CN203341665U - Steam mop - Google Patents
Steam mop Download PDFInfo
- Publication number
- CN203341665U CN203341665U CN 201320409417 CN201320409417U CN203341665U CN 203341665 U CN203341665 U CN 203341665U CN 201320409417 CN201320409417 CN 201320409417 CN 201320409417 U CN201320409417 U CN 201320409417U CN 203341665 U CN203341665 U CN 203341665U
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Abstract
The utility model relates to a steam mop. The steam mop comprises a mop head, a mop body and a steam system; a base comprises an upper portion base body and a lower portion base body which are vertically snapped; the interior of the lower portion base body is provided with the lateral blocking wall; the lower portion base body and the lateral blocking wall which are made of plastic materials are integrally formed through injection; a steam boiler comprises an upper portion boiler body, a lower portion boiler body, a water inlet and a steam outlet; the upper portion boiler body is made of plastic materials; the lower portion boiler body is made of metal materials; the upper portion boiler covers on the upper portion off the lateral blocking wall in a sealing mode; the upper portion boiler body, the lateral blocking wall and the internal bottom wall of the lower portion base body which is arranged on the internal side of the lateral blocking wall are formed into a sealed installation chamber. According to the steam mop, the upper portion boiler body of the steam boiler is designed to be made of plastic materials, so that the upper portion boiler body and the lateral blocking plate which are vertically combined in a sealing mode can be used to achieve forming a sealed installation chamber inside the base, installing components which are used for separating steam is convenient and the steam mop is simple in structure, few in component and low in invest.
Description
Technical field
the utility model relates to a kind of steam mop.
Background technology
the principle of steam mop is by water is heated, and produces the steam of HTHP, directly by the high temperature and high pressure steam degerming of sterilizing, clean home environment.Traditional steam mop has the storage tank for water storage, and the water in this storage tank is by pump or utilize atmospheric pressure to establish in the immediate heating type steam boiler of electrical heating elements in being delivered to.The water entered in steam boiler is converted to steam, and steam then sprays towards the cleaning cloth that is arranged on bottom by the nozzle that is arranged on the mophead bottom.When the cleaning cloth by the steam humidity nuzzles up surface to be cleaned, the dirt existed on surface to be cleaned, dust and chip will be removed.
in prior art, steam boiler generally all is mounted on the mophead that is positioned at bottom.Because needing electricity, heats by steam boiler, and mophead has again steam to overflow when work, so in order to use such steam mop safely, must carry out electricity separation in mophead inside, conductor wire etc. must be arranged in the sealing chamber of separately establishing with the parts of energising.Traditional steam mop is all to surround specially a sealing chamber at some independent working of plastics of mophead inner utilization, then needs is connect to electric parts and is arranged on this sealing chamber.Although this mode has realized the function of electricity separation, parts increase, complex structure, cost improve.
Summary of the invention
the purpose of this utility model is to provide a kind of low cost, can realizes in mophead inside the steam mop of electricity separation again simultaneously.
to achieve these goals, the utility model adopts following technical scheme: a kind of steam mop comprises: mophead comprises that the bottom of described pedestal is provided with steam fumarole for the pedestal of cleaning cloth is installed, type of mop body, be positioned at the top of described mophead, storage tank, be arranged on described type of mop body or mophead, vapour system, comprise that inside has the steam boiler of heating chamber, described pedestal comprises lower base body and top base body, described top base body and lower base body engage up and down, the inside of described lower base body has the side block wall that in it diapire extends upward formation, and the material of described lower base body and side block wall is plastics and the two integrated injection molding, described steam boiler comprises the top boiler body, the bottom boiler body, for to the water inlet of internal water flooding and to the steam (vapor) outlet of outside effusion steam, the material of described top boiler body is plastics, the material of described bottom boiler body is metal, be embedded with electrical heating elements in the boiler body of described bottom, be connected with electric lead on described electrical heating elements, the top of described bottom boiler body seals mutually with the top boiler body combine and within it section form described heating chamber, the top that covers described side block wall that described top boiler body seals simultaneously, described top boiler body, side block wall and the diapire that is positioned at the lower base body of side block wall inboard form one for steam boiler and the sealing installation room of electric lead at least partly are installed.
