CN105266722A - Cleaning device - Google Patents
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- CN105266722A CN105266722A CN201510125105.4A CN201510125105A CN105266722A CN 105266722 A CN105266722 A CN 105266722A CN 201510125105 A CN201510125105 A CN 201510125105A CN 105266722 A CN105266722 A CN 105266722A
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Abstract
The invention relates to a cleaning device. The cleaning device comprises a pedestal unit, a handle unit, a steam generation unit, an air-dust separation unit and a power supply unit. The pedestal unit is provided with a first dust suction port and a first steam outlet. The steam generation unit is provided with a steam boiler and a second steam outlet used for outputting steam. The air-dust separation unit comprises a second dust suction port, an air-dust separator used or separating air from dust, a vacuum suction source used for generating vacuum suction force. The power supply unit comprises a first power supply member and a second power supply member. The air-dust separation unit and the steam generation unit are respectively independent and can be demounted from the cleaning device. The cleaning device is provided with a plurality of independent detachable modules, both of the air-dust separation unit and the steam generation unit can be detached and individually used as portable cleaning devices, and the rest of the unit which is not detached can be used as a vertical cleaning tool when one of the units is detached, so the cleaning device is a multifunctional cleaning device.
Description
Technical field
The present invention relates to a kind of cleaning device carrying out cleaning for effects on surface, steam and vacuum cleaning mode effects on surface particularly can be utilized to carry out the cleaning device cleaned.
Background technology
At present, the household cleaning appliances that vacuum cleaning plant effect is common is widely used.In prior art, common vacuum cleaning plant comprises horizontal dust collector, upright vacuum, handhold portable dust catcher.Wherein, horizontal dust collector and upright vacuum is multiplex cleans carrying out dust suction to ground, what handhold portable dust catcher was common carries out dust suction for the region comparatively narrow to automotive interior, furniture surface etc.In addition, also has upright hand-held two-in-one vacuum dust collection equipment, dual-purpose vacuum dust collection equipment disclosed in patent US7882593, in this dual-purpose vacuum dust collection equipment, portable equipment can take off from supporter and be used alone, and portable equipment also can be arranged on supporter and form stick-type vacuum cleaner use.
Cleaning steam kind equipment is widely used due to safety and environmental protection.Type comparatively common in prior art is small handheld steam appliance, and as hand-held steam spraying gun etc., this kind of small handheld device is used for easy clean kitchen, motor vehicle and similar place.Also has a kind of known, comparatively large-scale steam appliance, this kind equipment is based on upright structures, this vertical type steam appliance is provided with cleaning substructure in its lower end, and is provided with handle at its upper end, can be used in the clean of such as floor by this kind of vertical type steam appliance.Also has a kind of known cleaning steam kind equipment combined by above-mentioned two types, that is so-called " two-in-one " type cleaning steam kind equipment, this cleaning steam kind equipment comprises the hand vapor cleaning device with steam gas outlet, this hand vapor cleaning device can optionally be installed on a upright vertical type supporter, and the bottom of upright support body is provided with on venthole.But when hand vapor cleaning device is assembled on vertical type supporter, can realizes waiting for that clean face is cleaned to floor, after hand vapor cleaning device takes off, can also be used for cleaning individually such as desk, operating desk or narrow place.
In addition, a class cleaning equipment is also had in prior art, have vacuum cleaning and cleaning steam two kinds of functions concurrently, multifunction cleaner disclosed in US8528161, this a kind of cleaner that can perform two or more cleaning functions, this cleaner can comprise vacuum cleaning unit and cleaning steam unit, user when carrying out clean to floor, can carry out work by the cleaning unit chosen at random in " vacuum cleaning unit " and " cleaning steam unit " by the switching mechanism be located on cleaner.
Although the first vacuum cleaning apparatus mentioned above-mentioned and the second steam appliance can clean the surface of ground and other objects, and owing to all only having single vacuum or cleaning steam pattern cleans, use occasion is limited; The third multifunctional cleaning equipment, although arrange vacuum cleaner and steam cleaner simultaneously, one of them pattern can only be selected to carry out work due to during work, and as vertical type cleaning equipment, only can clean ground, and helpless to the cleaning of other body surfaces.
Summary of the invention
For above-mentioned technical problem, the object of this invention is to provide one and can adapt to various clean surface, and have the surface cleaning apparatus of steam and vacuum two kinds of cleaning modes concurrently.
