CN208355364U

CN208355364U - Mop

Info

Publication number: CN208355364U
Application number: CN201721274807.XU
Authority: CN
Inventors: 毛同德
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-09-30
Filing date: 2017-09-30
Publication date: 2019-01-11
Anticipated expiration: 2027-09-30

Abstract

A kind of mop, it include: mophead, slide link and cleaner, mophead includes first end and second end relative to each other in a first direction, slide link includes third end and the 4th end relative to each other in a first direction, cleaner includes the shaft for being connected to the third end of slide link, with the spaced cleansing bar of shaft, by connector that shaft is connect with cleansing bar and the rotate driving portion being arranged in shaft, slide link is configured as its third end and moves between the first end and second end of mophead, with the axis rotation for driving cleaner to move along first direction and when near the first end of mophead under the action of rotate driving portion around the shaft.It is provided with cleaner on the mophead of the mop, which can be dehydrated and be cleaned to the mop on mophead to realize and exempt from hand washing function, and structure is simple, and it is easy to operate, and the construction of its mop rod is simplified, to save mop rod the space occupied.

Description

Mop

Technical field

At least one embodiment of the disclosure is related to a kind of mop.

Background technique

Mop is that floor burnisher often is cleaned in daily life, after cleaning it is dirty fall cleaning head generally require into After row cleaning is de- dry could secondary use or storage, it is cumbersome and unhygienic to clean de- dry process.With consumers living's Improve and the competition of relevant industries, it is various have to exempt to hand-wash autospasy and do the mop of function come into being, with cumbersome clear of simplification Dry process is eluted, eliminates and directly contacts dirty cleaning head with hand.

Utility model content

An at least embodiment for the disclosure provides a kind of mop, is provided with cleaner on the mophead of the mop, the cleaning Device can be dehydrated and be cleaned to the mop on mophead to realize and exempt from hand washing function, and structure is simple, easy to operate, and letter The construction of its mop rod is changed, to save mop rod the space occupied.

An at least embodiment for the disclosure provides a kind of mop, comprising: mophead, including the first mop board being stacked With the second mop board, it is provided at least one the first mop board and the second mop board two faces facing with each other along first direction The guide rail of extension, mophead include first end and second end relative to each other in a first direction；Slide link is arranged first It between mop board and the second mop board and is configured as moving along the rail, slide link includes relative to each other in a first direction Third end and the 4th end, on the direction perpendicular to the second mop board, when the overlapping part of slide link and the second mop board most When big, third end is close to first end, and the 4th end is close to second end；Cleaner, turn at the third end including being connected to slide link Axis drives with the spaced cleansing bar of shaft, by connector that shaft is connect with cleansing bar and the rotation being arranged in shaft Dynamic portion, the axis of shaft are parallel to the second mop board and extend along the second direction intersected with first direction；Also, sliding connects Bar is configured as its third end and moves between the first end and second end of mophead, to drive cleaner to move along first direction And axis rotation when near first end under the action of rotate driving portion around the shaft.

For example, the movement travel at third end includes the first stroke close to first end and the second stroke close to second end；

When the third end of slide link is in first stroke and moves along the direction that second end is directed toward first end, rotating Under the action of driving portion, shaft rotated along its axis and drive cleansing bar from be located at the second mop board far from the first mop board one Side moves to the second mop board close to the side of the first mop board or moves to the position concordant with the second mop board；

When the third end of slide link is in first stroke and moves along the direction that first end is directed toward second end, rotating Under the action of driving portion, shaft rotates along its axis and drives cleansing bar from the second mop board is located at close to the one of the first mop board Side or the position concordant with the second mop board move to side of second mop board far from the first mop board；

When the third end of slide link moves in second stroke, slide link drives cleaner to transport along first direction It is dynamic, and cleansing bar is located at side of second mop board far from the first mop board.

For example, first direction is vertical with second direction.

For example, the extending direction of cleansing bar is parallel to the extending direction of the axis of shaft.

For example, connector includes two sub- connecting members for being separately positioned on both ends of the shaft, between two sub- connecting members between Away from the edge not less than mophead perpendicular to the width of first direction.

For example, the mop that the embodiment of the present disclosure provides further include:

Mop rod, mop rod are flexibly connected with the first mop board；

The drawing handle being movably set on mop rod,

Wherein, the 4th end of slide link is provided with the first holding section, and drawing handle is provided with close to the end of mophead Second holding section, when mop rod turns to and is parallel to guide rail, the second holding section be configured as engaging with the first holding section so that Drawing handle drives slide link to move along the rail.

For example, being provided with the gag lever post radially extended along shaft in shaft, the extending direction and shaft of gag lever post are directed toward Angular range between the direction of cleansing bar is 45 ° -135 °, and the first end setting of mophead is jagged, when cleaner around the shaft Axis rotation when, gag lever post is by notch to stretching out other than mophead and cleaner is followed to rotate.

For example, the angle that the extending direction and shaft of gag lever post are directed toward between the direction of cleansing bar is 90 °.

For example, the third end of slide link is provided with limiting stand, limiting stand is configured as overturning in cleansing bar to second and drag Plate far from the first mop board side when contradict cleaner.

For example, at least side setting of the two sides at the third end of slide link is limited along the direction for being parallel to shaft axis Position platform, limiting stand be configured as cleansing bar overturn to the second mop board far from the first mop board side when contradict connector.

For example, the third end of slide link is provided with limiting stand close to the side of the second mop board, limiting stand is configured as Cleansing bar overturn to the second mop board far from the first mop board side when contradict gag lever post.

For example, the first mop board includes the rotation trigger unit near first end, rotation trigger unit is configured as and turns Dynamic driving portion collective effect is so that the axis rotation of cleaner around the shaft.

For example, rotate driving portion includes the periphery that shaft is arranged in, and along the radial at radial multiple first of shaft Tooth, rotation trigger unit includes at least one second tooth towards rotate driving portion, multiple first teeth be configured as by at least One the second tooth occlusion is to drive the axis rotation of cleaner around the shaft.

For example, gag lever post is U-shaped gag lever post, rotate driving portion is the sliding slot that the U-shaped inner wall of U-shaped gag lever post is formed, rotation Trigger unit is the cross bar for being parallel to shaft axis positioned at indentation, there, and the axis of cross bar is greater than away from the vertical range of the second mop board Vertical range of the axis of shaft away from the second mop board, cross bar be configured as in sliding slot it is opposite slide so that cleaner around the shaft Axis rotation.

For example, rotate driving portion includes the torsional spring being set in shaft, one end of torsional spring is connected on slide link, another End is connected on gag lever post.

For example, slide link towards at least side of the first mop board and the second mop board be provided with the first locked groove and along hang down The face of at least one of one of the first snap lock directly moved in the direction of the second mop board, the first mop board and the second mop board The side that slide link is provided with the first locked groove or the first snap lock includes another of the first locked groove and the first snap lock, and One snap lock is configured as on the direction perpendicular to the second mop board, when the overlapping part of slide link and the second mop board most When big, engage with the first locked groove, thus flexible fastening slide link.

For example, guide rail includes that first guide rail of second mop plate surface to the side of the first mop board is arranged in, edge is parallel to The direction of the axis of shaft, the third end of slide link are provided with the shaft seat extended at least side of two sides, shaft seat surface It is equipped with the first idler wheel to the side of the first guide rail, the first idler wheel is configured as sliding on guide rail.

For example, slide link is provided with the dovetail groove or T-slot extended in a first direction towards the side of the first mop board, It is provided with dovetail boss or T-shaped boss on mop rod, dovetail boss or T-shaped boss are with the second engagement site in the same of mop rod Side, when drawing handle drives slide link to move along the rail, dovetail boss or T-shaped boss are configured as in dovetail groove or T shape Opposite sliding in slot.

For example, guide rail includes the second guide rail that the first mop plate surface is arranged in the second mop board side, the second guide rail edge It is extended in dovetail groove or T-slot perpendicular to the direction of the second mop board, the second guide rail is configured as in dovetail groove or T-slot Opposite sliding is so that slide link is moved along first direction.

For example, dovetail boss or T-shaped boss are provided with the second idler wheel far from the side of mop rod.

For example, be provided with cage knob perhaps guide block drawing handle covering cage knob or guide block on mop rod, and towards cage knob or The inner wall of person's guide block is provided with the first guide groove of the extending direction extension along mop rod, and cage knob or guide block are configured as being located at the To prevent drawing handle radial rotating on mop rod in one guide groove.

For example, cage knob is circle, a boss, the minimum range between boss is respectively set in the two side walls of the first guide groove Less than the diameter of cage knob, when being located at the gap in the first guide groove between relative movement and process boss in cage knob, boss and lock Elastic Contact is generated between button, cage knob is configured as position of the flexible fastening drawing handle on mop rod.

For example, one of the inner wall and guide block of the first guide groove are provided with the second locked groove, another is provided with the second snap lock, the Two snap locks are configured as cooperating the position with flexible fastening drawing handle on mop rod with the second locked groove.

For example, being provided with conducting bar or multiple spaced top guides on mop rod along the extending direction of mop rod, push and pull Perhaps top guide and the inner wall towards conducting bar or top guide are provided with the second guide groove to handle covering part conducting bar, and the second guide groove Length is configured as being located in the second guide groove to prevent not less than the spacing between two neighboring top guide, part conducting bar or top guide Drawing handle radial rotating on mop rod.

For example, one of the inner wall and conducting bar of the second guide groove are provided with third locked groove, another is provided with third snap lock, the Three snap locks are configured as cooperating the position with flexible fastening drawing handle on mop rod with third locked groove.

Mop rod is connected to close to the connector of the end of mophead；And

The universal joint of one end of the separate mop rod of connector is set,

Wherein, mop rod is flexibly connected by connector and universal joint with mophead.

For example, being hollow cavity in connector, mandril, spring and spring capping, the both ends of spring are provided in hollow cavity Be connected respectively to mandril and spring capping, side of the universal joint towards connector is cam surface, mandril far from spring one End and cam surface.

For example, one of the side for being provided with the second holding section of mop rod and first mop board are provided with magnet, another It is provided with ferrule, ferrule is configured as being acted on magnet when mop rod turns to and is parallel to guide rail, to keep second to drag Plate is parallel to each other with mop rod.

For example, cleansing bar is provided with comb teeth or brush towards the side of shaft.

For example, cleansing bar include clearer and with clearer reinforcing crossmember disposed in parallel, the both ends of reinforcing crossmember with Connector is fixedly connected.

For example, cleansing bar and connector elastic connection.

