CN101534693A

CN101534693A - Vacuum cleaner

Info

Publication number: CN101534693A
Application number: CNA2007800410502A
Authority: CN
Inventors: 姜祥保; 崔壬硕
Original assignee: Daewoo Electronics Co Ltd
Current assignee: WiniaDaewoo Co Ltd
Priority date: 2006-11-03
Filing date: 2007-11-03
Publication date: 2009-09-16
Also published as: CN101534692A; CN101534694A; KR100762323B1

Abstract

Disclosed herein is a handy cleaner-integrated vacuum cleaner. The vacuum cleaner includes a main body having a body inlet, a body outlet and a mounting part, and accommodating a motor assembly to induce air into the main body through the body inlet and then to discharge the air through the body outlet, a dust container mounted on the mounting part to filter foreign matter from air, a driving unit mounted on the mounting part and coupled to the dust container to generate a suction force in the dust container when the dust container is detached from the main body, and a power supply device to supply electrical power to the driving unit. The vacuum cleaner allows vacuum cleaning without a separate handy cleaner even in a narrow space, and provides an improved battery-mounting structure to allow convenient recharge and replacement of the battery, and a convenient repair.

Description

Vacuum cleaner

Invention field

The disclosure relates to a kind of vacuum cleaner, more particularly, relates to a kind of like this vacuum cleaner, and this vaccum dust catcher has the parts that form the hand-held vacuum cleaner.

Background technology

Usually, vacuum cleaner is according to shape and use posture can be divided into canister type vacuum cleaner and upright vacuum cleaner, canister type vacuum cleaner is convenient to the diagonal angle and is dropped into row cleaning, is convenient to move and change brush and nozzle, and vertical vacuum cleaner is convenient to store and the cleaning large space.

Fig. 1 is the stereogram of exemplary vacuum cleaner.

Contrast Fig. 1, this exemplary vacuum cleaner roughly comprise the suction unit 11 that closely contact with the floor, be connected and have with suction unit 11 predetermined length pipe 12, with the fuselage 20 of managing 12 handles that are connected 13, the flexible pipe 14 that is connected with handle 13 and being connected with flexible pipe 14.

Suck unit 11 and on lower surface, be provided with wheel, make that sucking unit 11 can move to carry out the vacuum cleaning operation with fuselage 20.Pipe 12 and handle 13 are used for handling suction unit 11 and it are moved to desired locations.

The air that pipe 12 and flexible pipe 14 are used for containing exterior materials is directed to fuselage 20, and the air that fuselage 20 will contain exterior materials again sucks and collect exterior materials when filtered air is discharged to fuselage 20 outsides.

Fig. 2 is the schematic cross sectional views of the fuselage shown in Fig. 1.

Contrast Fig. 2, fuselage 20 is provided with the hose transition 21 for hose in the front side.

Fuselage 20 has the dust collecting unit 22 that is positioned at fuselage 20 middle sections, and this dust collecting unit 22 is connected with hose transition 21.

In more detail, dust collecting unit 22 comprises dust receptacle 24, and dust receptacle 24 is inserted in holding in the recess 23 and being provided with filter 25 with separate external material from air of limiting in the middle section of fuselage 20.

Dust receptacle 24 is provided with handle 26 at upside, and can separate from hold recess 23 by the separate button 27 that forms on handle 26.

Motor 28 with hold recess 23 and be adjacent to be arranged in the fuselage 20, and drive by the electric energy that provides by power cable 29.

When motor 28 is driven, the air that comprises exterior materials is inhaled in the dust receptacle 24 and by the filter 25 in the dust receptacle 24, filters out and be collected in the container 24 when filtered air is discharged from vacuum cleaner so exterior materials is filtered device 25.

Afterwards, dust receptacle 24 is pulled out from hold recess 23 by pushing separate button 27 when being filled dust, and is opened to remove exterior materials by means of independent button (not shown).

Top discussion is for general background information being provided, not constituting prior art.

Summary of the invention

Technical problem

Because this vacuum tank has the motor that is installed in the fuselage, so must mobile fuselage when the vacuum cleaning operation is carried out in a plurality of positions on the floor.

Therefore, the problem that conventional vacuum cleaners has is, even if the diagonal angle is dropped into capable vacuum cleaning or partly carried out vacuum cleaning and also must move whole fuselage, and stub cable must be inserted in the wall socket near the vacuum cleaning position once more.

Technical scheme

One aspect of the present invention provides a kind of vacuum cleaner device, and this vacuum cleaner device comprises: main frame body, this main frame body comprise first installation position and the first suction source; First parts, these first parts releasably are fixed to described main frame body on described first installation position, wherein said first parts comprise first shell and dust receptacle, this dust receptacle limit by described first shell or this first shell of packing in; Second parts, these second parts comprise second shell and pack the second interior suction source of this second shell into; Wherein after being opened from described host identity, described first parts can form exercisable vacuum cleaning with described second parts and be connected, thereby form hand-held vacuum cleaner; And wherein when being fixed to described main frame body, described first parts do not form exercisable vacuum cleaning with described second parts and are connected, and are connected to form another vacuum cleaner but form exercisable vacuum cleaning with the described first suction source.

In the said equipment, described main frame body also can comprise second installation position that is formed on the described main shell, and wherein said second parts can be fixed to described main frame body dividually.Described main frame body can not comprise the installation position that is used for fixing described second parts.Described first shell can comprise first inlet and first outlet that is communicated with described dust receptacle fluid.Described main frame body can comprise first suction passage and second suction passage, wherein when described first parts are fixed to described main frame body, described first suction passage can be communicated with described dust receptacle fluid via described first inlet, and the described first suction source and described first outlet fluid connection via described second suction passage.Described first shell can comprise first wall, and described main frame body can comprise second wall, and wherein said first wall can toward each other and contact with described second wall, and wherein said first inlet and described second outlet can run through described first wall and form.Described second suction passage can have the opening of second wall formation that runs through described main frame body, wherein said first the outlet can be configured to engage with the opening of described second suction passage, thereby the permission air-flow from described dust receptacle via described second suction passage to the described first suction source.

Still in the said equipment, described second shell can comprise second inlet and second outlet, and the wherein said second suction source is configured to generate from described second described second forced draft that exports that enters the mouth.When described first parts and described second parts formed described hand-held vacuum cleaner, described first outlet can engage with described second inlet.Described first shell can limit air flow path between described first inlet and described first outlet, wherein said equipment also comprises the filter that is arranged in this air flow path, makes filtered by this filter before described first shell is discharged via described first outlet via described first air that enters the mouth described first shell of inflow.Described first shell can limit air flow path, generation eddy airstream when wherein said air flow path can be formed at air and flows through between described first inlet and described first outlet.

