CN103908194A - Bedding cleaner - Google Patents
Bedding cleaner Download PDFInfo
- Publication number
- CN103908194A CN103908194A CN201410004943.1A CN201410004943A CN103908194A CN 103908194 A CN103908194 A CN 103908194A CN 201410004943 A CN201410004943 A CN 201410004943A CN 103908194 A CN103908194 A CN 103908194A
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- Prior art keywords
- mentioned
- dust
- filter
- bedding
- arrestment portion
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
- A47L9/00—Details or accessories of suction cleaners, e.g. mechanical means for controlling the suction or for effecting pulsating action; Storing devices specially adapted to suction cleaners or parts thereof; Carrying-vehicles specially adapted for suction cleaners
- A47L9/10—Filters; Dust separators; Dust removal; Automatic exchange of filters
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
- A47L7/00—Suction cleaners adapted for additional purposes; Tables with suction openings for cleaning purposes; Containers for cleaning articles by suction; Suction cleaners adapted to cleaning of brushes; Suction cleaners adapted to taking-up liquids
- A47L7/008—Suction cleaners adapted for additional purposes; Tables with suction openings for cleaning purposes; Containers for cleaning articles by suction; Suction cleaners adapted to cleaning of brushes; Suction cleaners adapted to taking-up liquids adapted for mattresses or the like
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
- A47L9/00—Details or accessories of suction cleaners, e.g. mechanical means for controlling the suction or for effecting pulsating action; Storing devices specially adapted to suction cleaners or parts thereof; Carrying-vehicles specially adapted for suction cleaners
- A47L9/10—Filters; Dust separators; Dust removal; Automatic exchange of filters
- A47L9/12—Dry filters
- A47L9/122—Dry filters flat
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Filtering Of Dispersed Particles In Gases (AREA)
- Filters For Electric Vacuum Cleaners (AREA)
- Nozzles For Electric Vacuum Cleaners (AREA)
Abstract
The present invention relates to a bedding cleaner. The bedding cleaner comprises a body forming the appearance, a dust collecting part arranged on the body in a dismountable manner, and an absorption part for providing an absorption force for absorbing dust and air to the above dust collecting part, and exhausting the air of the above dust collecting part outwards. The above dust collecting part comprises a dust collecting cylinder shell at one side of which an opening part is formed, a dust collecting cylinder which is led into the dust collecting cylinder shell via the opening part and can be dismounted relative to the above dust collecting cylinder.
Description
Technical field
The present invention relates to bedding cleaner, in more detail, relate to the bedding cleaner that user's convenience is improved.
Background technology
Generally, there are a lot of bacteriums or acarid etc. in bedding class, and adheres to the various big and small foreign matter that much comprises fine dust.For the bacterium that is present in bedding class or acarid are carried out to sterilization or desinsection (following, these to be referred to as to " sterilization "), or remove various foreign matters, mostly use bedding sterilizing unit or bedding cleaner.
This bedding by the mode that cleaner conventionally adopts is, the bottom surfaces that the handle that people controls cleaner makes cleaner with to carry out, under state that clean position contacts, removing the various foreign matters of bedding class etc. by the cleaner that moves around.Near the handle of cleaner, be useful on and select the mode of operation of cleaning mode etc. to select button.
If bedding cleaner work,, by the inhalation power that sucks motor, sucks the foreign matter of bedding class etc. by suction nozzle.The foreign matter being sucked by suction nozzle is stored in chamber after by filter.
Be attached to that in the dust of bedding class, some cannot only come to separate from bedding class well by the inhalation power that sucks motor, so be provided with for foreign matter is separated and impact portion that bedding class is impacted from bedding class well.This impact portion is impacted bedding class by motor up-down vibration.
With regard to this bedding based on prior art is used cleaner, be not only the structure of dust bucket, the structure of mounting or dismounting dust bucket is also complicated, causes frequently breaking down.Therefore, need to study structure that simple designs is relevant to dust bucket and improve the technology of user's convenience.
Summary of the invention
The present invention is used for solving problem as above, the invention provides the bedding cleaner that user's convenience is improved.
And, the invention provides user without the bedding cleaner of often changing filter.
And, the invention provides can easy assembling disassembling dust arrestment portion bedding cleaner.
And the invention provides can be by the dust of suction without omitting the bedding cleaner that guides to dust arrestment portion.
In order to reach above-mentioned purpose, the invention provides bedding cleaner, it comprises: body, be used to form outward appearance, dust arrestment portion, is located at above-mentioned body in the mode that can install and remove, and sucting, be provided for sucking the inhalation power of dust and air to above-mentioned dust arrestment portion, and discharge the air that has passed through above-mentioned dust arrestment portion to outside; Above-mentioned dust arrestment portion comprises: dust bucket shell, be formed with peristome in a side of this dust bucket shell, and dust bucket, is incorporated into above-mentioned dust bucket shell by above-mentioned peristome, and can install and remove by relatively above-mentioned dust bucket shell.
Above-mentioned dust bucket can comprise the first filter, can be formed with multiple through holes at above-mentioned the first filter, for the dust of discharging from above-mentioned dust bucket is filtered; Above-mentioned the first filter can be a side of above-mentioned dust bucket.
The dust filtering by above-mentioned the first filter can be housed in above-mentioned dust bucket.
And, can be provided with the second filter at above-mentioned dust bucket shell, above-mentioned the second filter is to filtering by the dust of above-mentioned the first filter; Above-mentioned the second filter can configure in the mode adjacent with above-mentioned the first filter.
On the other hand, above-mentioned the second filter can be arranging with the mode that above-mentioned dust bucket separates.
And then above-mentioned the second filter can comprise sponge filter; Above-mentioned sponge filter can filter the dust of the dust that is less than above-mentioned the first filter filtration.
Above-mentioned the second filter can also comprise high efficiency particle air filter, and above-mentioned high efficiency particle air filter configures in the mode adjacent with above-mentioned sponge filter.
Can form dust outlet at the upside of above-mentioned dust bucket; Above-mentioned dust bucket shell can have upper surface, and above-mentioned upper surface is for sealing above-mentioned dust outlet.
The position corresponding with above-mentioned peristome at above-mentioned dust bucket can be formed with dust inflow entrance, and dust is drawn into above-mentioned dust bucket by above-mentioned dust inflow entrance.
On the other hand, can be provided with containment member at above-mentioned dust bucket, above-mentioned containment member contacts with the inner side of above-mentioned dust bucket shell, seals with the inner space to above-mentioned dust bucket.