Mop, is arranged in side of second mop board far from the first mop board, and the first of one end of mop and mophead End cap is closed or is fastened.

Detailed description of the invention

In order to illustrate more clearly of the technical solution of the embodiment of the present disclosure, the attached drawing to embodiment is simply situated between below It continues, it should be apparent that, the accompanying drawings in the following description merely relates to some embodiments of the present disclosure, rather than the limitation to the disclosure.

Figure 1A is the partial structural diagram for the mop that one embodiment of the disclosure provides；

Figure 1B-Fig. 1 F is the movement travel schematic diagram at the third end for the slide link that one embodiment of the disclosure provides；

Fig. 2A is the structural schematic diagram in two faces of the first mop board that one embodiment of the disclosure provides；

Fig. 2 B is the structural schematic diagram for the cleaner that one embodiment of the disclosure provides；

Fig. 2 C is the notch schematic diagram for the mop that one embodiment of the disclosure provides；

Fig. 3 A is the structural schematic diagram in two faces of the slide link that one embodiment of the disclosure provides；

Fig. 3 B is the structural schematic diagram in two faces of the second mop board that one embodiment of the disclosure provides；

Fig. 3 C is the schematic diagram of the dovetail groove for the mop that the embodiment of the present disclosure provides；

Fig. 4 A is the partial schematic diagram of the Facad structure for the mop that an embodiment of the disclosure provides；

Fig. 4 B is the partial sectional view of the right view structure for the mop that an embodiment of the disclosure provides；

Fig. 5 A is the partial structural diagram for the mop that an example of one embodiment of the disclosure provides；

Fig. 5 B is the partial structural diagram for the mop that another example of one embodiment of the disclosure provides；

Fig. 6 A is the partial structural diagram for the mop that another embodiment of the disclosure provides；

Fig. 6 B is cross-sectional view of the mop shown in Fig. 6 A along the face XZ；

Fig. 6 C is the structural schematic diagram of the first mop board of the mop shown in Fig. 6 A；

Fig. 7 A is the partial structural diagram for the mop that another embodiment of the disclosure provides；

Fig. 7 B is the side schematic view of mop shown in Fig. 7 A；

Fig. 8 A is the partial structural diagram of the mop rod for the mop that another embodiment of the disclosure provides；

Fig. 8 B is the partial structural diagram of the mop with the mop rod shown in Fig. 8 A；

Fig. 8 C is the structural schematic diagram of the cleaner in mop shown in Fig. 8 B；

Fig. 9 is the structural schematic diagram of the cleaner in the mop that another embodiment of the disclosure provides；

Figure 10 A is the slide link for the mop that another embodiment of the present disclosure provides and the structural schematic diagram of cleaner；

Figure 10 B is the partial structural diagram of the mop with slide link shown in Figure 10 A and cleaner；

Figure 11 is the partial structural diagram for the mop that another embodiment of the disclosure provides.

Specific embodiment

To keep the purposes, technical schemes and advantages of the embodiment of the present disclosure clearer, below in conjunction with the embodiment of the present disclosure Attached drawing, the technical solution of the embodiment of the present disclosure is clearly and completely described.Obviously, described embodiment is this public affairs The a part of the embodiment opened, instead of all the embodiments.Based on described embodiment of the disclosure, ordinary skill Personnel's every other embodiment obtained under the premise of being not necessarily to creative work, belongs to the range of disclosure protection.

Unless otherwise defined, the technical term or scientific term that the disclosure uses should be tool in disclosure fields The ordinary meaning for thering is the personage of general technical ability to be understood." first ", " second " used in the disclosure and similar word are simultaneously Any sequence, quantity or importance are not indicated, and are used only to distinguish different component parts." comprising " or "comprising" etc. Similar word means that the element or object before the word occur covers the element or object for appearing in the word presented hereinafter And its it is equivalent, and it is not excluded for other elements or object."upper", "lower", "left", "right" etc. are only used for indicating that relative position is closed System, after the absolute position for being described object changes, then the relative positional relationship may also correspondingly change.

Currently, having the mop for exempting from hand washing and the dry function of autospasy to be roughly divided into two major classes, one kind is to cooperate mutually to fit with it Match be provided with cleaning centrifugal dry machine structure water butt use, the two cooperation come complete cleaning and dewatering work.Another kind of is to drag Being provided with cleaning centrifugal dry machine structure on ontology, using when mop without cooperating specific water butt or other tools, this mop It is relatively more convenient.

The mop that cleaning centrifugal dry machine structure is provided in mop body is divided into collodion cleaning head mop and undercoat cloth cleaning head Flat mop two major classes.

The cleaning head material of collodion cleaning head mop is collodion, larger due to collodion and by the frictional force between wiping surface, Stability requirement between mop rod and mophead is higher, so the connection design comparison of the mop rod of this mop and mophead Inflexible, it is not flexible to use mophead, very laborious in operation in narrow space.Cleaning centrifugal dry machine is provided in mop body It is the sewage for leaning on fashion of extrusion to squeeze out in the collodion cleaning head after soaking or rinsing that the cleaning of the collodion cleaning head mop of structure, which takes off dry, And dirt, lever knob is provided on the mop rod of this mop, one end of knob is handle, the other end and mop rod by turning Axis connection is hinged with stayed pole between lever knob and the link position and handle of mop rod, and stayed pole extends downwardly always connection It connects on mophead.The mop header structure of this mop is divided into two kinds substantially, and fashion of extrusion is also classified into two kinds, and one is mopheads Inverted U-shaped frame is provided between top and mop rod, two sides are hinged with that intermediate setting is articulate folding to drag below inverted U-shaped frame Head, meanwhile, the joint and above-mentioned stayed pole among mophead are hinged, and when pulling handle upwards, lever knob, which be will drive, leads Pull rod moves up, and stayed pole, which moves up, can affect the joint part among mophead to move up, due to by mophead two The limitation of two sides interface below side and inverted U-shaped frame, mophead can be folded inward at this time, and the folding of mophead can promote mophead The collodion cleaning head being fitted and connected below folds, and the folding of collodion cleaning head is adsorbed on interior Sewage when can be by immersion or flushing Dirt squeezes discharge.Another kind is to be provided between mophead and mop rod to roller, and stayed pole can affect mophead and following glue Cotton cleaning head is moved to between roller, and sewage dirt, which squeezes roller, to be discharged.

Cleaning centrifugal dry machine structure is provided on the ontology of undercoat cloth cleaning head flat mop, cleaning and dewatering type are to pass through Cleaning centrifugal dry machine structure is smoothed out with the fingers from the side of cleaning head to side, and the mophead of this mop and mop rod are by universal mostly Section is actively coupled, and compared to the collodion cleaning head mop of foregoing description, either handling, self-cleaning effect still cleans area all more Tool advantage.Wherein, also there is a kind of flat mop that cleaning head is twisted into twisted shape with will be clear by the cleaning mechanism that is arranged on ontology Moisture in clean head squeezes out, but its self-cleaning effect is bad, and hair dirt cannot exclude.

Under study for action, the inventor of the present application discovered that: currently, be provided in mop body cleaning centrifugal dry machine structure flat panel mop Cleaning centrifugal dry machine structure be substantially and be arranged in above mop rod, such a structure increases the occupied space of mop rod, when Using this mop in small space or when mopping floor close to high object, cleaning centrifugal dry machine structure can be knocked with high object around or ornaments It touches, greatly reduces the handling and convenience of mop.

Embodiment of the disclosure provides a kind of mop, comprising: mophead, including the first mop board being stacked and second Mop board is provided at least one the first mop board and the second mop board two faces facing with each other and to extend in a first direction Guide rail, mophead include first end and second end relative to each other in a first direction；Slide link is arranged in the first mop board And second between mop board and be configured as moving along the rail, slide link includes third end relative to each other in a first direction With the 4th end, on the direction perpendicular to the second mop board, when the overlapping part maximum of slide link and the second mop board, Three ends are close to first end, and the 4th end is close to second end；Cleaner, the shaft at the third end including being connected to slide link, with turn The spaced cleansing bar of axis, by connector that shaft is connect with cleansing bar and the rotate driving portion being arranged in shaft, turn The axis of axis is parallel to the second mop board and extends along the second direction intersected with first direction；Also, slide link is matched Its third end is set to move between the first end and second end of mophead, with drive cleaner to move along first direction and Axis rotation when near first end under the action of rotate driving portion around the shaft.Cleaning is provided on the mophead of the mop Device, the cleaner can be dehydrated and be cleaned to the mop on mophead to realize and exempt from hand washing function, be dehydrated in mop When with cleaning action, shaft can be made to rotate by rotate driving portion, cleansing bar is moved to the position of cleaning and dehydration, and And mop is cleaned and is dehydrated under the drive of slide link；And mop floor act when, can be made by rotate driving portion Cleansing bar, is moved to the position for the movement that do not interfere to mop floor by shaft rotation.The Mop structure of the embodiment of the present disclosure is simple, operation It is convenient, and the construction of its mop rod is simplified, to save mop rod the space occupied.

The mop provided with reference to the accompanying drawing the embodiment of the present disclosure is described.

Figure 1A is the partial structural diagram for the mop that one embodiment of the disclosure provides, and as shown in Figure 1A, the present embodiment mentions The mop of confession includes: mophead 100, slide link 200 and cleaner 300.Mophead 100 includes that first be stacked drags Plate 110 and the second mop board 120, at least one the first mop board 110 and the second mop board 120 two faces facing with each other It is provided with along first direction, the i.e. guide rail 130 of X-direction extension.Mophead 100 includes in a first direction relative to each other first End 101 and second end 102.Slide link 200 is arranged between the first mop board 110 and the second mop board 120 and is configured as It is moved along guide rail 130, slide link 200 includes third end 201 and the 4th end 202 relative to each other in a first direction.It is hanging down Directly on the direction of the second mop board 120, when the overlapping part maximum of slide link 200 and the second mop board 120, sliding connects The third end 201 of bar 200 is close to the first end 101 of mophead 100, and the 4th end 202 of slide link 200 is close to mophead 100 Second end 102.Cleaner 300 includes that the shaft 310 for being connected to the third end 201 of slide link 200 and shaft 310 are spaced The cleansing bar 320 of setting, by connector 330 that shaft 310 is connect with cleansing bar 320 and the rotation being arranged in shaft 310 Driving portion 340, the axis of shaft 310 are parallel to the second mop board 120 and along the second direction intersected with first direction, i.e. Y Direction extends.Slide link 200 is configured as its third end 201 between the first end 101 and second end 102 of mophead 100 Movement, to drive cleaner 300 to move along first direction and when near first end 101 in the effect in rotate driving portion 340 Under around the shaft 310 axis rotation, that is, cleaner 300 is using the axis of shaft 310 as axis rotation.

