CN203828850U - Gas-liquid separating device and hard surface cleaner with same - Google Patents

Gas-liquid separating device and hard surface cleaner with same Download PDF

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Publication number
CN203828850U
CN203828850U CN201320817362.0U CN201320817362U CN203828850U CN 203828850 U CN203828850 U CN 203828850U CN 201320817362 U CN201320817362 U CN 201320817362U CN 203828850 U CN203828850 U CN 203828850U
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CN
China
Prior art keywords
described
left
right
housing
bottom
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CN201320817362.0U
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Chinese (zh)
Inventor
高琴君
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宁波雪芸机械工贸有限公司
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Priority to CN201310611601 priority Critical
Priority to CN201310611601.1 priority
Application filed by 宁波雪芸机械工贸有限公司 filed Critical 宁波雪芸机械工贸有限公司
Priority to CN201320817362.0U priority patent/CN203828850U/en
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Publication of CN203828850U publication Critical patent/CN203828850U/en

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    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47LDOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L7/00Suction 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
    • A47L7/0004Suction cleaners adapted to take up liquids, e.g. wet or dry vacuum cleaners
    • A47L7/0023Recovery tanks
    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47LDOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L1/00Cleaning windows
    • A47L1/02Power-driven machines or devices
    • A47L1/05Hand apparatus with built-in electric motors
    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47LDOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L7/00Suction 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
    • A47L7/0004Suction cleaners adapted to take up liquids, e.g. wet or dry vacuum cleaners

Abstract

Provided are a gas-liquid separating device and a hard surface cleaner with the same. The gas-liquid separating device comprises a shell, the bottom end of the shell is sealed, a gas inlet and a gas auction opening are formed in the two sides of the top end of the shell respectively, the internal space of the shell is separated into two side spaces which are not communicated through a middle plate, the two side spaces are internally and respectively provided with at least one separating plate, the space in the shell is separated into buffering areas and storing areas in the radial direction of the shell through the separating plates, each buffering area is communicated with the storing area on the same side of the buffering area through an opening in the side face of the bottom of the corresponding separating plate, the storing areas of each layer are communicated with the buffering areas of the same sides of the lower layer, and water outlets are formed in the parts, corresponding to the storing areas on the bottommost layer, of the side face of the bottom of the shell to be communicated with the outside. The gas-liquid separating device and the hard surface cleaner with the same have the function of gas-liquid separation, also have the function of preventing toppling backflow, are simple in structure, good in gas-liquid separating effect and high in processing, producing and assembling efficiency and save the volume and space.

Description

A kind of gas-liquid separation device and there is its hard surface cleaning device

Technical field

The utility model relates to a kind of gas-liquid separation device and has the cleaner of this gas-liquid separation device, particularly relates to a kind of hard surface cleaning device with this gas-liquid separation device.

Background technology

For the surface of some hard such as glass, metope, floor, what conventionally adopt is that the method for manual wipping cleans, and so not only waste time and energy, and operating efficiency is extremely low, and labour intensity is larger, and the effect of cleaning is also more general.Therefore, occurred that now many hard surface cleaning devices clean the hard surface such as glass, metope.The cardinal principle of general this hard surface cleaning device is to produce suction airstream by suction unit, thereby can draw dust and little water droplet from crust by suction nozzle with battery unit, and dust and little water droplet can be transferred in dirty fluid box.

A kind of hard surface vacuum as disclosed in US Patent No. 6347428, this hard surface pumping equipment produces suction airstream by aspirating unit, guides by suction inlet or the rotor of suction nozzle with battery unit, and rotor is by actuator drives brush.From the suction airstream of the suction inlet of suction nozzle with battery unit, through dirty fluid box, wherein droplet is separated from liquia air mixture in the inside of dirty fluid box.The and for example disclosed a kind of water aspirator of Chinese patent 200920198607.X, comprise body and be positioned at the suction inlet of body front end, described body interior is provided with and produces fan, the motor of suction and collect the water tank that sucks sewage, the suction end of fan is communicated with a drainage channel, between the upper port dead ahead of described drainage channel and described suction inlet, be provided with the block reinforcement of a dash, described water tank upper end is provided with joint near suction inlet position, joint is provided with water inlet and venthole, and described water inlet is positioned at the below at the overboard edge of block reinforcement.In the time of product work, utilize the air that fan is water tank inside suction inlet inner side to extract out, the water mark on the surface such as glass, ceramic tile and dust are sucked, block reinforcement realizes gas-liquid separation.Above-mentioned water aspirator, although can realize the clean of hard surface, but its water tank can only vertically be placed, be that whole water aspirator can not be toppled over, so at more clean higher metope or glass, need to topple over time, can cause backing up of sewage to enter position of fan or flow out from suction inlet, the scope of application is limited.

Also there are some hard surface cleaning devices, if Chinese utility model patent publication number is CN101909499A disclosed " portable hard surface vacuum ", its general configuration is identical with above-mentioned first patent, but it realizes the separation chamber of gas-liquid separation and the periphery of suction channel is provided with intermediate storage region.In the time of this aspirator inclination or horizontal operation, this intermediate storage region, for storing the addle flowing out from dirty fluid box, prevents that addle from flowing out or inflow suction unit from suction inlet.But such hard surface cleaning device, its separator separates setting with dirty fluid box, therefore make the parts in whole aspirator arrange more crowded, therefore cause its dirty fluid box and storage area all less, the addle that can hold is less, and storage area is also less for the addle of holding in the time that aspirator tilts, therefore, the angle of inclination of aspirator is limited, and addle also needs frequent cleaning, and it is very inconvenient to use.And such aspirator, complex structure, processing and production are also all very inconvenient, particularly the position each other of suction inlet, separator, dirty fluid box and aspirator arranges needs to meet higher condition, otherwise can cause smooth or gas-liquid separation unsuccessful of suction, difficulty of processing is also larger, is unfavorable for enhancing productivity, and strengthens output.