And then above-mentioned containment member can contact with above-mentioned dust bucket shell in the mode adjacent with above-mentioned peristome.
And above-mentioned dust bucket shell can be formed by transparent material.
Above-mentioned sucting can comprise: housing, be formed with suction inlet and outlet, and air sucks by above-mentioned suction inlet, and discharges from above-mentioned outlet, and drive motors, is housed in above-mentioned housing, for generation of inhalation power, and the 3rd filter, be located at above-mentioned outlet; Above-mentioned the 3rd filter can arrange in the mode contacting with the one side that is opposite in above-mentioned drive motors of above-mentioned housing.
And, can be formed with projection at above-mentioned outlet, above-mentioned projection is to so that direction that above-mentioned outlet diminishes is outstanding; Above-mentioned the 3rd filter is fixed by above-mentioned projection.
And the air of discharging to above-mentioned outlet can apply an active force, and above-mentioned the 3rd filter is moved towards above-mentioned housing.
Especially, between above-mentioned the first filter and above-mentioned the second filter, can insert paper handkerchief.
And, the invention provides bedding cleaner, it is characterized in that, comprising: body, be used to form outward appearance, resettlement section, is located at above-mentioned body, and be formed with regulation space in the inside of above-mentioned resettlement section, and dust arrestment portion, be located at above-mentioned resettlement section in the mode that can install and remove; Be provided with in above-mentioned resettlement section: support portion, on one side so that applying active force, the mode that above-mentioned dust arrestment portion rises supports above-mentioned dust arrestment portion on one side, fixed part, optionally retrains above-mentioned dust arrestment portion, so that above-mentioned dust arrestment portion is not risen on above-mentioned support portion; Above-mentioned fixed part and above-mentioned support portion configure in mode spaced apart from each other.
And above-mentioned fixed part can be arranged to a part and expose to the outside of above-mentioned body.
Above-mentioned support portion can be located at the bottom of above-mentioned resettlement section; Above-mentioned fixed part can be located at the side of above-mentioned resettlement section.
Can be formed with bullport in above-mentioned resettlement section, the dust sucking from outside and air are guided to above-mentioned resettlement section by above-mentioned bullport; Above-mentioned bullport can be to configure with above-mentioned fixed part mode in opposite directions.
And so that the mode that above-mentioned dust arrestment portion rises while supporting above-mentioned dust arrestment portion, the lower end of above-mentioned dust arrestment portion can be towards above-mentioned bullport rotation centered by above-mentioned fixed part when above-mentioned support portion.
And above-mentioned dust arrestment portion can have dust inflow entrance, the air of suction and dust flow into above-mentioned dust arrestment portion by above-mentioned dust inflow entrance; In the time that above-mentioned dust arrestment portion is housed in above-mentioned resettlement section, above-mentioned dust arrestment portion so that the lower end of above-mentioned dust inflow entrance can be adjacent with above-mentioned bullport mode supported.
And then above-mentioned dust arrestment portion can comprise open and close member, above-mentioned open and close member is for opening and closing above-mentioned dust inflow entrance; Above-mentioned dust inflow entrance can be fixed in the upper end of above-mentioned open and close member.
And, if dust and air intake to above-mentioned dust arrestment portion, the lower end of above-mentioned open and close member can be moved, and makes above-mentioned dust inflow entrance open.
On the other hand, above-mentioned fixed part can comprise button, and user pressurizes to above-mentioned button, removes the constraint to above-mentioned dust arrestment portion; Above-mentioned button has the pressurized plane exposing to user.
The height of above-mentioned pressurized plane can be identical with the height of the above-mentioned dust arrestment portion in the time that above-mentioned dust arrestment portion is positioned over to above-mentioned resettlement section.
Above-mentioned button can arrange in the mode adjacent with above-mentioned dust arrestment portion.
Above-mentioned fixed part can comprise stopper element, and this stopper element retrains the rising of above-mentioned dust arrestment portion and moves, and in the time that above-mentioned button is pressed, above-mentioned stopper element moves horizontally, thereby removes above-mentioned constraint.
Above-mentioned fixed part also comprises the first elastic component, and above-mentioned the first elastic component is so that the above-mentioned stopper element of mode resiliency supported that above-mentioned stopper element moves towards above-mentioned dust arrestment portion, thereby the rising that makes above-mentioned stopper element retrain above-mentioned dust arrestment portion is moved.
Above-mentioned button can comprise the first inclined plane, and above-mentioned the first inclined plane tilts with predetermined angular; Above-mentioned stopper element can comprise the second inclined plane, and above-mentioned the second inclined plane is corresponding with above-mentioned the first inclined plane; The slip that can contact with above-mentioned the second inclined plane of above-mentioned the first inclined plane, so that the vertical movement of above-mentioned button converts moving horizontally of above-mentioned stopper element to.
Above-mentioned stopper element can comprise the 3rd inclined plane, and in the time that above-mentioned dust arrestment portion accommodates to above-mentioned resettlement section, the slip that contacts with above-mentioned dust arrestment portion of above-mentioned the 3rd inclined plane, so that above-mentioned stopper element moves.
On the other hand, can be formed with recess in above-mentioned dust arrestment portion, above-mentioned recess forms with prescribed depth depression, for accommodating above-mentioned stopper element placed within.
Can be formed with outlet in the rear end of above-mentioned dust arrestment portion, the air after being filtered by filter is discharged from above-mentioned outlet; Above-mentioned recess can be formed at the upside of above-mentioned outlet.
And above-mentioned support portion can comprise support chip and the second elastic component, above-mentioned dust arrestment portion is placed on above-mentioned support chip, the above-mentioned support chip of above-mentioned the second elastic component resiliency supported.
According to the present invention, user can easily change the filter of dust arrestment portion.
And according to the present invention, because the dust being filtered by filter was first filtered before arriving sponge filter etc., thereby user is without often changing sponge filter etc.
And according to the present invention, user can easily install and remove dust arrestment portion, thereby improves user's convenience.
And according to the present invention, the dust that is drawn into bedding cleaner inside can be directed to dust arrestment portion without omitting, thereby can improve the inside of bedding cleaner and the outside cleannes of bedding cleaner.
Accompanying drawing explanation
Fig. 1 is the sectional view of bedding cleaner of the present invention.
Fig. 2 is the figure that dust arrestment portion is shown.
Fig. 3 is the exploded perspective view of Fig. 2.
Fig. 4 is the figure that the variation of Fig. 3 is shown.
Fig. 5 is the exploded perspective view of sucting.
