CN110169742A

CN110169742A - A kind of ground cleaning tool

Info

Publication number: CN110169742A
Application number: CN201910060000.3A
Authority: CN
Inventors: 马自秀
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-02-21
Filing date: 2019-01-23
Publication date: 2019-08-27
Anticipated expiration: 2039-01-23
Also published as: CN110169742B; WO2019161725A1

Abstract

A kind of ground cleaning tool, including a mop, are characterized in that: the mop includes plate, mop, univesal wheelwork, mop rod；The mop is at least covered on the upper and lower surface of the plate；The univesal wheelwork includes plate rotation axis and mop rod rotation axis；The plate rotation axis rotation is located at the side of plate, and the plate is rotated around the plate rotation axis；The mop rod and the mop rod rotate axis connection, and the mop rod is rotated around the mop rod rotation axis；The plate rotation axis and the mop rod rotate axis connection；Projection of the mop rod rotation axis on plate is vertical with plate rotation axis, and the plate can be around plate rotation axis turn-over；It further include a cleaning device for mop matched with mop.Burnisher of the invention can allow panel double-side to use and handle the not dirty hand of mop, operation is nimble, the effect that mops floor is good etc..

Description

A kind of ground cleaning tool

Technical field: a kind of ground cleaning tool is related to household cleaning field.Specifically, being that one kind is two-sided uses flat panel mop And with its matched cleaning device for mop.

Background technique:

Ideal flat mop should accomplish that the two sides of plate can use, because opposite single side flat mop, is dragged Ground efficiency will increase one times.However it is limited by " universal rotary head " structure that the plate back side is arranged in and influence, people are difficult It finds a kind of method that can effectively remove or substitute " universal rotary head " and panel double-side is allowed to use, cause everybody use at present Various flat mop majorities all can only single side use.Even if using flat mop there are many two-sided on the market at present, but all exist Various deficiencies, not very practical, two-sided such as Patent No. ZL2014107622551 uses flat mop, there are " platform body need Fluting；Mop-cleaning not only needs to dismantle, must be by hand washing " the problems such as；For another example Patent No. ZL2012200486533's is two-sided With flat mop, there is that " it is perishable that structure is complicated；Cannot effectively mop floor in the middle part of plate " the problems such as；For another example Patent No. The two-sided of ZL2015207568044 uses flat mop, there is that " it is perishable that structure is complicated；Cleaning, de- Dry mop easily block；Mop floor feel The problems such as difference "；For another example the two-sided of Patent No. ZL2013102590935 uses flat mop, there is that " mop rod opposing plates can only Around the rotation of axis and can not ' universal rotational ', result directly result in when mopping floor plate easily with the variation of mop rod angle and ' rollover ' and press not firm floor, ultimately cause that the feel that mops floor is poor, the effect that mops floor is poor " the problems such as；For another example Patent No. The two-sided of ZL2015201074182 uses flat mop, exists and " is limited and influence, be difficult by ' three-link ' movable connection structure Finding a kind of matched cleaning device can allow mop to carry out cleaning directly on pressing plate and de- dry, thus cleaning to mop and de- It is dry, it not only needs to dismantle, must be by hand washing " the problems such as.

Summary of the invention:

It panel double-side can be allowed to use, operates that nimble, the effect that mops floor is good, structure is simple the purpose of the present invention is to provide a kind of Ground cleaning tool.Technical solution is as follows:

A kind of ground cleaning tool, including a mop, are characterized in that: the mop includes plate, mop, universal rotational dress It sets, mop rod；The mop is at least covered on the upper and lower surface of the plate；The univesal wheelwork includes plate rotation axis With mop rod rotation axis；The plate rotation axis rotation is located at the side of plate, and the plate is rotated around the plate rotation axis； The mop rod and the mop rod rotate axis connection, and the mop rod is rotated around the mop rod rotation axis；The plate turns Moving axis and the mop rod rotate axis connection；Projection of the mop rod rotation axis on plate is vertical with plate rotation axis, institute Stating plate can be around plate rotation axis turn-over.