In order to realize the object of foregoing invention, the present invention adopts as sowed technical scheme: a kind of cleaning device, and clean for effects on surface, this cleaning device comprises:
One base unit, for along apparent motion to be cleaned, described base unit comprises a base matrix, and the steam of the first steam (vapor) outlet ejection described base matrix being provided with the first suction port, the first steam (vapor) outlet and being applicable to described in utilization treats the first cleaning attachment carrying out cleaning in clean surface;
One handle unit, its underpart is connected to described base unit rotationally;
One steam generating unit, it is for generation of Clean-steam, and described steam generating unit comprises steam boiler for water being converted to steam, be used for the second steam (vapor) outlet of outwards being exported by the steam in described steam boiler;
One gas ash separative element, described gas ash separative element comprises the second suction port, for being separated from dust-contained airflow by dust and collected air cement separator, vacuum suction source for generation of vacuum force;
One power subsystem, it is for providing electric energy to described steam generating unit and/or gas ash separative element, described power subsystem comprises the first power elements and second source part, the first described power elements and second source part include the electric connection of a rechargeable battery and/or for being electrically connected with external power source, the first described power elements is used for being electrically connected with described steam generating unit, and described second source part is used for being electrically connected with described gas ash separative element;
Described gas ash separative element and the module of described steam generating unit as a whole setting respectively, the module described in two is the detachable module that can releasably be arranged on described handle unit and/or described base unit;
When the module described in two is installed on described handle unit and/or described base unit, the first described suction port, the second suction port and air cement separator are connected successively, and described steam boiler, the second steam (vapor) outlet and the first steam (vapor) outlet are connected successively; When the module be made up of described steam generating unit leave described handle unit and/or described base unit, the module that is made up of described gas ash separative element be arranged on described handle unit and/or described base unit time, the second steam (vapor) outlet in described steam generating unit is connected with the external world, and the first described suction port, the second suction port and air cement separator are connected successively; When the module be made up of described steam generating unit to be arranged on described handle unit and/or described base unit, the module that is made up of described gas ash separative element leave described handle unit and/or described base unit time, the second suction port in described gas ash separative element is connected with the external world, and described steam boiler, the second steam (vapor) outlet and the first steam (vapor) outlet are connected successively.
In technique scheme, preferably, the first described power elements is fixedly installed on described steam generating unit.
In technique scheme, preferably, described second source part is fixedly installed on described gas ash separative element.
In technique scheme, preferred described steam generating unit is provided with the first electric connection terminal, described gas ash separative element is provided with the second electric connection terminal, and the first described electric connection terminal can be electrically connected with the second described electric connection terminal.More preferred through a step, what the first described power elements can be dismantled is arranged on described steam generating unit; When the first described power elements can be arranged on described steam generating unit, the first electric connection terminal on the first described power elements and described steam generating unit is electrically connected; Or what described second source part can be dismantled is arranged on described gas ash separative element; When described second source part can be arranged on described gas ash separative element, described second source part is electrically connected with the first electric connection terminal on the grey separative element of described gas.
In technique scheme, preferably, described steam boiler is immediate heating type steam boiler, described steam generating unit also comprises once the water tank for splendid attire water and for the water in described water tank being delivered to the water pump in described steam boiler, described water pump is between described steam boiler and described water tank, described cleaning device is provided with two control described in the switch that opens and closes of water pump, one of them switch-linear hybrid on described handle unit, another switch-linear hybrid is on described steam generating unit.
In technique scheme, preferably, described steam boiler is preheating type steam boiler, described steam boiler inside is provided with the chamber that water gas shift can be become steam, described steam generating unit also comprise be located at described in gas outlet valve between the second steam (vapor) outlet of stating and described steam boiler, described cleaning device is provided with two control described in the switch that opens and closes of gas outlet valve, one of them switch-linear hybrid on described handle unit, another switch-linear hybrid is on described steam generating unit.
In technique scheme, preferably, described air cement separator was bag dust filter or cyclonic separation bucket.
In technique scheme, preferably, described handle unit comprises a upright support portion, and the lower rotational in described upright support portion is connected on described base unit, and described module can releasably be arranged in described upright support portion.