in technique scheme, preferably, the inside of described lower base body also has the spaced walls that in it diapire extends upward formation, described spaced walls is positioned at the inside of described sealing installation room, described spaced walls and described side block wall integrated injection molding, described spaced walls is divided into the first separate installation room and the second installation room by described sealing installation room, described steam boiler is arranged in described the first installation room, one end of described electric lead is through described spaced walls, have at least the described electric lead of part to be positioned at described the second installation room.
further preferred, the top of described spaced walls arranges and offers from the top down breach, and described electric lead is from described indentation, there through described spaced walls, and described indentation, there disposes a sealing-plug.
preferably, on described lower base body, be provided with for connecting connecting wires of external power source, described electric lead and described connecting wires are electrically connected and the junction of the two is closed in described the second installation room.Wherein, preferably, in described the second installation room, be provided with at least one line clamped block, on described line clamped block, have toon
and under the cable clamping interface offered, the part electric lead that is positioned at described the second installation room is stuck in described cable clamping interface with connecting wires.
in technique scheme, preferably, the flank section that described top boiler body comprises central part and is positioned at described central part periphery, be tightly connected between described central part and described lower boiler body mutually, and the edge portion of described flank section is tightly connected mutually with the top section of described side block wall.Wherein, preferably, described central part protrudes upward with respect to described flank section.
enforcement by technique scheme, the utility model obtains following benefit: by the upper part by steam boiler-top boiler body, be designed to plastic material, and in base interior, side shield is set, utilize like this top boiler body of upper-lower seal combination and the installation room that side shield can realize manufacturing in base interior a sealing, so that the parts that need to separate with steam are installed.This mode is simple in structure, and parts are few, and cost is low.
The accompanying drawing explanation
the schematic perspective view that accompanying drawing 1 is steam mop of the present utility model;
the cutaway view that accompanying drawing 2 is steam mop of the present utility model;
accompanying drawing 3 is the enlarged diagram of accompanying drawing 2 at the A place;
accompanying drawing 4 is looked cross-sectional schematic (in the first installation portion, case lid being installed) for the master of connector of the present utility model;
accompanying drawing 5 is the side-looking cross-sectional schematic of connector of the present utility model (in the first installation portion, case lid being installed);
accompanying drawing 6 is the schematic perspective view of connector of the present utility model (overlooking visual angle);
accompanying drawing 7 is that the first installation portion of the present utility model is in the transverse sectional view that is positioned at place, plane, recess place;
the exploded view that accompanying drawing 8 is storage tank of the present utility model;
the exploded view that accompanying drawing 9 is mophead of the present utility model;
the elevational schematic view that accompanying drawing 10 is steam boiler of the present utility model;
the internal structure schematic diagram that accompanying drawing 11 is mophead of the present utility model;
the connection diagram that accompanying drawing 12 is connector of the present utility model and second valve;
the schematic diagram of rotation backward that accompanying drawing 13 is connector of the present utility model;
in accompanying drawing, wherein: 1, mophead; 11, pedestal; 111, top base body; 112, lower base body; 12, side block wall; 13, spaced walls; 131, breach; 14, second valve; 141, the second spool; 142, trigger part; 1421, second gear teeth; 143, the first pipe joint; 144, the second pipe joint;
2, type of mop body; 21, vertical rod; 22, handle; 23, coiling hook;
3, connector; 31, first component; 311, front and back rotary middle spindle; 32, second component; 321, the first installation portion; 322, the second installation portion; 323, inlet channel; 34, sealing ring; 35, recess; 36, push rod; 361, solution channel; 362, peristome; 37, shifting part; 371, first gear teeth;
4, storage tank; 41, casing; 42, opening; 43, case lid; 431, connecting portion; 432, tubulose extension; 433, air inlet openings; 44, the first through hole; 45, the first spool; 451, the first valve rod; 452, sealing-plug; 46, back-moving spring;
5, steam boiler; 51, top boiler body; 511, central part; 512, flank section; 52, bottom boiler body; 53, water inlet; 54, steam (vapor) outlet; 55, sealing installation room; 551, the first installation room; 552, the second installation room; 553, line clamped block; 554, cable clamping interface; 56, sprue; 57, vapor chamber.