Further, the mop is equipped with fixed device；The mop rod can be fixed on described universal by fixed device It is locked on rotating device, mop rod cannot be rotated up to around the mop rod rotation axis when locking is unlocked by external force.

Further, the fixed device includes bayonet, spring and card；The bayonet is located at the universal rotational dress It sets；The spring and card are located in the mop rod, the spring is for resetting the card, and the card is with described When mop rod turns to the bayonet position, the card can stick under the action of the spring in bayonet and to the mop rod into Row locking by external force until unlocked.

Further, the fixed device includes hook and clamp；The hook is located on univesal wheelwork；By institute Clamp is stated to be mounted on the mop rod, it is ensured that when the clamp turns to the hook position with the mop rod, the card Son, which can clamp hook, unlocks the mop rod by external force from rotating up to further around the mop rod rotation axis.

Further, the fixed device includes detent body and barb member；Positioning groove is opened up on the detent body；It will The barb member is located in the detent body, and the barb member can automatically reset or by spring reset, the Universal-head rotation After device turns in the detent body around the mop rod rotation axis, the Universal-head rotating device is both by the positioning groove Limit, and by the barb member clamping, to keep the mop rod outer from rotating up to further around the mop rod rotation axis Power unlock.

Further, the flat board overall is in cuboid, and the length for defining the plate is respectively a, b, c, and is incited somebody to action One face is formed by by b, c and is defined as the face bc；Plate rotation hole is offered in the geometric center position in the face bc, it is described flat Plate rotation axis is mounted in the plate rotation hole；By a of the plate while middle vertical plane be defined as a while middle vertical plane；It allows described The axial line of mop rod rotation axis moves in the range of the side a middle vertical plane；Define an auxiliary circle, make face where it with it is described The side a middle vertical plane is overlapped, and the center of circle is overlapped with the geometric center of the plate, and auxiliary diameter of a circle is greater than the diagonal line in the face bc Length；The mop rod rotation axis is tangent with auxiliary circle always.

Further, the flat board overall is in cuboid, and the length for defining the plate is respectively a, b, c, and is incited somebody to action One face is formed by by b, c and is defined as the face bc；Two auxiliary line L1 are defined on the face bc；L2, auxiliary line L1 are the side c Perpendicular bisector, auxiliary line L2 is parallel with the side c, is less than the auxiliary line in the face auxiliary line L2 and bc at a distance from one of side c In the face L2 and bc at a distance from another side c, in two auxiliary line L1；The crosspoint position of L2 offers plate rotation hole, The plate rotation axis is mounted in the plate rotation hole；By a of the plate while middle vertical plane be defined as a while middle vertical plane； The axial line of the mop rod rotation axis is allowed to move in the range of the side a middle vertical plane.

Further, the univesal wheelwork further includes Universal-head；The mop rod rotation axis is located at the Universal-head On, the Universal-head includes Universal-head rotation hole；The Universal-head rotation hole is equipped with Universal-head rotation axis, makes the mop rod Rotation axis can be rotated around the Universal-head rotation axis, and the Universal-head rotation axis is rotated by universal rotational main body and the plate Axis connection.

It further, is a quarter of the length of b, institute at a distance from one of side c in the face auxiliary line L2 and bc State Universal-head rotation axis it is parallel with the plate rotation axis and between the two at a distance from greater than b length a quarter.

Further, the univesal wheelwork is in " Contraband " shape.

Further, the univesal wheelwork is in " Contraband " shape, and wherein " one " of bottom is the plate rotation axis, described Mop rod rotation axis is then located at the end of " one " at top and integrally to be formed by plane vertical with " Contraband ".