The advantage that technical scheme of the present invention obtains is: by by gas ash separative element and steam generating unit is all arranged to the module of whole installation and this module is the detachable module that can releasably be arranged on handle unit and/or base unit, and power subsystem arranges two power elements, so just make two modules of two unit formations after splitting, a power elements all can be utilized to be used alone; And when get while next unit uses as independently handheld portable burnisher, another unit do not taken off also can continue to use as independently hand push vertical type burnisher; Therefore, cleaning device of the present invention can realize the object that do not reach base portion or region surface is carried out clearly, and a burnisher can be used for two people to carry out cleaning simultaneously, thus has the scope of application more widely.
Accompanying drawing explanation
Accompanying drawing 1 is the schematic perspective view of the cleaning device of embodiment one;
Accompanying drawing 2 be in the cleaning device of embodiment one first detachable module by the schematic perspective view split;
Accompanying drawing 3 be in the cleaning device of embodiment one second detachable module by the schematic perspective view split;
Accompanying drawing 4 be in the cleaning device of embodiment one first and second detachable module all by the schematic perspective view split;
Accompanying drawing 5 is the schematic perspective view of the cleaning device of embodiment two;
Accompanying drawing 6 be in the cleaning device of embodiment two first detachable module by the schematic perspective view split;
Accompanying drawing 7 be in the cleaning device of embodiment two second detachable module by the schematic perspective view split;
Accompanying drawing 8 be in the cleaning device of embodiment two first and second detachable module all by the schematic perspective view split;
Wherein: 100, cleaning device; 1, base unit; 2, handle unit; 3, steam generating unit; 4, gas ash separative element; 5, power subsystem; 11, base matrix; 12, the first suction port; 13, the first steam (vapor) outlet; 21, vertical support portion; 22, handle; 23, second switch; 24, the 3rd electrical terminals; 25, the 4th electrical terminals; 31, shell body; 32, steam boiler; 33, water filling port; 34, the second steam (vapor) outlet; 35, gas outlet valve; 36, the first switch; 37, the first electrical terminals; 41, cyclonic separation bucket; 42, baffle; 43, the second suction port; 44, vacuum suction source; 45, the second electric connection terminal; 51, the first power elements; 52, second source part; 53, the first electric connection; 54, the second electric connection;
1001, cleaning device; 101, base unit; 201, handle unit; 301, steam generating unit; 401, gas ash separative element; 601, insulating part; 1101, base matrix; 1201, the first suction port; 1301, the first steam (vapor) outlet; 2101, upright support portion; 2301, second switch; 2401, the 3rd electrical terminals; 2501, the 4th electrical terminals; 3201, steam boiler; 3401, the second steam (vapor) outlet; 3501, gas outlet valve; 3601, the first switch; 3701, the first electrical terminals; 4101, cyclonic separation bucket; 4201, baffle; 4301, the second suction port; 4401, vacuum suction source; 4501, the second electrical terminals; 5101, the first power elements; 5201, second source part; 5301, the first electric connection; 5401, the second electric connection.
Detailed description of the invention
By describe in detail invention technology contents, structural feature, reached object and effect, coordinate accompanying drawing to be described in detail below in conjunction with embodiment.
embodiment one:
Cleaning device 100 as shown in Figure 1, this cleaning device has steam cleaning function and vacuum cleaning function concurrently.This cleaning device 100 comprises a base unit 1, handle unit 2, steam generating unit 3, gas ash separative element 4 and power subsystem 5.
Base unit 1 is for moving along surface to be cleaned (normally hard ground, as floor tile, flooring surface etc.), and user can promote base unit 1 and carry out cleaning on ground to be cleaned.Base unit 1 comprises a base matrix 11, and the bottom of base matrix 11 is provided with the front side that the first suction port 12, first steam (vapor) outlet 13, first suction port 12 is positioned at the first steam (vapor) outlet 13.The bottom of the first steam (vapor) outlet 13 is also provided with and is applicable to utilize the steam sprayed from the first steam (vapor) outlet 13 to treat the first cleaning attachment (not shown) carrying out cleaning in clean surface, first cleaning attachment can be the annex that cleaning cloth, cleaning sponge, disposable cleaning paper etc. adapt to cleaning steam, can arrange flexible rubber bar and scrape dust to the first suction port 12 place to facilitate around the oral area of the first suction port 12.