Utility model content

Technical problem to be solved in the utility model is to provide a kind of simple in structure and gas-liquid separation effect is better, also has overturning-preventing and pours in down a chimney the gas-liquid separation device of function, and have the hard surface cleaning device of this gas-liquid separation device.

The utility model solves the problems of the technologies described above adopted technical scheme: a kind of gas-liquid separation device, comprise the housing of hollow barrel-type, the sealing of described housing bottom, its both sides, top have respectively air inlet and air entry, it is characterized in that: the inside of described housing is provided with the length direction of the described housing of a perforation and the inner space of described housing is separated into space, mutual disconnected both sides by the intermediate plate of radial direction, and described air entry and air inlet lay respectively at the both sides of described intermediate plate, in space, described both sides, be respectively equipped with the spaced at least one deck of the length direction dividing plate along described housing, described dividing plate along the length direction of described housing extend and its bottom and intermediate plate between seal, described dividing plate is partitioned into the storage area between buffer area and dividing plate and the housing between dividing plate and intermediate plate by the space in described housing in the radial direction at housing, between described buffer area and the storage area of its homonymy, pass through the open communication of dividing plate bottom sides, the top of described dividing plate is connected with housing and lower than described air inlet and air entry, and wherein the top of the dividing plate of last layer separates respectively described air inlet, air entry and storage area, described air inlet is communicated to the buffer area of the last layer of intermediate plate one side, described air entry is communicated to the buffer area of the last layer of intermediate plate opposite side, the storage area of every one deck is all communicated with the buffer area of the homonymy of lower one deck, the bottom sides of the corresponding housing of storage area of the bottom is provided with delivery port and is communicated to the external world, between the bottom of the dividing plate of the bottom and the bottom of housing, there is interval.This gas-liquid separation device not only has the function of gas-liquid separation, also has the function that overturning-preventing pours in down a chimney concurrently, and not only efficiency simple in structure, that gas-liquid separation effect good, processing is assembled is high, has improved production efficiency, and has saved volume and space.

As an embodiment of the present utility model, described dividing plate is one deck, comprise the left clapboard and the right clapboard that lay respectively at described intermediate plate both sides, between described left clapboard and described intermediate plate, form left buffer area, between described left clapboard and described housing, form left storage area, between described right clapboard and described intermediate plate, form right buffer area, between described right clapboard and described housing, form right storage area, described air inlet is communicated to described left buffer area, described air entry is communicated to described right buffer area, the bottom of described left clapboard is provided with left buffer area and left storage area described in left open communication, the bottom of described right clapboard is provided with right buffer area and right storage area described in right open communication, described delivery port comprises left delivery port and right delivery port, described left delivery port is positioned at the bottom sides of the housing that left storage area is corresponding, described right delivery port is positioned at the bottom sides of the housing that described right storage area is corresponding.

In order to make structure compacter, the effect of overturning-preventing, it is a circle tubular construction that described dividing plate and described housing match, and the bottom of described dividing plate flushes, the bottom of described dividing plate is higher than described delivery port.

Preferably, the top of described dividing plate is connected to described housing by a horizontally disposed connecting plate, and described connecting plate separates respectively described air inlet, air entry and storage area.

Described dividing plate is provided with two-layer, comprise first dividing plate and the second partition setting up and down along the length direction of described housing, described the first dividing plate comprises the first left clapboard and the first right clapboard that are positioned at described intermediate plate both sides, between described the first left clapboard and intermediate plate, form the first left buffer area, between described the first right clapboard and intermediate plate, form the first right buffer area, between described the first left clapboard and housing, form the first left storage area, between described the first right clapboard and housing, form the first right storage area, the bottom of described the first left clapboard is provided with the first left buffer area and the first left storage area described in the first left open communication, the bottom of described the first right clapboard is provided with the first right buffer area and the first right storage area described in the first right open communication,

Described second partition comprises the second left clapboard and the second right clapboard that are positioned at described intermediate plate both sides, between described the second left clapboard and intermediate plate, form the second left buffer area, between described the second right clapboard and intermediate plate, form the second right buffer area, between described the second left clapboard and housing, form the second left storage area, between described the second right clapboard and housing, form the second right storage area, the bottom of described the second left clapboard is provided with the second left buffer area and the second left storage area described in the second left open communication, the bottom of described the second right clapboard is provided with the second right buffer area and the second right storage area described in the second right open communication,

And described the first left storage area is communicated with described the second left buffer area, described the first right storage area is communicated with described the second right buffer area, described delivery port comprises left delivery port and right delivery port, described left delivery port is positioned at the corresponding housing bottom of described the second left storage area side, and described right delivery port is positioned at the corresponding housing bottom of described the second right storage area side.