Fig. 6 is the positive view that is illustrated in body and is provided with the state of sucting.
Fig. 7 is the sectional view that is illustrated in body and is provided with the state of sucting.
Fig. 8 and Fig. 9 are the figure that is illustrated in body and is fixed with the state of dust arrestment portion.
Figure 10 is the figure that the work of fixed part is shown.
Figure 11 and Figure 12 are the figure that is illustrated in the fixing state of body releasing dust arrestment portion.
Wherein, description of reference numerals is as follows:
The specific embodiment
Below, with reference to accompanying drawing, the preferred embodiments of the present invention that can realize particularly above-mentioned purpose are described.
In this process, for the definition and the convenience that illustrate, size or the shape etc. of the structural element shown in accompanying drawing can be amplified to some extent.And, consider structure of the present invention and effect and the term of special definition can be according to user, user of service's intention or convention and difference.For this term, should define as basis take this description entirety content.
Fig. 1 is the sectional view of bedding cleaner of the present invention.Below, describe with reference to Fig. 1.
Bedding cleaner of the present invention comprises: body 10, the outward appearance of formation bedding cleaner; Resettlement section 12, forms at above-mentioned body 10 space stipulating; And dust arrestment portion 30, be located at above-mentioned resettlement section 12 in detachable mode.
Above-mentioned resettlement section 12 is located at above-mentioned body 10 in the mode of depression prescribed depth, makes user above-mentioned resettlement section 12 can be fixed on in above-mentioned dust arrestment portion 30, or above-mentioned dust arrestment portion 30 is sloughed from above-mentioned resettlement section 12.
And bedding cleaner comprises sucting 80, above-mentioned sucting 80 is configured in a side of above-mentioned dust arrestment portion 30, is provided for sucking the inhalation power of dust and air to above-mentioned dust arrestment portion 30, and discharges to outside by the air of above-mentioned dust arrestment portion 30.Can drive motors be set at above-mentioned sucting 80 and produce inhalation power.
Be provided with suction nozzle 2 at bedding cleaner, said suction nozzle 2 contacts with bedding etc., can suck the foreign matter such as dust that is attached to bedding etc.Said suction nozzle 2 has independent vibrating motor, thereby can produce vibration, and can impact bedding etc. by this vibration.
On the other hand, be formed with bullport 14 in above-mentioned resettlement section 12, foreign matters such as the dusts sucking by said suction nozzle 2 is guided to above-mentioned dust arrestment portion 30 by above-mentioned bullport 14.Above-mentioned bullport 14 arranges in the mode being connected with said suction nozzle 2.
As a reference, in Fig. 1, the mobile route of the arrow of the white foreign matter such as be dust, the mobile route that the arrow of black is air.That is, the foreign matters such as dust move together with air, in the time arriving above-mentioned dust arrestment portion 30, stop the movement of the foreign matters such as above-mentioned dust by multiple filters, make the foreign matters such as above-mentioned dust be captured in above-mentioned dust arrestment portion 30.
Fig. 2 is the figure that dust arrestment portion is shown, the exploded perspective view that Fig. 3 is Fig. 2.Below, describe with reference to Fig. 2 and Fig. 3.
Above-mentioned dust arrestment portion 30 comprises: dust bucket shell 60, one sides are formed with peristome 70; Dust bucket 40, can install and remove by relatively above-mentioned dust bucket shell 60.
Above-mentioned dust bucket 40 can be introduced above-mentioned dust bucket shell 60 or be drawn from above-mentioned dust bucket shell 60 by above-mentioned peristome 70.
Be provided with the first filter 42 at above-mentioned dust bucket 40, above-mentioned the first filter 42 is formed with multiple through holes, for the dust of discharging from above-mentioned dust bucket 40 is filtered.Now, above-mentioned the first filter 42 is a side of above-mentioned dust bucket 40., above-mentioned the first filter 42 is one in the peripheral face of the above-mentioned dust bucket 40 of formation.Due to above-mentioned the first filter 42 side that is above-mentioned dust bucket 40 itself, thereby the dust filtering by above-mentioned the first filter 42 can be housed in above-mentioned dust bucket 40.On the other hand, preferably, the cross-sectional sizes of the through hole of above-mentioned the first filter 42 is greater than the cross-sectional sizes in the hole of the filter of the rear end that is located at above-mentioned the first filter 42 described later.This be because, preferably, by above-mentioned the first filter 42, relatively large foreign matter is filtered, and by the filter that is located at rear end, relatively little foreign matter is filtered, periodically filter.
With regard to above-mentioned dust bucket 40, be formed with dust inflow entrance 46 in the position corresponding with above-mentioned peristome 70, above-mentioned dust inflow entrance 46 makes dust suck above-mentioned dust bucket 40.Due to the position being formed with above-mentioned dust inflow entrance 46, form open one side by above-mentioned dust inflow entrance 46 and above-mentioned peristome 70, thereby the dust sucking by above-mentioned bullport 14 etc. can guide to above-mentioned dust bucket 40 by above-mentioned dust inflow entrance 46.
On the other hand, be provided with open and close member 48 at above-mentioned dust inflow entrance 46, open and close member 48 optionally opens and closes above-mentioned dust inflow entrance 46.Above-mentioned open and close member 48 is to be fixed on the upside of above-mentioned dust inflow entrance 46 and the downside of above-mentioned dust inflow entrance 46 not to be fixed and transportable mode arranges.But also can by other means above-mentioned open and close member 48 be fixed on to dust inflow entrance 46, as long as a part for whole open and close member 48 or open and close member 48 is subjected to displacement with respect to dust inflow entrance 46, dust inflow entrance 46 be opened and closed.
Above-mentioned open and close member 48 is located at the inner side of above-mentioned dust bucket 40 to hide the mode of above-mentioned dust inflow entrance 46.Therefore,, if provide inhalation power by above-mentioned sucting 80 to above-mentioned dust arrestment portion 30, the downside of above-mentioned open and close member 48 departs from from above-mentioned dust inflow entrance 46 centered by the upside of above-mentioned dust inflow entrance 46.That is, above-mentioned open and close member 48 can rotate centered by the upside of above-mentioned dust inflow entrance 46, thus open above-mentioned dust inflow entrance 46.
Above-mentioned open and close member 48 can be the form of the thin panel being formed by quality of rubber materials.Therefore the inhalation power that, above-mentioned sucting 80 applies can make the model deformation of above-mentioned open and close member 48.
