CN108185938A - A kind of cleaning device easy to use - Google Patents

Abstract

The invention discloses a kind of cleaning device easy to use, including mop and with the matched mop-pail stands of the mop；The mop includes first body of rod being mutually socketed and second body of rod, mop disc, the mop hair on mop disc and the rotary head that rotation can be realized relative to mop disc；The mop-pail stands include the cleaning area equipped with drive rod and the drying zone equipped with dehydration basket；In cleaning process, first body of rod can coordinate with the second body of rod rotation stop, and the mop disc is in rotating movement on drive rod；In dehydration, first body of rod can be realized relative to second body of rod and be rotated.The present invention need not control mop to carry out moving up and down for long range, and cleaning operation is light, laborsaving；It is substantially not present frictional force between mop and drive rod, operation is more light during cleaning；And the rotating speed of mop disc is greatly improved, cleaning performance is good.

Description

A kind of cleaning device easy to use

Technical field

The invention belongs to cleaning device technical field easy to use, more particularly, to a kind of sanitizer cartridge easy to use It puts.

Background technology

Chinese patent CN201798703A discloses one kind《Mop cleaning device》, including mop and cleaning container, institute It states mop and includes interior, second body of rod, drive rod is equipped in second body of rod, be equipped with cleaning support device in cleaning container, during cleaning, Clean support device mophead, mop rod be pressed downward it is short during, drive rod drive first body of rod rotate, first The body of rod drives the opposite cleaning support device of mophead to be one-directionally rotated, and realizes the cleaning to mophead.But under this kind of structure The length of one body of rod is larger, and the distance for moving up and down second body of rod is very long, not only push it is very laborious during second body of rod, and push The rotating speed of driving mop disc rotation is also relatively slow afterwards, and cleaning performance is poor.

Invention content

The present invention is in order to overcome the deficiencies of the prior art and provide the cleaning that a kind of cleaning performance is good, labour-saving is easy to use Device.

To achieve these goals, the present invention uses following technical scheme：A kind of cleaning device easy to use, including dragging And with the matched mop-pail stands of the mop；The mop includes first body of rod being mutually socketed and second body of rod, mop disc, sets It can realize in the mop hair on mop disc and relative to mop disc the rotary head rotated；The mop-pail stands include clear equipped with drive rod Wash area and the drying zone equipped with dehydration basket；First body of rod is connected by connector with the rotary head, on the connector Equipped with the matched opening of the drive rod；In cleaning process, the rotary head can coordinate with the drive rod rotation stop, described First body of rod can coordinate with the second body of rod rotation stop, and the mop disc is in rotating movement on drive rod；It is described in dehydration First body of rod can be realized relative to second body of rod and be rotated.The present invention by the flexible of first, second body of rod without driving mop disc Rotation only need to move up and down mop, mop disc can be driven to rotate by the drive rod being arranged in mop-pail stands；This kind of side Under formula, the distance between drive rod and mop disc are close, are moved up and down without mop is controlled to carry out long range, rapid operation, Cleaning is more light；And mophead is substantially not present frictional force in rotation process between drive rod, the resistance very little being subject to, So as to act on the power on mop without very greatly, realizing laborsaving operation；It is directly contradicted to cleaning support dress so as to compare mophead For situation about putting, the rotating speed of mop disc is greatly improved, and realizes good cleaning performance；First body of rod and second body of rod Between the structure that is coordinated by traditional drive rod and drive sleeve, so as to which during cleaning, rotary head is compared to drive rod It remains rotation stop state, and then first body of rod is prevented to rotate, when first body of rod can not rotate, second body of rod Just it can not be moved down with respect to first body of rod, so as to which in cleaning process, mop is moved up and down for whole realization, is not in first body of rod Occurs the situation of relative telescopic and rotation with the second bar；By setting opening, during cleaning operation, drive rod upper end on connector It can penetrate to the opening, so as to which drive rod will not be hit with connector, be not susceptible to be broken, service life is long.

Further, the mop further includes and the matched driving mechanism of the mop disc, in cleaning process, the drive Lever drives the mop disc that single direction rotation occurs by the driving mechanism；Set driving mechanism, compare mop disc directly with drive For the situation of lever contact, the frictional force that mop disc is subject to is small, and operation is more laborsaving, and the rotating speed of mop disc is also faster, clearly It is good to wash effect；And mop disc is happens is that one-directionally rotate, and then guarantee mop disc only rotates when moving down mop, prevents from dragging Disk occurred the situation of backwards rotation when mop moves up, mop disc is less prone to the situation of deceleration, cleaning effect in cleaning process Fruit is more preferable.