Preferably, the top of described the first left clapboard and the first right clapboard is connected to described housing by the first connecting plate, and the top of described the second left clapboard and the second right clapboard is connected to described housing by the second connecting plate.

In order to make the structure of this gas-liquid separation device compacter, overturning-preventing better effects if, described first, second dividing plate is with described housing and is provided with matchingly a circle, and the bottom of described the first left clapboard and the first right clapboard flushes, and the bottom of described the second left clapboard and the second right clapboard flushes.

A kind of hard surface cleaning device with above-mentioned gas-liquid separation device, it is characterized in that: comprise shell, be positioned at the water tank of described shell, the bottom of described gas-liquid separation device is stretched into and is positioned at water tank, and the top of described water tank is higher than the delivery port of the bottom sides of described gas-liquid separation device, described shell is provided with suction inlet and is communicated to the air inlet of described gas-liquid separation device, is fixed with an aspirator and carries out air-breathing to described gas-liquid separation device on the air entry of described gas-liquid separation device.The internal structure with the hard surface cleaning device of this gas-liquid separation device is simplified relatively, and this hard surface cleaning device can be equipped with larger water tank, makes hard surface cleaning device frequently to process addle, easy to use.

For the water in this hard surface cleaning device can be recycled, also comprise a water intaking and water is sprayed to the hydrojet mechanism of shell from water tank, on the flow path between described suction inlet and the liquid taking port of hydrojet mechanism, the filter that at least one allows water and gas to pass through is installed.

Preferably, described hydrojet mechanism comprises exposes the push switch being positioned at outside described shell, the liquid getting device that the fog-spray nozzle that is exposed to described shell and is positioned at shell, described liquid getting device connects respectively described fog-spray nozzle, push switch and water tank, and under the control of push switch, from water tank, fetches water and water is sprayed from fog-spray nozzle.

Preferably, described liquid getting device comprise one be inserted into the liquid flowing tube of water tank bottom and be connected with liquid flowing tube get sap cavity, described in get sap cavity liquid outlet be connected with fog-spray nozzle by a drain pipe, described in described push switch is also connected to, get sap cavity.

As an optional embodiment of filter, in described suction inlet, connection one is positioned at the passage of shell, the bottom of this passage is the flow export of inhalation (inhalatio), described filter comprises the cartridge filter being placed on described flow export, and the side of described filter and bottom all have the filtering holes that aperture is micron dimension.

As another optional embodiment of filter, described filter comprises the buffer area of air inlet one side that is positioned at gas-liquid separation device, or is positioned at the filter core excessively of the storage area of the opening below of the buffer area of air inlet one side.

Another optional embodiment of described filter, described filter comprises and is positioned at described water tank, separates the delivery port of bottom of described gas-liquid separation device and the filter of the liquid taking port of spray equipment.

As another optional embodiment of filter, described filter comprises the filtering head that is fixed on described liquid flowing tube bottom.

Compared with prior art, the utility model has the advantage of that this gas-liquid separation device not only has the function of gas-liquid separation, also have the function that overturning-preventing pours in down a chimney concurrently, not only efficiency simple in structure, that gas-liquid separation effect good, processing is assembled is high, improve production efficiency, and volume and space are saved, the internal structure of the hard surface cleaning device with this gas-liquid separation device is simplified relatively, and this hard surface cleaning device can be equipped with larger water tank, make hard surface cleaning device frequently to process addle, easy to use.

Brief description of the drawings

Fig. 1 is the stereogram of the first embodiment of gas-liquid separation device of the present utility model.

Fig. 2 is the cutaway view of the first embodiment of gas-liquid separation device of the present utility model.

Fig. 3 is the stereogram of the second embodiment of gas-liquid separation device of the present utility model.

Fig. 4 is the cutaway view of the second embodiment of gas-liquid separation device of the present utility model.

Fig. 5 is the structural representation of another optional embodiment of the utility model gas-liquid separation device.

Fig. 6 is the cutaway view with the hard surface cleaning device of the gas-liquid separation device of the second embodiment of the present utility model.

Detailed description of the invention

Below in conjunction with accompanying drawing, embodiment is described in further detail the utility model.

As shown in Figure 1, 2, be the first embodiment of gas-liquid separation device of the present utility model.This gas-liquid separation device is the packaged unit of a hollow barrel-type, comprise housing 1, the top of this housing 1 is provided with two openings, is respectively air inlet 11 and air entry 12, this air inlet 11 and air entry 12 are located at respectively the both sides at housing 1 top, and the bottom sides of described housing 1 is provided with delivery port.In hard surface cleaning device, the addle sucking in from air inlet 11 enters water tank from the delivery port 13 of its bottom sides by housing 1, and the bottom of described gas-liquid separation device is positioned at water tank and is communicated with water tank by delivery port 13.Described air inlet 11 and air entry 12 can be located at respectively the top of housing 1 and to lateral openings, as shown in Figure 1, 2, also can be as shown in Figure 5, one of them upward opening, is these air inlet 11 upward openings as shown in Figure 5, air entry 12 is to lateral openings.