On the other hand, because above-mentioned open and close member 48 is located at the medial surface of above-mentioned dust bucket 40, thereby can prevent that being captured in the foreign matters such as the dust of above-mentioned dust bucket 40 by above-mentioned dust inflow entrance 46 discharges to outside.
Be provided with containment member 50 in the front of above-mentioned dust bucket 40, above-mentioned containment member 50 is combined in the mode contacting with the inner side of above-mentioned dust bucket shell 60.Above-mentioned containment member 50 is formed by yielding materials such as rubber, thus when with above-mentioned dust bucket shell 60 in conjunction with time can compressedly be out of shape, seal the inside of above-mentioned dust bucket 40.
Be formed with dust outlet 44 at the upside of above-mentioned dust bucket 40.User can be captured in by above-mentioned dust outlet 44 foreign matters such as the dust of above-mentioned dust bucket 40 to outside discharge.On the other hand, user will discharge in the situation of the foreign matters such as the dust of the inside of above-mentioned dust bucket 40, can be after above-mentioned dust bucket shell 60 separate above-mentioned dust bucket 40, and open above-mentioned dust outlet 44.
Be provided with the second filter 62 at above-mentioned dust bucket shell 60, above-mentioned the second filter 62 is to filtering by the dust of above-mentioned the first filter 42.Above-mentioned the second filter 62 configures in the mode adjacent with above-mentioned the first filter 42, thereby the dust by above-mentioned the first filter 42 and air can be guided to above-mentioned the second filter 62.
On the other hand, above-mentioned the second filter 62 is different from above-mentioned the first filter 42, is located at above-mentioned dust bucket shell 60 in detachable mode, thereby above-mentioned the second filter 62 is arranging with the mode that above-mentioned dust bucket 40 separates.Therefore,, if above-mentioned the second filter 62 is dirty, user can separate above-mentioned the second filter 62 from above-mentioned dust arrestment portion 30 and cleans.Now, in order to clean above-mentioned the second filter 62, can make water etc.
Above-mentioned the second filter 62 can comprise sponge filter 68 and high efficiency particle air filter (HEPA filter) 64.
Above-mentioned sponge filter 68 is formed by sponge material.Can be at the arranged outside shell 66 of above-mentioned sponge filter 68.Above-mentioned shell 66 is formed by the material that is better than above-mentioned sponge, thereby can form the surrounding outer surface of above-mentioned sponge filter 68.
Preferably, above-mentioned sponge filter 68, with respect to above-mentioned the first filter 42, filters little dust, and above-mentioned sponge filter 68 can arrange in the mode adjacent with above-mentioned the first filter 42.
Above-mentioned high efficiency particle air filter 64 configures in the mode adjacent with above-mentioned sponge filter 68., can between above-mentioned high efficiency particle air filter 64 and above-mentioned the first filter 42, configure above-mentioned sponge filter 68.
User can individually separate above-mentioned high efficiency particle air filter 64 and above-mentioned sponge filter 68, comes individually to clean respectively above-mentioned high efficiency particle air filter 64 and above-mentioned sponge filter 68.If above-mentioned sponge filter 68 is dirty, user can only clean above-mentioned sponge filter 68, if above-mentioned high efficiency particle air filter 64 is dirty, user can only clean high efficiency particle air filter 64.
In addition, in the present invention, above-mentioned the second filter 62 also can not have high efficiency particle air filter and only have sponge filter 68.
Can have upper surface 72 at above-mentioned dust bucket shell 60, above-mentioned upper surface 72 seals above-mentioned dust outlet 44.Therefore,, under the state of above-mentioned dust bucket shell 60 and above-mentioned dust bucket 40 combinations, owing to disposing above-mentioned upper surface 72 in above-mentioned dust outlet 44, thereby above-mentioned dust bucket 40 can maintain the space of sealing.
If above-mentioned dust bucket shell 60 and above-mentioned dust bucket 40 combinations, above-mentioned containment member 50 is pressurized, and above-mentioned dust bucket 40 can form in the inside of above-mentioned dust bucket shell 60 space of sealing.
A side at above-mentioned dust bucket shell 60 is provided with outlet 76, and above-mentioned outlet 76 can make to carry out filtered air by above-mentioned the first filter 42 and above-mentioned the second filter 62 and discharge to the outside of above-mentioned dust arrestment portion 30., the air that flows into above-mentioned dust bucket 40 by above-mentioned dust inflow entrance 46 is discharged by above-mentioned outlet 76 after passing through successively above-mentioned the first filter 42 and above-mentioned the second filter 62.
Now, above-mentioned outlet 76 can be to be formed with the form setting of wall of multiple through holes.
On the other hand, can be provided with recess (recess) 74 at the upside of above-mentioned outlet 76, above-mentioned recess 74 forms with prescribed depth depression.Above-mentioned recess 74 have with respect to be formed with above-mentioned outlet 76 one facing to the regulation space forming of caving in, the inner side of above-mentioned dust arrestment portion 30.On the other hand, above-mentioned recess 74 has the open and shape that other parts all seal of a side.
Preferably, above-mentioned dust bucket shell 60 is formed by transparent material.Configure above-mentioned dust bucket 40 in the inner side of above-mentioned dust bucket shell 60, the foreign matters such as dust are captured in above-mentioned dust bucket 40.Therefore, even if user does not separate above-mentioned dust bucket shell 60 from above-mentioned dust bucket 40, also can identify the amount of the dust that is captured in above-mentioned dust bucket 40, thereby discharge the dust of the inside of above-mentioned dust bucket 40 to outside.
That is, above-mentioned dust arrestment of the present invention portion 30 is for configure the structure of above-mentioned dust bucket 40 in the inner side of above-mentioned dust bucket shell 60, and owing to having double-decker, thereby the foreign matter such as dust that can prevent from being captured in above-mentioned dust arrestment portion 30 leaks to outside.
On the other hand, in the present invention, because the dust sucking by said suction nozzle 2 etc. is by before above-mentioned the second filter 62, by above-mentioned the first filter 42, thereby can prevent that above-mentioned the second filter 62 is dirty.Because above-mentioned the first filter 42 is essentially a side of above-mentioned dust bucket 40, thereby user need not clean above-mentioned the first filter 42 at any time, and therefore, user uses the convenience of above-mentioned dust arrestment portion 30 to be improved.
Fig. 4 is the figure that the variation of Fig. 3 is shown.Below, describe with reference to Fig. 4.