Handle unit 2 comprises a vertical support portion 21, and the top of vertical support portion 21 is connected to the rear portion of base unit 1 with arranging the lower rotational of handle 22, the vertically support portion 21 being used for user's handling.Vertical support portion 21 is provided with the 3rd electric connection terminal 24 and the 4th electric connection terminal 25 that are electrically connected to each other setting.
Steam generating unit 3 is for generation of Clean-steam, and the steam generating unit 3 of this example is for needing pre-heated steam generating unit.Steam generating unit 3 comprises shell body 31, is arranged on the steam boiler 32 of shell body 31 inside.Steam boiler 32 inside has water storage cavity (not shown), and this water storage cavity is also the vaporization chamber of water gas shift simultaneously.Steam boiler 32 is provided with for the water filling port 33 of user to the water storage cavity water filling of steam boiler 32 inside, shell body 31 is also provided with the second steam (vapor) outlet 34 for outwards being exported by the steam in steam boiler 32 and is used for the first electric connection terminal 37 with external electrical connections.Be provided with gas outlet valve 35 between steam boiler 32 and the second steam (vapor) outlet 34, gas outlet valve 35 can be opened by the first switch 36 be arranged on shell body 31 or closed, and also can be opened by the second switch 23 be arranged on handle 22 or closed.In this example, first switch 36 adopts push-button switch, after the first switch 36 is pressed by force, air outlet valve 35 is unlocked, steam in steam boiler 32 just can be overflowed from the second steam (vapor) outlet 34, and when unclamping the first switch 36, air outlet valve 35 is closed, steam between steam boiler 32 and the second steam (vapor) outlet 34 passage of gushing out is truncated, and steam can not flow out from the second steam (vapor) outlet 34; Second switch 23 adopts trigger-type switch, and when pulling second switch 23, gas outlet valve 35 is opened, and when unclamping second switch 23, gas outlet valve 35 is closed.The concrete structure of this kind of steam generating unit can be 201020109788.7 see China Patent No., the structure of those steam generating units disclosed in 201320746068.5, no longer elaborates at this.
Gas ash separative element 4 is for separating of also collecting the dust entered in cleaning device.In this example, gas ash separative element 4 comprises the air cement separator of a cyclone separating, the second suction port 43 that this air cement separator comprises cyclonic separation bucket 41, is located at the baffle 42 of cyclonic separation bucket 41 inside, be communicated with cyclonic separation bucket 41 inside, for generation of vacuum force vacuum suction source 44, for the second electric connection terminal 45 with external electrical connections, vacuum suction source 44 generally comprises the vacuum motor that can produce vacuum force.The dust-contained airflow entered in cyclonic separation bucket 41 by the second suction port 43 can be separated in bucket.The air cement separator concrete structure of above-mentioned cyclone separating can be 200810024257.5 see China Patent No., the structure of cyclone separator disclosed in 200710023870.0,201420426326.6
Power subsystem 5, it is for providing electric energy to steam generating unit 3 and gas ash separative element 4, namely for providing electric energy to the vacuum motor in the steam boiler in steam generating unit 3 and gas ash separative element 4.In this example, power subsystem 5 comprises the first power elements 51 and second source part 52, first power elements 51 for being electrically connected with steam generating unit 3, and second source part 52 is for being electrically connected with gas ash separative element 4.First power elements 51 is for being fixedly installed on steam generating unit 3, and second source part 52 is on dismountable the second electric connection terminal 45 being arranged on gas ash separative element 4.First power elements 51 having the first electric connection 53 for being electrically connected with external power source, second source part 52 having the second electric connection 54 for being electrically connected with external power source.