Also in the said equipment, described another vacuum cleaner can be a canister type vacuum cleaner.In described first and second parts at least one also can comprise rechargeable battery.Described equipment also can comprise the battery charge position that is positioned at described main frame body and is configured to be connected to described rechargeable battery.Described first parts can be configured to not, and tool using is fixed to described main frame body and opens from described host identity.Described first parts also can comprise the handle of described hand-held vacuum cleaner.Described main frame body also can limit compartment, and this compartment is configured to hold from nozzle and prolongs manages at least one that select the group of forming.

In addition, in above equipment, this equipment also can comprise the air inlet pipe that is connected to described second shell, wherein said air inlet pipe can be configured to initially receive extraneous air and air guided to the pipeline that limits in described second shell, wherein when described first parts and described second parts form described hand-held vacuum cleaner, the pipeline of the second hand-held shell can make between described air inlet pipe and described first shell and interconnect, thereby makes extraneous air initially march to described first shell by described air inlet pipe reception and via the pipeline of described second shell.Described air inlet pipe can be formed between the primary importance and the second place and hingedly move with respect to described second parts, wherein said air inlet pipe can be communicated with described pipeline fluid when described primary importance, and wherein said air inlet pipe can not be communicated with described pipeline fluid when the described second place.Described main frame body can also comprise second installation position, and wherein said second parts can be fixed to described main frame body dividually, and wherein said air inlet pipe can be positioned at the described second place when described second parts are fixed to described main frame body.

Another aspect of the present invention provides a kind of method for vacuum cleaning, this method for vacuum cleaning comprises: a kind of vacuum cleaner apparatus is provided, this vacuum cleaner apparatus comprises the main frame body, releasably be fastened to first parts of described main frame body, releasably be fastened to second parts of described main frame body, with the suction hose that is connected to described main frame body, wherein said main frame body comprises the first suction source, wherein said first parts comprise first shell and by described first shell limit or this first shell of packing in dust receptacle, wherein said dust receptacle and described first sucks source fluid and is communicated with, wherein said second parts comprise second shell and the second suction source in described second shell of packing into, wherein said dust receptacle is not communicated with the described second suction source fluid, and wherein said suction hose is communicated with the described dust receptacle fluid of described first parts; And move the described first suction source so that in described dust receptacle and described suction hose, form negative pressure, thus the surface is cleaned.

In said method, this method also can comprise: unclamp described first parts from described main frame body; Unclamp described second parts from described main frame body; And described first shell and described second shell engaged and be assembled into hand-held vacuum cleaner, make described dust receptacle be communicated with the described second suction source fluid.Described hand-held vacuum cleaner can comprise the air inlet pipe that is communicated with described dust receptacle fluid, wherein said method also can comprise the described second suction source of operation so that form the stream of the air to described suction source from described air inlet pipe to described dust receptacle with from described dust receptacle, thus the surface is cleaned.Extraneous air can be inhaled into described air inlet pipe and roughly flow to described dust receptacle along first direction, the air in the wherein said dust receptacle can be roughly along flowing to described suction source when the second direction of intersecting with described first direction when the top of described hand-held vacuum cleaner is seen.Described first direction and second direction can be with about right angle intersection forks.Described second shell can limit the pipeline that the described dust receptacle that makes described air inlet pipe and described first parts is interconnected, and the described pipeline of extraneous air by described second shell that wherein is inhaled in the described air inlet pipe flows to described dust receptacle.Described air inlet pipe can hingedly be connected to described second shell, and wherein said method also can be included in and hingedly rotates described air inlet pipe between the primary importance and the second place.

In said method, described first parts are tool using and unclamping from described main frame body not.Described method also can comprise: described first parts and described second parts are separated; Described first parts are fastened to described main frame body, make described dust receptacle to be communicated with the described first suction source fluid; And described second parts are fastened to described main frame body.Described first parts are fastened to described main frame body do not need instrument.Described main frame body also can comprise storage compartment and can comprise the nozzle that is stored in the described storage compartment and prolong in the middle of the pipe at least one, and wherein said method also can comprise in the middle of described nozzle and the described prolongation pipe at least one is connected to described suction hose.Described vacuum cleaner apparatus can be a canister type vacuum cleaner.Described first parts can comprise the partition wall that is formed at formation eddy airstream in the described dust receptacle.Described first shell can comprise first inlet and first outlet, wherein said dust receptacle can be in the path between described first inlet and described first outlet, wherein said main frame body can comprise first suction passage and second suction passage, wherein said first suction passage can be communicated with described dust receptacle fluid by described first inlet, and the described first suction source is communicated with by the described second suction passage fluid with described first outlet.

Another aspect of the present invention provides a kind of method for vacuum cleaning.This method for vacuum cleaning comprises: first parts are provided, these first parts comprise first shell and by described first shell limit or described first shell of packing in dust receptacle; Second parts are provided, and these second parts comprise second shell and the suction source in described second shell of packing into; With described first parts and second components bonding, so that form the hand-held vacuum cleaner of one, wherein said dust receptacle and described suction source fluid communication with each other, wherein said hand-held vacuum cleaner comprises the air inlet pipe that is communicated with described dust receptacle fluid; And move described suction source so that form the stream of the air to described suction source from described air inlet pipe to described dust receptacle with from described dust receptacle, wherein extraneous air is inhaled into described air inlet pipe and roughly flow to described dust receptacle along first direction, and the air in the wherein said dust receptacle is roughly along flowing to described suction source in the second direction of intersecting with described first direction when the top of described hand-held vacuum cleaner is seen.

In said method, described first and second directions can be with about right angle intersection fork.Described hand-held vacuum cleaner also can comprise elongate handle, and wherein when when described top is seen, described first shell can roughly be positioned at a side of described elongate handle, and described second shell can roughly be positioned at the opposite side of described elongate handle.Described elongate handle can be fixed to described first shell.Described second shell can limit the pipeline that the described dust receptacle that makes described air inlet pipe and described first parts is interconnected, and the extraneous air that wherein is inhaled in the described air inlet pipe can flow to described dust receptacle by the described pipeline of described second shell.Described first parts can comprise the partition wall that is formed at formation eddy airstream in the described dust receptacle.

Another aspect of the present invention provides a kind of hand-held vacuum cleaner device, and this hand-held vacuum cleaner device comprises: first parts, these first parts comprise first shell and by this first shell limit or this first shell of packing in dust receptacle; Second parts, these second parts comprise second shell and the suction source in this second shell of packing into, and wherein said first shell and second shell engage each other and form the hand-held vacuum cleaner of one; Air inlet pipe, this air inlet pipe is configured to initially receive extraneous air, and wherein this air inlet pipe is communicated with the described first shell fluid, forms when wherein operating in described suction source via first air-flow of described air inlet pipe to described dust receptacle; And when being arranged such that and operating in described suction source, wherein said first parts and described second parts form second air-flow from described first housing to described second housing, and wherein roughly intersected with each other in the direction of described first air-flow when the top of described hand-held vacuum cleaner is watched and second air-flow.