As shown in example illustrated in fig. 3, in Fig. 4, can between above-mentioned the first filter 42 and above-mentioned the second filter 62, insert paper handkerchief 34.Now, above-mentioned paper handkerchief 34 is the toilet paper conventionally using in the family, and user can use above-mentioned paper handkerchief 34 between above-mentioned the first filter 42 and above-mentioned the second filter 62, and replaceable above-mentioned paper handkerchief 34.
Above-mentioned paper handkerchief 34 plays again the function of a filter appending between above-mentioned the first filter 42 and above-mentioned the second filter 62.Therefore,, after being filtered by above-mentioned paper handkerchief 34 by the foreign matter of above-mentioned the first filter 42, just can be filtered by above-mentioned the second filter 62.Therefore, can prevent that above-mentioned the second filter 62 is dirty.
On the other hand, due to above-mentioned paper handkerchief 34 toilet paper that is thinner thickness, even thereby do not change the size of above-mentioned dust bucket shell 60 illustrated in fig. 3 and above-mentioned dust bucket 40, also can adopt fully.
Fig. 5 is the exploded perspective view of sucting.Below, describe with reference to Fig. 5.
Above-mentioned sucting 80 comprises: housing 81, be formed with suction inlet 82 and outlet 84, and air sucks from above-mentioned suction inlet 82, and discharges from above-mentioned outlet 84; Drive motors 86, is housed in above-mentioned housing 81, for generation of inhalation power; And the 3rd filter 90, be located at above-mentioned outlet 84.
Above-mentioned housing 81 can be with the form setting separating up and down, and above-mentioned drive motors 86 can produce Air Flow in the inside of above-mentioned housing 81.On the other hand, above-mentioned suction inlet 82 can be located at a side of above-mentioned housing 81, and above-mentioned outlet 84 can be located at the upside of above-mentioned housing 81.The Air Flow of the above-mentioned housing 81 therefore, producing by above-mentioned drive motors 86 is on the whole
the shape of word.
Sealing gasket (packing) 83 can be provided with at above-mentioned suction inlet 82, thereby the adhesion of above-mentioned dust arrestment portion 30 and above-mentioned suction inlet 82 can be increased.The air of, discharging from above-mentioned dust arrestment portion 30 is discharged by the backward above-mentioned outlet 84 of above-mentioned sucting 82.
Fig. 6 is the positive view that is illustrated in body and is provided with the state of sucting, and Fig. 7 is the sectional view that is illustrated in body and is provided with the state of sucting.Below, describe with reference to Fig. 6 and Fig. 7.
Preferably, above-mentioned the 3rd filter 90 arranges in the mode contacting with the one side of the above-mentioned drive motors 86 of being opposite in of above-mentioned housing 81.That is, be used to form the one side of above-mentioned housing 81 of above-mentioned outlet 84, above-mentioned the 3rd filter 90 is located at and above-mentioned drive motors 86 part in opposite directions.
The air of discharging to above-mentioned outlet 84 produces an active force, and above-mentioned the 3rd filter 90 is moved towards above-mentioned housing 81.Therefore, above-mentioned drive motors 86 is driven and is produced Air Flow to discharge air to above-mentioned outlet 84, air more above-mentioned the 3rd filter 90 is applied to active force so that its firmly with above-mentioned housing 81 combinations.,, take Fig. 6 and Fig. 7 as benchmark, the air of discharging to above-mentioned outlet 84 by above-mentioned drive motors 86 is towards upper side direction.
On the other hand, above-mentioned the 3rd filter 90 can be made up of high efficiency particle air filter (HEPA filter).Above-mentioned the 3rd filter 90 is carried out the function of filtering before the air by above-mentioned the first filter 42 and above-mentioned the second filter 62 is discharged to the outside of bedding cleaner, thereby little by the possibility of the foreign substance pollutions such as dust in fact.Therefore, user seldom changes above-mentioned the 3rd filter 90 during using bedding cleaner, and the necessity of replacing is also little.
Therefore, in the present invention, be formed as above-mentioned the 3rd filter 90 and can be stably fixed on the structure of above-mentioned housing 81.
Can form projection 88 at above-mentioned outlet 84, above-mentioned projection 88 is to so that direction that above-mentioned outlet 84 diminishes is outstanding, and above-mentioned the 3rd filter 90 can be fixing by above-mentioned projection 88.Above-mentioned projection 88 arranges in the mode with respect to housing 81 bendings that form above-mentioned outlet 84, thereby can fix in the mode of inserting above-mentioned the 3rd filter 90 in a side of above-mentioned projection 88.Now, the housing that forms the outward appearance of above-mentioned the 3rd filter 90 can insert and be incorporated into above-mentioned projection 88.
Fig. 8 and Fig. 9 illustrate that dust arrestment portion is fixed on the figure of the state of body.Below, describe with reference to Fig. 8 and 9.
Be provided with support portion 100 and fixed part 130 in above-mentioned resettlement section 12, above-mentioned support portion 100 so that the mode that above-mentioned dust arrestment portion 30 rises support, above-mentioned fixed part 130 optionally limits above-mentioned dust arrestment portion 30, makes it not increase by above-mentioned support portion 100.
Now, above-mentioned fixed part 130 and above-mentioned support portion 100 can configure in mode spaced apart from each other.That is, due to above-mentioned fixed part 130 and above-mentioned support portion 100 separated from one another, thereby can simple realization structure for above-mentioned dust arrestment portion 30 relatively above-mentioned resettlement sections 12 are installed and removed.
Especially, above-mentioned support portion 100 can be located at the bottom of above-mentioned resettlement section 12, and above-mentioned fixed part 130 can be located at the side of above-mentioned resettlement section 12.In other words, above-mentioned support portion 100 is configurable in the bottom of above-mentioned dust arrestment portion 30, the configurable side in above-mentioned dust arrestment portion 30 of above-mentioned fixed part 130.
Above-mentioned fixed part 130 is upwards stated with its part the mode of the outside of body 10 exposing and is arranged.Now, above-mentioned fixed part 130 comprises the button 112 being pressurizeed by user, and user can, by above-mentioned button 112 is pressurizeed, operate above-mentioned fixed part 130.
On the other hand, above-mentioned button 112 can have the pressurized plane 114 exposing to user, and above-mentioned pressurized plane 114 can be the one side forming towards the upside of above-mentioned body 10.As shown in Fig. 8 and Fig. 9, be fixed under the state of above-mentioned resettlement section 12 in above-mentioned dust arrestment portion 30, the height of above-mentioned pressurized plane 114 can be identical with the height of above-mentioned dust arrestment portion 30.