Figure 1A is shown along perpendicular on the direction of the second mop board 120, slide link 200 and the second mop board 120 The situation of overlapping part maximum, and Figure 1A is contacted with the third end 201 of slide link 200 with the first end 101 of mophead 100, 4th end 202 of slide link 200 is contacted with the second end 102 of mophead 100 as signal.

The situation of the overlapping part maximum of slide link 200 and the second mop board 120 had both been mop for mopping floor in Figure 1A The case where when state is located at the limiting case of the first end 101 of mophead 100 also for cleaner 300, at this time cleaner 300 Cleansing bar 320 is located at the second mop board 120 close to the side of the first mop board 110.For example, slide link 200 and the second mop When the overlapping part maximum of plate 120, slide link 200 is not reached except the edge of the second mop board 120, or only very Few a part reaches except the edge of the second mop board 120.

For example, as shown in Figure 1A, the second mop board 120 of mop provided in this embodiment is far from the first mop board 110 Side can be used for being arranged mop 400.The mode that mop 400 is arranged on the second mop board 120 is not particularly limited, for example, The first end 101 of one end of mop 400 and mophead 100 fastens, and mop 400 is fastened with the first end 101 of mophead 100 The opposite end of one end can be nearby adhered on face of second mop board 120 far from the first mop board 110.Certainly, the present embodiment Mop may include mop 400 as described above.For example, the second mop board 120 far from the first mop board 110 face ( The face of mop 400 is exactly set) it is generally planar, it is parallel to the second mop board 120 and refers to and be parallel to the plane.Institute as above It states, separate first mop board, 120 face of the second mop board 120 is substantially planar, and plane here is not restricted to stringent Plane, it is possible to have certain roughness has certain protrusion or bending.In addition, in addition to above-mentioned second with plane Outside mop board 120, mophead also may include being connected to second mop board 120 or integrally formed with the second mop board 120 And its face far from the first mop board and the plane be not in conplane other parts.For example, may include from described The end of two mop boards 120 extends and the direction curved part of the first mop board 110.

For example, as shown in Figure 1A, the present embodiment by taking first direction (X-direction) is vertical with second direction (Y-direction) as an example into Row description, that is, the extending direction of the axis of shaft 310 is vertical with the extending direction of guide rail 130.

For example, as shown in Figure 1A, the extending direction of cleansing bar 320 is parallel to the extending direction of the axis of shaft 310.

For example, cleansing bar 320 can for cylindric, sheet or triangular shape etc., the present embodiment to this with no restriction.

For example, as shown in Figure 1A, the extending direction of cleansing bar 320 is vertical with the extending direction of guide rail 130.

For example, as shown in Figure 1A, connector 330 includes two sub- connecting members for being separately positioned on 310 both ends of shaft, that is, First sub- connecting member 331 and the second sub- connecting member 332, spacing between two sub- connecting members is not less than mophead 100 along the The width in two directions (i.e. mophead 100 is along the direction perpendicular to first direction).For example, being fixedly connected between two sub- connecting members Cleansing bar 320, the length of cleansing bar 320 are not less than the width in a second direction of mophead 100.

For example, the movement travel signal at the third end for the slide link that the embodiment that Figure 1B-Fig. 1 F is the disclosure provides Figure, as shown in Figure 1B-Fig. 1 F, the movement travel at the third end 201 of slide link 200 includes the first end close to mophead 100 The second stroke D2 of 101 first stroke D1 and the second end 102 close to mophead 100.The third end 201 of slide link 200 Movement travel be third end 201 drive cleaner 300 movement travel, it is, cleansing bar 320 to mop 400 carry out The motion state of cleaning and dehydration.

For example, as shown in Figure 1B-Fig. 1 D, when the third end 201 of slide link 200 is in first stroke D1 and along second end 102 be directed toward first ends 101 directions movement when, under the action of rotate driving portion 340, shaft 310 along its axis rotate (that is, Shaft 310 is using its axis as axis rotation) and drive cleansing bar 320 from the second mop board 120 is located at far from the first mop board 110 Side move to the second mop board 120 close to the side of the first mop board 110 (that is, mop 400 is far from the first mop board 110 Side) or move to the position concordant with the second mop board 120.

For example, when third end 201 from close to first end 101 position move to contacted with first end 101 when, cleansing bar 320 positions as shown in Fig. 1 D move to position shown in Fig. 1 C, that is, cleansing bar 320 is from the second mop board 120 is located at far from first The side of mop board 110 moves to the position concordant with the second mop board 120, and cleansing bar 320 is in first stroke D1 Mop 400 is cleaned and is dehydrated.Have centainly since the second mop board 120 is provided with far from the side of the first mop board 110 The mop 400 of thickness, therefore, when cleansing bar 320 moves to the position concordant with the second mop board 120, cleansing bar 320 will not be with There is contact on floor.In addition, " concordant with the second mop board 120 " refers to cleansing bar 320 and the second mop board 120 substantially in the present embodiment Concordantly, a part including cleansing bar 320 is located at the second mop board 120 close to the side of mop 400, and another part is located at second Side of the mop board 120 far from mop 400；Though cleansing bar 320 is located at the second mop board 120 far from the first mop board 110 Side, but be located at mop 400 and ground face contact surface towards the side of the second mop board 120 situations such as, as long as cleansing bar 320 mop for mop floor state when not with ground face contact.

For example, when the third end 201 of slide link 200 moves to and first end 101 from the position close to first end 101 When contact, the position as shown in Fig. 1 D of cleansing bar 320 moves to position shown in Fig. 1 C, then moves to position shown in Figure 1B, cleaning Item 320 is cleaned and is dehydrated to the mop 400 being located in first stroke D1.Figure 1B, which is only illustrative, shows cleansing bar 320 Side positioned at the first mop board 110 far from the second mop board 120, but the present embodiment is without being limited thereto, as long as cleansing bar is located at the Two mop boards close to the side of the first mop board, and mop for mop floor when, cleansing bar not with ground face contact.

For example, as shown in Figure 1B-Fig. 1 D, in cleansing bar 320 from the second mop board 120 is located at far from the first mop board 110 Side move to the second mop board 120 in the case where the side of the first mop board 110, when the third of slide link 200 In first stroke D1 and when moving along the direction that second end 102 is directed toward first end 101, cleansing bar 320 can be by Fig. 1 D at end 201 Shown position moves to position shown in Figure 1B, and position shown in Figure 1B can move for the third end 201 of slide link 200 The position contacted to the first end 101 with mophead 100, that is, the limit that position shown in Figure 1B can move for third end 201 Position.

For example, as shown in Figure 1B-Fig. 1 C, in cleansing bar 320 from the second mop board 120 is located at far from the first mop board 110 Side move to the position concordant with the second mop board 120 in the case where, when the third end 201 of slide link 200 is first In stroke D1 and when moving along the direction that second end 102 is directed toward first end 101, cleansing bar 320 can the fortune of the position as shown in Fig. 1 D Position shown in Fig. 1 C is moved, and position shown in Fig. 1 C can move to for the third end 201 of slide link 200 and mophead The position that 100 first end 101 contacts, that is, position shown in Fig. 1 C can for extreme position that third end 201 moves (for example, When the extreme position that position as shown in Figure 1 C is moved as third end 201, the third end 201 of slide link 200 move to The case where first end 101 of mophead 100 contacts is identical as Figure 1B).

For example, as shown in Figure 1B-Fig. 1 D, when the third end 201 of slide link 200 is in first stroke D1 and along first end When 101 directions for being directed toward second end 102 move, under the action of rotate driving portion 340, shaft 310 is along the rotation of its axis and band Dynamic cleansing bar 320 is from the second mop board 120 is located at close to the side of the first mop board 110 or concordant with the second mop board 120 Position move to side of second mop board 120 far from the first mop board 110, that is, third end 201 from first end 101 When the position of contact is moved near first end 101, the position as shown in Figure 1B of cleansing bar 320 moves to position shown in Fig. 1 C, so After move to position shown in Fig. 1 D；Alternatively, the position as shown in Fig. 1 C of cleansing bar 320 moves to position shown in Fig. 1 D, thus, clearly Clean item 320 is cleaned and is dehydrated again to the mop 400 being located in first stroke D1.

It should be noted that " near first end 101 " here is the boundary position of first stroke and second stroke, It is exactly third end fixed position of the cleansing bar relative to slide link.When third end is located in first stroke, cleaning Item is rotated relative to the third end of slide link.

For example, as shown in Fig. 1 D- Fig. 1 F, it is sliding when the third end 201 of slide link 200 moves in second stroke D2 Dynamic connecting rod 200 drives cleaner 300 to move along first direction, and cleansing bar 320 is located at the second mop board 120 far from the first mop The side of plate 110, that is, when the third end 201 of slide link 200 moves in second stroke D2, cleansing bar 320 is located at mop 400 sides far from the first mop board 110, and cleansing bar 320 is fixed relative to the third end 201 of slide link 200.Clearly Clean item 320 is configured as moving back and forth along first direction the mop 400 being located in second stroke D2 is dehydrated and be cleaned, That is, the position shown in Fig. 1 D of cleansing bar 320 moves to position shown in Fig. 1 E, after then moving to position shown in Fig. 1 F, Cleansing bar 320 can move to position shown in Fig. 1 E in the position shown in Fig. 1 F again, then move to position shown in Fig. 1 D again It sets, to realize the reciprocating motion along first direction.

For example, when cleansing bar 320 is located at side of second mop board 120 far from the first mop board 110, the second mop board 120 and mop 400 be located in the mouth surrounded by cleansing bar 320, connector 330 and shaft 310, and cleansing bar 320 with drag The minimum range of the plane of side of the position that cloth 400 contacts to the second mop board 120 far from first mop board 110, which is less than, drags The thickness of cloth 400, therefore, mop 400 are pressed by cleansing bar 320.

Therefore, it is provided with cleaner on the mophead for the mop that the embodiment of the present disclosure provides, which can be to mop Mop on head is dehydrated and is cleaned to realize and exempt from hand washing function, and structure is simple, easy to operate.

For example, as shown in fig. 1F, the link position of the first mop board 110 and the second mop board 120 includes an arcwall face 1120, connecting component of the present embodiment with the arcwall face 1120 between the first mop board 110 and the second mop board 120, and position It is described for the first end 101 of mophead 100.The present embodiment is located at the second mop board 120 far in description cleaning head 320 When side or the position concordant with the second mop board 120 from the first mop board 110 (such as Fig. 1 C), cleaning head 320 is only considered With the positional relationship of the principal plane (i.e. plane of the second mop board 120 close to floor) of the second mop board 120, without consider arc Shape face 1120.In actual production, which can be a part except the second mop board 120, but can connect It is integrally formed to the second mop board 120 or with the second mop board 120.