Further, the driving mechanism includes movable part and single-direction transmission structure；In cleaning process, the drive rod It penetrates to movable part to be driven to rotate, which passes through single-direction transmission structure and drive the mop in movable part Single direction rotation occurs for disk；Respective outer side edges are stablized, and are less prone to failure；Single-direction transmission structure ensure that movable part can only drive and drag Disk is realized unidirectional rotation, when pushing mop, movable part can drive mop disc to rotate；It is upper carry mop when, activity It will dally between component driven member, so as to which mop disc is still able to maintain that former direction rotation, when continuing to push mop, drag Disk can be raised speed, after being operated repeatedly with this, the rotating speed of mop disc can quickly get a promotion, and realize good cleaning effect Fruit.

Further, the movable part includes movable part and the driven member being connected with the mop disc, the unidirectional biography Dynamic structure includes the first rotation stop ratchet being set on the movable part and is matched on the driven member with first ratchet The second rotation stop ratchet；First ratchet and the second ratchet are in engagement, you can realize the unidirectional rotation stop of movable part and mop disc, make It obtains movable part and drives the rotation of mop disc one direction；Rotation stop is realized by ratchet engagement, stable structure is not susceptible to skid, unidirectionally The effect of rotation stop is more preferable；And the engagement of master and slave ratchet can be realized when moving up for movable part, and so as to when mop moves down, movable part Frictional force between drive rod may be such that movable part moves up, and realize the engagement of master and slave ratchet, and then ensure pushing mop When, mop disc can be driven to rotate, realize the cleaning to mop disc, cleaning operation is easy.

Further, the single-direction transmission structure includes the first rotation stop ratchet being set on the movable part and set on institute State on mop disc with the matched second rotation stop ratchet of first ratchet；First ratchet and the second ratchet are in engagement, you can real The unidirectional rotation stop of existing movable part and mop disc so that movable part drives the rotation of mop disc one direction；Pass through ratchet engagement reality Existing rotation stop, stable structure are not susceptible to skid, and the effect of unidirectional rotation stop is more preferable；And movable part can be realized when moving up it is master and slave The engagement of ratchet, it is real so as to which when mop moves down, the frictional force between movable part and drive rod may be such that movable part moves up The engagement of existing master and slave ratchet, and then ensure, when pushing mop, mop disc can be driven to rotate, realize the cleaning to mop disc, clearly It washes easy to operate.

Further, the driving mechanism further includes rotation stop part, the rotation stop part can be achieved the rotary head with it is described driven Unidirectional rotation stop cooperation between part；During mop dewatering, the rotary head drives the mop disc to rotate by the rotation stop part；Mop During dehydration, the rotary head drives the driven member rotation that the mop disc is driven to rotate by the rotation stop part；Work as mop When being cleaned, it can skid between rotation stop part and rotary head or driven member, thus when driven member rotates, it will not be with turn Dynamic head rotates, i.e., interior bar will not rotate, even if thus without locking between interior outer bar, even if holding above and below outer bar Situation about moving down will not occur in mobile mop, outer bar, and operation is more convenient comfortable during cleaning；And when mop dewatering, Rotation stop part will coordinate with rotary head and driven member rotation stop respectively, thus when outer bar driving interior bar rotation drives rotary head rotation, Rotary head directly can drive mop disc to rotate, and then drive dehydration basket rotation；So as to which the drying zone in mop-pail stands need not Twist rod is set to coordinate with rotary head, it is applied widely directly using traditional dehydration basket structure, when mop-pail stands manufacture Consumptive material reduced, reduce cost；Secondly by the setting of rotation stop part, mop disc is effectively prevent to be sent out during dehydration Raw idle running ensures that mop disc rotates under the driving of rotary head always, so as to which dehydration basket be driven to rotate, realizes de- Water.

Further, in dehydration, the drive rod is penetrated to the rotary head, and the rotary head passes through rotation stop part The driven member single direction rotation is driven, to drive mop disc single direction rotation；During mop dewatering, the rotary head passes through the rotation stop Part drives the driven member rotation that the mop disc is driven to rotate；When mop is cleaned, rotation stop part and rotary head or from It can skid between moving part, so as to when driven member rotates, rotary head be driven to rotate, i.e., first body of rod will not be sent out Raw rotation, even if thus without locking between interior second body of rod, even if holding second body of rod moves up and down mop, second body of rod Situation about moving down will not occur, operation is more convenient comfortable during cleaning；And when mop dewatering, rotation stop part will respectively with Rotary head and the cooperation of driven member rotation stop, thus when second body of rod drives the rotation of first body of rod to drive rotary head rotation, rotary head Directly mop disc can be driven to rotate, and then drive dehydration basket rotation；So as to which the drying zone in mop-pail stands drives without setting Lever to coordinate with rotary head, applied widely directly using traditional dehydration basket structure, consumptive material when mop-pail stands manufacture Reduced, reduce cost.