Cleaning device in Fig. 1 operationally, second source part 52 is thrown off from the second electric connection terminal 45, second source key 52 is separated from by from cleaning device, first electric connection terminal 37 and the 3rd electric connection terminal 24 plug, second electric connection terminal 45 and the 4th electric connection terminal 25 plug, first electric connection terminal 37 realizes being electrically connected with the second electric connection terminal 45, user utilizes the first power elements 51 be fixedly installed on steam generating unit 3 to be electrically connected with external power source, thus rely on the first power elements 51 to realize powering to the vacuum motor of vacuum suction source 44 and the steam boiler 32 of steam generating unit 3 simultaneously, first suction port 12, second suction port 43 and cyclonic separation bucket 41 are connected successively, steam boiler 32, second steam (vapor) outlet 34 and the first steam (vapor) outlet 13 are connected successively.Dust-contained airflow enters into base matrix 11 inside through the first suction port 12 of base unit 1, then upwards flow to carry out through cyclonic separation bucket 41 inside that the second suction port 43 enters into air cement separator gas ash content from, dust after separation will be stayed in cyclonic separation bucket 41, and it is outside that cleaned air is discharged to gas ash separative element 4 behind air channel in vacuum suction source 44; Simultaneously, steam generating unit 3 also works simultaneously, water in the water storage cavity of steam boiler 32 inside is become steam by thermal conversion, user pulls second switch 23, gas outlet valve 35 is opened, steam from the second steam (vapor) outlet 34 overflow backward under be rushed to the first steam (vapor) outlet 13 always, the steam gushed out from the first steam (vapor) outlet 13 will be ejected into the first cleaning attachment and be used for cleaning floor.In embodiment shown in Fig. 1, the gentle grey separative element 4 of steam generating unit 3 in cleaning device works simultaneously, namely vacuum cleaned model and cleaning steam pattern are opened work by this cleaning device simultaneously, in other embodiments, also can for user, to carry out unrestricted choice be that the two cleaning modes utilizing two unit simultaneously to work carry out work by arranging mode selecting key on cleaning device (as handle unit or base unit), or the single cleaning mode of selection only single cell operation carrys out work.
In the cleaning device of this example, in the cleaning device 100 of this example, steam generating unit 3 is modules of a whole installation, and the module be made up of steam generating unit 3 is the detachable module that can releasably be arranged in upright support portion 21.Gas ash separative element 4 is also the module of a whole installation, the detachable module of module also for can releasably be arranged in upright support portion 21 be made up of gas ash separative element 4.
As shown in Figure 2, after when steam generating unit 3, integrally module splits from handle unit 2, first electric connection terminal 37 and the 3rd electric connection terminal 24 are separated, steam generating unit 3 can use as one " handheld portable steam spraying gun ", now in steam generating unit 3, second steam (vapor) outlet 34 of steam generating unit 3 is connected with the external world, steam boiler 32 in steam generating unit 3 can be powered by the first power elements 51, first electric connection 53 is received after on external power source, the water of its inside can be changed into steam by steam boiler 32, user presses the first switch 36, gas outlet valve 35 is opened, steam in steam boiler 32 can be ejected into outside from the second steam (vapor) outlet 34 smoothly, user can also configure installation cleaning attachment (as cleaning cloth etc.) on the second steam (vapor) outlet 34, steam cleans metope or other body surfaces from steam (vapor) outlet 34 is out after-applied to cleaning attachment, meanwhile, this part that gas ash separative element 4 grade is not removed still can continue to use as " upright vacuum cleaner ", be specially: now, together with second electric connection terminal 45 still patches with the 4th electric connection terminal 25, outside 3rd electric connection terminal 24 is exposed to, second source part 52 is patched to the 3rd electric connection terminal 24, the second electric connection 54 on second source part 52 is received after on external power source, second source part 52 can realize powering to gas ash separative element 4, this " upright vacuum cleaner " can utilize the first suction port 43 on base unit 1 to suck dust, dust-contained airflow is through the first suction port 12, second suction port 42 enter in the cyclonic separation bucket 41 of air cement separator carry out gas ash content from.
As shown in Figure 3, after when gas ash separative element 4, integrally module splits from handle unit 2, second electric connection terminal 45 and the 4th electric connection terminal 25 are separated, second suction port 43 is connected with the external world, second electric connection terminal 25 connects second source part 52 ash content that makes to bring about the desired sensation use from unit 4 as one " handheld portable vacuum cleaners ", be specially: second source part 52 is patched to after on the second electric connection terminal 45, the 4th electric connection 54 in second source part 52 is received after on external power source, vacuum suction source 44 is started working, dust-contained airflow through the cyclonic separation bucket 41 that the second suction port 43 of gas ash separative element 4 enters into air cement separator carry out gas ash content from, dust after separation will be stayed in cyclonic separation bucket 41, cleaned air photographed device outside behind air channel in vacuum suction source 44, the remainder such as steam generating unit 301 grade do not removed can use as one " vertical type steam mop ", be somebody's turn to do " vertical type steam mop " in use, first electric connection 53 of the first power elements 51 is electrically connected with external power source, there is provided power supply to steam boiler 32 by the first power elements 51, water is changed into steam and is then ejected on the first cleaning attachment by the first steam (vapor) outlet 13 on base unit 1 and carries out floor cleaning work by steam boiler 32.
