis of cyclonic chamber 301 and cyclonic chamber 301 is X, the axis and dust-collecting cavity 302 of cyclonic chamber 301 The distance between bottom wall be Y, X/Y meets: 0.3≤X/Y≤0.6.In conjunction with Figure 19-Figure 23, the diameter m of cyclonic chamber 301 is full Foot: the difference o of the radius of 30mm≤m≤50mm, cyclonic chamber 301 and cone cylinder 331 meets: 20mm≤o≤40mm.Ash port 305 Length k1 meets: 10mm≤k1≤30mm, and the width k2 of ash port 305 meets: 30mm≤k2≤50mm.

In the following, describing the hand-held cleaners 100 according to the embodiment of the present disclosure two referring to Fig. 5-Figure 11.

The present embodiment two and the structure of above-described embodiment one are substantially the same, and are carried out briefly only for difference below It is bright.

In the present embodiment two, pre-flock device assembly 2 includes prefilter box 21 and the filter assemblies being located in prefilter box 21 22, prefilter box 21 is other than having import 2101 and outlet 2102 in its appearance, a generally sealed box body, pre-flock Device assembly 2 constitutes a part of the appearance of hand-held cleaners 100, and the disassembly of pre-flock device assembly 2 does not cause the recombination of casing 11, It only needs to open the second latching device 162, pre-flock device assembly 2 can directly be taken down from casing 11, thus pre-flock device assembly 2 Disassembling operations are convenient, without the first lid of switch 114, moreover, during pre-flock device assembly 2 is dismantled, due to level-one prefilter 221 It is to be wrapped in take out together by prefilter box 21 with second level prefilter 222, directly grabs from user may be not present by level-one pre-flock The problem of device 221 and the movement of second level prefilter 222, causes secondary pollution to be effectively prevented from.In addition, it is necessary to explanation, the The switch motion of two latching devices 162 and the recombination scope for being not belonging to casing 11.

In addition, the level-one prefilter 221 in pre-flock device assembly 2 is sleeve shaped, second level prefilter in the present embodiment two 222 are screen casing shape and are threaded through in level-one prefilter 221, the import 2101 of prefilter box 21 and the junction of first pipe 14 With the first sealing ring 141, the outlet 2102 of prefilter box 21 and the junction of second pipe 13 have the second sealing ring 131. In addition, the axis 120 of suction motor 12 can be arranged vertically in the present embodiment two, at this point, the axis 120 of suction motor 12 It can be 90 ° with 1130 angle of intersection of longitudinal axis of airintake wind-tunnel 1131, thus convenient to use.

In the following, 2- Figure 18 referring to Fig.1, description is according to the hand-held cleaners 100 of the embodiment of the present disclosure three.

The present embodiment three and the structure of above-described embodiment two are substantially the same, and are carried out briefly only for difference below It is bright.

In the present embodiment three, pre-flock device assembly 2 includes prefilter box 21, the level-one prefilter being located in prefilter box 21 221 and second level prefilter 222, the inner tube 24 being located in prefilter box 21, the outer tube 25 that is located at outside prefilter box 21, second pipe 13 are connected to the import 2101 of prefilter box 21, and the import 2101 of prefilter box 21 is connected to the entrance of inner tube 24, inner tube 24 Outlet is connected to level-one prefilter 221, and level-one prefilter 221 is connected to second level prefilter 222, second level prefilter 222 and pre-flock The outlet 2102 of device box 21 is connected to, and the outlet 2102 of prefilter box 21 is connected to the entrance of outer tube 25, the outlet of outer tube 25 and the The connection of one pipeline 14.

In the present embodiment three, dirt cup 31 in air handling assemblies 3 includes columnar spacing body 312, it is columnar every Cyclonic chamber 301 is limited in part 312, is dust-collecting cavity 302 outside columnar spacing body 312, has on columnar spacing body 312 convex Portion 3121 out, a part of protrusion 3121 is located at the supporting element 313 in cyclonic chamber 301 as support cyclone separator 33, convex The another part in portion 3121 is located in dust-collecting cavity 302 and mating with cup body 311 out, with the spacing body 312 of support cylinder shape. Wherein, the diameter m of cyclonic chamber 301 meets: the difference o of the radius of 60mm≤m≤80mm, cyclonic chamber 301 and cone cylinder 331 meets: 15mm≤o≤25mm。

As shown in figure 16, in the present embodiment three, suction motor 12 can to the left or the setting that is tilted to the right, for example, taking out Inhaling the angle α between the axis 120 of motor 12 and the longitudinal axis 1110 of handle portion 111 can be 20~60 °, thus, it is possible to make Barycentre steadiness when suction motor 12 is run is obtained, noise is reduced, improves grip feel.