Further, between the rotary head and rotation stop part be equipped with the first unidirectional spline structure, the rotation stop part with it is described The second unidirectional spline structure is equipped between driven member；It is real by the cooperation of the first unidirectional spline structure, the second unidirectional spline structure The skidding of rotation stop part and rotary head coordinates when now cleaning, and rotation stop of the rotation stop part respectively between rotary head and driven member is matched during dehydration It closes, cooperation is stablized, and structure is easy to implement.

Further, the rotary head is equipped with the through-hole coordinated with the drive rod rotation stop；During cleaning, drive rod can be worn Enter in through-hole and with through-hole rotation stop, coordinate so as to fulfill the rotation stop of rotary head and drive rod；When mop rod is set as first, During bipole body structure, first body of rod can be effectively prevent to rotate, ensure that second body of rod can not move down, so as to first, the Stretching motion will not occur between bipole body；When moving up and down mop, second body of rod is directly held, without having to worry about second Body of rod meeting slide downward, it is easy to operate.

In conclusion the invention has the advantages that：Mop need not be controlled to carry out moving up and down for long range, cleaned Operate light, laborsaving, and the rotating speed of mop disc is greatly improved, and cleaning performance is good；In cleaning process, first body of rod leads to The cooperation for crossing rotary head and actuator remains the state not rotated, and effectively avoids first, second body of rod that expanding-contracting action occurs, Locking structure need not be set；By setting opening on connector, during cleaning operation, drive rod upper end can be penetrated to the opening It is interior, so as to which drive rod will not be hit with connector, it is not susceptible to be broken, service life is long.

Description of the drawings

Fig. 1 is the schematic diagram of mop-cleaning state in the present invention.

Fig. 2 is the schematic diagram of mop dewatering state in the present invention.

Fig. 3 is the structure diagram of mop in the present invention.

Fig. 4 is the decomposition diagram one of Fig. 3.

Fig. 5 is the decomposition diagram two of Fig. 3.

Fig. 6 is the partial schematic diagram of Fig. 5.

Fig. 7 is the partial schematic diagram of Fig. 4.

Fig. 8 is the partial sectional view in Fig. 7.

Fig. 9 is the structure diagram of single-direction transmission structure another kind embodiment in the present invention.

Figure 10 is the structure diagram of mop-pail stands in the present invention.

Figure 11 is the decomposition diagram of Figure 10.

Figure 12 is the structure diagram of the first embodiment of drive rod in the present invention.

Figure 13 is the structure diagram of second of embodiment of drive rod in the present invention.

Figure 14 is the structure diagram one of the mop in the embodiment of the present invention two.

Figure 15 is the structure diagram two of the mop in the embodiment of the present invention two.

Figure 16 is the cooperation schematic diagram of the mop and mop-pail stands in the embodiment of the present invention two.

Specific embodiment

In order to which those skilled in the art is made to be better understood from the present invention program, below in conjunction in the embodiment of the present invention Attached drawing carries out the technical solution in the embodiment of the present invention clear, complete description.

Embodiment 1

As shown in figures 1-13, a kind of cleaning device easy to use, including mop and mop-pail stands matched with the mop 1, institute It states mop-pail stands 1 and includes cleaning area 12 and drying zone 13；A drive rod 5 is equipped in the cleaning area, is equipped in the drying zone 13 Dehydration basket 131；Preferably, the drive rod 5 is removably attachable in mop-pail stands；As shown in figs. 3-9, mop includes mophead 2 and mop rod；The mop rod includes first body of rod 3, second body of rod 4 that is movably set in outside first body of rod and set on described the Driving part between bipole body and first body of rod, the concrete structure of driving part disclosed in patent CN201798703A, It is not repeating；The mophead 2 includes mop disc 21, the mop hair 26 on mop disc, rotary head 22 and driving mechanism； In cleaning process, first body of rod can coordinate with the second body of rod rotation stop, and the mop disc is in rotating fortune on drive rod 5 It is dynamic；Into without mop is controlled to carry out moving up and down for long range, cleaning operation is light, laborsaving；Base between mop and drive rod This is there is no frictional force, and operation is more light during cleaning；And the rotating speed of mop disc is greatly improved, cleaning performance is good； In dehydration, first body of rod can be realized relative to second body of rod and be rotated.