It further, further include cleaning device for mop matched with mop, the cleaning device for mop is mop-pail stands, described Mop-pail stands include mop-pail stands ontology and mop processing unit；The mop-pail stands ontology is by mop-cleaning chamber and mop dewatering chamber group At；The mop processing unit includes that a shell, a device for cleaning mops and a mop take off equipment for drying；The shell includes a bottom Shell, a lid, the bottom case are equipped with mop-cleaning channel and mop and take off dry passage, the lid be equipped with mop-cleaning introducing port and Mop takes off dry introducing port；The device for cleaning mops is a pair of of mop-cleaning scraping blade, and the mop-cleaning scraping blade turns equipped with scraping blade Moving axis, the mop-cleaning scraping blade can scrape disk rotating shaft rotation around described；The de- equipment for drying of the mop is extracted for a pair of of mop to be scraped Piece, the mop extract scraping blade equipped with disk rotating shaft is scraped, and the mop, which extracts scraping blade, to scrape disk rotating shaft rotation around described；It is described Device for cleaning mops is mounted on right above the mop-cleaning channel and is located at immediately below the mop-cleaning introducing port；It is described to drag Cloth takes off equipment for drying and is mounted on the mop and takes off right above dry passage and be located at the mop and takes off immediately below dry introducing port；It is dragged described Cloth cleaning device and mop take off equipment for drying and are mounted in the shell；The mop processing unit is mounted on the mop-pail stands sheet On body, it is located at the device for cleaning mops above the mop-cleaning chamber, and the mop takes off equipment for drying and is located at the mop Above dewatering cavity.

Further, the cleaning device for mop is a mop-pail stands, and the mop-pail stands include that a mop-pail stands ontology and one drags Cloth processing unit；The mop-pail stands ontology is made of a mop-cleaning chamber and a mop dewatering chamber；The mop processing unit by One mop-cleaning introducing port, a mop take off dry introducing port, two blocks of mops scrape board-washing and two blocks of mops are scraped dry plate and integrally formed；Allow two It is symmetrical at regular intervals below the mop-cleaning introducing port that mop described in block scrapes board-washing；Two blocks of mops are allowed to scrape Dry plate is symmetrically at regular intervals to be taken off below dry introducing port positioned at the mop；The mop processing unit is mounted on described On mop-pail stands ontology, the mop-cleaning introducing port is made to be located at the top of the mop-cleaning chamber, and mop takes off dry introducing port then Positioned at the top of the mop dewatering chamber.

Further, the cleaning device for mop is mop-pail stands；The mop-pail stands include the first staving, the second staving, drag Cloth washer and mop wiper；Second staving is placed in first staving；The mop cleaning device and first Staving cooperation is used for cleaning mop；The mop wiper and the cooperation of the second staving are for taking off dust mop.

Further, the mop cleaning device includes a pair of of clean plate, one group of slide bar, one group of elastic element；The cleaning Plate is slidably disposed on the slide bar, and the elastic element is for resetting the clean plate.

Further, the pair of clean plate is equipped with chamfering and forms mop-cleaning introducing port, the cleaning introducing port Less than the distance between the mop of the plate upper and lower surface.

Further, the pair of clean plate is equipped with scraping teeth.

Further, the mop wiper includes that a pair scrapes dry plate, one group of slide bar, one group of elastic element；It is described scrape it is dry Plate is slidably disposed on the slide bar, and the elastic element described scrapes dry plate for resetting.

Further, it is the pair of scrape dry plate and form mop equipped with chamfering scrape dry introducing port, it is described that scrape dry introducing port small In the distance between the mop of the plate upper and lower surface.

Further, the pair of to scrape dry plate equipped with scraping article and allow water hole.

It further, further include shell, the shell is mounted on the mop-pail stands；By the mop wiper and mop Washer is installed on the housing.

It further, further include shell clamp；On the housing by shell clamp installation；The shell clamp card It can ensure that the shell is fixed on the mop-pail stands after on mop-pail stands.

Further, the cleaning device for mop is mop-pail stands；The mop-pail stands include the first staving, the second staving, tool There is the mop wiper of cleaning function；Second staving is placed in first staving；The mop wiper and Two stavings cooperate for cleaning, take off Dry mop；An inlet opening is opened up in the side or bottom of second staving.