The specific embodiment
for making the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with accompanying drawing, the utility model is described in further detail:
in the present embodiment, 'fornt', 'back', " left side ", " right side ", " on ", the D score direction is with operator's present relevant position direction definition in the process of using this steam mop, be that the operator is while using steam mop, stand in the rear of whole steam mop, promote steam mop and move forward.
steam mop as shown in Figure 1, this is the vertical steam mop, mainly comprises mophead 1, type of mop body 2, connector 3, storage tank 4 and vapour system (each parts of vapour system are dispersed on mophead, connector and storage tank) five major parts.Mophead 1 is positioned at the foot of whole steam mop, it comprises a pedestal 11 that can seesaw along ground to be cleaned, the bottom of pedestal 11 is provided with the steam fumarole (not shown), cleaning cloth or other similar cleaning attachment (not shown)s are arranged on the bottom of pedestal 11 usually, thereby the steam that cleaning cloth etc. can be overflowed from steam fumarole is softening for wiping ground.In the use procedure of steam mop, can escape into the cleaning cloth outside and be applied directly to ground to be cleaned from a part of steam of steam fumarole ejection, this part can soften ground obstinate dirt, and face carries out high-temperature sterilization over the ground.Pedestal 11 is engaged and forms up and down by top base body 111 and lower base body 112 these two parts, and preferably can accomplish the sealing engaging.The inside of pedestal 11 is hollow, and the most parts in vapour system all are arranged on pedestal 11 inside (concrete structure is shown in following content) of this hollow.
as shown in Figure 2, type of mop body 2 comprise one can be flexible vertical rod 21, the bottom of vertical rod 21 is inserted in the second installation portion 322, the top of vertical rod 21 is equipped with handle 22, on handle 22, also be equipped with the coiling hook 23.As shown in Fig. 3 ~ 6, connector 3 comprises first component 31 and second component 32.Wherein first component 31 is arranged at the rear portion of mophead 1, and first component 31 has the front and back rotary middle spindle 311 that can be supported rotatably forwards, backwards, and first component 31 is supported on pedestal 11 by rotary middle spindle 311 before and after this.The bottom of second component 32 can with respect to first component 31 left rotation and right rotation be bearing on first component 31.Second component 32 has the tube that the first installation portion 321 and the second installation portion 322, the first installation portions 321 and the second installation portion 322 all are hollow.The second installation portion 322 is positioned at the rear of the first installation portion 321, and the upper surface of the second installation portion 322 is higher than the upper surface of the first installation portion 321.The bottom of type of mop body 2 is arranged in the second installation portion 322, and the bottom of storage tank 4 is arranged in the first installation portion 321, and the part outside wall surface of the casing 41 of storage tank 4 is positioned at the inboard of the outside wall surface of the second installation portion 322.Connector 3 has erectility and heeling condition, when connector 3 rotates backward around front and back rotary middle spindle 311, connector 3 converts heeling condition to from erectility, type of mop body 2 also becomes and recedes on mophead 1 from standing upright on mophead 1, and now steam mop has been carried out the preparation of the work that enters.
for anti-sealing arrives outside, a sheathed sealing ring 34 on the periphery wall of tubulose extension 432 by inlet channel 323 tricklings.As shown in Fig. 3,4,5,6, the internal face of the first installation portion 321 is provided with a recess 35 in the position corresponding with sealing ring 34, inlet channel 323 is defined necessary through this recess 35 like this, the path of other parts all sealed circle 34 cuts off, and the bottom that air inlet openings 433 and tubulose extension 432 are uncovered structure is connected by this recess 35 with outside air.In order to prevent that steam mop when work 9 is (during work, type of mop body and water tank on steam mop tilt to the back lower place with respect to mophead), water can be from recess 35 water clocks, recess 35 is arranged on the internal face (best on internal face foremost) of the front end side wall that is positioned at the first installation portion 321, the horizontal plane position at recess 35 places is preferably higher than the horizontal plane position at air inlet openings 433 highest point places, even connector 3 rotates backward like this, recess 35 is all the time in higher position, thereby assurance water can not spill thus.The inside of the first installation portion 321 is provided with a push rod 36, and make progress the first valve rod 451, the first valves of jack-up the first spool 45 of the top of push rod 36 are opened, and first through hole 44 is inside and outside connects.The inside of push rod 36 is provided with the solution channel 361 of up/down perforation, the top of push rod 36 is provided with the peristome 362 communicated with solution channel 361, peristome 362 be positioned at tubulose extension 432 bottom under, from tubulose extension 432 trickling water out, through peristome 362, flow in solution channels 361.