First body of rod, 3 lower end is fixed with a connection piece 31 by a lock tube 32, in order to enhance first body of rod with connecting Degree of being connected firmly between part 31, we are provided with deck 33 in first body of rod lower part；The mop disc 21, which is equipped with, to be supplied The opening 211 that rotary head passes through, the upper end of rotary head are pierced by mop disc, and the rotary head 22 can opposed open hair by the opening Raw rotation；The rotary head 22 is hinged with the connector 31, and connector 31 can relatively rotate turning on first 22 generation left and right directions Turn, consequently facilitating adjusting the angle of mop rod when mopping floor；The lower end of the connector 31 be equipped with two positioning protrusion 81, described turn Dynamic head 22 is equipped with a boss 82, which is equally pierced by the upper surface of mop disc；When connector 31 and the mop disc 21 During in plumbness, the positioning protrusion 81 can be contradicted to the boss 82, so as to which connector and first body of rod be limited In upright state, while realize that rotation stop coordinates between connector and rotary head, at this point, first body of rod is synchronized with the movement with rotary head； First body of rod 3 rotates during mop-cleaning so that second body of rod 4 moves down in order to prevent, we are described A rectangular through-hole 221 is provided on rotary head 22, in cleaning process, the drive rod can be penetrated in the through-hole so that rotation Rotation stop coordinates between head and drive rod, so that first body of rod can not rotate；As preference, under the connector 31 Portion also is provided with an opening 311, and during cleaning operation, 5 upper end of drive rod can be penetrated to the opening 311, so as to drive rod It will not be hit with connector, be not susceptible to be broken.

The driving mechanism is matched with the mop disc, when mop on the drive rod 5 when cleaning, the mop phase Drive rod 5 is moved up and down, which can drive the mop disc 21 that single direction rotation occurs by the driving mechanism；Tool Body, as illustrated in figures 4-5, the driving mechanism includes movable part 23, single-direction transmission structure 24, rotation stop part 25 and cap fall prevention 7, in cleaning process, the drive rod 5 penetrate in movable part 23 movable part 23 to be driven to rotate, the movable part 23 drive the mop disc 21 that single direction rotation occurs by single-direction transmission structure 24；In this present embodiment, the movable part 23 The driven member 232 being connected including movable part 231 and with the mop disc；The driven member 232 is made of plastics；The mop disc 21 lower surfaces be provided with multiple connecting poles 212, and the outer edge of driven member 232 correspond to connecting pole position on be provided with Semicircular open slot 233, under the cooperation of open slot and connecting pole so that driven member 232 can not occur with respect to mop disc 21 The rotation stop cooperation of the two is realized in rotation；232 centre of driven member has installed a cavity 234, and the movable part top can be worn Enter to the cavity；The movable part 231 is movable sleeve made of plastics, which is equipped with passes through for the drive rod 5 Rectangular trepanning 235, the evenly spaced convex ribs 236 set on multiple arcs on 235 inner wall of trepanning；So as to when mop is in described When being cleaned on drive rod 5, the movable part 231 can move up and rotate along the drive rod 5, to drive the mop 21 single direction rotation of disk.

The unidirectional spline structure includes the first ratchet 241 and the second ratchet 242, and first ratchet 241 is spaced uniformly On the lateral wall of the movable part 231, second ratchet 242 it is evenly spaced be set on 234 inner wall of cavity, when When the upward activity of movable part 231 is to the first ratchet and the second ratchet engagement, you can realize the list between driven member and movable part To rotation stop, so as to which movable part 231 can drive mop disc to rotate in a unilateral direction；Preferably, as Figure 7-8, first spine Tooth 241 is equipped with the first inclined surface 2411, and second ratchet 242 is equipped with the second inclined surface 2422；And first inclined surface 2411 is are obliquely installed by the first ratchet upper table aspect-oriented, and second inclined surface 2422 is by second ratchet Table aspect-oriented is obliquely installed.