As shown in Figure 2, the inner side of this housing 1 is extended and is provided with an intermediate plate 10 that runs through described housing 1 length direction and radial direction along the length direction of described housing 1, space interval in this housing 1 is become to space, mutual disconnected both sides, left and right, and separate described air inlet 11 and air entry 12.The inner side of this housing 1, between the both sides of described intermediate plate 10 and housing 1, be also provided with the dividing plate with described housing 1 interval, the length direction of described dividing plate and described housing 1 extends in the same way, the top of described dividing plate is connected with described housing 1 by horizontally disposed connecting plate 25, and the top of described dividing plate is lower than described air inlet 11 and air entry 12, be that described connecting plate 25 is isolated region and the air inlet between described dividing plate and housing, and region and air entry between isolation barrier and housing, be described air inlet and air entry respectively with dividing plate and housing between region be not communicated with.Described dividing plate all has setting in the both sides of described intermediate plate 10, be provided with left clapboard 21 and right clapboard 22, and between the bottom of described dividing plate and described intermediate plate 10, seal to form a buffer area between dividing plate and intermediate plate 10, described buffer area all has in the both sides of intermediate plate 10, forms the left buffer area 31 in intermediate plate left side and the right buffer area 32 on intermediate plate right side.The bottom sealing of described dividing plate and and the bottom of housing 1 between there is interval, preferably, the bottom of this dividing plate is higher than the delivery port 13 of described housing 1.Sealing between the bottom of described dividing plate and intermediate plate 10.

Described air inlet 11 is communicated to described left buffer area 31, and described air entry 12 is communicated to described right buffer area 32.Interval between described dividing plate and housing 1 forms a storage area, and described storage area is also all to have in the left and right sides of intermediate plate 10, be left storage area 33 and right storage area 34, described air entry 12 is not communicated with described right storage area 34, described air inlet is not communicated with described left storage area 33, between air entry 12 and air inlet 11 and storage area, separates by the top of dividing plate.

The bottom of described dividing plate is provided with buffer area and storage area described in open communication, be that the bottom sides of described left buffer area 31 and the bottom sides of described right buffer area 32 are equipped with opening, be positioned at the left opening 23 and the right opening 24 that is positioned at described right clapboard bottom sides of described left clapboard bottom sides, described left opening 23 is communicated with described left buffer area 31 and left storage area 33, and described right opening 24 is communicated with described right buffer area 32 and right storage area 34.And the delivery port 13 on described housing 1 is respectively provided with one in intermediate plate 10 both sides of housing 1, the bottom sides that is the corresponding housing 1 of described left storage area 33 is provided with left delivery port 131, the bottom sides of the corresponding housing 1 of described right storage area 34 is provided with right delivery port 132, and described left and right delivery port is all communicated to the water tank that is positioned at described gas-liquid separation device lower outside.

Aspirator carries out air-breathing from air entry 12 to gas-liquid separation device, and then this suction is air-breathing to air inlet 11 by the water tank of gas-liquid separation device and gas-liquid separation device lower outside.The addle sucking in from air inlet 11 is introduced into left buffer area 31, from the left opening 23 of left buffer area 31 bottom sides, outflow enters left storage area 33, and the left delivery port 131 that is then left storage area 32 bottom sides from the delivery port 13 of the side of housing 1 bottom enters water tank.The gas sucking in from air inlet 11 that is arranged so that like this separates with addle, and addle flows into water tank as mentioned above, and gas flows out from housing 1 top.And in the time that this gas-liquid separation device is horizontally disposed with or is obliquely installed, flow backwards and enter the addle in housing 1 from left and right delivery port, also only can be stored in the left and right storage area between aforementioned barriers 2 and housing 1, only have addle in the time that storage area is full just may enter buffer area from storage area, then flow out from air entry and the air inlet at top by buffer area.

As shown in Figure 2, this dividing plate can be arranged to the same cylindrical part matching with housing 1, and namely in housing 1, to be arranged to a circle be that left clapboard and right clapboard interconnect to dividing plate, and the bottom of left and right dividing plate also flushes and interconnects.Naturally also can divide and be arranged and do not interconnect in intermediate plate both sides by this dividing plate, can be for example two dividing plates that extend in the same way with the length direction of housing 1 that be oppositely arranged in intermediate plate both sides respectively, the both sides of dividing plate are connected with the inner surface of housing 1 respectively, are separated into successively in the radial direction left storage area, left buffer area, right buffer area and right storage area by the space in this housing 1 at housing 1.As long as the length direction of this dividing plate and housing extends in the same way and all arranges in the both sides of intermediate plate, and in the radial direction the space interval in housing 1 is become to the storage area between buffer area and dividing plate and the housing 1 between dividing plate and intermediate plate at housing, air entry and air inlet are all communicated to this buffer area and are not directly communicated to storage area, and the bottom sides of buffer area is provided with the described storage area of open communication to the same side, and the delivery port of housing 1 is located at the bottom sides of storage area.That is to say that those skilled in the art can, under the guidance of above-mentioned principle, carry out how possible adjustment.This housing 1 can be hollow cylinder structure as shown in Figure 2, and radial section is circular, can be also that radial section is polygon or other erose structures.And the length of above-mentioned left and right dividing plate and size can be the same or different.This intermediate plate can be divided equally into space, the left and right sides by the space in housing 1 by the central shaft of described housing 1, also the space in housing 1 can be divided into the space that both sides vary in size.As shown in Figure 1, 2, the bottom of dividing plate is by sealing between a base plate and intermediate plate.

And preferably, this housing 1 is a Split type structure, and its bottom sides and bottom are connected as a single entity, arrange with upper side split, both can separate machined moulding and are fixed together.So not only easy to process, and the upper and lower of housing can adopt different materials to make, because the bottom of housing 1 is more immersed in the water with respect to the top of housing 1.And the outer surface of housing 1 is provided with housing 1 is connected to the detent 15 on hard surface cleaning device.