As shown in Figure 4, after when steam generating unit 3 and gas ash separative element 4, integrally module splits from handle unit 2 respectively, first electric connection terminal 37 and the 3rd electric connection terminal 24 are separated, second electric connection terminal 45 and the 4th electric connection terminal 25 are separated, outside second steam (vapor) outlet 34 and the second suction port 43 are exposed to respectively, steam generating unit 3 can use as one " handheld portable steam spraying gun " under the power supply of the first power elements 51 as an independent module split, second electric connection terminal 25 connects second source part 52, gas ash separative element 4 uses as one " handheld portable vacuum cleaners " under the power supply of second source part 25 as an independent module split.
Therefore, cleaning device in this example is Multi-functional cleaning device, can use as the vertical type cleaning device simultaneously with cleaning steam pattern and vacuum cleaned model, two independently " handheld portable steam spraying gun " and " handheld portable vacuum cleaners " uses can be split into, one " handheld portable steam spraying gun " and one " vertical vacuum instrument " can also be split into or split into one " handheld portable vacuum cleaning instrument " and one " vertical type steam mop " and use, and cleaning device is after fractionation, can be simultaneously clean together for two people.
embodiment two:
As viewed in figures 5-8, in the cleaning device 1001 of this example, steam generating unit 301 is modules of a whole installation, and the module be made up of steam generating unit 301 is the detachable module that can releasably be arranged in the upright support portion 2101 of handle unit 201.Gas ash separative element 401 is also the module of a whole installation, and the module that gas ash separative element 401 is formed is the detachable module that can releasably be arranged in the upright support portion 2101 of handle unit 201.In power subsystem, the first power elements 5101 is fixedly installed on steam generating unit 301, and second source part 5201 is fixedly installed on gas ash separative element 401.
As shown in Figure 5, now the first electric connection terminal 3701 and the 3rd electric connection terminal 2401 plug, second electric connection terminal 4501 and the 4th electric connection terminal 2501 plug, first electric connection terminal 3701 realizes being electrically connected with the second electric connection terminal 4501, second source part 5201 is incorporated in upright support portion 2101, it is isolated with miscellaneous part that the 4th electric connection 5401 on second source part 5201 is inserted in realization in insulating part 601, user utilizes the first electric connection 5301 of the first power elements 5101 be fixedly installed on steam generating unit 301 to be electrically connected with external power source, thus rely on the first power elements 5101 to realize powering to the vacuum suction source of vacuum suction source 4401 and the steam boiler 3201 of steam generating unit 301 simultaneously, first suction port 1201, second suction port 4301 and cyclonic separation bucket 4101 are connected successively, steam boiler 3201, second steam (vapor) outlet 3401 and the first steam (vapor) outlet 1301 are connected successively, dust-contained airflow enters into base matrix 1101 inside through the first suction port 1201 of base unit 101, the cyclonic separation bucket 4101 that enters into air cement separator through the second suction port 4301 of then upwards flowing carry out gas ash content from, dust after separation will be stayed in cyclonic separation bucket 4101, cleaned air is discharged to device outside by the air channel in vacuum suction source 4401 again after baffle 4201, simultaneously, steam generating unit 301 also works simultaneously, water in the water storage cavity of steam boiler 32 inside is become steam by thermal conversion, user pulls second switch 2301, gas outlet valve 35 is opened, steam from the second steam (vapor) outlet 3401 overflow backward under be rushed to the first steam (vapor) outlet 1301 always, be then applied to clean surface on the first cleaning attachment again.