Further, the control device of the control inlet opening water inlet is added.

It further, further include cleaning device for mop, the cleaning device for mop is a squeezer, and the squeezer covers On the mop rod；The squeezer includes a pair of of water squeezing item, a water squeezing shell and one handle；The pair of water squeezing item is symmetrical At regular intervals be mounted in the water squeezing shell.

It further, further include cleaning device for mop, the cleaning device for mop is mop wiper.

The utility model has the advantages that

1, it mops floor high-efficient.Since the present invention dexterously innovatively devises universal rotational dress with reverse thinking on mop It sets, so as to thoroughly get rid of traditional " universal rotary head " that the plate back side is arranged in or effectively substitute, thus it is flat The plate covering that not only two sides can be smooth by mop, but also can be rotated freely movable about plate rotation axis.Obviously, of the invention Mop can effectively accomplish two-sided use, and the efficiency that mops floor is naturally high.

2, good hand touch, the effect of mopping floor are good.Since mop of the invention is provided with univesal wheelwork, so that its mop rod exists When mopping floor not only opposing plates can " universal rotational ", but also can also be exerted a force be effectively transferred to pressing plate (its exert a force transmitting, Belong to basic physical knowledge, herein without carrying out force analysis), therefore the process that mops floor is to operate nimble, good hand touch, effect naturally It is good.Exist as Patent No. ZL2017300825969 open flat mop jaggy because plate the right and left with The frictional force that ground generates is uneven and the problem for causing feel bad that easily deflects；Also there is no such as Patent No. The flat mop of ZL2013102590935 frequently results in plate due to without ' universal rotational ' function and upwarps and influence the effect that mops floor Problem etc..

3, cleaning and the not dirty hand of de- Dry mop.Since mop of the invention is provided with univesal wheelwork, so as to pass " universal rotary head " that the plate back side is arranged in of system is thoroughly got rid of or is effectively substituted, so that the pressing plate wrapped up by mop Two sides can accomplish the smooth of standard due to without any blocking well, thus can accordingly design and various can locate matingly and effectively The cleaning device for mop of mop, such as several mop cleaning devices of the invention are managed, can effectively be cleaned, de- Dry mop and not dirty Hand.

4, easy to operate, comfortable.It either cleans, extract or mops floor, be all not necessarily to special skill, operate simplely With regard to achievable, comfort is strong.

5, cost and maintenance rate are low.The structure of product of the present invention is extremely simple, and components used and manufacture material are not only Quantity is few, and is simple geometry components, thus cost and maintenance rate are all lower.

More advantages can also be in background technique, attached drawing, embodiment and independent comparison or Comprehensive Correlation with existing product In embody.

Detailed description of the invention:

Fig. 1, the present invention defined in auxiliary line, circle, face and plate relative positional relationship schematic diagram；

Fig. 2, univesal wheelwork schematic diagram (A type)；

Fig. 3, mop mop floor schematic diagram (A type)；

Fig. 4, the perspective view of the explosion for Fig. 3 (mop rod only expresses a part)；

Fig. 5, the mop schematic diagram for Fig. 3 (mop rod is fixed on the state on univesal wheelwork)；

Fig. 6, the partial enlargement diagram (mop rod section view) for Fig. 5；

Fig. 7, plate overturn schematic diagram (A type around plate rotation axis；Plate and univesal wheelwork are in same plane shape State)；

Fig. 8, mop-pail stands schematic diagram (A type)；

Fig. 9, the perspective view of the explosion for Fig. 8；

Figure 10, mop processing unit schematic diagram of internal structure (A type；Partial cross；Mop-cleaning scraping blade upwarp state: it opens Mouth becomes larger and is conducive to easily upper pressure-raising plate)；