As shown in Figure 3-4, for the second embodiment of gas-liquid separation device of the present utility model, in this embodiment, in described housing 1, be provided with the upper and lower spaced two-layer dividing plate of length direction along housing 1, have the first dividing plate on the top of housing 1, this first dividing plate is partitioned into the first left storage area, the first left buffer area, the first right buffer area and the first right storage area by the upper space of housing 1 in the radial direction at housing 1.This first dividing plate is divided into the first left clapboard 211 and the first right clapboard 221, between described the first left clapboard 211 and intermediate plate 10, form the first left buffer area 311, between described the first right clapboard 221 and intermediate plate 10, form the first right buffer area 321, between described the first left clapboard 211 and housing 1, form the first left storage area 331, between described the first right clapboard 221 and housing 1, form the first right storage area 341, sealing between the bottom of described the first dividing plate and intermediate plate 10, the top of the first dividing plate connects described housing 1 by the first connecting plate 251, the air inlet 11 at described housing 1 top is communicated to described the first left buffer area 311, described air entry 12 is communicated to described the first right buffer area 321.The bottom sides of described the first left buffer area 311 i.e. bottom sides of the first left clapboard 211 is provided with the first left opening 231 and is communicated with described the first left storage area 331, and the bottom sides of described the first right buffer area 321 is that the bottom sides of described the first right clapboard 221 is provided with the first right opening 241 and is communicated with described the first right storage area 341.

Below this first dividing plate, be provided with second partition, the top of described second partition is connected to described housing 1 by the second connecting plate 252, and the bottom of housing 1 is partitioned into the second left storage area, the second left buffer area, the second right buffer area and the second right storage area in the radial direction of housing 1 by this second partition.Described second partition comprises the second left clapboard 212 and the second right clapboard 222, between described the second left clapboard 212 and intermediate plate, form the second left buffer area 312, between described the second right clapboard 222 and intermediate plate, form the second right buffer area 322, between described the second left clapboard 212 and housing, form between the second left storage area 332, the second right clapboards 222 and housing and form the second right buffer area 342.Described the first left storage area 331 is communicated with described the second left buffer area 312, and described the first right storage area 341 is communicated with described the second right buffer area 322.The bottom sides of described the second left buffer area 312 is that described the second left clapboard 212 bottom sides are provided with the second left opening 232, and described the second left opening 232 is communicated with described the second left buffer area 312 and the second left storage area 332; The bottom sides of described the second right buffer area 322 is that the bottom sides of described the second right clapboard 222 is provided with the second right opening 242, and described the second right opening 242 is communicated with described the second right buffer area 322 and the second right storage area 342.And the left delivery port 131 on described housing 1 and right delivery port 132 are located at respectively the bottom sides of described the second left buffer area 312 and the second corresponding housing 1 in right buffer area 322, and the bottom of described second partition is higher than described left and right delivery port.Like this, first flow into the first left buffer area 311 from the addle of 11 inspirations of described air inlet, the first left opening 231 of the bottom sides by the first left buffer area 311 flows into the first left storage area 331 again, flow into again the second left buffer area 312, the second left opening 232 of the bottom sides by this second left buffer area 312 flows into the second left storage area 332, flow out this gas-liquid separation device by the left delivery port 131 on the housing 1 of the second left storage area 332 again, flow in the water tank in gas-liquid separation device outside.Such gas-liquid separation device is provided with the dividing plate that multiple length directions along this housing 1 distribute, and the liquid flowing into can be filtered layer by layer, and gas will be upwards from air entry sucking-off in the process of liquid filtering, realizes the good gas-liquid separation of real effect.And in this structure, be provided with the first left and right storage area and the second left and right storage area, in the time of gas-liquid separation device level or inclination, store addle addle can directly not flowed out from buffer area.This gas-liquid separation device, not only can realize the function of gas-liquid separation preferably, also has the function that overturning-preventing pours in down a chimney, and simple in structure, easily manufactured.

Equally, gas-liquid separation device in above-mentioned the second embodiment, the size of its first left buffer area and the first right buffer area can be the same or different, the bottom of the first left clapboard and the first right clapboard can flush also can height, the size of same the second left buffer area and the second right buffer area can be the same or different, and the bottom of the second left clapboard and the second right clapboard can flush also can height.In like manner the size of the first left storage area and the first right storage area also can be identical or different, and the size of the second left storage area and the second right storage area can be the same or different.And those skilled in the art also can recognize, in the first embodiment, in space in housing 1, be provided with one deck dividing plate, and in the second embodiment, in the space in housing 1, be provided with between the upper and lower every two-layer dividing plate, all storage areas between the buffer area and dividing plate and the housing that are partitioned in the radial direction between dividing plate and intermediate plate by the space in housing 1 of every layer of dividing plate, and the storage area of last layer is communicated with the buffer area of lower one deck, the buffer area of last layer connects air inlet and air entry, the housing bottom side of the storage area of the bottom is provided with delivery port.Those skilled in the art can arrange the dividing plate of multilayer and the buffer area of multilayer and storage area on the basis of this structure.