vapour system comprises steam boiler 5, and this is the immediate heating type steam boiler.As shown in Fig. 9 ~ 10, steam boiler 5 is arranged on the inside of pedestal 11, and the inside of steam boiler 5 has can convert the water heating to the heating chamber 57 of steam.The inside of lower base body 112 has the side block wall 12 that in it diapire extends upward formation, side block wall 12 ending is closed, roughly in the form of a ring, top base body 111, lower base body 112, side block wall 12 materials are plastics, wherein, and side block wall 12, lower base body 112 integrated injection moldings.Steam boiler 5 comprises top boiler body 51, bottom boiler body 52, for the water inlet 53 to internal water flooding and to the steam (vapor) outlet 54 of outside effusion steam.Top boiler body 51 is made by plastic material, and bottom boiler body 52 is made by metal material.Be embedded with the electrical heating elements (not shown) in bottom boiler body 52, there is the electric lead (not shown) be electrically connected to electrical heating elements on bottom boiler body 52, on lower base body 112, be provided with for connecting the (not shown) of connecting wires of external power source, electric lead is electrically connected with connecting wires.The flank section 512 that top boiler body 51 comprises central part 511 and is positioned at central part 511 peripheries, central part 511 protrudes upward with respect to flank section 512.Between central part 511 and bottom boiler body 52, by several screw upper-lower seal, be connected, it is inner forms heating chamber 57.The edge portion of flank section 512 is tightly connected by screw mutually with the top section of side block wall 12.Top boiler body 51, side block wall 12 and the sealing installation room 55 of internal face formation that is positioned at the lower base body 112 of side block wall 12 inboards.The inside of lower base body 112 also has the spaced walls 13 that in it diapire extends upward formation, and spaced walls 13 is positioned at the inside of sealing installation room 55, spaced walls 13 and side block wall 12, lower base body 112 also integrated injection molding, Bu Yu top, the top boiler body 51 of spaced walls 13 seals contact mutually, spaced walls 13 will be sealed installation room 55 and will be divided into the first separate installation room 551 and the second installation room 552, the top of spaced walls 13 arranges and offers from the top down breach 131, electric lead is from breach 131 through spaced walls 13, and breach 131 places dispose a sprue 56.Steam boiler 5 is arranged in the first installation room 551, and electric lead and the junction of connecting wires are enclosed in the second installation room 552.Be provided with two line clamped blocks 553 in the second installation room 552, have the cable clamping interface 554 of offering from top to down on line clamped block 553, the part electric lead that is positioned at the second installation room 552 is stuck in described cable clamping interface 554 with connecting wires.Like this, by the side block wall in top boiler body 111 and lower base body 112, the simple combination of spaced walls, make one of base interior formation and can be used in steam boiler and part electric lead and the sealing installation room of connecting wires are installed, thereby realize electricity separation in pedestal 11 inside.And spaced walls 13 has and can effectively the installation room of the installation room of steam boiler and live wire be separated, make the inner installation room that forms " two " sealing of pedestal 11, thereby guaranteed the use safety of steam mop.
as shown in Figure 11 ~ 13, the provided upstream of the water inlet 53 of steam boiler 5 is equipped with controls its second valve of whether intaking 14, and this second valve 14 is selected check valve, and second valve 14 is installed in pedestal 11.Second valve 14 has the second spool 141, the first pipe joint 143 and the second pipe joint 144.Between the bottom of solution channel 361 and the first pipe joint 143, by a flexible pipe (not shown), be connected, flexible pipe runs through from the bottom of first component 31, selects flexible pipe can be convenient to first component 31 and second component 32 interference-free in rotation process separately.The water inlet 53 of the second pipe joint 144 and steam boiler 5 is connected by a pipe (this pipe select flexible pipe or hard tube all can).Be installed with a shifting part 37 that roughly is the sector colyliform of 90 ° on first component 31, gear-like shifting part 37 can rotate with before and after connector, have a trigger unit 142 on the second spool 141, trigger unit 142 also roughly is the sector colyliform of 90 °.There are several first gear teeth 371 on shifting part 37, there are several second gear teeth 1421 on trigger unit 142, first gear teeth 371 on shifting part 37 are meshed with second gear teeth 1421 on triggering part 142, when shifting part 37 rotates backward with first component 31, shifting part 37 drives and triggers part 142 actions, thereby makes the second spool 141 actions, and second valve 14 is opened, when shifting part 37 rotates forward with first component 31, shifting part 37 drives the second spool 141 and resets.