In the present embodiment three, in addition to dirty air entrance 303, cleaned air outlet 304 in the appearance of dirt cup 31 Except, also there is detection blow vent 306, at this point, hand-held cleaners 100 further include full indicator of dust 4, full indicator of dust 4 and inspection It surveys blow vent 306 to connect, to detect the dust-full situation in dust-collecting cavity 302.Specifically, in the present embodiment three, detection ventilation Mouth 306 is formed on cup lid 32, and full indicator of dust 4 is located in casing 11, and is located at the front of suction motor 12, close to cup lid Detection blow vent 306 on 32, ash port 305 are arranged but are located at the front of detection blow vent 306 also close to cup lid 32, by This, the hand-held cleaners 100 of the present embodiment three can have dust-full indicating reminders function, convenient for reminding user to clear up collection in time Dirt chamber 302.

In the present embodiment three, cyclone separator 33 includes: cone cylinder 331 and strainer 332 (strainer 332 is not shown in Figure 17), Cone cylinder 331 includes being sequentially connected from front to back: leading portion portion 331a, middle portion 331b and back segment portion 331c, cone cylinder 331 it is every A air inlet 3310 extends to the other end, and multiple air inlets 3310 of cone cylinder 331 by one end of middle portion 331b along axial direction It is evenly distributed on middle portion 331b.

The length (length on the front-rear direction as shown in 7) of leading portion portion 331a is j, diameter e, the length of middle portion 331b Spending (length on the front-rear direction as shown in 17) is i, diameter d, the length (front-rear direction shown in 17 of back segment portion 331c Upper length) it is h, diameter c.Wherein, h < i < j, that is to say, that length of the cone cylinder 331 before air inlet 3310 is greater than cone Length of the cylinder 331 after air inlet 3310.Wherein, c > d > e, that is to say, that the diameter at leading portion portion 331a arbitrary section Diameter both less than at middle portion 331b arbitrary section, the diameter at middle portion 331b arbitrary section are both less than back segment portion 331c and appoint Diameter at meaning section.Thus, it is possible to improve cyclonic separation effect.

The size relationship of air handling assemblies 3 can be such that the (front and back as shown in Figure 17 length i of air inlet 3310 Length on direction) meet: the width f of 40mm≤i≤50mm, air inlet 3310 meet: 15mm≤f≤20mm, ash port 305 Length k1 meet: 10mm≤k1≤30mm, the width k2 of ash port 305 meet: 30mm≤k2≤50mm, dirty air entrance 303 length g meets: 30mm≤g≤40mm, and the width n of dirty air entrance 303 meets: 20mm≤n≤30mm.

Here it is possible to understand, " mouth " as described herein includes ash port 305, dirty air entrance 303, air inlet 3310 equal flattenings at after planar structure, its length direction and width direction be mutually perpendicular to.In addition, spy disclosed in disclosure attached drawing Sign also belongs to the alternative embodiment of disclosure proposition.

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 contained at least one embodiment or example of the disclosure.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.

While there has been shown and described that embodiment of the disclosure, 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 and objective of the disclosure, this Scope of disclosure is defined by the claims and their equivalents.

Claims (17)

1. a kind of hand-held cleaners characterized by comprising

Cylinder block set, the cylinder block set include casing and the suction motor that is located in the casing；

Pre-flock device assembly, the pre-flock device assembly is set to the casing and is in fluid communication in the upstream of the suction motor, described The longitudinal axis of pre-flock device assembly extends transversely；

Air handling assemblies, the air handling assemblies are set to the casing and are in fluid communication in the upper of the pre-flock device assembly Trip, the air handling assemblies include the cyclonic chamber that axis extends transversely.

2. hand-held cleaners according to claim 1, which is characterized in that the pre-flock device assembly is removably installed in institute Casing is stated, and the dismounting of the pre-flock device assembly not will cause the recombination of the air handling assemblies and the casing.

3. hand-held cleaners according to claim 1, which is characterized in that the air handling assemblies are removably installed in The casing, and the dismounting of the air handling assemblies not will cause the recombination of the pre-flock device assembly and the casing.

4. hand-held cleaners according to claim 2 or 3, which is characterized in that the casing includes: handle portion and installation Portion, the installation position in the handle portion front and including upper mounting portion and lower mounting portion, wherein the suction motor is set In the lower mounting portion, the pre-flock device assembly is detachably arranged at the upper mounting portion, and the air handling assemblies are removable It is located at unloading between the front of the lower mounting portion and the lower section of the upper mounting portion.