It is fastenedly connected for example, the first mop board 110 passes through bolt or engage with the second mop board 120.

For example, as shown in Figure 1B-Fig. 1 F, when the third end 201 of slide link 200 is in 101 He of first end of mophead 100 When moving between second end 102, the 4th end 202 of slide link 200 is located at other than mophead 100 and moves along first direction.

For example, as shown in Figure 1A-Fig. 1 F, the mop of embodiment of the present disclosure offer further include: with 110 activity of the first mop board The mop rod 500 of connection and the drawing handle 510 being movably set on mop rod 500.Here mop rod 500 is dragged with first It is that mop rod 500 is flexibly connected with mophead 100 that plate 110, which is flexibly connected,.

For example, drawing handle 510 is the long set being set on mop rod 500 as shown in Figure 1A-Fig. 1 F, it can be in mop rod It is moved back and forth on 500 along the extending direction of mop rod 500.

For example, in mop for when mopping floor, the second mop board 120 of mop rod 500 and mophead 100 to be far from the first mop The plane (i.e. plane of the second mop board 120 close to floor) of 110 side of plate can be any angle.It is carried out when to mop 400 When cleaning and dehydration, mop rod 500 turns to the principal plane with the second mop board 120 of mophead 100 (for example, the second mop The plane far from the first mop board 110 of plate 120) parallel position.

For example, as shown in Figure 1A-Fig. 1 F, the second end 102 of mophead 100 includes opening 1021, the of slide link 200 Four ends 202 can stretch out that (when being dehydrated to mop 400, the 4th end 202 of slide link 200 is necessary from opening 1021 It is stretched out from opening 1021；In mop for when mopping floor, the 4th end 202 of slide link 200 can be stretched out from opening 1021, can also not Stretch out), and the 4th end 202 of slide link 200 is provided with the first holding section 210, drawing handle 510 is close to mophead 100 End is provided with the second holding section 511, and when mop rod 500 turns to and is parallel to guide rail 130, (i.e. mop rod 500 turns to edge When first direction extends), the second holding section 511 is configured as engaging with the first holding section 210 so that drawing handle 510 drives cunning Dynamic connecting rod 200 is moved along guide rail 130.

For example, the first holding section 210 in the present embodiment includes snap-gauge, the second holding section 511 as shown in Figure 1A-Fig. 1 F Including the card slot to fasten with snap-gauge (card slot i.e. compatible with snap-gauge, that is, snap-gauge can be fastened in card slot).When to dragging When carrying out cleaning dehydration, mop rod 500 is turned to the position for being parallel to guide rail 130 first, then by the first holding section 210 It is fastened with the second holding section 511 so that drawing handle 510 is connected together with slide link 200, that is, gone in mop rod 500 After parallel with the extending direction of guide rail 130, snap-gauge and card slot are that nature fastens, without individually operated.Push-and-pull after engaging Handle 510 moves reciprocatingly along mop rod 500 can drive slide link 200 to move reciprocatingly along guide rail 130 to realize cleansing bar The dehydration and cleaning of 320 pairs of mops 400.

The cleaner of mop is arranged on mophead in the present embodiment, so as to simplify the construction of its mop rod, into And save mop rod the space occupied.

For example, Fig. 2A is the structural schematic diagram in two faces of the first mop board that one embodiment of the disclosure provides, Fig. 2 B is The structural schematic diagram for the cleaner that one embodiment of the disclosure provides is provided in shaft 310 along shaft 310 as shown in Figure 2 B The gag lever post 350 radially extended, the extending direction of gag lever post 350 and the direction cleansing bar 320 in the radial direction of shaft 310 Angular range between direction is 45 ° -135 °.For example, the extending direction of gag lever post 350 and shaft 310 are directed toward cleansing bar 320 Angle between direction is 90 °.For example, be described so that cleaner 300 includes two gag lever posts 350 as an example in the present embodiment, But not limited to this, it can also be a gag lever post or more than two gag lever posts.

For example, as shown in Figure 1A and Fig. 2 B, if the length of mophead 100 in a second direction is longer, first end 101 Middle part needs setting fixed point to increase stability, in order to hide fixed point, the centre of the shaft 310 of cleaner 300 in this example It is to disconnect, shaft 310 includes two sub- shafts at this time, and two sub- shafts are on an axis, and connector 330 is respectively set At the end away from each other of two sub- shafts.

For example, the first end 101 of mophead 100 is arranged jagged 1011, notch as shown in Figure 1A, Figure 1B and Fig. 2A 1011 are configured as making the movement of gag lever post 350 not limited by the first mop board 110 and the second mop board 120.For example, first drags The first end 101 of plate 110 is provided with notch 1011 as shown in Figure 2 A, when cleaner 300 around the shaft 310 axis rotation When, gag lever post 350 is stretched out in addition to mophead 100 by notch 1011 and cleaner 300 is followed to rotate, that is, gag lever post 350 is remote One end from shaft 310 follows cleaner 300 to move synchronously except notch 1011.It is, working as the third of slide link 200 When end 201 moves in first stroke D1, gag lever post 350 is stretched out by notch 1011 to the first end 101 of mophead 100 in addition And follow cleaner 300 around the shaft 310 axis rotation.The quantity of notch 1011 is set according to the quantity of gag lever post 350.Example Such as, the present embodiment includes two gag lever posts 350, then the first end 101 of mophead 100 is provided with stretches out for two gag lever posts 350 Notch 1011.The present embodiment is without being limited thereto, for example, it is also possible to be notch 1011 size it is larger, can be for two or two The above gag lever post 350 stretches out.

For example, Fig. 2 C is the notch schematic diagram for the mop that one embodiment of the disclosure provides, as shown in Figure 2 C, actual process In, due to the limitation of manufacturing process and structure, notch 1011 is by the notch on the first mop board 110 and the second mop board 120 It collectively constitutes.

For example, the first mop board 110 is provided with one towards the side of slide link 200 as shown in Figure 1B-Fig. 1 F and Fig. 2A Face 111 directly.When the third end 201 of slide link 200 moves back and forth in second stroke D2 along first direction, cleansing bar 320 Side positioned at the second mop board 120 far from the first mop board 110, the conflict of gag lever post 350 are being faced directly on 111 and are being faced directly 111 Limit, so that cleansing bar 320 310 cannot rotate clockwise around the shaft, that is, the angle with cleansing bar 320 shown in Fig. 1 E is Signal, under the position-limiting action of gag lever post 350, cleansing bar 320 cannot around the shaft 310 axis both clockwise rotation.

For example, as shown in Figure 1A-Fig. 1 F, along the direction for being parallel to 310 axis of shaft, the third end 201 of slide link 200 Two sides at least side be provided with along be parallel to 310 axis of shaft direction extend protrusion limiting stand 220.For example, this reality Apply example by connector 330 include two sub- connecting members for be described, then the two sides at the third end 201 of slide link 200 with The edge of 330 overlapping part of connector respectively includes a limiting stand 220.Limiting stand 220 is configured as overturning in cleansing bar 320 To the second mop board 120 far from the first mop board 110 side when contradict connector 330, that is, cleansing bar 320 be located at second Mop board 120 far from the first mop board 110 side when, limiting stand 220 is for contradicting connector 330 to prevent cleansing bar 320 It 310 rotates counterclockwise around the shaft, that is, with the angle of cleansing bar 320 shown in Fig. 1 E to illustrate, in limiting stand 220 (as schemed It 310 cannot be rotated counterclockwise around the shaft under position-limiting action 1A).

As a result, when cleansing bar is located at side of second mop board far from the first mop board, in gag lever post and limiting stand pair Under the common position-limiting action of cleaner, cleaner is no longer relative to the third end motion of slide link, it is, at cleansing bar When in second stroke, cleansing bar is for during mop is cleaned and is dehydrated, cleansing bar to only have relative to mop Rotation may be not present in linear motion, and mop is preferably dehydrated and is cleaned so as to realize.

For example, the first mop board 110 includes positioned at the first of mophead 100 as shown in Figure 1B-Fig. 1 F, Fig. 2A and Fig. 2 B Rotation trigger unit 112 near end 101.For example, the rotation trigger unit 112 in the present embodiment be located at the first mop board 110 towards The side of second mop board 120, rotation trigger unit 112 are configured as with 340 collective effect of rotate driving portion to trigger cleaner 300 around the shaft 310 axis rotation.

For example, as shown in Figure 2 A and 2 B, the rotate driving portion 340 in the present embodiment is including being arranged in the outer of shaft 310 Week, and along the radial at radial multiple first teeth, i.e. at least two first teeth of shaft 310.For example, multiple first teeth in etc. Spacing radial arrangement.Rotating trigger unit 112 includes at least one second tooth towards rotate driving portion 340, multiple first teeth Be configured as by being engaged with the second tooth with drive cleaner 300 around the shaft 310 axis rotation.

For example, multiple teeth equally arrange when including as shown in Figure 2 A, in the second tooth multiple teeth.

For example, as shown in Figure 2 B, the present embodiment is described so that rotate driving portion 340 includes 6 teeth as an example, but is not limited to This, can also only include two teeth.

For example, being located in first stroke D1 and along mop as shown in Figure 1B-Fig. 1 F at the third end 201 of slide link 200 When first 100 second end 102 is directed toward the direction movement of first end 101, the rotate driving portion 340 in shaft 310 includes The rotation trigger unit 112 of first tooth and the side for being located at shaft 310 of first mop board 110 towards cleaner 300 include the Two teeth are mutually engaged, to drive shaft 310 rotatable around its axis, that is, with the angle of cleansing bar 320 shown in Figure 1B be show Meaning, shaft 310 drive cleansing bar 320 around the shaft 310 axis both clockwise rotate so that cleansing bar 320 from be located at the second mop board Side or overturning of 120 side to overturn far from the first mop board 110 to the second mop board 120 close to the first mop board 110 To the position concordant with the second mop board 120, that is, the position as shown in Fig. 1 D of cleansing bar 320 moves to position shown in Fig. 1 C, so Position shown in Figure 1B is moved to again afterwards, alternatively, the position as shown in Fig. 1 D of cleansing bar 320 moves to position shown in Fig. 1 C.