Said apparatus also can comprise the elongate handle of described hand-held vacuum cleaner, and wherein when described top is watched, described first parts can roughly be positioned at a side of described elongate handle, and described second parts can roughly be positioned at the opposite side of described elongate handle.Described elongate handle can be fixed to described first shell.Described first air-flow and described second air-flow can be intersected with each other with about right angle.Described first air-flow and described second air-flow can be intersected with each other with the angle of on-right angle.Described first parts can comprise that being formed on the inlet of first in described first shell and first exports, and wherein said first inlet can be configured to receive described first air-flow.Described second parts can comprise that being formed on the inlet of second in described second shell and second exports, wherein said second inlet and described first outlet can be engaged and allow described second air-flow from described first shell to described second shell, and wherein said second parts can be constructed such that the air that arrives described suction source passes through described second outlet and discharges.Described second entrance and exit can be located opposite from described second shell substantially.Described second parts also can comprise the pipeline that is arranged in described second shell, and this pipeline makes first inlet of described air inlet pipe and described first parts be interconnected.

In said apparatus, described first shell can limit the internal gas flow path between described first inlet and described first outlet, and wherein this internal gas flow path can be configured to produce the eddy airstream that flows through this path.Described first shell can limit the internal gas flow path between described first inlet and described first outlet, wherein said device also can comprise the filter that is arranged in this internal gas flow path, makes can filtered by this filter before described first shell is discharged via described first outlet via described first air that enters the mouth described first shell of inflow.Described first shell can comprise first wall, and described second shell can comprise second wall, and wherein said first wall can toward each other and contact with described second wall, and wherein said first inlet and described first exports and runs through described first wall formation.Described second parts can comprise that being formed on second in described second shell enters the mouth, this second inlet is configured to engage with described first outlet, thereby allow described second air-flow from described first shell to described second shell, wherein said second inlet can run through described second wall and form.Described second parts also can comprise the pipeline that is arranged in described second shell, and wherein this pipeline has first opening that runs through described second wall, and wherein this opening of this pipeline can be positioned to engage with described first inlet.Described pipeline has second opening that is connected to described air inlet pipe, and wherein said first air-flow can be configured to arrive described dust receptacle through described air inlet pipe, described second opening, described pipeline, described first opening and described first inlet successively.Described device also can comprise the rechargeable battery that is contained in described first shell or described second shell.

Another aspect of the present invention provides a kind of hand-held vacuum cleaner device, and this hand-held vacuum cleaner device comprises: first parts, these first parts comprise first shell and by this first shell limit or this first shell of packing in dust receptacle; Second parts, these second parts comprise second shell and the suction source in this second shell of packing into, and wherein said first shell and second shell engage each other and form the hand-held vacuum cleaner of one; And air inlet pipe, this air inlet pipe hingedly is connected to described first parts or second parts, and be formed at hingedly rotation between the primary importance and the second place, wherein in described primary importance, described air inlet pipe is communicated with described dust receptacle perfect fluid, wherein in the described second place, described air inlet pipe and described dust receptacle basically not fluid be communicated with.Described second parts comprise the pipeline that can be formed in described second shell, and wherein this pipeline is interconnected described air inlet pipe and described dust receptacle.Described air inlet pipe comprises far-end, and wherein when being positioned at described primary importance, described far-end can be positioned at first distance, and wherein when being positioned at the described second place, described far-end can be positioned at the second distance place, and wherein said second distance is greater than described first distance.Described device also can comprise the elongate handle of described hand-held vacuum cleaner, and wherein when the top is watched, described first parts can roughly be positioned at a side of described elongate handle, and described second parts can roughly be positioned at the opposite side of described elongate handle.

One aspect of the present invention provides a kind of vacuum cleaner, this vacuum cleaner has the hand held cleaner that is integrated on it, thereby operates and need not independent hand held cleaner even maybe can not provide the position of power cable also can carry out vacuum cleaning at narrow space.

Another aspect of the present invention provides a kind of clear dust catcher of vacuum that is integrated with hand held cleaner, and this vacuum cleaner provides improved battery fastening structure, allowing changing battery and charging easily, and is convenient to repair vacuum cleaner.

Another aspect of the present invention provides a kind of vacuum cleaner that is integrated with hand held cleaner, and it allows during using vacuum cleaner hand held cleaner to be charged.

One aspect of the present invention provides a kind of vacuum cleaner that is integrated with hand held cleaner, this vacuum cleaner comprises: the main frame body, this main frame body has fuselage inlet, fuselage outlet and installation portion and holds motor sub-assembly, by described fuselage outlet air is discharged then by described fuselage inlet air is imported described main frame body; And dust receptacle, this dust receptacle is installed on the described installation portion, to go out exterior materials from the air filtration that enters described main frame body by described fuselage inlet; Driver element, this driver element are installed on the described installation portion and are attached to described dust receptacle, to produce suction in described dust receptacle; And electric supply installation, this electric supply installation is used for to described driver element supply electric energy.

Preferably, described fuselage inlet is formed on the front portion of described main frame body, and described fuselage outlet is formed on the rear portion of described main frame body, and described motor sub-assembly is positioned near the described fuselage outlet.

Preferably, described installation portion comprises second installation portion that is used to receive first installation portion of described dust receptacle and is used to receive described driver element.

Preferably, described dust receptacle constitutes enclosure space, and have the one of being formed on side with corresponding air inlet of first installation portion and exhaust outlet.

Preferably, described driver element comprises suction apparatus, and is attached to described dust receptacle and constitutes hand held cleaner when described first installation portion is pulled down at dust receptacle.

Preferably, described electric supply installation comprises the terminal that is arranged on described second installation portion with the supply electric energy, be arranged on the described driver element with contact corresponding with described terminal and battery, and this battery is used to store by the electric energy of described contact supply and this electric energy is supplied to described suction apparatus.

According to a further aspect in the invention, a kind of vacuum cleaner that is integrated with hand held cleaner comprises: the main frame body, this main frame body comprises fuselage inlet, fuselage outlet and installation portion, and hold motor sub-assembly, so that being imported in the described main frame body by described fuselage inlet, air by described fuselage outlet air is discharged then; Dust receptacle, this dust receptacle are installed on the described installation portion with the air filtering exterior materials from entering described main frame body by described fuselage inlet; Driver element, this driver element are installed on the described installation portion and are attached to described dust receptacle to produce suction in described dust receptacle; Electric supply installation, this electric supply installation are used for to described driver element supply electric energy; And battery case, this battery case is arranged on the described driver element to receive described electric supply installation.

Preferably, described fuselage inlet is formed in the front portion of described main frame body, and described fuselage outlet is formed on the rear portion of described main frame body, and described motor sub-assembly is positioned near the described fuselage outlet.

Preferably, described driver element comprises the connection recess, and described battery case removably is inserted in this connection recess.

Preferably, described driver element comprises suction apparatus, and is attached to described dust receptacle and constitutes hand held cleaner when described first installation portion is pulled down at described dust receptacle.