in conjunction with referring to Fig. 3, below set forth the course of work of this steam mop:
after the bottom filling the storage tank of water is installed on the first installation portion 321, the part outside wall surface of casing 41 contacts with the outside wall surface of the outside wall surface of the second installation portion 322 and vertical rod 21.Inside at the first installation portion 321, push rod 36 makes progress jack-up the first valve rod 451 together with the sealing-plug 452 on it, sealing-plug 452 leaves the first through hole 44, the inner inside with tubulose extension 432 of casing 41 realizes connecting by the first through hole 44, outside air enters inlet channel 323 from recess 35, at first air will enter to tubulose extension 432 inside from bottom and the air inlet openings 433 of tubulose extension 432, then enter to casing 41 inside via the first through hole 44; In this simultaneously, water flows out and enters tubulose extension 432 inside from the first through hole 44, then flows to peristome 362 places under the bottom that is positioned at tubulose extension 432, then enters in solution channel 361.Now the operator rotates backward type of mop body 2 and tube connector 3 around front and back rotary middle spindle 311, tube connector 3 is transformed into downward-sloping state from erectility, type of mop body 2 also recedes thereupon, in the rotation process of connector 3, second valve 14 will be opened, the water inlet 53 of solution channel 361 and steam boiler 5 is realized being communicated with, water in solution channel 361 constantly flow in the heating chamber 57 of steam boiler 5 inside, after heating chamber 57 in steam boiler 5 is filled, water level in solution channel 361 will rise to peristome 362 places, water continues to the inner bottom part of the first installation portion 321 and upwards until water level rises to the place, the top over air inlet openings 433, now air inlet openings 433 will be blocked up by water seal, outside air is intercepted at this point, air can't enter box house.Because casing 41 inside do not have air to flow to inside, the water in casing also can't be from the interior outflow of the first through hole 44.When the water of steam boiler 5 inside is all or part of change into steam after, steam will be overflowed from steam boiler 5 is inner, the pressure of the heating chamber of steam boiler 5 reduces, water in solution channel 361 will pour in to steam boiler 5 inside again, along with water constantly to the interior supply of steam boiler 5, the water level of solution channel 361 inside descends, air inlet openings 433 is appeared dew, outside air enters tubulose extension 432 inside from air inlet openings again, then by the first through hole 44, enter into casing 41 inside, once air flows in casing 41, water in casing 41 will be by air extrusion, then from the first through hole 44 to dirty.At water in downward flow process, if waterline does not exceed the place, the top of air inlet openings 433, be that inlet channel 323 and the first through hole 44 connect, outside air will enter into tubulose extension 432 inside from air inlet openings 433 always, and enter the inside of casing 41 by the first through hole 44, when casing 41 enters air, water in casing 41 flows into tubulose extension 432 inside from the first through hole 44 simultaneously, then from peristome 362, entering solution channel 361, finally trickling changes into steam to steam boiler 5 inside, conversion escapes to outside from the steam (vapor) outlet 53 of steam boiler 5 after being steam again.At water, continuously outflow in the process of casing 41, if air inlet openings 433 is covered (being the top that waterline surpasses air inlet openings 433) by water, the inner chamber of steam boiler 5 and solution channel 361 inner filling waters, the circulation path that water can't continue to form from the inside of casing 41, the first through hole 44, tubulose extension 432, peristome 362, solution channel 361, flow, now steam boiler 5 inside stop into water.Steam release along with steam boiler 5 inside, the air pressure of steam boiler 5 inside descends, the water supply of solution channel 361 inside is to steam boiler 5 inside, and the water level of tubulose extension 432 inside descends until expose to air inlet openings 433, and the water in water tank continues again to trickle out.Steam mop circulates with this, oneself completes to the work of steam boiler make-up water in the course of the work.
in the above-described embodiments, uncovered structure fully also can be arranged to not be in the bottom of tubulose extension 432, as long as its structure can realize push rod 36 stretch to tubulose extension 432 inside by the first valve rod 451 jack-up and peristome 362 want can with the inner phase fluid connection of tubulose extension 432, whether can casing 41 inside Continuous-flow be advanced air and relied on air inlet openings 433 to be determined by shutoff fully like this.
in above-described embodiment, the second component on connector also can be arranged to can not relative left-right rotation with first component, as first component and second component are fixed or be wholely set.
above-described embodiment is only explanation technical conceive of the present utility model and characteristics, and its purpose is to allow the person skilled in the art can understand content of the present invention and implement according to this, can not limit protection domain of the present utility model with this.All equivalences of doing according to the utility model Spirit Essence change or modify, within all should being encompassed in protection domain of the present utility model.