In other embodiment, as shown in figure 9, the movable part 23 is movable sleeve made of plastics, on the movable sleeve It is evenly spaced set on the convex of multiple arcs on 235 inner wall of trepanning equipped with the rectangular trepanning 235 passed through for the drive rod 5 Item；So as to which when mop on the drive rod 5 when cleaning, the movable part 23 can move up concurrently along the drive rod 5 Raw rotation, to drive 21 single direction rotation of mop disc, is not provided with driven member；The unidirectional spline structure includes the first ratchet 241 and second ratchet 242, first ratchet 241 is set on the lateral wall of the movable part 231, between second ratchet 242 Every uniformly be set on the mop disc 21 lower surface on；When movable part 231, activity to the first ratchet and the second ratchet is nibbled upwards During conjunction, you can the unidirectional rotation stop between mop disc and movable part is realized, so as to which movable part 231 can drive mop disc along unidirectionally Rotation.

The rotation stop part 25 is the plastic article of a circular ring shape, and the rotation stop part 25 is set on driven member 232 and the rotary head Between 22, further, the first unidirectional spline structure, the rotation stop part are equipped between the rotary head 22 and the rotation stop part 25 The second unidirectional spline structure is equipped between 25 and the driven member 232, so as to which in dehydration, the drive rod 5 is penetrated to institute It states in rotary head, the rotation stop part 25 coordinates respectively with rotary head 22 and 232 unidirectional rotation stop of driven member, and then the rotary head 22 232 single direction rotation of driven member is driven by rotation stop part 25, to drive mop disc single direction rotation；Specifically, described first is single To spline structure include the first baffle teeth 261 and with matched second baffle teeth 262 of first baffle teeth, first rotation stop 261 and second baffle teeth 262 of tooth is disposed as ratchet, and the inclined direction of the two is on the contrary, so as to fulfill 261 He of the first baffle teeth Second baffle teeth 262 can realize unidirectional rotation stop cooperation；First baffle teeth 261 is evenly spaced to be set under the rotary head 22 On surface, second baffle teeth 241 is evenly spaced on the upper surface of the rotation stop part 25.

The second unidirectional spline structure includes the first rotation stop ratchet 263 and the second rotation stop ratchet 264, the first rotation stop spine The inclined direction of 263 and second rotation stop ratchet 264 of tooth on the contrary, so that can realize the rotation stop cooperation on unidirectional between the two； The first rotation stop ratchet 263 is evenly spaced on the lower surface of the rotation stop part 25, between the second rotation stop ratchet 264 Every uniformly be set on the driven member 232 upper surface on；Preferably, as Figure 7-8,232 upper surface of driven member Limiting slot 2321 equipped with annular, the rotation stop part is placed in the limiting slot 2321, and the second rotation stop ratchet 264 is spaced Even is set on 2321 bottom wall of limiting slot；Further, first baffle teeth 261 is with the second rotation stop ratchet 264 It is symmetrical arranged, the 262 and first rotation stop ratchet 263 of the second baffle teeth is arranged symmetrically.

Further, as illustrated in figures 4-5, the cap fall prevention 7 is detachably connected on the lower surface of the mop disc 21, institute Rotary head 22, movable part 231, driven member 232 and rotation stop part 25 is stated to be respectively positioned in the cap fall prevention；Specifically, the anticreep Lid 7 is equipped with screw hole, after the completion of rotary head 22, rotation stop part 25, driven member 232 and movable part 231 assemble successively, cap fall prevention 7 are connected by end cap with connecting pole, you can these components are located in it；Cap fall prevention is also set on 7 lower surface central part position There is an opening 71, penetrated for the drive rod 5.

Further, the first linking arm 312 and the second linking arm 313 formed at 31 lower part of connector, shape between two linking arms Into a chamber, penetrated for the rotary head 22；Rotary head upper end is being penetrated across after mop disc to the chamber；Turn in order to prevent Through-hole 221 in dynamic head 22 is blocked, we are provided with the first connection structure and the second connection structure, first linking arm 312 are connected by the first connection structure with the wherein side of the rotary head 22, and the second linking arm 313 passes through the second connection structure It is connected with the opposite side of the rotary head 22；So as to have the structures such as end cap through rotary head, thus will not be in rotary head Through-hole 221 cause to block, in cleaning process, drive rod can be inserted directly into the through-hole, realized and the rotation stop of through-hole Cooperation.