Preferably, described electric supply installation comprises the terminal that is arranged on described second installation portion with the supply electric energy, be arranged on the described driver element with contact corresponding with described terminal and battery, and this battery is received in the described battery case and is used to store the electric energy by the supply of described contact and this electric energy is supplied to described suction apparatus.

Preferably, described vacuum cleaner also comprises the coupling arrangement that is arranged on described driver element and the battery case.

Preferably, described coupling arrangement comprises and being arranged on the described connection recess with to the splicing ear of described suction apparatus supply electric energy and be arranged on the described battery case with the connection part corresponding with described splicing ear.

Preferably, described coupling arrangement also comprises: be arranged on the maintenance groove on the described battery case; Bar, this bar have at one end place and the corresponding attachment tabs of described maintenance groove, and this bar is set on the described connection recess, make the other end of described bar be arranged in the battery case outside; And elastomeric element, this elastomeric element is arranged on described bar and connects between the recess with described.

According to a further aspect in the invention, a kind of vacuum cleaner that is integrated with hand held cleaner comprises: the main frame body, this main frame body has fuselage inlet, fuselage outlet and installation portion, and hold motor sub-assembly, so that being imported in the described main frame body by described fuselage inlet, air by described fuselage outlet air is discharged then; Dust receptacle, this dust receptacle are installed on the described installation portion with the air filtering exterior materials from entering described main frame body by described fuselage inlet; Driver element, this driver element are installed on the described installation portion and are attached to described dust receptacle to produce suction in this dust receptacle; Electric supply installation, this electric supply installation are used for to described driver element supply electric energy; Battery case, this battery case are arranged on the described driver element to receive described electric supply installation; And the boost charge device, this boost charge device can be connected to the described battery case that separates with described driver element with the supply electric energy.

Preferably, described dust receptacle constitutes enclosure space, and has the air inlet that is formed on the one side and exhaust outlet with corresponding with described first installation portion.

Preferably, described driver element comprises suction apparatus and is attached to described dust receptacle to constitute hand held cleaner when described first installation portion is pulled down at described dust receptacle.

Preferably, described electric supply installation comprises: be arranged on described second installation portion to supply the terminal of electric energy; Be connected in parallel to driving PCB with the PCB that recharges to described terminal supply electric energy, described driving PCB decision is supplied to the electric energy of described motor sub-assembly; Be arranged on the described driver element with the contact corresponding with described terminal; And being received in battery in the described battery case, this battery is used to store by the electric energy of described contact supply and this electric energy is supplied to described suction apparatus.

Advantageous effects

From the above description as can be known, the vacuum cleaner that is integrated with hand held cleaner according to embodiment of the present invention comprises dust receptacle and driver element, this driver element is removably mounted on one's body the main frame, thereby be installed in main frame on one's body the time at dust receptacle, can easily carry out the vacuum cleaning operation of vacuum cleaner to big zone, and when dust receptacle is attached to driver element, can easily carry out the vacuum cleaning operation of hand held cleaner, thereby can utilize single dust catcher to carry out the vacuum cleaning of diverse location narrow zone.

In addition, according to the embodiment of the present invention, be provided with the battery case that removably is mounted to driver element that is used to receive battery, thereby can recharge and change battery easily, and can keep in repair vacuum cleaner easily.

In addition, according to the embodiment of the present invention, be provided with electric supply installation and coupling arrangement, thereby allow driver element by coming store electrical energy to the battery supplied electric energy in motor sub-assembly operating period, and need not to recharge operation individually in vacuum cleaner operating period, make hand held cleaner to operate by the vacuum cleaner that whenever utilizes during vacuum cleaning, thereby provide users with the convenient.

Description of drawings

From the explanation of the illustrative embodiments that provides below in conjunction with accompanying drawing, above-mentioned and other aspect of the present invention, feature and advantage will become apparent, in the accompanying drawings:

Fig. 1 is the stereogram of conventional vacuum cleaners;

Fig. 2 is the schematic cross sectional views of the fuselage of the conventional vacuum cleaners shown in Fig. 1;

Fig. 3 is the stereogram according to the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention;

Fig. 4 is the stereogram according to the main frame body of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention;

Fig. 5 is the exploded perspective view according to the hand held cleaner of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention;

Fig. 6 is the vertical view according to the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention;

Fig. 7 is the cutaway view that the line A-A along Fig. 6 is got, and shows the suction path of the vacuum cleaner that is integrated with hand held cleaner;

Fig. 8 is the side view according to the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention;

Fig. 9 is the cutaway view that the line B-B along Fig. 8 is got, and shows the discharge path of the vacuum cleaner that is integrated with hand held cleaner;

Figure 10 is the stereogram according to the hand held cleaner of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention;

Figure 11 is the exploded perspective view according to the dust receptacle of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention;

Figure 12 is the vertical view according to the hand held cleaner of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention;

Figure 13 is the cutaway view that the line C-C along Figure 12 is got, and shows the suction path of hand held cleaner;

Figure 14 is the side view according to the hand held cleaner of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention;

Figure 15 is the cutaway view that the line D-D along Figure 14 is got, and shows the discharge path of hand held cleaner;

Figure 16 is the face upwarding stereogram according to the driver element of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention;

Figure 17 is the cutaway view according to the electric supply installation of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention;

Figure 18 is the view sub-anatomy according to the electric supply installation of the vacuum cleaner of one embodiment of the present invention;

Figure 19 is the stereogram according to the electric supply installation of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention;

Figure 20 is the view sub-anatomy according to the electric supply installation of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention;

Figure 21 is the sectional view according to the electric supply installation of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention;

Figure 22 is the stereogram according to the jockey of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention;

Figure 23 is the stereogram according to the accommodation section of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention;

Figure 24 is the cutaway view according to the accommodation section of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention; And

Figure 25 is the schematic diagram according to the electric supply installation of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention.

The specific embodiment

To contrast accompanying drawing below and describe various embodiment of the present invention in detail.

For ease of explanation, will the vacuum cleaner that be integrated with hand held cleaner be described by way of example., should be noted that accompanying drawing is not accurately to determine to scale herein, and just to be convenient to explanation and clear for the purpose of may exaggerate line weight and part dimension.

And the term of Shi Yonging defines by considering function of the present invention herein, and can change according to user or operator's custom or intention.

Therefore, should make the definition of term according to whole disclosures herein.

Fig. 3 is the stereogram according to the vacuum cleaner with hand held cleaner of one embodiment of the present invention; Fig. 4 is the stereogram according to the main frame body of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention; And Fig. 5 is the exploded perspective view according to the hand held cleaner of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention.

Fig. 6 is the vertical view according to the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention; Fig. 7 is the cutaway view that the line A-A along Fig. 6 is got, and shows the cutaway view in the suction path of the vacuum cleaner that is integrated with hand held cleaner; And Fig. 8 is the side view according to the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention.