Due to respect to above-mentioned body 10, above-mentioned button 112 and above-mentioned dust arrestment portion 30 be with identical level configurations, thereby user can feel that bedding cleaner is beautiful on the whole, and because soft curve obtains sense of stability.
On the other hand, above-mentioned button 112 can be arranged on the position adjacent with above-mentioned dust arrestment portion 30.Therefore, user can be identified as intuitively and can carry out by above-mentioned button 112 mounting or dismounting of above-mentioned dust arrestment portion 30, and therefore, user's ease of use can be improved.And, owing to above-mentioned button 112 being configured in to the position adjacent with above-mentioned dust arrestment portion 30, thereby tool has the following advantages,, can simple designs for the structure of fixing above-mentioned dust arrestment portion 30, even and if do not have for inform above-mentioned button 112 to user also passable for being used for fixing the display unit of operating unit of above-mentioned dust arrestment portion 30.
Above-mentioned fixed part 130 comprises the stopper element (latch) 130 that can move according to the operation of above-mentioned button 112.Above-mentioned stopper element 130 can make above-mentioned dust arrestment portion 30 not rise and be fixed from above-mentioned resettlement section 12 to be housed in the mode of above-mentioned recess 74.
On the other hand, be housed under the state of above-mentioned recess 74 at above-mentioned stopper element 130, can prevent that the air that moves by above-mentioned outlet 76 and dust from leaking to outside from the interval between above-mentioned dust arrestment portion 30 and above-mentioned resettlement section 12 because of the one side of above-mentioned stopper element 130.This is because above-mentioned stopper element 130 inserts above-mentioned recess 74 and is fixed, and the lower surface of above-mentioned stopper element 130 is configured in the upside of above-mentioned outlet 76, and so that the form configuration that the upside of above-mentioned outlet 76 finishes in above-mentioned indent.
Above-mentioned support portion 100 comprises: support chip 102, and above-mentioned dust arrestment portion 30 is placed on this support chip 102; The second elastic component 104, the above-mentioned support chip 102 of resiliency supported.
Above-mentioned support chip 102 has smooth tabular surface at upside, so that the bottom of above-mentioned dust arrestment portion 30 can be stably by resiliency supported.
Be provided with above-mentioned the second elastic component 104 in the inner side of above-mentioned support chip 102, if do not apply external force to above-mentioned support chip 102, above-mentioned support chip 102 can be supported along upper side direction.Therefore, be not subject to external force if be configured in the above-mentioned dust arrestment portion 30 of the upside of above-mentioned support chip 102, because the active force of above-mentioned the second elastic component 104 is subject to the upwards active force of side direction.
On the other hand, being formed at the above-mentioned bullport 14 of above-mentioned resettlement section 12 can be to configure with above-mentioned fixed part 130 mode in opposite directions., above-mentioned bullport 14 can be formed at and above-mentioned fixed part 130 one side in opposite directions.
As shown in Figure 8, be placed under the state of above-mentioned resettlement section 12 the fixing above-mentioned dust arrestment of above-mentioned fixed part 130 portion 30 in above-mentioned dust arrestment portion 30.Although providing, above-mentioned support portion 100 make above-mentioned dust arrestment portion 30 continue the power that rise, but due to the position of the fixing above-mentioned dust arrestment of above-mentioned fixed part 130 portion 30, thereby above-mentioned dust arrestment portion 30 do not rise from above-mentioned resettlement section 12, and maintain the state that is fixed on above-mentioned resettlement section 12.
Now, above-mentioned fixed part 130 and above-mentioned support portion 100 are spaced from each other, and horizontal range is separated from each other.Therefore, above-mentioned dust arrestment portion 30 can make above-mentioned dust arrestment portion 30 continue the power that rise by above-mentioned support portion 100, comes centered by above-mentioned fixed part 130 to counterclockwise rotation a little.Certainly, because above-mentioned dust arrestment portion 30 and above-mentioned resettlement section 12 have corresponding shape, thereby above-mentioned dust arrestment portion 30 can be in the more distance of the interior rotation in above-mentioned resettlement section 12.But the tolerance producing when making above-mentioned dust arrestment portion 30 and above-mentioned resettlement section 12, can exist difference in size a little, in above-mentioned disparity range, above-mentioned dust arrestment portion 30 may be in the interior movement in above-mentioned resettlement section 12.
On the other hand, if above-mentioned dust arrestment portion 30 to counterclockwise rotation, the lower end of above-mentioned dust arrestment portion 30 rotates towards above-mentioned bullport 14, the lower end of especially above-mentioned dust inflow entrance 46 approaches above-mentioned bullport 14.This be because, above-mentioned fixed part 130 is configured in the relative top of above-mentioned dust arrestment portion 30, thereby the above-mentioned dust inflow entrance 46 relative to bottom that is configured in above-mentioned dust arrestment portion 30 can rotate to counter clockwise direction centered by above-mentioned fixed part 130, thereby close to above-mentioned bullport 14.
Especially, be provided with above-mentioned open and close member 48 at above-mentioned dust inflow entrance 46, above-mentioned dust inflow entrance 46 is fixed in the upper end of above-mentioned open and close member 48, and on the contrary, the lower end of above-mentioned open and close member 48 can be moved with respect to above-mentioned dust inflow entrance 46.If above-mentioned sucting 80 produces inhalation power, the open above-mentioned dust inflow entrance 46 of above-mentioned open and close member 48, air can be by moving relative to the open lower end of the above-mentioned dust inflow entrance 46 of (degree of opening is large) greatly in a large number with dust.
Because the lower end of the above-mentioned dust inflow entrance 46 that makes to move relative to a large amount of air and dust etc. is closer to above-mentioned bullport 14, thereby can make the mobile route that is directed to air and the dust etc. of the inner side of above-mentioned dust arrestment portion 30 by above-mentioned bullport 14 become stable.That is, air and the dust etc. sucking by said suction nozzle 2 can not leak to the unwanted part of the inside of bedding cleaner, can be without leaking the above-mentioned dust arrestment portion 30 that guides to.
In the present invention, the lower end of above-mentioned dust inflow entrance 46 can be with respect to the upper end of above-mentioned dust inflow entrance 46 closer to above-mentioned bullport 14.This specific character can more successfully manage the large situation of difference in size that the error while making above-mentioned dust arrestment portion 30 and above-mentioned resettlement section 12 causes.
Figure 10 is the figure that the operation of fixed part is shown.Below, describe with reference to Figure 10.