As shown in Figure 6, for thering is the hard surface cleaning device of gas-liquid separation device of this second embodiment.This hard surface cleaning device comprises shell 200 and is positioned at the gas-liquid separation device 100 of housing 200, in described shell 200, be also provided with water tank 300, the bottom of described gas-liquid separation device 100 is stretched into and is positioned at water tank 300, and the water level in water tank 300 is lower than the bottom of described gas-liquid separation device 100, the top of described water tank 300 is higher than the delivery port of the bottom sides of described gas-liquid separation device, part between the bottom delivery port 13 of gas-liquid separation device 100 and water tank 300 tops also can form storage area, make addle not enter gas-liquid separation device 100 for store addle in the time that hard surface cleaning device tilts.The shell 200 of described hard surface cleaning device is provided with suction inlet 250, and shell 200 also comprises one handle 210, and described suction inlet 250 is connected with the air inlet 11 of gas-liquid separation device 100.On the air entry 12 of the interior gas-liquid separation device 100 of described shell 200, be fixed with an aspirator 400, described aspirator 400 carries out air-breathing by air entry 12 to gas-liquid separation device.Because this gas-liquid separation device can have the function that gas-liquid separation and overturning-preventing pour in down a chimney simultaneously, so the structure that reverse-filling is toppled over can be set in addition in this hard surface cleaning device, and parts in this hard surface cleaning device reduce relatively, structure is relatively simple compact, make can be provided with larger water tank in this hard surface cleaning device, make cleaner in the time cleaning, need not frequently topple over addle, very easy to use.

This aspirator 400 comprises motor 410 and is subject to motor-driven impeller 420, and and be positioned at the connecting pipe 430 in described impeller 420 and motor outside 410, this connecting pipe 430 is sealingly connected to described air entry 12.

Preferably, on this suction inlet 250, be fixed with suction nozzle with battery unit 251, and the interior connection one of suction inlet 250 is positioned at the passage 201 of shell 200, the flow export 202 that the bottom of this passage 201 is inhalation (inhalatio).This flow export 202 is communicated to the air inlet 11 of gas-liquid separation device 100.Described hard surface cleaning device also comprises hydrojet mechanism, this hydrojet mechanism comprises exposes the push switch 260 being positioned at outside shell 200, be exposed to the fog-spray nozzle 270 of shell 200, and be positioned at the liquid getting device 280 of shell 200, described push switch 260 and described fog-spray nozzle 270 lay respectively at the relative both sides of described shell 200, and described fog-spray nozzle 270 and described suction inlet 250 are located at the homonymy of described shell 200.Described liquid getting device 280 connects described fog-spray nozzle 270, push switch 260 and water tank 300, fetches water and water is sprayed from fog-spray nozzle 270 under the control of push switch 260 from water tank 300.This liquid getting device 280 comprises that one is inserted into the liquid flowing tube 281 of water tank 300 bottoms, and be connected with liquid flowing tube 281 tops get sap cavity 282, the liquid outlet of getting sap cavity 282 is connected with a fog-spray nozzle 270 by a drain pipe 283, described in described push switch 260 is also connected to, get sap cavity 282, the bottom liquid taking port of this liquid flowing tube 281 is positioned at the bottom of described water tank 300.When liquid and hydrojet operation are got by this hydrojet mechanism, only need Manual press push switch 260, press after a push switch 260, get the interior formation negative pressure of sap cavity 282, after liquid in water tank 300 is entered and got sap cavity 282 by liquid flowing tube 281, then press push switch 260 one time, the liquid of getting in sap cavity 282 sprays from fog-spray nozzle 270 by drain pipe 283, what the concrete structure of liquid getting device 280 was similar to shampoo gets liquid structure, and in this not go into detail.And liquid flowing tube 281 is positioned at the side of described shell 200 near handle 210, because this hard surface cleaning device is in the time tilting to use, conventionally be all to handle 210 lopsidedness, such arranging ensures that liquid flowing tube 281 can be drawn to liquid under any state.And those skilled in the art also can expect adopting other forms of hydrojet mechanism, as long as this hydrojet mechanism can and be ejected to outside shell 200 the water sucking-off in water tank, the liquid taking port of this liquid flowing tube 281 is the liquid taking port of described hydrojet mechanism, the liquid taking port of this hydrojet mechanism is positioned at the bottom of described water tank 300, and described fog-spray nozzle is the liquid outlet of described hydrojet mechanism.This hydrojet mechanism can be hand-operated liquid spraying mechanism as shown in the figure, can be also automatic liquid-spraying mechanism or semi-automatic hydrojet mechanism etc.

On the flow path between suction inlet 250 and the liquid taking port of liquid flowing tube 281,, on the flow path between suction inlet 250 and the liquid taking port of hydrojet mechanism, the filter that at least one allows water and gas to pass through is installed.This filter, can be as described in Figure 6, be placed on the filter 510 of the tubular on described passage 201 outlet at bottom 202, the side of filter 510 and bottom all have filtering holes (not shown), the aperture of filtering holes is at micron order, therefore can make to pass through by water and the gas of this filter, and dirt is filtered.

And this filter, as shown in Figure 6, also can be the filter core 520 excessively that is positioned at gas-liquid separation device 100 inside, this is crossed in the buffer area of air inlet 11 sides that filter core 520 can be arranged on arbitrary layer, or be arranged in the storage area of opening below of the buffer area of the air inlet side of arbitrary layer, those regions be all the current that suck from suction inlet 250 must through path.