Fig. 9 is the cutaway view that the line B-B along Fig. 8 is got, and shows the discharge path of the vacuum cleaner that is integrated with hand held cleaner; Figure 10 is the stereogram according to the hand held cleaner of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention; And Figure 11 is the exploded perspective view according to the dust receptacle of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention.

Figure 12 is the vertical view according to the hand held cleaner of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention; Figure 13 is the cutaway view that the line C-C along Figure 12 is got, and shows the suction path of hand held cleaner; And Figure 14 is the side view according to the hand held cleaner of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention.

Figure 15 is the cutaway view that the line D-D along Figure 14 is got, and shows the discharge path of hand held cleaner; Figure 16 is the face upwarding stereogram according to the driver element of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention; And Figure 17 is the cutaway view according to the electric supply installation of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention.

Figure 18 is the view sub-anatomy according to the electric supply installation of the vacuum cleaner of one embodiment of the present invention; Figure 19 is the stereogram according to the electric supply installation of the vacuum cleaner of one embodiment of the present invention; And Figure 20 is the view sub-anatomy according to the electric supply installation of the vacuum cleaner of one embodiment of the present invention.

Figure 21 is the sectional view according to the electric supply installation of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention; Figure 22 is the stereogram according to the jockey of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention; And Figure 23 is the stereogram according to the accommodation section of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention.

Figure 24 is the cutaway view according to the accommodation section of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention; And Figure 25 is the schematic diagram according to the electric supply installation of the vacuum cleaner that is integrated with hand held cleaner of one embodiment of the present invention.

Contrast Fig. 3 to Fig. 9 comprises according to the vacuum cleaner of one embodiment of the present invention: main frame body 30 is formed with fuselage inlet 31, fuselage outlet 32 and installation portion 33 on one's body at this main frame; Motor sub-assembly 40 (referring to Fig. 9), this motor sub-assembly 40 are arranged in the main frame body 30 to force exporting 32 discharges by the air that fuselage inlet 31 imports in the main frame body 30 by fuselage; Dust receptacle 50, this dust receptacle 50 are removably mounted on the installation portion 33 to go out exterior materials from 31 air filtrations that enter the main frame body 30 that enter the mouth by fuselage; Driver element 60, this driver element 60 are removably mounted on the installation portion 33 and with dust receptacle 50 and link to produce suction at dust receptacle 50 dust receptacle 50 when main frame body 30 is pulled down; And electric supply installation 90 (referring to Figure 19), this electric supply installation 90 is arranged on main frame body 30 and the driver element 60.

Under situation about being installed at dust receptacle 50 and driver element 60 on the main frame body 30 when vacuum cleaner is powered, motor sub-assembly 40 be driven and force air through and the fuselage inlet 31 elongate catheter (not shown) that are connected import in the main frame bodies 30 by nozzle 110.

Then, along with exterior materials in dust receptacle 50 with air separation, air is discharged to the outside by fuselage outlet 32, thereby makes vacuum cleaner can carry out the vacuum cleaning operation.

Electric energy is stored in the driver element 60 by electric supply installation 90.Therefore, dust receptacle 50 separate with main frame body 30 with driver element 60 and situation about being coupled to each other under, can operate driver element 60 by connecting power switch 67, thereby the vacuum cleaning that can carry out hand held cleaner is operated.

Herein, since by electric supply installation 90 that the principle of power storage in driver element 60 is identical with the principle of typical recharger, so omit its detailed description herein.

Fuselage inlet 31 is formed on the preceding middle section place of main frame body 30, and fuselage outlet 32 sides that are formed on main frame body 30 rear portions.Motor sub-assembly 40 is positioned at fuselage and exports 32 inboards.

Installation portion 33 is included in main frame body 30 1 sides with respect to first installation portion 35 under main frame body 30 central foveas with at the second recessed installation portion 36 of the opposite side of main frame body 30.

Air is being removed exterior materials when being installed in the dust receptacle 50 on first installation portion 35 after importing in the main frame body 30 by fuselage inlet 31, be discharged to the outside by motor sub-assembly 40 by fuselage outlet 32 then.

Contrast Figure 10 to Figure 14 and Figure 22, dust receptacle 50 comprises: the housing 51 that wherein is limited with enclosure space; Be arranged on a side of housing 51 and have air inlet 55 and the cover 52 of exhaust outlet 56; Be arranged on the filter 57 of exhaust outlet 56; From covering the handle 53 that a side of 52 is extended; Be arranged on the handle cover 54 on the handle 53; And be arranged on handle 53 and the handle cover 54 dust receptacle 50 is attached to the first erecting device 80a of first installation portion 35.

Bending conduit 55a is positioned at air inlet 55 and extends into partly around filter 57.

Air imports in the dust receptacle 50 by air inlet 55 after sucking in the main frame body 30 by fuselage inlet 31, filters exterior materials by the filter in the dust receptacle 50 57, and is discharged to once more in the main frame body 30 by exhaust outlet 56.

Air in being discharged to main frame body 30 after, finally be discharged to the outside by motor sub-assembly 40 by fuselage outlet 32.

In order to constitute aforesaid air path, first installation portion 35 be formed with corresponding to air inlet 55 and with the fuselage inlet 31 outlet 35a that are connected, and be formed with corresponding to exhaust outlet 56 and with fuselage outlet 32 suction inlets that are connected.

Contrast Fig. 4, Figure 11 and Figure 16, erecting device 80 comprise the first erecting device 80a that is arranged on the dust receptacle 50, be arranged on first installation portion 35 and with the joining second erecting device 80b of the first erecting device 80a and be arranged on the driver element 60 and with joining the 3rd erecting device 80c of the first erecting device 80a.

The first erecting device 80a comprise be configured to insert in the cover 52 or from cover 52 outstanding latch boss 84, movably be arranged on the handle 53 with latch boss 84 is moved to the handle button 82 the cover 52 and be arranged in latch boss 84 and the inwall of handle 53 between to apply elastomeric element (not shown) to latch boss 84 towards the power of groove 35c.

The second erecting device 80b is included in the groove 35c that forms accordingly with latch boss 84 on first installation portion 35, and the 3rd erecting device 80c is included in the groove 68 that forms accordingly with latch boss 84 on the driver element 60.

Contrast Fig. 4 and Figure 22, first jockey 70 is arranged on the dust receptacle 50 and first installation portion 35.First jockey 70 comprises peripheral outward extending circular pawl 72 from exhaust outlet 56, from the end of pawl 72 along the outstanding slide protrusion 74 of lateral, around the periphery of suction inlet 35b and circular slot 76 that pawl 72 forms accordingly, in the formation of the outer end of slot 76 with the engaging protrusion 77 of blocking slide protrusion 74 and be assembled to the seal member (not shown) of making by elastomeric material the slot 76.

When dust receptacle 50 being installed on first installation portion 35, on first installation portion 35, dust receptacle 50 being tilted at a predetermined angle so that preventing slide protrusion 74 and engaging protrusion 77 interferes, thereby pawl 72 is inserted in the slot 76.Then, with dust receptacle 50 rotation and be placed on first installation portion 35.