Specifically, first connection structure includes the first screw hole, the first connecting hole 92 and first end cover 93, first end cover 93 central parts extend outward the extension of cylindricality；First screw hole is set on the rotary head 22 wherein side, and described the One connecting hole 92 is set on first linking arm 312, and position is corresponding with the position of first screw hole, works as first end cover 93 with the first linking arm 312 when being connected, when extension passes through the first connecting hole 92 and is spirally connected with the first screw hole, you can realize first Linking arm 312 and the connection of the wherein side of rotary head 22；Second connection structure includes the second screw hole 94, the second connecting hole 95 And second end cover 96,96 middle part of second end cover extend outward to form the extension of cylindricality；Second screw hole 94 is set on described turn On 22 opposite side of dynamic head, second connecting hole 95 is set on second linking arm 313, and position and second screw hole 94 Position it is corresponding, when second end cover 96 is connected with the second linking arm 313, extension passes through the second connecting hole 95 and with second When screw hole 94 is spirally connected, you can realize the connection of the second linking arm 313 and 22 opposite side of rotary head；Pass through the setting of end cap so that First linking arm and the second linking arm may be configured as local hollow out, more save material.

As shown in figures 10-13, the drive rod 5 is made of plastics, and two rows of raised line groups are set on the outer wall of drive rod, are often arranged Raised line group includes multiple raised lines 55 of the evenly spaced setting along drive rod length direction, and raised line 55 is that inclination is set It puts, so that drive rod 5 becomes the structure of drive rod, thus when drive rod 5 penetrates the through-hole to movable part, drive rod Raised line 55 on 5 outer walls can be matched with the raised line of through-hole wall, and then movable part is driven to rotate；Further, institute State and a reinforcing member 51 be equipped in drive rod 5, the reinforcing member be the metallic rod made of metal or plastics, preferably stainless steel or Reinforcing bar is made；The straight slot penetrated for the reinforcing member 51 is equipped in the drive rod 5, by the setting of reinforcing member 51, is effectively enhanced The firmness of drive rod prevents drive rod from situation about fractureing occur, and extends the service life of drive rod；The cleaning area bottom to On arch upward to form a support portion 121, the support portion 121 be equipped with a card slot 122；The drive rod lower part can be caught in described In card slot 122, so as to fulfill the positioning to drive rod, and drive rod is convenient for disassembly and assembly, is conveniently replaceable；Preferably, the driving Bar lower part is caught in the part of card slot 122 and is not provided with raised line；But it evenly spaced is provided with along the length direction of drive rod A plurality of card muscle 53, at the same along drive rod circumferencial direction it is evenly spaced be provided with a plurality of card muscle 54, pass through convex ribs and card muscle Setting effectively increases the frictional force between 5 lower part of drive rod and card slot, prevents drive rod from rotating with respect to card slot 121；As It is preferred that evenly spaced on 5 outer wall of drive rod be equipped with multiple opening straight slots 56, the opening straight slot 56 and the drive rod 5 Interior straight slot is connected, and by the setting of the opening straight slot 56, effectively reduces the consumptive material of drive rod, next also increases driving The bend resistance ability of bar, drive rod are less prone to situation about fractureing when installing reinforcing bar.

In other embodiment, as shown in figure 13, the drive rod may be alternatively provided as other structures, if upper semisection is smooth Section setting, only sets raised line on lower semisection；Or the interval between raised line is from top to bottom sequentially increased so that on drive rod Raised line is set as by close to thin；Or the interval between raised line can be from top to bottom sequentially increased so that the raised line on drive rod It is set as close by dredging.

The drying zone bottom is upward to form a mounting base 137, and the dehydration basket 131 is rotatably set on the peace It fills on seat；Specifically, 137 top of mounting base is equipped with a groove 133, a shaft 134 is equipped in the groove, is set in the shaft Have a cutting ferrule 135, between the cutting ferrule 135 and shaft 134 for interference fit, 134 lower part of shaft can confronting grooves 133 rotate；Into One step, 131 bottom of dehydration basket raises up to be formed and the matched portion 136 that arches upward of the mounting base, the portion 136 that arches upward Central part raises up to form a dehydration projection seat 132；It is described arch upward be equipped in portion 136 with the 135 matched cavity of cutting ferrule, The cutting ferrule 135 can be caught in the cavity；Preferably, it is circumferentially spaced on 135 outer surface of cutting ferrule to be uniformly provided with The protrusion of multiple bar shapeds realizes that the rotation stop between cutting ferrule and the cavity coordinates by the protrusion, so as to occur to turn when dehydration basket When dynamic, cutting ferrule, shaft can be driven to rotate in mounting base together.