For example, being located in first stroke D1 and along mop as shown in Figure 1B-Fig. 1 F at the third end 201 of slide link 200 When first 100 first end 101 is directed toward the direction movement of second end 102, the rotate driving portion 340 in shaft 310 includes The rotation trigger unit 112 of first tooth and the side for being located at shaft 310 of first mop board 110 towards cleaner 300 include the Two teeth are mutually engaged, to drive shaft 310 using its axis as axis rotation, that is, with the angle of cleansing bar 320 shown in Figure 1B For signal, shaft 310 drive cleansing bar 320 around the shaft 310 axis rotate counterclockwise so that cleansing bar 320 second is dragged from being located at Plate 120 is overturn close to the side of the first mop board 110 or the position concordant with the second mop board 120 to the second mop board 120 sides far from the first mop board 110, that is, cleansing bar 320 moves to position shown in Fig. 1 C from position shown in Figure 1B, then Position shown in Fig. 1 D is moved to, alternatively, cleansing bar 320 moves to position shown in Fig. 1 C from position shown in Figure 1B.

For example, Fig. 3 A is the structural schematic diagram in two faces of the slide link that one embodiment of the disclosure provides, Fig. 3 B is this The structural schematic diagram for disclosing two faces of the second mop board of embodiment offer, as shown in Figure 1A, Fig. 3 A and Fig. 3 B, sliding connects Bar 200 towards at least side of the first mop board 110 and the second mop board 120 is provided with the first locked groove 203 and along perpendicular to the One of the first snap lock 103 of the direction movement of two mop boards 120, the first mop board 110 and the second mop board 120 at least it One side that slide link 200 is provided with the first locked groove 203 or the first snap lock 103 includes along perpendicular to the second mop Another of the first locked groove 203 that the direction of plate 120 moves and the first snap lock 103.

For example, as shown in Figure 1A, Fig. 3 A and Fig. 3 B, the present embodiment with slide link 200 towards the second mop board 120 one Side is provided with the first locked groove 203, and the second mop board 120 is provided with for the first snap lock 103 towards the side of slide link 200 It is described, the first snap lock 103 is configured as in slide link 200 and the second mop board 120 perpendicular to the second mop board When overlapping part maximum on 120 direction, engage with the first locked groove 203, thus flexible fastening slide link 200.It is, When slide link 200 is located at position shown in figure 1A, the first snap lock 103 on the second mop board 120 is located at the first locked groove In 203, thus by 200 flexible fastening of slide link between the first mop board 110 and the second mop board 120.Work as the present embodiment When the mophead of offer is used to mop floor, the first snap lock and the first locked groove elastic engaging, to prevent sliding stop connecting rod in mophead It is extracted out because of vibration.

For example, edge is parallel to the direction of the axis of shaft 310, slide link 200 as shown in Figure 1A, Fig. 3 A and Fig. 3 B Third end 201 is provided with the shaft seat 230 extended at least side of two sides, includes the partial enlargement of shaft seat 230 in Fig. 3 A Schematic diagram.Guide rail 130 includes the first guide rail 131 that side of second mop board 120 towards the first mop board 110 is arranged in, and is turned Axle bed 230 is equipped with guide-track groove 231 towards the side of the first guide rail 131, and guide-track groove 231 is located on the first guide rail 131, and is configured To be slided along the first guide rail 131.

For example, the third end 201 of slide link 200 is provided with the shaft seat 230 extended to two sides, the first guide rail 131 is set It sets in the two sides in a second direction of mophead 100, that is, two sides of the mophead 100 along the direction for the axis for being parallel to shaft 310 First guide rail 131 extended in a first direction is respectively set.

For example, shaft seat 230 is equipped with guide-track groove 231 towards the side of the second mop board 120, the setting of the first guide rail 131 exists The two sides in a second direction of second mop board 120, in effect of the slide link 200 by the power of drawing handle 510, guide rail Slot 231 slides on the first guide rail 131 so that slide link 200 is moved along first direction.

For example, guide-track groove 231 and the first guide rail 131 can select anti-abrasive material.

For example, guide-track groove 231 offers idler wheel chamber 2310 towards the side of the first guide rail 131 as shown in Figure 1A and Fig. 3 A, It include by the first idler wheel 2311 of the rotation setting of shaft 2312 in idler wheel chamber 2310, the first idler wheel 2311 is configured as first It is slided on guide rail 131, that is, the first idler wheel 2311 driven rotation on the first guide rail 131, to reduce slide link 200 and first Frictional force between guide rail 131.

In the examples described above, it is provided with guide-track groove 231 on shaft seat 230, idler wheel chamber is offered in guide-track groove 231 2310, the first idler wheel 2311 is provided in idler wheel chamber 2310.However, it is without being limited thereto in accordance with an embodiment of the present disclosure, as long as the One idler wheel 2311 is arranged on shaft seat 230 and is configured as sliding on the first guide rail 131, other can be taken any suitable Form.

For example, shaft seat 230 is provided with rotary axis groove towards the side of the first mop board 110 as shown in Figure 1A and Fig. 3 A 232, the shaft 310 of cleaner 300 is rotatably arranged in rotary axis groove 232, and the setting of connector 330 connecting with shaft 310 is turning The two sides of axis 310 in a second direction, the two sides at the third end 201 of slide link 200 and the edge point of 330 overlapping part of connector Not Bao Kuo a limiting stand 220, limiting stand 220 is configured as the movement of limitation connector 330 to limit the fortune of cleansing bar 320 It is dynamic.

For example, being provided with shaft gland in the side that shaft seat 230 is provided with rotary axis groove 232 as shown in Figure 1A and Fig. 3 A 234.For example, gland can also be not provided with when the first mop board covers rotary axis groove and is connected with the side of shaft.

For example, the second mop board 120 is provided with far from the side of the first mop board 110 as shown in Figure 1A, Fig. 2A and Fig. 3 B Magnetic sticky buckle 121, magnetic sticky buckle 121 are configured to paste mop 400.For example, the first mop board 110 in the present embodiment is close The first end 101 of mophead 100 and position far from 120 side of the second mop board is provided with button hole 1111, the one of mop 400 End is provided with button 401, and button 401 with button hole 1111 by fastening to fix one end of mop 400.

For example, Fig. 3 C is the schematic diagram of the dovetail groove for the mop that the embodiment of the present disclosure provides.Such as Figure 1A, Fig. 3 A and Fig. 3 C institute Show, the slide link 200 in the present embodiment is provided with towards the side of the first mop board 110 to be extended in a first direction and through cunning The dovetail groove 204 at the 4th end 202 of dynamic connecting rod 200, the dovetail groove 204 the 4th side of the end 202 far from shaft seat 230 there are The end of swallow-tail form notch (as shown in Figure 3 C), the separate shaft seat 230 of dovetail groove 204 is provided with including at least one snap-gauge First holding section 210.The dovetail boss 501 being adapted to dovetail groove 204, dovetail boss 501 and second are provided on mop rod 500 The card slot that holding section 511 includes is located at the ipsilateral of mop rod 500.

For example, the second holding section on mop rod 500 is arranged in when mop rod 500 turns to and is parallel to guide rail 130 511 card slots for including engage with the snap-gauge that the first holding section 210 includes, while the face swallow in a first direction of dovetail boss 501 The notch of stern notch 204.

For example, guide rail 130 includes that second guide rail 132 of first mop board 110 towards 120 side of the second mop board is arranged in (as shown in Figure 2 A), the second guide rail 132 extend in dovetail groove 204 along the direction perpendicular to the second mop board 120, the second guide rail 132 are configured as in dovetail groove 204 opposite slide so that slide link 200 is moved along first direction.Drawing handle 510 drives When slide link 200 moves, 203 Kan Dun of the first locked groove on slide link 200 skips first be arranged on the second mop board 120 Snap lock 103, dovetail boss 501 is bumped into dovetail groove 204 and the phase with the movement of slide link 200 and in dovetail groove 204 To sliding.The dovetail boss that there is provided in the present embodiment and dovetail groove are acted on by plane (the second mop of mop rod and mophead The principal plane of plate) parastate locking.

It is described so that guide rail 130 includes the first guide rail 131 and the second guide rail 132 as an example in the present embodiment, the first guide rail 131 and second guide rail 132 contribute to move slide link 200 along first direction, therefore, the present embodiment is not limited to guide rail 130 include the first guide rail 131 and the second guide rail 132, if guide rail 130 include the first guide rail 131 and the second guide rail 132 at least One of can achieve the purpose that move slide link 200 along first direction.

For example, the partial schematic diagram of the Facad structure for the mop that the embodiment that Fig. 4 A is the disclosure provides, Fig. 4 B are this The partial sectional view of the right view structure for the mop that a disclosed embodiment provides, as shown in Figure 4 A and 4 B shown in FIG., in the present embodiment Be provided on mop rod 500 cage knob 502 (include the enlarged diagram of cage knob 502 in Fig. 4 A and Fig. 4 B, Fig. 4 A include universal joint with And the partial enlargement diagram of mophead), drawing handle 510 covers cage knob 502, and drawing handle 510 is towards in cage knob 502 Wall is provided with the first guide groove 503 of the extending direction extension along mop rod 500, and cage knob 502 is configured as being located at the first guide groove 503 It is interior to prevent the radial rotating on mop rod 500 of drawing handle 510.

For example, length of first guide groove 503 along the direction of mop rod 500 connects not less than sliding as shown in Figure 1A and Fig. 4 A Bar 200 along the whole stroke of first direction length, when the first holding section 210 just engages with the second holding section 511, cage knob 502 are located at first one end of guide groove 503 far from mophead 100, when drawing handle 510 is moved to the side far from mophead 100, Cage knob 502 is moved relative to the first guide groove 503, moves to the second end of mophead 100 at the third end 201 of slide link 200 When 102 (slide link 200 moves to extreme position), cage knob 502 be located at the first guide groove 503 close to one end of mophead 100 or Person is located at the first guide groove 503 near one end of mophead 100.

For example, as shown in Figure 4 B, cage knob 502 is circle.For example, cage knob 502 can include two for elastic cage knob, cage knob 502 Opposite C-shaped (approximate C-shaped) outer ring of a opening and round (O shape) inner ring, cage knob 502 pass through O shape inner ring by rivet and are riveted on On 500 outer wall of mop rod, there is spacing between the C-shaped outer ring of cage knob 502 and round inner ring and have part to be connected between the two.