At this moment, the rotation by dust receptacle 50 make slide protrusion 74 along slot 76 slide and thereby slide protrusion is arranged between engaging protrusion 77 and the slot 76, this causes closely contacting between exhaust outlet 56 and the suction inlet 35b.

In addition, when dust receptacle 50 rotations, the elastomeric element (not shown) is compressed and latch boss 84 is inserted in the cover 52.Then, when dust receptacle 50 was installed on first installation portion 35, from covering 52 among the outstanding and insertion groove 35c, thereby the rotation of restriction dust receptacle 50 separated with main frame body 30 to prevent dust receptacle 50 by the restoring force of elastomeric element for latch boss 84.

Driver element 60 is removably mounted on second installation portion 36 and has suction apparatus 61, makes when dust receptacle 50 separates with first installation portion 35, and driver element 60 can link to constitute hand held cleaner with dust receptacle 50.

Driver element 60 is provided with and is used to the exhaust port 63 that sucks the suction lead 62 of air and be used to discharge the air of having removed exterior materials.

Driver element 60 is formed with the air inlet 55 corresponding and outlets 64 that be connected with suction lead 62 with dust receptacle 50.

Driver element 60 is formed with the exhaust outlet 56 corresponding and suction inlets 65 that be connected with exhaust port 63 with dust receptacle 50.

Contrast Fig. 5 and Figure 11, be arranged on erecting device 80 ' on dust receptacle 50 and the driver element 60 comprise can insert cover 52 or from cover the outstanding latch boss 84 ' in 52 surface, at driver element 60 that form and latch boss 84 ' the corresponding groove 68 ', movably be arranged on the handle 53 with when being pressed, make latch boss 84 ' insert the handle button 82 ' the cover 52 by the user and be arranged in latch boss 84 ' and the inwall of handle 53 between so that the elastomeric element (not shown) in the latch boss 84 ' insertion groove 68 '.

Contrast Fig. 5 and Figure 22, second jockey 70 ' that structure is identical with first jockey 70 is arranged on dust receptacle 50 and the driver element 60.

The circular slot 76 ' that second jockey 70 ' comprises peripheral outward extending circular pawl 72 ' from exhaust outlet 56, form accordingly along the outstanding slide protrusion 74 ' of lateral, around the periphery and the pawl 72 ' of suction inlet 65 from the end of pawl 72 ', in the formation of the outer end of slot 76 ' with the engaging protrusion 77 ' that engages with slide protrusion 74 ' and be assembled to the seal member (not shown) of making by elastomeric material the slot 76 '.

In the time will being connected to driver element 60 with the dust receptacle 50 that first installation portion 35 separates, dust receptacle 50 is tilted at a predetermined angle so that preventing slide protrusion 74 ' and engaging protrusion 77 ' interferes with respect to driver element 60, thereby pawl 72 ' is inserted in the slot 76 '.Then, rotation dust receptacle 50 so that itself and driver element 60 link.

At this moment, the rotation by dust receptacle 50 make slide protrusion 74 ' along slot 76 ' slide and thereby be arranged between engaging protrusion 77 ' and the slot 76 ', this causes closely contacting between exhaust outlet 56 and the suction inlet 65.

In addition, when rotation dust receptacle 50, the elastomeric element (not shown) is compressed and latch boss 84 ' is inserted in the cover 52.Then, when dust receptacle 50 was coupled to driver element 60, from cover 52 outstanding and insertion groove 68, thereby the rotation of restriction dust receptacle 50 separated with driver element 60 to prevent dust receptacle 50 latch boss 84 ' by the restoring force of elastomeric element.

Contrast Figure 18 to Figure 21, electric supply installation 90 comprise on the inwall that is formed on second installation portion 36 with the terminal 92 of supply electric energy, on driver element 60, form with terminal 92 corresponding contacts 94 and storage by contact 94 supplies electric energy and to the battery 96 of suction apparatus 61 supply electric energy.

Battery 96 is contained in the battery case 99 that removably is connected to driver element 60, makes battery 96 can store by the electric energy of contact 94 supplies and to suction apparatus 61 supply electric energy.

Coupling arrangement 100 is arranged on driver element 60 and the battery case 99 so that battery case 99 removably is connected on the driver element 60, and connects recess 66 and be formed on the driver element 60 to hold battery case 99.

Contrast Figure 16 to Figure 18, coupling arrangement 100 comprises: the maintenance groove 102 that forms on battery case 99; Bar 104, this bar 104 has attachment tabs 105, this attachment tabs 105 forms with keeping groove 102 accordingly at an end of bar 104, make bar 104 can with the connecting recess 66 and can hingedly connect of driver element 60; Be arranged in bar 104 and the elastomeric element (not shown) that connects between the recess 66; Splicing ear 108, it is arranged on the inwall that connects recess 66 to supply electric energy to suction apparatus 61; And be arranged on the battery case 99 and with splicing ear 108 corresponding connection parts 109.

Herein, because the other end of bar is positioned at battery case 99 outsides, so when from the connection recess 66 split cell boxes 99 of driver element 60, can be by the other end of push strut 104 attachment tabs 105 be separated to and keeps groove 102 outsides.

When battery case 99 was connected to driver element 60, the battery case 99 that will have a plurality of batteries 96 inserted and connects in the recess 66.Then, elastomeric element is compressed and forces attachment tabs 105 to be pushed out connection recess 66, so battery case 99 is placed on the connection recess 66.When battery case 99 inserted in the connection recess 66, bar 104 rotated by the restoring force of elastomeric element, kept in the grooves 102 thereby attachment tabs 105 is inserted.As a result, battery case 99 can be installed on the driver element 60 fully.

Then, when driver element 60 was installed on second installation portion 36, terminal 92 was electrically connected with contact 94, thereby can be with electrical power storage in battery 96.

Contrast Figure 25, electric supply installation 90 comprise with driving PCB 98a is connected in parallel and recharge printed circuit board (PCB) (PCB) 98, with to terminal 92 supply electric energy.

Driving PCB 98a is the PCB that determines whether to motor sub-assembly 40 power supplies.

Therefore, when driver element 60 was installed on second installation portion 36 under battery case 99 and driver element 60 joining situations, terminal 92 contacted with contact 94 to obtain electrical connection between them.

At this moment, electric energy is stored in the battery 96 by recharging PCB98.

Recharging PCB98 is connected in parallel between attaching plug 97 and the driving PCB 98a.Therefore, when by attaching plug 97 and wall socket (not shown) being linked and when driving PCB 98a power, also powering, thereby finish charging operations to recharging PCB98.

Like this, when attaching plug 97 is installed under the situation on second installation portion 36 when linking with wall socket at driver element 60, battery 96 can be recharged and with motor sub-assembly 40 whether be driven irrelevant, thereby hand held cleaner can be ready for vacuum cleaning operation.