And this filter, also can be the filter 530 that is positioned at water tank 300, this filter 530 separates the delivery port 13 of described gas-liquid separation device 100 bottoms and the liquid taking port of liquid flowing tube 281, and the water therefore sucking from the liquid taking port of liquid flowing tube 281 must all pass through the filtration of this filter 530.This filter 530 can adopt pp filter cotton or nonwoven filter cotton as filtering material, and filter 530 can have filtering holes on it, and the aperture of filtering holes is also in micron level.

And this filter can be also the filtering head (not shown) that is fixed on described liquid flowing tube 282 bottoms, water in water tank enters the bottom liquid taking port of described liquid flowing tube 282 after filtering head, and filtering head is filter ball or the filter block of filtering material composition.This filtering material can adopt copper powders briquetting, because copper powders briquetting proportion is larger, thereby the liquid taking port that both can make liquid flowing tube 282 remains on the low level of water tank, be beneficial to liquid flowing tube and from liquid storage container, get liquid, can filter the addle in water tank 300 again.

Therefore, filter can be above-mentioned any or any combination of above-mentioned at least two kinds, and can be the filter of other structures, as long as its current between the liquid taking port from suction inlet 250 to liquid flowing tube 281 must be through path.

This hard surface cleaning device, not only there is gas-liquid separation effect better and have the gas-liquid separation device of overturning-preventing function concurrently, and by being arranged on the filter on the path of the current between suction inlet and liquid flowing tube liquid taking port, and be arranged on the hydrojet mechanism in housing, cleaner in use, sewage flows into water tank after filtering, and and then be ejected on hard surface to be cleaned by hydrojet mechanism, then by suction inlet, suck purge is carried out in the region of having sprayed water, the sewage producing after cleaning again sucks and filters from suction inlet, thereby realize recycling of sewage, reduce the required water consumption of cleaning course, and, because the water in water tank can recycle, thus need not be continually toward inject in water tank clear water or by water tank muddy sewage pour out, very easy to use.

Claims (15)