For example, a boss 504 is respectively set in the two side walls of the first guide groove 503, the minimum range between boss 504 is small In the diameter of cage knob 502, relatively moved and with being located in the first guide groove 503 in cage knob 502 by the gap between boss 504 When, Elastic Contact is generated between boss 504 and cage knob 502, that is, the distance between highest point of two boss 504 is less than cage knob The diameter of 502 C-shaped outer ring, when cage knob 502 passes through the gap between boss 504, the C-shaped outer ring of cage knob 502 can be forced elasticity It deforms and is collapsed towards the direction of the round inner ring position of cage knob 502, so that cage knob 502 can pass through two boss 504 Between gap.

For example, drawing handle 510 is located at when close to the position of mophead 100 (position as shown in Figure 4 B), cage knob 502 is located at The side of the separate mophead 100 of the boss 504 of first guide groove, 503 inner wall, when drawing handle 510 is to far from mophead 100 When direction is slided, cage knob 502 can be then opposite to slide into boss 504 close to mophead by the gap between two boss 504 100 side.Therefore, when drawing handle 510 is located at position as shown in Figure 4 B, cage knob 502 is configured as flexible fastening push-and-pull The position of handle 510, to prevent mop for when mopping floor, drawing handle 510 to be transported due to vibration relative to about 500 mop rod It is dynamic.

The present embodiment is without being limited thereto, for example, it is also possible to be 503 inner wall two sides boss 504 of the first guide groove for elastic boss, two A boss 504 is configured as moving along direction away from each other.It is located in the first guide groove 503 in cage knob 502 and relatively moves and pass through When crossing the gap between two boss 504, boss 504 by 502 elastic compression of cage knob (elastic boss by power effect and to remote The direction in the center of circle from cage knob 502 moves) to realize the Elastic Contact between boss 504 and cage knob 502.

For example, the structural schematic diagram for the mop that the example that Fig. 5 A is one embodiment of the disclosure provides, as shown in Figure 5A, this The mop that embodiment provides further includes being connected to mop rod 500 and close to the connector 520 of the end of mophead 100 and setting Universal joint 530 in (that is, far from mop rod 500) one end of the close mophead 100 of connector 520, mop rod 500 pass through ten thousand It is flexibly connected to section 530 with the first mop board 110 of mophead 100.

For example, mop rod 500 close to one end of mophead 100 with connector 520 far from mophead 100 (i.e. far from universal The one end of section 530) is mutually socketed and passes through rivet or bolt fastening or is connected together.

For example, dovetail boss 501 can be integrally formed with connector 520, mop rod 500 independent can also be riveted on On, the present embodiment to this with no restriction.

For example, the intermediate position of the first mop board 110 is provided with opening 113 as shown in Fig. 2A, Fig. 3 B, Fig. 4 A and Fig. 5 A, The two sides along first direction of opening 113 are respectively arranged with the slot 114 towards the second mop board 120, and two slots 114 are along close to that This direction extends up to pass through openings 113, and universal joint 530 is logical close to the side of the second mop board 120 from the first mop board 110 It crosses opening 113 and is stretched out to the first mop board 110 far from the side of the second mop board 120, by universal joint 530 and 100 phase of mophead The universal joint shaft of connection extends in the slot 114 of 113 two sides of opening, and is pushed up by the roof platform 122 being arranged on the second mop board 112 Firmly.Universal joint 530 realizes ten thousand along the hole of the direction of the axis perpendicular to universal joint shaft perforation and the pin joint of pin shaft 532 by it Couple to section 530 with one end of the separate mop rod 500 of connector 520.

It is hollow cavity 5200 in connector 520 for example, as shown in Figure 5A, along connector 520 far from dragging in hollow cavity 5200 It is directed toward the bullet for being disposed with mandril 521 close to the direction of one end of mop rod 500, being connected to mandril 521 in one end of barre 500 Spring 522 and the spring capping 523 for being connected to 522 other end of spring.Side of the universal joint 530 towards mop rod 500 is cam Face, mandril 521 one end and cam surface far from spring 522.

For example, as shown in Figure 5A, spring 522 withstands spring capping 523, spring capping 523 by with connector 520 close to dragging The mop rod 500 that one end of barre 500 is mutually socketed or is clamped push down or spring capping 523 to be fastened on connector 520 close In the hollow cavity of 500 one end of mop rod.Spring 522 is all from start to finish compressive state, so mandril 521 is always to universal joint 530 cam surface pressure, when mop rod 500 is using connector 520 and 530 interface of universal joint as axis rotation, the meeting of mandril 521 exists It is slided on the cam surface of universal joint 530, when sliding into the angle of the principal plane of mop rod 500 and the second mop board 120 less than 90 degree Mophead 100 can be automatically gone to (the first guide rail 130 is parallel to mop rod 500) parallel with mop rod 500, and keeping parallelism shape State.

For example, the structural schematic diagram for the mop that another example that Fig. 5 B is one embodiment of the disclosure provides, as shown in Figure 5 B, The second end 102 of the side for being provided with the second holding section 511 of mop rod 500 and the first mop board 110 close to mophead 100 One of one end is provided with magnet 205, another is provided with ferrule 505, ferrule 505 be configured as acting on magnet 205 with When mop rod 500 turns to and is parallel to guide rail 130, keep the second mop board 120 and mop rod 500 parallel to each other.

One example of the present embodiment is provided with magnetic on first mop board 110 to be provided with ferrule 505 on mop rod 500 It is described for iron 205.For example, ferrule 505 can be the iron rivet cap of riveting mop rod 500 and connector 520, it can also To be independent iron block or magnet.When the principal plane of the second mop board 120 of mophead 100 go to it is flat with mop rod 500 fastly When row, the first mop board 110 is arranged in the meeting of magnet 205 and mop rod 500 close to one end of the second end 102 of mophead 100 Ferrule 505 be sucked, keep mophead 100 the second mop board 120 principal plane it is parallel with mop rod 500.

For example, Fig. 6 A is the partial structural diagram for the mop that another embodiment of the disclosure provides, Fig. 6 B is shown in Fig. 6 A Mop along the cross-sectional view in the face XZ, show the enlarged diagram A and enlarged diagram B of cleaner, enlarged diagram A in Fig. 6 A In include gag lever post, include T-shaped boss in enlarged diagram B.As shown in Figure 6 A and 6 B, the present embodiment and reality shown in figure 1A Apply unlike example: gag lever post 350 is U-shaped gag lever post, and rotate driving portion 340 is the sliding slot that the U-shaped inner wall of U-shaped gag lever post is formed (tooth in an embodiment is substituted), rotation trigger unit 112 are the flat of 101 indentation, there of first end positioned at mophead 100 Row is in the cross bar (the second tooth in a upper embodiment is substituted) of the axis of shaft 310.The axis of cross bar is away from the second mop board 120 vertical range is greater than the axis of shaft 310 away from the vertical range of the second mop board 120, and cross bar is relative to the first mop Plate 110 is fixed, cross bar be configured as in sliding slot opposite sliding with realize cleaner 300 around the shaft 310 axis rotate.

For example, in the embodiment according to shown in Figure 1B-Fig. 1 F the third end of slide link movement travel, the present embodiment In, when mop is in and mops floor state, cleaner 300 is located at position shown in Fig. 6 A, and cleansing bar 320 is located at the second mop board 120 sides towards the first mop board 110, cross bar are located in the sliding slot of U-shaped gag lever post.Cleaning dewatering state is in mop When, the third end 201 of slide link 200 drives cleaner 300 to move along first direction.With the third end 201 of slide link 200 For moving from the first end 101 of mophead 100 to second end 102, under the action of slide link 200, cross bar can limited Sliding opposite with sliding slot, the sliding slot of gag lever post 350 can cause gag lever post 350 to rotate under the limitation of cross bar in the sliding slot of bar 350 The axis of axis 310 draws arc movement counterclockwise, and the mobile drive cleansing bar 320 of gag lever post 350 is to mop 400 far from the first mop board 110 side is mobile, when the third end 201 of slide link 200 is moved to from the first end 101 of mophead 100 to second end 102 When position near the first end 101 of mophead 100, the sliding slot on gag lever post 350 can be detached from cross bar so that gag lever post 350 is parallel In facing 111 directly.When the third end 201 of slide link 200 is from position (the as the first row near the first end 101 of mophead 100 The boundary position of journey and second stroke) when moving to first end 101, cleaner 300 is restored to position shown in Fig. 6 A, that is, horizontal Bar contacts and progresses into sliding slot with the inclined-plane 351 of gag lever post 350, and gag lever post 350 is limited reset by cross bar.

For example, as shown in Figure 6 A and 6 B, the present embodiment is different from embodiment shown in figure 1A further include: the present embodiment Dovetail groove is replaced using T-slot 2001, T-shaped boss 5001 replace dovetail boss, but T-slot 2001 and T shape is convex in the present embodiment Platform 5001 is used cooperatively, and plays the identical effect being used cooperatively with dovetail groove and dovetail boss, and which is not described herein again.

For example, as shown in Figure 6 A and 6 B, mop provided in this embodiment further include setting in T-shaped boss 5001 far from dragging 5004 Fig. 6 A of the second idler wheel of the side of barre 500 includes the enlarged diagram of the second idler wheel 5002.Second idler wheel 5004 is matched It is set to and is contacted with 2001 inner wall of T-slot to reduce frictional resistance of the T-shaped boss 5001 relative to T-slot 2001 when mobile.It needs Illustrate, the second rolling also can be set in side of the dovetail boss 501 far from mop rod 500 in embodiment shown in figure 1A Wheel.

For example, as shown in Figure 6 A and 6 B, the length of drawing handle 510 in the present embodiment along 500 extending direction of mop rod Degree is less than the third end 201 of slide link 200 along the mass motion stroke of first direction, and therefore, the present embodiment will be shown in Figure 1A Be arranged in the ipsilateral cage knob 502 in the second holding section 511 replace in the present embodiment along mop rod 500 extending direction arrange Multiple spaced top guides 5002,510 covering part top guide 5002 of drawing handle.Drawing handle 510 in the present embodiment Inner wall towards top guide 5002 is provided with the second guide groove 5003, and the spacing between adjacent top guide 5002 is not more than the second guide groove 5003 length, top guide 5002 are configured as being located in the second guide groove 5003 to prevent the diameter on mop rod 500 of drawing handle 510 To rotation.

For example, as shown in Figure 6 A and 6 B, the present embodiment the second holding section it is non-it is ipsilateral be provided with cage knob 502 (with figure The identical cage knob 502 of embodiment shown in 1A), the boss with 502 Elastic Contact of cage knob, and the cage knob 502 in the present embodiment with Boss play the role of it is identical as position of the flexible fastening drawing handle 510 shown in figure 1A on mop rod 500, here no longer It repeats.