The mop-pail stands 1 are equipped with a handle 14, and 14 end of handle and mop-pail stands 1 are side walls hinged together, so as to carry Hand can be spun upside down with respect to mop-pail stands；When being dehydrated in order to prevent, the water on mop hair splashes outward, we are in the dehydration of mop-pail stands Water fender 15 is provided in area, is provided with multiple interpolating units 151 on 15 lower surface of water fender, 13 top of drying zone be equipped with The matched positioning region 139 of the interpolating unit；Specifically, the positioning region 139 is the plastic article of two L-shaped being symmetrical set, two There are gap between 1 inner wall of plastic article and mop-pail stands, so as to which when water fender is assemblied on mop-pail stands, interpolating unit 151 can insert Enter to the gap, so as to play the role of limiting to water fender 15 by positioning region 139, prevent water fender 15 from controlling The situation of offset.

Concrete operations principle is as follows：During cleaning, holding handles second body of rod, while by the opening pair of the cap fall prevention lower part Quasi- drive rod presses down on second body of rod so that mop moves down later；Drive rod is penetrated to cap fall prevention, and penetrate to In square through hole on movable part, movable part is jacked up upwards, so as on the first ratchet and driven member on movable part The second ratchet be meshed；Continue to move down with mop, movable part is moved down along drive rod, so as to which opposite drive rod occurs to turn It is dynamic, and then drive the driven member rotation；Again due to being that rotation stop coordinates between driven member and mop disc, so as to which mop disc can be sent out Raw rotation, drives mop hair to rotate, realizes the cleaning to mop hair；During mop moves down, drive rod upper end is worn Enter to the square through hole of rotary head, coordinate with rotary head rotation stop, rotary head can not rotate so that first body of rod can not be sent out Raw rotation, so as to which second body of rod will not be moved down with respect to first body of rod；And driven member will drive the rotation of rotation stop part in rotation, Since rotary head can not rotate, the ratchet between rotation stop part and rotary head skids, will not so as to the fixation of rotary head The rotation of mop disc is impacted；After band mop is displaced downwardly to drive rod bottom, mop a distance has been carried upwards, has been driven certainly It is not mutually disengaged between bar and cap fall prevention, continues to push mop later, repeat aforesaid operations, reciprocating operation is repeatedly realized to dragging The cleaning of hair.

In the cleaning process being mentioned above, refer to that drive rod upper end has been penetrated to the square through hole of rotary head, drag Being moved back and forth on actuator, but not by being disengaged on actuator, and the feelings that drive rod is not also deviate from from rotary head Condition under this kind of structure, realizes rotation stop always between actuator and rotary head, so as to ensure between first body of rod and second body of rod In rotation stop state；It is not necessarily referring in entire cleaning state, first body of rod and second body of rod are all in rotation stop state；Particularly, it drives Bar has just been penetrated to the opening of cap fall prevention lower part, and when not penetrating into rotary head, first body of rod, which remains unchanged, can occur turning for small degree It is dynamic；When drive rod uses upper semisection as smooth section, lower semisection is when setting the structure of raised line, and drive rod front half section is penetrated to rotation During in head, rotary head can still rotate with respect to drive rod, and first body of rod still can be with respect to the second bar at this time Body rotates, and in the case of this kind, cleans the incipient stage, between first, second body of rod or can relatively rotate.

During dehydration, mop is carried by cleaning area into drying zone, the opening of cap fall prevention lower part is resisted against the convex of dehydration basket On seat, second body of rod is pushed later, first body of rod is driven to rotate by the driving part between first, second body of rod, First body of rod drives rotary head rotation, and during rotary head rotates, the first baffle teeth occurs along the inclined-plane of the second baffle teeth Mobile, when the first baffle teeth is moved to the inclined-plane highest point position of the second baffle teeth, rotation stop part is secured in this position, the One rotation stop ratchet and the second rotation stop ratchet offset；Rotation stop part can not rotate again at this time, so as to fulfill rotary head and rotation stop part, The rotation stop of rotation stop part and driven member coordinates, and then rotary head drives the rotation of rotation stop part, rotation stop part driving driven member rotate with Mop disc is driven to rotate so that mop hair-videotape moves dehydration basket and rotates, and is dehydrated to mop hair；Later by the second bar Body is returned to original position upwards, then proceedes to push second body of rod, reciprocating operation repeatedly realizes the dehydrating operations to mop hair.

Embodiment 2

As illustrated in figures 14-16, the present embodiment and embodiment 1 difference lies in：The dehydration basket 131 is equipped with dehydration drive rod 8, The structure setting of the dehydration drive rod 8 is identical with the structure of the drive rod 5；131 medium position of dehydration basket is equipped with one Hollow connecting pole 138, the dehydration drive rod 8 from the bottom to top pass through the connecting pole, and deeply in dehydration basket, dehydration is driven It can be achieved a fixed connection between lever 8 and connecting pole 138 by modes such as screws, so as to be dehydrated between drive rod 8 and dehydration basket To rotate synchronously.