As shown in Figure 6, after when steam generating unit 301, integrally module splits from handle unit 201, first electric connection terminal 3701 and the 3rd electric connection terminal 2401 are separated, steam generating unit 301 can use as one " handheld portable steam spraying gun ", now in steam generating unit 301, second steam (vapor) outlet 3401 of steam generating unit 301 is connected with the external world, steam boiler 3201 in steam generating unit 301 can be powered by the first power elements 5101, user presses the first switch 3601, gas outlet valve 3501 is opened, steam in steam boiler 3201 can be ejected into outside from the second steam (vapor) outlet 3401 smoothly, meanwhile, this part that gas ash separative element 401 grade is not removed still can continue to use as " upright vacuum cleaner ", be specially: the second electric connection 5401 on second source part 5201 is received after on external power source, second source part 5201 can realize the power supply to gas ash separative element 401, this " upright vacuum cleaner " can utilize the first suction port 4301 on base unit 101 to suck dust, dust-contained airflow through the first suction port 1201, second suction port 4201 enter in air cement separator 4201 carry out gas ash content from.
As shown in Figure 7, after when gas ash separative element 401, integrally module splits from handle unit 201, second electric connection terminal 4501 and the 4th electric connection terminal 2501 are separated, gas ash separative element 401 can use as one " handheld portable vacuum cleaning instrument ", now in gas ash separative element 401, second suction port 4201 of gas ash separative element 401 is connected with the external world, and the vacuum suction source 4401 in gas ash separative element 401 can be powered by second source part 5201; Meanwhile, this part that steam generating unit 301 grade is not removed still can continue to use as " vertical type steam mop ", be specially: the first electric connection 5301 in the first power elements 5101 is received after on external power source, first power elements 5101 can realize powering to steam generating unit 301, and this " vertical type steam mop " can utilize the first steam port 1301 phase first cleaning attachment delivering vapor on base unit 101 to realize carrying out cleaning steam to ground.
As shown in Figure 8, after when steam generating unit 301 and gas ash separative element 401, integrally module splits from handle unit 201 respectively, first electric connection terminal 3701 and the 3rd electric connection terminal 2401 are separated, second electric connection terminal 4501 and the 4th electric connection terminal 2501 are separated, outside second steam (vapor) outlet 3401 and the second suction port 4301 are exposed to respectively, steam generating unit 301 can use as one " handheld portable steam spraying gun " under the power supply of the first power elements 5101 as an independent module split, gas ash separative element 401 uses as one " handheld portable vacuum cleaning workpiece " under the power supply of second source part 2501 as an independent module split.
Therefore, the cleaning device in this example is also a kind of Multi-functional cleaning device, is not repeated herein.
In above-described embodiment one, two, that also can be arranged to dismantle by steam generating unit or the detachable integral module that forms of gas ash separative element is arranged on base unit.Power unit also can adopt rechargeable battery to carry out the mode power of alternative external power supply.Power subsystem also can be arranged to the structure that can split mutually with steam generating unit or gas ash separative element, as being similar to the common split type power line structure of household electrical appliance.Air cement separator in gas ash separative element also can adopt the air cement separator structure of dirt bag structure.In other embodiments, also can adopt with can instantaneously the steam generating unit of the immediate heating type steam boiler of shallow bid water vapor be realized for steam generating unit, as steam generating unit adopts immediate heating type steam boiler, water tank for splendid attire water then also separately need be set, this water tank can be arranged to dismountable structure or with portable water filling port structure to facilitate user's internally water filling.Conveniently the water in water tank is injected in immediate heating type steam boiler, between water tank and immediate heating type steam boiler, also should water pump be set, this pump can adopt electronic pump, also can adopt mechanical pump to realize, the control of water pump is the same with above-mentioned air outlet valve, when comprise in detachable module be steam generating unit time, also should adopt two cover switches to water pump, a switch-linear hybrid is on steam generating unit, and another switch-linear hybrid is on handle.
Above-described embodiment, only for technical conceive of the present invention and feature are described, its object is to person skilled in the art can be understood content of the present invention and implement according to this, can not limit the scope of the invention with this.All equivalences done according to the present invention's spirit change or modify, and all should be encompassed within protection scope of the present invention.