Figure 11, mop processing unit schematic diagram of internal structure (A type；Partial cross；Mop-cleaning scraping blade falls state after rise: opening Mouth becomes smaller and is conducive to effectively scrape water when pressing plate underthrust)；

Figure 12, mop put (the A type mop of water squeezing schematic diagram in mop-pail stands into；A type mop-pail stands)；

Figure 13, univesal wheelwork schematic diagram (Type B)；

Figure 14, mop mop floor schematic diagram (Type B)；

Figure 15, the perspective view of the explosion for Figure 14 (mop rod only expresses a part)；

Figure 16, the mop schematic diagram for Figure 14 (mop rod is fixed on the state on univesal wheelwork)；

Figure 17, plate overturn schematic diagram (Type B around plate rotation axis；Plate and univesal wheelwork are in same plane shape State)；

Figure 18, mop-pail stands schematic diagram (Type B)；

Figure 19, the perspective view of the explosion for Figure 18；

It Figure 20, is mop processing unit schematic diagram (Type B；Partial cross)；

Figure 21, mop, which are put into, scrapes mop schematic diagram (Type B mop in mop-pail stands；Type B mop-pail stands)；

Figure 22, squeezer schematic diagram；

Figure 23, squeezer are covered scrapes water schematic diagram on mop；

It Figure 24, is Figure 23 partial enlargement diagram (squeezer section view)；

Figure 25, mop mop floor schematic diagram (squeezer covers on mop)；

Figure 26, univesal wheelwork schematic diagram (c-type)；

Figure 27, mop mop floor schematic diagram (c-type)；

Figure 28, the perspective view of the explosion for Figure 27 (mop rod only expresses a part)；

Figure 29, the mop schematic diagram for Figure 27 (mop rod is fixed on the state on univesal wheelwork)；

Figure 30, mop-pail stands schematic diagram (c-type)；

Figure 31, the partially exploded diagram for Figure 30；

Figure 32, shell, the accessories opposed configuration relation schematic diagram (decomposing state) such as scrape dry plate, clean plate；

Figure 33, mop, which are put into, scrapes mop schematic diagram (c-type mop in mop-pail stands；C-type mop-pail stands)；

Mark explanation: 1, plate；2, the side a middle vertical plane；3, auxiliary circle；4, the face bc；5A, mop rod rotation axis；5B, mop rod Rotation axis；5C, mop rod rotation axis；6, plate rotation axis；7, bayonet；8, mop rod；9, mop；10A, univesal wheelwork； 10B, univesal wheelwork；10C, univesal wheelwork；11, spring；12, card；13, mop head；14A, snap ring；14B, card Ring；14C, snap ring；15A, plate rotation hole；15B, plate rotation hole；15C, plate rotation hole；16, mop-pail stands ontology；17A, it drags Cloth processing unit；17B, mop processing unit；18A, mop-cleaning introducing port；18B, mop-cleaning introducing port；18C, mop clear Wash introducing port；19A, mop take off dry introducing port；19B, mop take off dry introducing port；19C, mop take off dry introducing port；20, lid；21, Mop-cleaning scraping blade；22, mop extracts scraping blade；23, mop-cleaning channel；24, mop takes off dry passage；25, bottom case；26, mop Clean chamber；27, mop dewatering chamber；28A, disk rotating shaft is scraped；28B, disk rotating shaft is scraped；29, leakage hole；30, flow-guiding channel；31, Device for cleaning mops；32, mop takes off equipment for drying；33, scraping blade limiting stand；34, scraping blade limited post；35A, shell；35C, shell； 36A, mop-pail stands；36B, mop-pail stands；36C, mop-pail stands；37A, mop；37B, mop；37C, mop；38, water squeezing shell；39, hand Handle；40, water squeezing item；41, squeezer；42, hook；43B, Universal-head rotation axis；43C, Universal-head rotation axis；44B, Universal-head turn Dynamic hole；44C, Universal-head rotation hole；45, clamp；46B, Universal-head；46C, Universal-head；47, mop scrapes board-washing；48, mop is scraped dry Plate；49B, universal rotational main body；49C, universal rotational main body；50, detent body；51, barb member；52, U-shaped card；53, shell card Son；54, scraping article；55, positioning groove；56, the first staving；57 second stavings；58, clean plate；59, dry plate is scraped；60, mop-cleaning Device；61, mop wiper；62-1, slide bar；62-2, slide bar；63-1, elastic element；63-2, elastic element；64A, fixed dress It sets；64B, fixed device；64C, fixed device；65, scraping teeth；66, water hole is allowed；L1, auxiliary line；L2, auxiliary line.