Above-mentioned fixed part 130 comprises stopper element 130, if press above-mentioned button 112, above-mentioned stopper element 130 moves horizontally, and above-mentioned stopper element 130 can be carried out the function that the rising of the above-mentioned dust arrestment of restriction portion 30 is moved.Now, the configurable downside at above-mentioned button 112 of above-mentioned stopper element 130, the movement that moves up and down the horizontal direction that can be exchanged into above-mentioned stopper element 130 of above-mentioned button 112.
Above-mentioned button 112 comprises the first inclined plane 116, and above-mentioned the first inclined plane 116 tilts with predetermined angular, and above-mentioned stopper element 130 comprises the second inclined plane 132, and above-mentioned the second inclined plane 132 is corresponding with above-mentioned the first inclined plane 116.Be provided with regulation space in the front on above-mentioned the second inclined plane 132, above-mentioned the first inclined plane 116 can be housed in afore mentioned rules space when movement.
Above-mentioned the first inclined plane 116 is identical with the angle of the inclination on above-mentioned the second inclined plane 132, thereby along with user pressurizes to above-mentioned button 112 or removes pressurization, above-mentioned stopper element 130 can move along horizontal direction.
Above-mentioned stopper element 130 comprises the 3rd inclined plane 134, when accommodate above-mentioned dust arrestment portion 30 to above-mentioned resettlement section 12, and the slip that contacts with above-mentioned dust arrestment portion 30 of above-mentioned the 3rd inclined plane 134, thus above-mentioned stopper element 130 is moved.; when above-mentioned dust arrestment portion 30 is placed on to above-mentioned resettlement section 12; above-mentioned dust arrestment portion 30 moves downwards; but due to the shape on above-mentioned the 3rd inclined plane 134, above-mentioned dust arrestment portion 30 can make above-mentioned stopper element 130 move to the direction that is away from above-mentioned dust arrestment portion 30 residing parts.Therefore,, in the time making above-mentioned dust arrestment portion 30 be housed in above-mentioned resettlement section 12, user is without individually operating above-mentioned button 112 or above-mentioned stopper element 130.
On the other hand, above-mentioned the 3rd inclined plane 134 is different from above-mentioned the first inclined plane 116 or above-mentioned the second inclined plane 132, can form to have to change or the curved surface of fixing curvature.Just, the direction of the inclination on above-mentioned the 3rd inclined plane 134 can be identical with above-mentioned the first inclined plane 116 or above-mentioned the second inclined plane 132.
And above-mentioned fixed part 130 can comprise the first elastic component 120, the above-mentioned stopper element 130 of above-mentioned the first elastic component 120 resiliency supported makes it move towards above-mentioned dust arrestment portion 30.,, if disappear to above-mentioned stopper element 130 externally applied forces, move to above-mentioned dust arrestment portion 30 by above-mentioned the first elastic component 120.
Figure 11 and Figure 12 are the figure that is illustrated in the fixing state of body releasing dust arrestment portion.Below, describe with reference to Figure 11 and Figure 12.
If user pressurizes to above-mentioned button 112, above-mentioned stopper element 130 pressurizes to above-mentioned the first elastic component 120, and above-mentioned stopper element 130 departs from from above-mentioned recess 74., above-mentioned stopper element 130 moves to the direction that is away from above-mentioned dust arrestment portion 30.
And, rise by above-mentioned support portion 100, thereby make above-mentioned dust arrestment portion 30 increase from above-mentioned resettlement section 12, so that specified altitude departs from from above-mentioned resettlement section 12.
Therefore, can the be dominated by hand above-mentioned dust arrestment of user portion 30, makes above-mentioned dust arrestment portion 30 depart from from above-mentioned body 10.
The present invention is not limited to above-described embodiment, records as appended claim, and those skilled in the art can be out of shape, and this distortion belongs to scope of the present invention.
Claims (27)
1. a bedding cleaner, is characterized in that,
Comprise:
Body, is used to form outward appearance,
Dust arrestment portion, is located at above-mentioned body in the mode that can install and remove, and
Sucting, is provided for sucking the inhalation power of dust and air to above-mentioned dust arrestment portion, and discharges the air that has passed through above-mentioned dust arrestment portion to outside;
Above-mentioned dust arrestment portion comprises:
Dust bucket shell, is formed with peristome in a side of this dust bucket shell,
Dust bucket, is incorporated into above-mentioned dust bucket shell by above-mentioned peristome, and can install and remove by relatively above-mentioned dust bucket shell.
2. bedding cleaner according to claim 1, is characterized in that,
Above-mentioned dust bucket comprises the first filter, is formed with multiple through holes at above-mentioned the first filter, for the dust of discharging from above-mentioned dust bucket is filtered;
The side that above-mentioned the first filter is above-mentioned dust bucket.
3. bedding cleaner according to claim 2, is characterized in that,
Be provided with the second filter at above-mentioned dust bucket shell, above-mentioned the second filter is to filtering by the dust of above-mentioned the first filter;
Above-mentioned the second filter configures in the mode adjacent with above-mentioned the first filter.
4. bedding cleaner according to claim 3, is characterized in that, above-mentioned the second filter is arranging with the mode that above-mentioned dust bucket shell separates.
5. bedding cleaner according to claim 3, is characterized in that,
Above-mentioned the second filter comprises sponge filter;
Above-mentioned sponge filter filters the dust of the dust that is less than above-mentioned the first filter filtration.
6. bedding cleaner according to claim 1, is characterized in that,
Upside at above-mentioned dust bucket is formed with dust outlet;
Above-mentioned dust bucket shell has upper surface, and above-mentioned upper surface is for sealing above-mentioned dust outlet.
7. bedding cleaner according to claim 1, is characterized in that, is formed with dust inflow entrance in the position corresponding with above-mentioned peristome of above-mentioned dust bucket, and dust is drawn into above-mentioned dust bucket by above-mentioned dust inflow entrance.
8. bedding cleaner according to claim 1, is characterized in that, is provided with containment member at above-mentioned dust bucket, and above-mentioned containment member contacts with the inner side of above-mentioned dust bucket shell, seals with the inner space to above-mentioned dust bucket.
9. bedding cleaner according to claim 8, is characterized in that, above-mentioned containment member contacts with above-mentioned dust bucket shell in the mode adjacent with above-mentioned peristome.
10. bedding cleaner according to claim 1, is characterized in that, above-mentioned dust bucket shell is formed by transparent material.