[143] in addition, also comprise and be connected to the battery case 99 that separates with driver element 60 boost charge device 99a because be integrated with the vacuum cleaner of hand held cleaner, so even under the situation of only using the hand held cleaner that constitutes by driver element 60 and dust receptacle 50 are linked, also can easily charge battery 96 with the supply electric energy.

Contrast Figure 23 and 24, above-mentioned technical construction is used for filtering out exterior materials by dust receptacle 50 from air when air sucks main frame body 30 by fuselage inlet 31.At this moment, be provided with the elongate catheter (not shown) at fuselage inlet 31, and a nozzle in the middle of an end of this elongate catheter optionally is provided with the nozzle 110 that can have different shape, make it possible to carry out the vacuum cleaning operation effectively at all places.

Nozzle 110 in order to hold different shape is formed with accommodation section 34 on the bottom of main frame body 30, and has on the inwall of accommodation section 34 and the corresponding a plurality of holding tanks 39 of the shape of nozzle 110.

In addition, 34 holding tank 39 breaks away from from the accommodation section in order to prevent nozzle 110, and lid 37 at one end hingedly is attached to the edge of accommodation section 34, and is provided with opening and closing device 38 in the other end and the accommodation section 34 of lid 37.

Opening and closing device 38 is included in and covers hamulus 38a that forms on 37 and the binding groove 38b that is used to receive hamulus 38a that forms on accommodation section 34.

When covering 37 rotations and when inserting hamulus 38a among the binding groove 38b by making under the situation that is assemblied at nozzle 110 in the holding tank 39, hamulus 38a is suppressed in case unclamp from binding groove 38b, and this prevents to cover 37 and is opened.

Binding groove 38b is the general fastener that keeps inserting projection wherein in a key (one-touch) mode, therefore, omits its detailed description herein.

When the vacuum cleaner that will as above be constructed is transformed into the hand held cleaner that is used for the vacuum cleaning operation, dust receptacle 50 and driver element 60 are linked to constitute hand held cleaner, and wherein suction lead 62 can be arranged on the driver element 60 to suck air and exterior materials in vacuum cleaning operating period with pulling.

In addition, when being installed in driver element 60 and dust receptacle 50 on the main frame body 30, suction lead 62 is arranged to outstanding from driver element 60, thereby make driver element 60 and dust receptacle 50 be easy to mounted thereto.

This suction lead 62 can be rotatably set on the hole 62a that is connected with outlet 64, and is made of bend pipe.Therefore, when driver element 60 was installed on second installation portion 36, suction lead 62 was rotated so that closely contact with the lower surface of driver element 60, makes driver element 60 can easily be installed on second installation portion 36.

In addition, second installation portion 36 is formed with and suction lead 62 corresponding crooked mounting groove 36a (seeing Figure 19) on its bottom, thereby is easier to driver element 60 is installed on the main frame body 30.

Next, the operation that explanation is as above constructed according to the vacuum cleaner of embodiment of the present invention.

At first, when the vacuum cleaning operation is carried out in big zone, under the situation that dust receptacle 50 tilts on first installation portion 35 at a predetermined angle pawl 72 is being inserted in the slot 76 of first installation portion 35 with vacuum cleaner.Then, by dust receptacle 50 is rotated in first installation portion 35, make slide protrusion 74 along slot 76 rotation and thereby be assemblied between engaging protrusion 77 and the slot 76, so dust receptacle 50 is connected on first installation portion 35.

In addition, after being rotated down and closely being contacted the lower surface of driver element 60, the suction lead 62 of driver element 60 is inserted among the mounting groove 36a on second installation portion 36, makes driver element 60 be installed on second installation portion 36 and terminal 92 is electrically connected with contact 94.

Be installed in as described above under the main frame situation on one's body of vacuum cleaner at dust receptacle 50 and driver element 60, wall socket is pulled out and be connected to attaching plug 97 with to driving PCB 98a with recharge PCB 98 supply electric energy from main frame body 30, thus battery 96 is charged.

Certainly, even under driver element 60 is not installed in situation on second installation portion 36, also can drive vacuum cleaner, because can be to motor sub-assembly 40 power supplies.

Then, when the user begins vacuum cleaning, make air pass through the suction that one of them nozzle 110 and elongate catheter (not shown) import to motor sub-assembly 40 power supply with generation from driving PCB 98a.

Air flows into dust receptacle 50 along outlet 35a, air inlet 55 and conduit 55a after importing in the main frame body 30 by fuselage inlet 31.

Air in being imported into dust receptacle 50 after, flow into its central authorities from the periphery of filter 57, exterior materials is filtered device 57 and removes from air during this period.

Filtering the air of exterior materials flow to once more among the flow channel 32a that limits at the middle section place of main frame body 30 by exhaust outlet 56 and suction inlet 35b.

In this way, discharge from main frame body 30 because air exports 32 by means of motor sub-assembly 40 by fuselage, so vacuum cleaner can be carried out the vacuum cleaning operation.

By aforesaid operation, the vacuum cleaning operation is carried out in big zone with vacuum cleaner.

Next, when to such as the narrow zones such as groove of the gap between several the furniture, door when carrying out vacuum cleaning, can be by being accomplished after main frame body 30 dust-separating containers 50 and driver element 60, preparing hand held cleaner.

When the user pushed handle button 82 downwards in order to constitute hand held cleaner, the elastomeric element (not shown) was compressed and latch boss 84 is inserted in the handle cover 54.Then, by rotating up handle 53 in the pushing handle button 82 downwards, make dust receptacle 50 rotations and slide protrusion 74 is unclamped from engaging protrusion 77.

As a result, dust receptacle 50 can be separated from first installation portion 35.

Then,, the dust receptacle 50 that separates is connected to from the driver element 60 of second installation portion, 36 separation, constitutes hand held cleaner thus dust receptacle 50 is connected to the mode on first installation portion 35.

At last, by rotating the suction lead 62 that closely contacts with the lower surface of driver element 60 forward, the hole 62a of the driver element 60 that will form corresponding to suction lead 62 is connected on the suction lead 62, and thereby suction lead 62 is connected with outlet 64.

When connecting the power switch 67 of the hand held cleaner that constitutes as mentioned above, suction apparatus 61 is driven and forces air to be drawn in the hand held cleaner along suction lead 62, and the air that is inhaled into flows in the dust receptacle 50 by outlet 64 and air inlet 55.

Filtering the air of exterior materials flow to driver element 60 again by exhaust outlet 56 and suction inlet 65, and from driver element 60, discharge by exhaust port 63 by means of suction apparatus 61 subsequently.

Like this, hand held cleaner can be carried out the vacuum cleaning operation.

In order to make hand held cleaner can carry out the vacuum cleaning operation for a long time, battery 96 is recharged.

At first, with the method for dust-separating container 50 dust receptacle 50 is separated from driver element 60, and the driver element 60 that separates is installed on second installation portion 36.