5. hand-held cleaners according to claim 4, which is characterized in that the pre-flock device assembly passes through first pipe and institute Suction motor fluid communication is stated, the lower end of the first pipe is located in the lower mounting portion and is located at the upper of the suction motor Just and with the suction motor it is in fluid communication, the upper end of the first pipe extends to and the pre-flock device assembly is in fluid communication.

6. hand-held cleaners according to claim 5, which is characterized in that the longitudinal axis of the first pipe is along the vertical direction Extend or parallel with the longitudinal axis of the handle portion.

7. hand-held cleaners according to claim 4, which is characterized in that the air handling assemblies by second pipe with The pre-flock device assembly is in fluid communication, and the lower end of the second pipe is located at dry in the lower mounting portion and with the cyclonic chamber Net air communication, the upper end of the second pipe is extended to be in fluid communication with the pre-flock device assembly.

8. hand-held cleaners according to claim 7, which is characterized in that the longitudinal axis of the second pipe is along the vertical direction Extend or parallel with the longitudinal axis of the handle portion.

9. hand-held cleaners according to claim 1, which is characterized in that the pre-flock device assembly passes through first pipe and institute Suction motor fluid communication is stated, the air handling assemblies are in fluid communication by second pipe and the pre-flock device assembly, described The longitudinal axis of first pipe is parallel with the longitudinal axis of the second pipe.

10. hand-held cleaners according to claim 1, which is characterized in that the pre-flock device assembly include: prefilter box and Filter assemblies, the prefilter box are an enclosed box body, the filtering other than having inlet and outlet in its appearance Component is located in the prefilter box and is in fluid communication between the import and the outlet.

11. hand-held cleaners according to claim 1, which is characterized in that the pre-flock device assembly includes: level-one prefilter With second level prefilter, the level-one prefilter is in fluid communication in the upstream of the second level prefilter, the filter of the level-one prefilter Diameter is greater than the filter diameter of the second level prefilter.

12. hand-held cleaners according to claim 1, which is characterized in that the casing includes: handle portion and mounting portion, The installation position is in the front of the handle portion, wherein along direction projection from front to back, the axis of the suction motor Intersect acute angle with the longitudinal axis of the handle portion.

13. hand-held cleaners according to claim 12, which is characterized in that the axis of the suction motor and the handle The longitudinal axis intersection sharp angle α in portion meets: 20 °≤α≤60 °.

14. hand-held cleaners according to claim 1, which is characterized in that the casing includes: handle portion and mounting portion, The installation position is in the front of the handle portion, wherein along direction projection from front to back, the axis of the suction motor Be overlapped with the longitudinal axis of the handle portion, and the axis of the suction motor extend along the vertical direction or from top to bottom, along Direction from front to back, which tilts, to be extended.

15. a kind of hand-held cleaners characterized by comprising

Cylinder block set, the cylinder block set include casing and the suction motor that is located in the casing；

Pre-flock device assembly, the pre-flock device assembly are set to the casing and are in fluid communication in the upstream of the suction motor；

Air handling assemblies, the air handling assemblies are set to the casing and are in fluid communication in the upper of the pre-flock device assembly Trip, the air handling assemblies include the cyclonic chamber that axis extends transversely, and the top surface of the air handling assemblies is lower than described The bottom surface of pre-flock device assembly.

16. a kind of hand-held cleaners characterized by comprising

Cylinder block set, the cylinder block set include casing and the suction motor that is located in the casing；

Pre-flock device assembly, the pre-flock device assembly are set to the casing and are in fluid communication in the upstream of the suction motor；

Air handling assemblies, the air handling assemblies are set to the casing and are in fluid communication in the upper of the pre-flock device assembly Trip,

Wherein, the pre-flock device assembly is removably installed in the casing, and the dismounting of the pre-flock device assembly not will cause The recombination of the air handling assemblies and the casing；The air handling assemblies are removably installed in the casing, and institute The dismounting for stating air handling assemblies not will cause the recombination of the pre-flock device assembly and the casing.

17. a kind of hand-held cleaners characterized by comprising

Cylinder block set, the cylinder block set include casing and the suction motor that is located in the casing；

Pre-flock device assembly, the pre-flock device assembly are set to the casing and are in fluid communication in the upstream of the suction motor；

Air handling assemblies, the air handling assemblies are set to the casing and are in fluid communication in the upper of the pre-flock device assembly Trip,

Wherein, the pre-flock device assembly is in fluid communication by the first pipe being located in the casing and the suction motor, institute Air handling assemblies are stated to be in fluid communication by the second pipe being located in the casing and the pre-flock device assembly.