Claims (7)
1. a steam mop comprises:
Mophead, comprise that the bottom of described pedestal is provided with steam fumarole for the pedestal of cleaning cloth is installed;
Type of mop body, be positioned at the top of described mophead;
Storage tank, be arranged on described type of mop body or mophead;
Vapour system, comprise that inside has the steam boiler of heating chamber; It is characterized in that:
Described pedestal comprises lower base body and top base body, described top base body and lower base body engage up and down, the inside of described lower base body has the side block wall that in it diapire extends upward formation, and the material of described lower base body and side block wall is plastics and the two integrated injection molding;
Described steam boiler comprises the top boiler body, the bottom boiler body, for to the water inlet of internal water flooding and to the steam (vapor) outlet of outside effusion steam, the material of described top boiler body is plastics, the material of described bottom boiler body is metal, be embedded with electrical heating elements in the boiler body of described bottom, be connected with electric lead on described electrical heating elements, the top of described bottom boiler body seals mutually with the top boiler body combine and within it section form described heating chamber, the top that covers described side block wall that described top boiler body seals simultaneously, described top boiler body, side block wall and the diapire that is positioned at the lower base body of side block wall inboard form one for steam boiler and the sealing installation room of electric lead at least partly are installed.
2. steam mop according to claim 1, it is characterized in that: the inside of described lower base body also has the spaced walls that in it diapire extends upward formation, described spaced walls is positioned at the inside of described sealing installation room, described spaced walls and described side block wall integrated injection molding, described spaced walls is divided into the first separate installation room and the second installation room by described sealing installation room, described steam boiler is arranged in described the first installation room, one end of described electric lead is through described spaced walls, have at least the described electric lead of part to be positioned at described the second installation room.
3. steam mop according to claim 2 is characterized in that: the top of described spaced walls arranges and offers from the top down breach, and described electric lead is from described indentation, there through described spaced walls, and described indentation, there disposes a sealing-plug.
4. steam mop according to claim 2, it is characterized in that: on described lower base body, be provided with for connecting connecting wires of external power source, described electric lead and described connecting wires are electrically connected and the junction of the two is closed in described the second installation room.
5. steam mop according to claim 4, it is characterized in that: in described the second installation room, be provided with at least one line clamped block, have the cable clamping interface of offering from top to down on described line clamped block, the part electric lead that is positioned at described the second installation room is stuck in described cable clamping interface with connecting wires.
6. steam mop according to claim 1, it is characterized in that: the flank section that described top boiler body comprises central part and is positioned at described central part periphery, between described central part and described lower boiler body, be tightly connected mutually, the edge portion of described flank section is tightly connected mutually with the top section of described side block wall.
7. steam mop according to claim 6, it is characterized in that: described central part protrudes upward with respect to described flank section.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320409417 CN203341665U (en) | 2013-07-10 | 2013-07-10 | Steam mop |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320409417 CN203341665U (en) | 2013-07-10 | 2013-07-10 | Steam mop |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203341665U true CN203341665U (en) | 2013-12-18 |
Family
ID=49741615
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320409417 Expired - Lifetime CN203341665U (en) | 2013-07-10 | 2013-07-10 | Steam mop |
Country Status (1)
| Country | Link |
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| CN (1) | CN203341665U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104856623A (en) * | 2015-05-06 | 2015-08-26 | 张素平 | Water storage heating device used for mop |
| US10004372B2 (en) | 2014-01-22 | 2018-06-26 | Helen Of Troy Limited | Mop with removable secondary cleaning head |
-
2013
- 2013-07-10 CN CN 201320409417 patent/CN203341665U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US10004372B2 (en) | 2014-01-22 | 2018-06-26 | Helen Of Troy Limited | Mop with removable secondary cleaning head |
| CN104856623A (en) * | 2015-05-06 | 2015-08-26 | 张素平 | Water storage heating device used for mop |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20131218 |