11. bedding cleaners according to claim 1, is characterized in that,
Above-mentioned sucting comprises:
Housing, is formed with suction inlet and outlet, and air sucks by above-mentioned suction inlet, and discharges from above-mentioned outlet,
Drive motors, is housed in above-mentioned housing, for generation of inhalation power, and
The 3rd filter, is located at above-mentioned outlet.
12. bedding cleaners according to claim 11, is characterized in that,
Be formed with projection at above-mentioned outlet, above-mentioned projection is to so that direction that above-mentioned outlet diminishes is outstanding;
Above-mentioned the 3rd filter is fixed by above-mentioned projection.
13. 1 kinds of bedding cleaners, is characterized in that,
Comprise:
Body, is used to form outward appearance,
Resettlement section, is located at above-mentioned body, and is formed with regulation space in the inside of above-mentioned resettlement section, and
Dust arrestment portion, is located at above-mentioned resettlement section in the mode that can install and remove;
Be provided with in above-mentioned resettlement section:
Support portion, on one side supports above-mentioned dust arrestment portion on one side so that the mode that above-mentioned dust arrestment portion rises applies active force,
Fixed part, optionally retrains above-mentioned dust arrestment portion, so that above-mentioned dust arrestment portion is not risen on above-mentioned support portion;
Above-mentioned fixed part and above-mentioned support portion configure in mode spaced apart from each other.
14. bedding cleaners according to claim 13, is characterized in that, above-mentioned fixed part is arranged to a part and is exposed to the outside of above-mentioned body.
15. bedding cleaners according to claim 13, is characterized in that,
Above-mentioned support portion is located at the bottom of above-mentioned resettlement section;
Above-mentioned fixed part is located at the side of above-mentioned resettlement section.
16. bedding cleaners according to claim 13, is characterized in that,
Be formed with bullport in above-mentioned resettlement section, the dust sucking from outside and air are guided to above-mentioned resettlement section by above-mentioned bullport;
Above-mentioned bullport is to configure with above-mentioned fixed part mode in opposite directions.
17. bedding cleaners according to claim 16, is characterized in that,
Above-mentioned dust arrestment portion has dust inflow entrance, and the air of suction and dust flow into above-mentioned dust arrestment portion by above-mentioned dust inflow entrance;
In the time that above-mentioned dust arrestment portion is housed in above-mentioned resettlement section, above-mentioned dust arrestment portion is so that the lower end of the above-mentioned dust inflow entrance mode adjacent with above-mentioned bullport is supported.
18. bedding cleaners according to claim 17, is characterized in that,
Above-mentioned dust arrestment portion comprises open and close member, and above-mentioned open and close member is for opening and closing above-mentioned dust inflow entrance.
19. bedding cleaners according to claim 18, is characterized in that,
Above-mentioned dust inflow entrance is fixed in the upper end of above-mentioned open and close member.
20. bedding cleaners according to claim 13, is characterized in that,
Above-mentioned fixed part comprises button, and user pressurizes to above-mentioned button, removes the constraint to above-mentioned dust arrestment portion;
Above-mentioned button has the pressurized plane exposing to user.
21. bedding cleaners according to claim 20, is characterized in that, the height of above-mentioned pressurized plane is identical with the height of the above-mentioned dust arrestment portion in the time that above-mentioned dust arrestment portion is positioned over to above-mentioned resettlement section.
22. bedding cleaners according to claim 20, is characterized in that,
Above-mentioned fixed part comprises stopper element, and this stopper element retrains the rising of above-mentioned dust arrestment portion and moves, and in the time that above-mentioned button is pressed, above-mentioned stopper element moves horizontally, thereby removes above-mentioned constraint.
23. bedding cleaners according to claim 22, it is characterized in that, above-mentioned fixed part also comprises the first elastic component, above-mentioned the first elastic component is so that the above-mentioned stopper element of mode resiliency supported that above-mentioned stopper element moves towards above-mentioned dust arrestment portion, thereby the rising that makes above-mentioned stopper element retrain above-mentioned dust arrestment portion is moved.
24. bedding cleaners according to claim 22, is characterized in that,
Above-mentioned button comprises the first inclined plane, and above-mentioned the first inclined plane tilts with predetermined angular;
Above-mentioned stopper element comprises the second inclined plane, and above-mentioned the second inclined plane is corresponding with above-mentioned the first inclined plane;
The slip that contacts with above-mentioned the second inclined plane of above-mentioned the first inclined plane, so that the vertical movement of above-mentioned button is converted to moving horizontally of above-mentioned stopper element.
25. bedding cleaners according to claim 22, it is characterized in that, above-mentioned stopper element comprises the 3rd inclined plane, in the time that above-mentioned dust arrestment portion accommodates to above-mentioned resettlement section, the slip that contacts with above-mentioned dust arrestment portion of above-mentioned the 3rd inclined plane, so that above-mentioned stopper element moves.
26. bedding cleaners according to claim 22, is characterized in that, are formed with recess in above-mentioned dust arrestment portion, and above-mentioned recess forms with prescribed depth depression, for accommodating above-mentioned stopper element placed within.
27. bedding cleaners according to claim 26, is characterized in that,
Rear end in above-mentioned dust arrestment portion is formed with outlet, and the air after being filtered by filter is discharged from above-mentioned outlet;
Above-mentioned recess is formed at the upside of above-mentioned outlet.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| KR10-2013-0002124 | 2013-01-08 | ||
| KR1020130002124A KR101476209B1 (en) | 2013-01-08 | 2013-01-08 | Cleaner for Bedding |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103908194A true CN103908194A (en) | 2014-07-09 |
| CN103908194B CN103908194B (en) | 2017-01-04 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201410004943.1A Expired - Fee Related CN103908194B (en) | 2013-01-08 | 2014-01-06 | Bedding cleaner |
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| Country | Link |
|---|---|
| KR (1) | KR101476209B1 (en) |
| CN (1) | CN103908194B (en) |
| RU (1) | RU2563769C2 (en) |
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| CN105212829A (en) * | 2015-09-07 | 2016-01-06 | 太仓文广汇清洁设备有限公司 | A kind of portable dust collector |
| CN108354512A (en) * | 2018-04-03 | 2018-08-03 | 宁波海际电器有限公司 | A kind of vertical type dust collector |
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Also Published As
| Publication number | Publication date |
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| KR101476209B1 (en) | 2014-12-24 |
| CN103908194B (en) | 2017-01-04 |
| KR20140089974A (en) | 2014-07-16 |
| RU2013157869A (en) | 2015-06-27 |
| RU2563769C2 (en) | 2015-09-20 |
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