1. a gas-liquid separation device, comprise the housing (1) of hollow barrel-type, the sealing of described housing (1) bottom, its both sides, top have respectively air inlet (11) and air entry (12), it is characterized in that: the inside of described housing (1) is provided with the length direction of the described housing of a perforation (1) and the inner space of described housing (1) is separated into space, mutual disconnected both sides by the intermediate plate (10) of radial direction, and described air entry (12) and air inlet (11) lay respectively at the both sides of described intermediate plate (10), in space, described both sides, be respectively equipped with the spaced at least one deck of the length direction dividing plate along described housing (1), described dividing plate along the length direction of described housing (1) extend and its bottom and intermediate plate (10) between seal, described dividing plate is partitioned into the storage area between buffer area and dividing plate and the housing between dividing plate and intermediate plate by the space in described housing in the radial direction at housing, between described buffer area and the storage area of its homonymy, pass through the open communication of dividing plate bottom sides, the top of described dividing plate is connected with housing (1) and lower than described air inlet and air entry, and wherein the top of the dividing plate of last layer separates respectively described air inlet, air entry and storage area, described air inlet is communicated to the buffer area of the last layer of intermediate plate one side, described air entry is communicated to the buffer area of the last layer of intermediate plate opposite side, the storage area of every one deck is all communicated with the buffer area of the homonymy of lower one deck, the bottom sides of the corresponding housing of storage area of the bottom is provided with delivery port (13) and is communicated to the external world, between the bottom of the dividing plate of the bottom and the bottom of housing, there is interval.
2. gas-liquid separation device as claimed in claim 1, it is characterized in that: described dividing plate is one deck, comprise the left clapboard (21) and the right clapboard (22) that lay respectively at described intermediate plate (10) both sides, between described left clapboard (21) and described intermediate plate, form left buffer area (31), between described left clapboard (21) and described housing (1), form left storage area (33), between described right clapboard (22) and described intermediate plate (10), form right buffer area (32), between described right clapboard (22) and described housing (1), form right storage area (34), described air inlet (11) is communicated to described left buffer area (31), described air entry (12) is communicated to described right buffer area (32), the bottom of described left clapboard (21) is provided with left opening (23) and is communicated with described left buffer area (31) and left storage area (33), the bottom of described right clapboard (22) is provided with right opening (24) and is communicated with described right buffer area (32) and right storage area (34), described delivery port (13) comprises left delivery port (131) and right delivery port (132), described left delivery port (131) is positioned at the bottom sides of the housing that left storage area (33) is corresponding, described right delivery port (132) is positioned at the bottom sides of the housing that described right storage area (34) is corresponding.
3. gas-liquid separation device as claimed in claim 2, is characterized in that: it is a circle tubular construction that described dividing plate and described housing match, and the bottom of described dividing plate flushes, and the bottom of described dividing plate is higher than described delivery port.
4. gas-liquid separation device as claimed in claim 2, it is characterized in that: the top of described dividing plate is connected to described housing (1) by a horizontally disposed connecting plate (25), and described connecting plate (25) separates respectively described air inlet, air entry and storage area.
5. gas-liquid separation device as claimed in claim 1, it is characterized in that: described dividing plate is provided with two-layer, comprise first dividing plate and the second partition setting up and down along the length direction of described housing, described the first dividing plate comprises the first left clapboard (211) and the first right clapboard (221) that are positioned at described intermediate plate (10) both sides, between described the first left clapboard (211) and intermediate plate (10), form the first left buffer area (311), between described the first right clapboard (211) and intermediate plate (10), form the first right buffer area (321), between described the first left clapboard (211) and housing (1), form the first left storage area (331), between described the first right clapboard (211) and housing (1), form the first right storage area (341), the bottom of described the first left clapboard (211) is provided with the first left opening (231) and is communicated with described the first left buffer area and the first left storage area, the bottom of described the first right clapboard (221) is provided with the first right opening (241) and is communicated with described the first right buffer area and the first right storage area,
Described second partition comprises the second left clapboard (212) and the second right clapboard (222) that are positioned at described intermediate plate (10) both sides, between described the second left clapboard (211) and intermediate plate (10), form the second left buffer area (312), between described the second right clapboard (212) and intermediate plate (10), form the second right buffer area (322), between described the second left clapboard (212) and housing (1), form the second left storage area (332), between described the second right clapboard (212) and housing (1), form the second right storage area (342), the bottom of described the second left clapboard (212) is provided with the second left opening (232) and is communicated with described the second left buffer area (312) and the second left storage area (332), the bottom of described the second right clapboard (222) is provided with the second right opening (242) and is communicated with described the second right buffer area (322) and the second right storage area (342),
And described the first left storage area (331) is communicated with described the second left buffer area (312), described the first right storage area (341) is communicated with described the second right buffer area (322), described delivery port (13) comprises left delivery port (131) and right delivery port (132), described left delivery port (132) is positioned at described the second corresponding housing bottom of left storage area (332) side, and described right delivery port (132) is positioned at described the second corresponding housing bottom of right storage area (342) side.
6. gas-liquid separation device as claimed in claim 5, it is characterized in that: the top of described the first left clapboard (211) and the first right clapboard (221) is connected to described housing (1) by the first connecting plate (251), the top of described the second left clapboard (212) and the second right clapboard (222) is connected to described housing (1) by the second connecting plate (252).
7. gas-liquid separation device as claimed in claim 5, it is characterized in that: described first, second dividing plate is with described housing (1) and is provided with matchingly a circle, the bottom of described the first left clapboard (211) and the first right clapboard (221) flushes, and the bottom of described the second left clapboard (212) and the second right clapboard (222) flushes.
8. one kind has the hard surface cleaning device of the gas-liquid separation device described in the claims 1-7 any one, it is characterized in that: comprise shell (200), be positioned at the water tank (300) of described shell (200), the bottom of described gas-liquid separation device is stretched into and is positioned at water tank (300), and the top of described water tank (300) is higher than the delivery port (13) of the bottom sides of described gas-liquid separation device, described shell (200) is provided with suction inlet (250) and is communicated to the air inlet (11) of described gas-liquid separation device, on the air entry (12) of described gas-liquid separation device, being fixed with an aspirator (400) carries out air-breathing to described gas-liquid separation device.
9. hard surface cleaning device as claimed in claim 8, it is characterized in that: also comprise a water intaking and water is sprayed to the hydrojet mechanism of shell (200) from water tank (300), on the flow path between described suction inlet (250) and the liquid taking port of hydrojet mechanism, the filter that at least one allows water and gas to pass through is installed.
10. hard surface cleaning device as claimed in claim 9, it is characterized in that: described hydrojet mechanism comprises exposing and is positioned at the outer push switch (260) of described shell (200), the fog-spray nozzle (270) and one that is exposed to described shell (200) is positioned at the liquid getting device (280) of shell (200), described liquid getting device (280) connects respectively described fog-spray nozzle (270), push switch (260) and water tank (300), and from water tank (300), water intaking also sprays water from fog-spray nozzle (270) under the control of push switch (260).
11. hard surface cleaning devices as claimed in claim 10, it is characterized in that: described liquid getting device (280) comprise one be inserted into the liquid flowing tube (281) of water tank (300) bottom and be connected with liquid flowing tube (281) get sap cavity (282), the described liquid outlet of getting sap cavity (282) is connected with fog-spray nozzle (270) by a drain pipe (283), described in described push switch (260) is also connected to, gets sap cavity (282).
12. hard surface cleaning devices as claimed in claim 9, it is characterized in that: in described suction inlet (250), connection one is positioned at the passage (201) of shell (200), the flow export (202) that the bottom of this passage (201) is inhalation (inhalatio), described filter comprises the cartridge filter (510) being placed on described flow export (202), and the side of described filter (510) and bottom all have the filtering holes that aperture is micron dimension.
13. hard surface cleaning devices as claimed in claim 9, it is characterized in that: described filter comprises the buffer area of air inlet (11) one sides that are positioned at gas-liquid separation device (100), or be positioned at the filter core (520) excessively of the storage area of the opening below of the buffer area of air inlet (11) one sides.
14. hard surface cleaning devices as claimed in claim 9, it is characterized in that: described filter comprises and is positioned at described water tank (300), separates the delivery port (13) of bottom of described gas-liquid separation device (100) and the filter (530) of the liquid taking port of spray equipment.
15. hard surface cleaning devices as claimed in claim 9, is characterized in that: described filter comprises the filtering head that is fixed on described liquid flowing tube (282) bottom.
CN201320817362.0U 2013-11-27 2013-12-11 Gas-liquid separating device and hard surface cleaner with same CN203828850U (en)

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