As a result, terminal 92 contacts contacts 94 and is electrically connected with contact 94, from recharging PCB 98 to driver element 60 supply electric energy, thus battery 96 is charged.

In order with under the situation that dust receptacle 50 separates battery 96 not to be charged at driver element 60, downwards catch bar 104 so that attachment tabs 105 unclamp from keeping groove 102.

Next, after driver element 60 takes out battery case 99, can be by boost charge device 99a be connected to the charging operations that connection part 109 is carried out battery 96.

The vacuum cleaner that is integrated with hand held cleaner according to embodiment of the present invention has been described above.Yet, should be noted that the present invention is not limited to this embodiment of vacuum cleaner.For example, vacuum cleaner can be made of and without driver element 60 main frame body 30, motor sub-assembly 40 and dust receptacle 50, and can be used to carry out the vacuum cleaning operation of above-mentioned vacuum cleaner.

In addition, hand held cleaner can be made of and need not be according to the main frame body 30 and the motor sub-assembly 40 of the vacuum cleaner of embodiment of the present invention driver element 60, dust receptacle 50 and boost charge device 99a, and can be used in the vacuum cleaning operation of carrying out above-mentioned hand held cleaner.

Such hand held cleaner comprises: dust receptacle 50, and it has air inlet 55 and exhaust outlet 56; Be positioned at the filter 57 of dust receptacle 50 inside; Be detachably connected to dust receptacle 50 in dust receptacle 50, to produce the driver element 60 of suction; Be arranged on the driver element 60 and the suction lead 62 that is connected with air inlet 55; And be formed in the driver element 60 and the exhaust port 63 that is connected with exhaust outlet 56.

Filter 57 has cylindrical shape and is positioned at exhaust outlet 56 inside.As Figure 11 and shown in Figure 15, air inlet 55 extends into partly around filter 57.

Bending conduit 55a is positioned at air inlet 55 inside of dust receptacle 50 and extends into partly around filter 57.

By the hand held cleaner that comprises the cyclone type dust receptacle of constructing as mentioned above, can carry out the vacuum cleaning operation with hand held cleaner the samely.

Although the embodiments of the present invention that contrasted description of drawings, it will be apparent for a person skilled in the art that, embodiment is that the mode with example provides, and can make various modification and equivalent embodiment under the situation that does not break away from the spirit and scope of the present invention.

In addition, although the vacuum cleaner that is integrated with hand held cleaner has been described, but this vacuum cleaner is the mode with an example to be provided, and can be applied to other vacuum cleaners according to dust receptacle, driver element and the main frame body of embodiment of the present invention.

Claims

1, a kind of vacuum cleaner device, this vacuum cleaner device comprises:

Main frame body, this main frame body comprise first installation position and the first suction source;

First parts, these first parts releasably are fixed to described main frame body on described first installation position, wherein said first parts comprise first shell and dust receptacle, this dust receptacle limit by described first shell or this first shell of packing in;

Second parts, these second parts comprise second shell and pack the second interior suction source of this second shell into;

Wherein after being opened from described host identity, described first parts can form exercisable vacuum cleaning with described second parts and be connected, thereby form hand-held vacuum cleaner; And

Wherein when being fixed to described main frame body, described first parts do not form exercisable vacuum cleaning with described second parts and are connected, and are connected to form another vacuum cleaner but form exercisable vacuum cleaning with the described first suction source.

2, equipment according to claim 1, wherein said main frame body also comprises second installation position that is formed on the main shell, wherein said second parts can be fixed to described main frame body dividually.

3, equipment according to claim 1, wherein said main frame body does not comprise the installation position that is used for fixing described second parts.

4, equipment according to claim 1, wherein said first shell comprise first inlet and first outlet that is communicated with described dust receptacle fluid.

5, equipment according to claim 4, wherein said main frame body comprises first suction passage and second suction passage, wherein when described first parts are fixed to described main frame body, described first suction passage is communicated with described dust receptacle fluid via described first inlet, and the described first suction source and described first outlet fluid connection via described second suction passage.

6, equipment according to claim 5, wherein said first shell comprises first wall, described main frame body comprises second wall, and wherein said first wall also contacts toward each other with described second wall, and wherein said first inlet and described second outlet run through described first wall and form.

7, equipment according to claim 6, wherein said second suction passage has the opening of second wall formation that runs through described main frame body, wherein said first outlet is configured to engage with the opening of described second suction passage, thereby allows air-flow to arrive the described first suction source from described dust receptacle via described second suction passage.

8, equipment according to claim 4, wherein said second shell comprise second inlet and second outlet, and the wherein said second suction source is configured to generate from described second described second forced draft that exports that enters the mouth.

9, equipment according to claim 8, wherein when described first parts and described second parts formed described hand-held vacuum cleaner, described first outlet and described second entered the mouth and engages.

10, equipment according to claim 4, wherein said first shell limits air flow path between described first inlet and described first outlet, wherein said equipment also comprises the filter that is arranged in this air flow path, makes filtered by this filter before described first shell is discharged via described first outlet via described first air that enters the mouth described first shell of inflow.

11, equipment according to claim 4, wherein said first shell limits air flow path, generation eddy airstream when wherein said air flow path is formed at air and flows through between described first inlet and described first outlet.

12, equipment according to claim 1, wherein said another vacuum cleaner is a canister type vacuum cleaner.

13, equipment according to claim 1, at least one in wherein said first and second parts also comprises rechargeable battery.

14, equipment according to claim 13, this equipment also comprise the battery charge position that is positioned at described main frame body and is configured to be connected to described rechargeable battery.

15, equipment according to claim 1, wherein said first parts are configured to not, and tool using is fixed to described main frame body and opens from described host identity.

16, equipment according to claim 1, wherein said first parts also comprise the handle of hand-held vacuum cleaner.

17, equipment according to claim 1, wherein said main frame body also limits compartment, and this compartment is configured to hold from nozzle and prolongs manages at least one that select the group of forming.

18, equipment according to claim 1, this equipment also comprises the air inlet pipe that is connected to described second shell, wherein said air inlet pipe is configured to initially receive extraneous air and air is guided to the pipeline that limits in described second shell, wherein when described first parts and described second parts form described hand-held vacuum cleaner, the pipeline of the second hand-held shell makes between described air inlet pipe and described first shell and interconnects, thereby makes extraneous air initially march to described first shell by described air inlet pipe reception and via the pipeline of described second shell.

19, equipment according to claim 18, wherein said air inlet pipe is formed between the primary importance and the second place and hingedly moves with respect to described second parts, wherein said air inlet pipe is communicated with described pipeline fluid when described primary importance, and wherein said air inlet pipe is not communicated with described pipeline fluid when the described second place.

20, equipment according to claim 19, wherein said main frame body also comprises second installation position, wherein said second parts can be fixed to described main frame body dividually, and wherein said air inlet pipe is positioned at the described second place when described second parts are fixed to described main frame body.