During dehydration, mop is carried by cleaning area into drying zone, it will be de- on the opening alignment dehydration basket of cap fall prevention lower part Water drive lever 8, and pull down mop；When mop disc is displaced downwardly to dehydration 8 lower part of drive rod, rotary head drives with dehydration at this time Coordinate between bar 8 for rotation stop；Continue to push second body of rod, driving first body of rod rotation, first body of rod drives rotary head and dehydration Basket rotates, and mop disc is driven to rotate, to the outside water dumping of mop hair；Second body of rod is returned to original position upwards later, It then proceedes to push second body of rod, reciprocating operation repeatedly realizes the dehydrating operations to mop hair.

In other embodiment, the mop can also be not provided with rotation stop part, and driving mechanism only includes movable part 23, unidirectional Drive mechanism 24 and cap fall prevention 7 have no effect on cleaning and the dehydrating operations of mop.

Obviously, described embodiment is only the part of the embodiment of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, those of ordinary skill in the art are obtained every other without making creative work Embodiment should all belong to the scope of protection of the invention.

Claims (10)

1. a kind of cleaning device easy to use, including mop and with the matched mop-pail stands of the mop（1）；The mop includes First body of rod being mutually socketed（3）With second body of rod（4）, mop disc（21）, set on mop disc（21）On mop hair（26）And It can be with respect to mop disc（21）Realize the rotary head of rotation（22）；It is characterized in that：The mop-pail stands（1）Including being equipped with drive rod （5）Cleaning area（12）With equipped with dehydration basket（131）Drying zone（13）；First body of rod（3）Pass through connector（31）With The rotary head（22）It is connected, the connector（31）It is equipped with and the drive rod（5）Matched opening（311）；Cleaning In the process, the rotary head（22）It can be with the drive rod（5）Rotation stop coordinates, first body of rod（3）It can be with second body of rod（4） Rotation stop coordinates, the mop disc（21）In drive rod（5）On rotate movement；In dehydration, first body of rod（3）It can With respect to second body of rod（4）Realize rotation.

2. cleaning device easy to use according to claim 1, it is characterised in that：The mop is further included to be dragged with described Disk（21）Matched driving mechanism, in cleaning process, the drive rod（5）The mop disc is driven by the driving mechanism （21）Single direction rotation occurs.

3. cleaning device easy to use according to claim 3, it is characterised in that：The driving mechanism includes movable part Part（23）With single-direction transmission structure（24）；In cleaning process, the drive rod（5）It penetrates to movable part（23）It is interior to be lived with driving Dynamic component（23）It rotates, the movable part（23）Pass through single-direction transmission structure（24）Drive the mop disc（21）Occur single To rotation.

4. cleaning device easy to use according to claim 4, it is characterised in that：The movable part（23）Including work Moving part（231）The driven member being connected with the mop disc（232）, the single-direction transmission structure（24）Including being set on the activity The first ratchet on part（241）With on the driven member with matched second ratchet of first ratchet（242）.

5. cleaning device easy to use according to claim 4, it is characterised in that：The driving mechanism further includes rotation stop Part（25）, the rotation stop part（25）The rotary head can be achieved（22）With the driven member（232）Between unidirectional rotation stop cooperation.

6. cleaning device easy to use according to claim 5, it is characterised in that：The rotary head（22）With rotation stop part （25）Between be equipped with the first unidirectional spline structure, the rotation stop part（25）With the driven member（24）Between be equipped with second it is unidirectional only Rotation structure.

7. cleaning device easy to use according to claim 6, it is characterised in that：The first unidirectional spline structure packet It includes set on rotary head（22）On the first baffle teeth（261）With set on the rotation stop part（25）Upper and first baffle teeth（261） Matched second baffle teeth（262）.

8. cleaning device easy to use according to claim 6, it is characterised in that：The second unidirectional spline structure packet It includes set on the rotation stop part（25）On the first rotation stop ratchet（263）With set on the driven member（232）On first stop with this Turn ratchet（263）Matched second rotation stop ratchet（264）.

9. cleaning device easy to use according to claim 4, it is characterised in that：First ratchet（241）On set There is the first inclined surface（2411）, second ratchet（242）It is equipped with the second inclined surface（2422）.

10. cleaning device easy to use according to claim 8, it is characterised in that：The driven member（232）Upper surface Equipped with the matched limiting slot of rotation stop part（2321）, the second rotation stop ratchet（264）Set on the limiting slot（2321） On bottom wall.