Claims (10)
1. a cleaning device, cleans for effects on surface, it is characterized in that: this cleaning device comprises:
One base unit, for along apparent motion to be cleaned, described base unit comprises a base matrix, and the steam of the first steam (vapor) outlet ejection described base matrix being provided with the first suction port, the first steam (vapor) outlet and being applicable to described in utilization treats the first cleaning attachment carrying out cleaning in clean surface;
One handle unit, its underpart is connected to described base unit rotationally;
One steam generating unit, it is for generation of Clean-steam, and described steam generating unit comprises steam boiler for water being converted to steam, be used for the second steam (vapor) outlet of outwards being exported by the steam in described steam boiler;
One gas ash separative element, described gas ash separative element comprises the second suction port, for being separated from dust-contained airflow by dust and collected air cement separator, vacuum suction source for generation of vacuum force;
One power subsystem, it is for providing electric energy to described steam generating unit and/or gas ash separative element, described power subsystem comprises the first power elements and second source part, the first described power elements and second source part include the electric connection of a rechargeable battery and/or for being electrically connected with external power source, the first described power elements is used for being electrically connected with described steam generating unit, and described second source part is used for being electrically connected with described gas ash separative element;
Described gas ash separative element and the module of described steam generating unit as a whole setting respectively, the module described in two is the detachable module that can releasably be arranged on described handle unit and/or described base unit;
When the module described in two is installed on described handle unit and/or described base unit, the first described suction port, the second suction port and air cement separator are connected successively, and described steam boiler, the second steam (vapor) outlet and the first steam (vapor) outlet are connected successively; When the module be made up of described steam generating unit leave described handle unit and/or described base unit, the module that is made up of described gas ash separative element be arranged on described handle unit and/or described base unit time, the second steam (vapor) outlet in described steam generating unit is connected with the external world, and the first described suction port, the second suction port and air cement separator are connected successively; When the module be made up of described steam generating unit to be arranged on described handle unit and/or described base unit, the module that is made up of described gas ash separative element leave described handle unit and/or described base unit time, the second suction port in described gas ash separative element is connected with the external world, and described steam boiler, the second steam (vapor) outlet and the first steam (vapor) outlet are connected successively.
2. cleaning device according to claim 1, is characterized in that: the first described power elements is fixedly installed on described steam generating unit.
3. cleaning device according to claim 1, is characterized in that: described second source part is fixedly installed on described gas ash separative element.
4. cleaning device according to claim 1, it is characterized in that: described steam generating unit is provided with the first electric connection terminal, described gas ash separative element is provided with the second electric connection terminal, and the first described electric connection terminal can be electrically connected with the second described electric connection terminal.
5. cleaning device according to claim 4, is characterized in that: what the first described power elements can be dismantled is arranged on described steam generating unit; When the first described power elements can be arranged on described steam generating unit, the first electric connection terminal on the first described power elements and described steam generating unit is electrically connected.
6. cleaning device according to claim 4, is characterized in that: what described second source part can be dismantled is arranged on described gas ash separative element; When described second source part can be arranged on described gas ash separative element, described second source part is electrically connected with the first electric connection terminal on the grey separative element of described gas.
7. cleaning device according to claim 1, it is characterized in that: described steam boiler is immediate heating type steam boiler, described steam generating unit also comprises once the water tank for splendid attire water and for the water in described water tank being delivered to the water pump in described steam boiler, described water pump is between described steam boiler and described water tank, described cleaning device is provided with two control described in the switch that opens and closes of water pump, one of them switch-linear hybrid on described handle unit, another switch-linear hybrid is on described steam generating unit.
8. cleaning device according to claim 1, it is characterized in that: described steam boiler is preheating type steam boiler, described steam boiler inside is provided with the chamber that water gas shift can be become steam, described steam generating unit also comprise be located at described in gas outlet valve between the second steam (vapor) outlet of stating and described steam boiler, described cleaning device is provided with two control described in the switch that opens and closes of gas outlet valve, one of them switch-linear hybrid on described handle unit, another switch-linear hybrid is on described steam generating unit.
9. cleaning device according to claim 1, is characterized in that: described air cement separator was bag dust filter or cyclonic separation bucket.
10. cleaning device according to claim 1, it is characterized in that: described handle unit comprises a upright support portion, the lower rotational in described upright support portion is connected on described base unit, and described module can releasably be arranged in described upright support portion.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510125105.4A CN105266722A (en) | 2015-03-20 | 2015-03-20 | Cleaning device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510125105.4A CN105266722A (en) | 2015-03-20 | 2015-03-20 | Cleaning device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105266722A true CN105266722A (en) | 2016-01-27 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510125105.4A Pending CN105266722A (en) | 2015-03-20 | 2015-03-20 | Cleaning device |
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| Country | Link |
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| CN (1) | CN105266722A (en) |
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