For example, as shown in Figure 6 A and 6 B, the present embodiment is by the first end 101 shown in figure 1A that mophead 100 is arranged in And the button hole 1111 on the first mop board 110 replaces with hook 1112, for tangling one end of mop 400.

For example, Fig. 6 C is the structural schematic diagram of the first mop board of the mop shown in Fig. 6 A, as shown in Figure 6 C, the first mop It is two pieces that plate 110, which is divided to, at this point, the side of every piece of 110 facing each other of the first mop board is provided with shaft hole 1110, is configured as putting The universal joint shaft of universal joint is set, therefore, no longer needs that top as shown in Figure 3B is arranged on the second mop board in the present embodiment Platform 122.

For example, Fig. 7 A is the partial structural diagram for the mop that another embodiment of the disclosure provides, Fig. 7 B is shown in Fig. 7 A Mop side schematic view, as shown in figures 7 a and 7b, mop provided in this embodiment and mop provided by the above embodiment Difference include: rotate driving portion 112 include the torsional spring that is set in shaft 310, one end of torsional spring is connected to sliding and connects On bar 200, the other end is connected on gag lever post 350.Rotation trigger unit in the present embodiment is to drag being located at for the first mop board 110 The notch side of the indentation, there of first 100 first end 101, the notch side can be face directly including close mophead 100 first The arcwall face (not shown) at end 101.

For example, in the embodiment according to shown in Figure 1B-Fig. 1 F the third end of slide link movement travel, the present embodiment In, when mop is in and mops floor state, cleaner 300 is located at position shown in Fig. 7 A, and cleansing bar 320 is located at the second mop board 120 sides towards the first mop board 110, the torsional spring that rotate driving portion 112 includes is in the raw.Cleaning is in mop When dewatering state, the third end 201 of slide link 200 drives cleaner 300 to move along first direction.With slide link 200 For third end 201 is moved from the first end 101 of mophead 100 to second end 102, under the action of slide link 200, first The notch side of the indentation, there of mop board 110 can promote gag lever post 350 to rotate counterclockwise using the axis of shaft 310 as axle center, thus Cleansing bar 320 is driven to be dragged to the second mop board 120 far from first from the second mop board 120 close to a side of the first mop board 110 A side to overturn of plate 110, until cleansing bar 320 overturns the side to mop 400 far from the first mop board 110 (such as Fig. 7 B institute Show position), facing directly for side of the gag lever post 350 with the first mop board 110 towards the second mop board 120 at this time is inconsistent, turns round The passive flexible deformation of spring stores power.When the third end 201 of slide link 200 is from the position near the first end 101 of mophead 100 (the as boundary position of first stroke and second stroke) moves to when contacting with the first end 101 of mophead 100, cleaner 300 are restored to position shown in Fig. 7 A, i.e. the elastic restoration of torsional spring can cause gag lever post 350 to reset so that cleaner 300 resets.

For example, as shown in Figure 7 B, the present embodiment is unlike the embodiment shown in Fig. 4 B: cage knob 502 being replaced with and is led Block 5012 is provided with the second locked groove 2013 in one of the side of inner wall and guide block 5012 towards inner wall of the first guide groove 503, another A to be provided with the second snap lock 1013, the second snap lock 1013 is configured as cooperating with the second locked groove 2013 and be pushed and pulled with flexible fastening Position of the handle 510 on mop rod 500.The present embodiment on guide block 5012 to be arranged the second locked groove 2013, in the first guide groove 503 inner walls are described for the second snap lock 1013 is arranged, and second snap lock 1013 can be for along perpendicular to mop rod The snak link of 500 extending direction movement.To which the present embodiment eliminates the boss 504 in Fig. 4 B.

In the present embodiment on the extending direction along mop rod 500, the first guide groove 503 of 510 inner wall of drawing handle setting Length not less than slide link 200 third end 201 along first direction mass motion stroke length, therefore, here Guide block 5012 is not only used to prevent the radial rotating on mop rod 500 of drawing handle 510, but also is used for flexible fastening drawing handle 510 Position on mop rod 500.

For example, as shown in figures 7 a and 7b, the first holding section 210 in the present embodiment includes at least one card column, second Holding section 511 includes at least one card hole, and card column is is inserted by the snap-fitting process of the first holding section 210 and the second holding section 511 In corresponding card hole, therefore, card column is corresponding with the quantity of card hole.The present embodiment includes two with the first holding section 210 Card column, the second holding section 511 include that two card holes are signal.

For example, as shown in figures 7 a and 7b, the cleansing bar 320 in the present embodiment includes clearer 321 and and clearer 321 reinforcing crossmembers 322 disposed in parallel, the both ends of reinforcing crossmember 322 are fixedly connected with connector 330, and clearer 321 passes through clear The rotation connection of the connector 330 at clean roller shaft and both ends.To in the cleaning dehydration of mop, clearer 321 and mop 400 A side surface far from the second mop board 120 is in contact, and clearer 321 passes through separate second mop board 120 with mop 400 Relative movement between one side surface is squeezed to realize moisture and dirt in discharge mop 400.It is provided in this embodiment clear Clean roller is rotation, it is possible to reduce the frictional force of cleaner and mop surface, thus, it on the one hand can reduce the mill on mop surface On the other hand damage can reduce cleaner mobile probability having some setbacks in cleaning mop.

For example, as shown in figures 7 a and 7b, the reinforcing crossmember 322 in the present embodiment is also set up towards the side of shaft 310 There is cleaning brush, cleaning brush helps to comb the hair on 400 surface of mop and take out stains, and the present embodiment includes but is not limited to this.

For example, Fig. 8 A is the partial structural diagram for the mop rod of mop that another embodiment of the disclosure provides, in Fig. 8 A Partial enlargement diagram including conducting bar, as shown in Figure 8 A, the drawing handle 510 in mop provided in this embodiment is along mop rod The third end that the length of 500 extending direction is less than slide link therefore will along the length of the mass motion stroke of first direction Cage knob 502 shown in Fig. 4 B replaces with the conducting bar 5022 being arranged on mop rod 500, extension of the conducting bar 5022 along mop rod 500 Direction extends, 510 covering part conducting bar 5022 of drawing handle.On the extending direction along mop rod 500, conducting bar 5022 and push-and-pull Mass motion stroke in a first direction of the total length of handle 510 not less than the third end of slide link.

For example, as shown in Figure 8 A, drawing handle 510 is provided with the second guide groove 5013, part towards the inner wall of conducting bar 5022 Conducting bar 5022 is configured as being located in the second guide groove 5013 to prevent the radial rotating on mop rod 500 of drawing handle 510.

For example, as shown in Figure 8 A, one of inner wall and conducting bar 5022 of the second guide groove 5013 are provided with third locked groove 5014, separately One is provided with third snap lock 5015, and third snap lock 5015 is configured as cooperating with third locked groove 5014 and be pushed away with flexible fastening Position of the knob handle 510 on mop rod 500.

It is arranged on conducting bar 5022 in the present embodiment with third locked groove 5014, third snap lock 5015 is arranged in the second guide groove 5013 side wall is signal, and the third snap lock 5015 can be for along the direction vertical with the extending direction of mop rod 500 The snak link of movement, to eliminate the boss 504 in Fig. 4 B in the present embodiment.

For example, Fig. 8 B is the structural schematic diagram of the mop with the mop rod shown in Fig. 8 A, as shown in Figure 8 A and 8 B, this The first holding section 210 in embodiment includes card slot, and the second holding section 511 includes at least one snap-gauge, the first holding section 210 with The snap-fitting process of second holding section 511 is that snap-gauge is inserted into corresponding card slot.The present embodiment includes two with the second holding section 511 A snap-gauge is signal.

For example, Fig. 8 C is the structural schematic diagram of the cleaner in mop shown in Fig. 8 B, as shown in Figure 8 C, the present embodiment is mentioned The cleansing bar 320 of confession is provided with comb teeth or brush 323 towards the side of shaft 310, and comb teeth or brush 323 help to comb mop surface Hair and take out stains.

For example, the structural schematic diagram of the cleaner in the mop that Fig. 9 provides for another embodiment of the disclosure, as shown in figure 9, The cleansing bar 320 of cleaner 300 can be with resilient connection between two sub- connecting members 330, that is, cleansing bar 320 elastic can join It connects between the first sub- connecting member 331 and the second sub- connecting member 332.It include being equipped with to the case for wearing mouthful cavity between connector 330 Body 360, the through opening of cabinet 360 small while greatly, that is, cabinet 360 is including osculum along its direction towards shaft 310 361 and big mouth 362, cabinet 360 is osculum 361 close to the side of shaft 310, and side of the cabinet 360 far from shaft 310 is big mouth 362, cleansing bar 320 is penetrated from big mouth 362, is partially pierced by osculum 361, and cover board 363 seals the big mouth 362 of cabinet 360, and clear Spring 364 is provided between clean item 320 and cover board 363.Therefore, cleansing bar provided in this embodiment and connector elastic connection, The position of cleansing bar can be voluntarily adjusted according to the thickness of mop when cleaner is cleaned and is dehydrated to mop.

For example, Figure 10 A is that the slide link of mop that another embodiment of the present disclosure provides and the structure of cleaner are shown Be intended to, Figure 10 B is the partial structural diagram of the mop with slide link shown in Figure 10 A and cleaner, such as Figure 10 A and Shown in Figure 10 B, unlike embodiment shown in Fig. 3 A, slide link 200 is arranged in the limiting stand 220 in the present embodiment Close to the side of the second mop board 120, limiting stand 220 is configured as overturning in cleansing bar 320 to the second mop board at third end 201 Gag lever post 350 is contradicted when 120 side or the position concordant with the second mop board 120 far from the first mop board 110, that is, A side to overturn of the cleansing bar 320 by the second mop board 120 towards the first mop board 110 is dragged to the second mop board 120 far from first When the side of plate 110, the limiting stand 220 in the present embodiment can be limited gag lever post 350.Therefore, in the present embodiment Limiting stand instead of limiting stand shown in Figure 1A, and play function identical with limiting stand shown in Figure 1A, here It repeats no more.

For example, Figure 11 is the partial structural diagram for the mop that another embodiment of the disclosure provides, as shown in figure 11, this reality Example is applied unlike embodiment shown in figure 1A: one end of mop 400 is provided with slotting pocket 4001, mophead in the present embodiment 100 first end 101 is provided with plate 1001, inserts pocket 4001 and is linked on plate 1001 and is consolidated with the one end for realizing mop 400 It is fixed.

It should be noted that the component between the presently disclosed embodiments can be interchanged, as long as can play the role of corresponding ?.

There is the following to need to illustrate:

(1) unless otherwise defined, in the embodiment of the present disclosure and attached drawing, same label represents same meaning.

(2) in embodiment of the present disclosure attached drawing, the structure being related to the embodiment of the present disclosure is related only to, other structures can join It examines and is commonly designed.

(3) for clarity, in the attached drawing for describing implementation of the disclosure example, component or region are amplified.It can To understand, when an element is referred to as being located at "above" or "below" another element, which " direct " can be located at another element "up" or "down", or there may be intermediary elements.

The above, the only specific embodiment of the disclosure, but the protection scope of the disclosure is not limited thereto, it is any Those familiar with the art can easily think of the change or the replacement in the technical scope that the disclosure discloses, and should all contain It covers within the protection scope of the disclosure.Therefore, the protection scope of the disclosure should be based on the protection scope of the described claims.

Claims

1. a kind of mop characterized by comprising

Mophead, including the first mop board and the second mop board being stacked, first mop board and second mop The guide rail extended in a first direction is provided at least one plate two faces facing with each other, the mophead is included in described First end and second end relative to each other on one direction；

Slide link is arranged between first mop board and second mop board and is configured as transporting along the guide rail Dynamic, the slide link includes third end and the 4th end relative to each other in said first direction, perpendicular to described second On the direction of mop board, when the overlapping part maximum of the slide link and second mop board, the third end is close The first end, the 4th end is close to the second end；

Cleaner, the shaft at the third end including being connected to the slide link, with the spaced cleansing bar of the shaft, general The connector and the rotate driving portion being arranged in the shaft that the shaft is connect with the cleansing bar, the axis of the shaft Line is parallel to second mop board and extends along the second direction intersected with the first direction；

Wherein, the slide link is configured as its third end and moves between the first end and second end of the mophead, with The cleaner is driven to move along the first direction and when near the first end in the effect in the rotate driving portion Under around the shaft axis rotate.

2. mop according to claim 1, which is characterized in that the movement travel at the third end includes close to described first The second stroke of the first stroke at end and the close second end；

When the direction of the first end is directed toward at the third end of the slide link in the first stroke and along the second end When movement, under the action of the rotate driving portion, the shaft rotates along its axis and drives the cleansing bar from positioned at institute It states the second mop board and moves to second mop board close to first mop board far from the side of first mop board Side moves to the position concordant with second mop board；

When the direction of the second end is directed toward at the third end of the slide link in the first stroke and along the first end When movement, under the action of the rotate driving portion, the shaft rotates along its axis and drives the cleansing bar from positioned at institute State the second mop board moved to close to the side of first mop board or the position concordant with second mop board it is described Side of second mop board far from first mop board；

When the third end of the slide link moves in the second stroke, the slide link drives the cleaner edge The first direction movement, and the cleansing bar is located at side of second mop board far from first mop board.

3. mop according to claim 1, which is characterized in that the first direction is vertical with the second direction.

4. mop according to claim 1-3, which is characterized in that the extending direction of the cleansing bar is parallel to institute State the extending direction of the axis of shaft.

5. mop according to claim 1, which is characterized in that the connector includes being separately positioned on the both ends of the shaft Two sub- connecting members, spacing between described two sub- connecting members not less than the mophead edge perpendicular to the first party To width.

6. mop according to claim 1, which is characterized in that further include:

Mop rod, the mop rod are flexibly connected with first mop board；

The drawing handle being movably set on the mop rod,

Wherein, the 4th end of the slide link is provided with the first holding section, and the drawing handle is close to the end of the mophead Portion is provided with the second holding section, and second holding section is configured as: when the mop rod turns to and is parallel to the guide rail, Engaged with first holding section so that the drawing handle drives the slide link to move along the guide rail.

7. mop according to claim 1, which is characterized in that be provided with radially extending along the shaft in the shaft Gag lever post, the angular range that the extending direction of the gag lever post and the shaft are directed toward between the direction of the cleansing bar is 45 ° -135 °, the first end setting of the mophead is jagged, described when axis rotation of the cleaner around the shaft Gag lever post is stretched out in addition to the mophead by the notch and the cleaner is followed to rotate.

8. mop according to claim 7, which is characterized in that the extending direction of the gag lever post and the shaft are directed toward institute Stating the angle between the direction of cleansing bar is 90 °.

9. mop according to claim 7 or 8, which is characterized in that the third end of the slide link is provided with limiting stand, The limiting stand be configured as the cleansing bar overturn to second mop board far from first mop board side when Contradict the cleaner.

10. mop according to claim 9, which is characterized in that along the direction for the axis for being parallel to the shaft, the cunning At least side of the two sides at the third end of dynamic connecting rod is provided with limiting stand, and the limiting stand is configured as overturning in the cleansing bar To second mop board far from first mop board side when contradict the connector.

11. mop according to claim 9, which is characterized in that dragged close to described second at the third end of the slide link The side of plate is provided with limiting stand, the limiting stand is configured as overturning in the cleansing bar separate to second mop board The gag lever post is contradicted when the side of first mop board.

12. mop according to claim 7, which is characterized in that first mop board includes attached positioned at the first end Close rotation trigger unit, the rotation trigger unit be configured as with rotate driving portion collective effect so that the cleaner around The axis of the shaft rotates.

13. mop according to claim 12, which is characterized in that the rotate driving portion includes that the shaft is arranged in Periphery, and along the radial at radial multiple first teeth of the shaft, the rotation trigger unit includes driving towards the rotation At least one second tooth in dynamic portion, the multiple first tooth are configured as by being engaged at least one described second tooth to drive The cleaner is rotated around the axis of the shaft.

14. mop according to claim 12, which is characterized in that the gag lever post is U-shaped gag lever post, the rotate driving Portion is the sliding slot that the U-shaped inner wall of the U-shaped gag lever post is formed, and the rotation trigger unit is is parallel to institute positioned at the indentation, there The cross bar of the axis of shaft is stated, the axis of the cross bar is greater than the axis of the shaft away from the vertical range of second mop board Vertical range away from second mop board, the cross bar are configured as in the sliding slot opposite slide so that the cleaner Axis around the shaft rotates.

15. mop according to claim 7, which is characterized in that the rotate driving portion includes being set in the shaft Torsional spring, one end of the torsional spring is connected on the slide link, and the other end is connected on the gag lever post.

16. mop according to claim 1, which is characterized in that the slide link is towards first mop board and institute State at least side of the second mop board is provided with the first locked groove and moves along the direction perpendicular to second mop board first At least one of one of snap lock, first mop board and second mop board are arranged towards the slide link The side for stating the first locked groove or first snap lock includes another of first locked groove and first snap lock, described First snap lock is configured as on the direction perpendicular to the second mop board, when the slide link and second mop board When overlapping part maximum, engage with first locked groove, thus slide link described in flexible fastening.

17. mop according to claim 1, which is characterized in that the guide rail includes being arranged in second mop plate surface To the first guide rail of the side of first mop board, edge is parallel to the direction of the axis of the shaft, the slide link Third end is provided with the shaft seat extended at least side of two sides, and the shaft seat is equipped with towards the side of first guide rail Idler wheel, the idler wheel are configured as sliding on first guide rail.

18. mop according to claim 6, which is characterized in that the slide link towards first mop board one Side is provided with the dovetail groove or T-slot extended along the first direction, is provided with dovetail boss on the mop rod or T shape is convex Platform, the dovetail boss or T-shaped boss with second engagement site in the ipsilateral of the mop rod, in the drawing handle band When moving the slide link and moving along the guide rail, the dovetail boss or T-shaped boss are configured as in the dovetail groove or T shape Opposite sliding in slot.

19. mop according to claim 18, which is characterized in that the guide rail includes being arranged in first mop plate surface To the second guide rail of second mop board side, second guide rail is extended to along the direction perpendicular to second mop board In the dovetail groove or T-slot, second guide rail is configured as in the dovetail groove or T-slot opposite slide so that described Slide link is moved along the first direction.

20. mop according to claim 6, which is characterized in that cage knob or guide block are provided on the mop rod, it is described Drawing handle covers the cage knob perhaps guide block and inner wall towards the cage knob or guide block is provided with along the mop rod The first guide groove that extending direction extends, the cage knob or guide block are configured as being located in first guide groove to prevent described push away Knob handle radial rotating on the mop rod.

21. mop according to claim 20, which is characterized in that the cage knob is round, and two of first guide groove A boss is respectively set in side wall, and the minimum range between the boss is less than the diameter of the cage knob, in the cage knob position When being relatively moved in first guide groove and passing through the gap between the boss, generated between the boss and the cage knob Elastic Contact, the cage knob are configured as position of the drawing handle described in flexible fastening on the mop rod；Alternatively, described One of the inner wall of one guide groove and the guide block are provided with the second locked groove, another is provided with the second snap lock, second elasticity Lock is configured as cooperating with second locked groove with the position of drawing handle described in flexible fastening.

22. mop according to claim 6, which is characterized in that along the extending direction of the mop rod, on the mop rod It is provided with conducting bar perhaps conducting bar or the top guide described in multiple spaced top guides drawing handle covering part, and Inner wall towards the conducting bar or the top guide is provided with the second guide groove, and the length of second guide groove is not less than adjacent two Spacing between a top guide, the part conducting bar or the top guide are configured as being located in second guide groove to prevent Drawing handle radial rotating on the mop rod.

23. mop according to claim 22, which is characterized in that one of inner wall and the conducting bar of second guide groove are set It is equipped with third locked groove, another is provided with third snap lock, and the third snap lock is configured as cooperating with the third locked groove With the position of drawing handle described in flexible fastening.

24. mop according to claim 6, which is characterized in that further include:

The mop rod is connected to close to the connector of the end of the mophead；And

The universal joint of one end far from the mop rod of the connector is set,

Wherein, the mop rod is flexibly connected by the connector and the universal joint with the mophead.

25. mop according to claim 24, which is characterized in that be hollow cavity in the connector, in the hollow cavity It is provided with mandril, spring and spring capping, the both ends of the spring are connected respectively to the mandril and the spring capping, Side of the universal joint towards the connector is cam surface, the one end of the mandril far from the spring and the cam surface Contact.

26. mop according to claim 1, which is characterized in that the cleansing bar include clearer and with the cleaning Roller reinforcing crossmember disposed in parallel, the both ends of the reinforcing crossmember are fixedly connected with the connector.

27. mop according to claim 1, which is characterized in that the cleansing bar and the connector elastic connection.

28. mop according to claim 1, which is characterized in that further include:

Mop, is arranged in side of second mop board far from first mop board, and one end of the mop with it is described The first end fitting or fastening of mophead.