Specific embodiment:

The present invention is described in further detail with reference to the accompanying drawing and by embodiment, and following embodiment is to this hair Bright explanation is but not limited to following embodiment.

(the A type product of embodiment 1；Referring to Fig. 1 to Figure 12):

Design to mop: the mop includes a plate 1, a mop 9, a univesal wheelwork 10A, a mop rod 8； The mop 9, which is set, makes the upper and lower surface of the plate all by the smooth covering of the mop 9 on the plate 1；The universal rotational Device 10A includes plate rotation axis 6 and mop rod rotation axis 5A；The rotation of plate rotation axis 6 is located on wherein one end of plate 1, The plate 1 is rotated around the plate rotation axis 6；The mop rod 8 is connect with the mop rod rotation axis 5A, the mop rod 8 rotate around the mop rod shaft 5A；The plate rotation axis 6 is connect with the mop rod rotation axis 5A；When mop rod 8 and put down When the upper surface of plate 1 is vertical, projection of the mop rod shaft 5A on plate 1 is vertical with plate rotation axis 6.The plate 1 It can be around 6 turn-over of plate rotation axis.Specifically, it is in cuboid that the plate 1 is whole, the length difference of the plate is defined For a, b, c, and it will be formed by a face by b, c and be defined as the face bc 4, the i.e. both ends of the surface of plate；On the face bc 4 vertically A plate rotation hole 15A is opened up into the plate 1, by the plate rotation axis 6 in the plate rotation hole 15A, is made The univesal wheelwork 10A can be rotated around the plate rotation axis 6, can also allow the plate 1 around 6 turns of the plate rotation axis It is dynamic；By a of the plate 1 while middle vertical plane be defined as a while middle vertical plane 2；Allow the axial line of the mop rod rotation axis 5A in institute It states and moves in the range of the side a middle vertical plane 2；The end of the mop rod 8 is connected on the mop rod rotation axis 5A, is made described Mop rod 8 can be rotated around the mop rod rotation axis 5A.In other embodiments, the front and back two sides of the plate 1 can also be set Set mop 9, mop 9 can also be integrated, and plate rotation hole can also be located at the face ac.It should be understood that in other embodiment party In formula, the other shapes such as plate can also be rounded, when rounded or other shapes, plate rotation axis is located on the side of plate.

It advanced optimizes: opening up the plate rotation hole 15A in the geometric center position in the face bc 4；Define an auxiliary Circle 3 is overlapped face where it with the side a middle vertical plane 2, and the center of circle is overlapped with the geometric center of the plate 1, and diameter is slightly larger than institute State cornerwise length in the face bc 4；The track at the midpoint of the mop rod rotation axis 5A is the auxiliary circle 3, and the mop Bar rotation axis 5A is always positioned at using mop rod rotation axis midpoint as on the tangent line at point of contact.

It advanced optimizes: the univesal wheelwork 10A global shape being designed as " Contraband " shape, wherein " one " of bottom is The plate rotation axis 6, and the mop rod rotation axis 5A be then arranged in " one " at top end and with " Contraband " whole institute's shape At plane it is vertical.

Further optimize: the mop 37A is equipped with a fixed device 64A；The fixed device can be such that mop rod is consolidated It is scheduled on the univesal wheelwork 10A and cannot rotate up to further around the mop rod rotation axis 5A and be unlocked by external force.

Further optimize: the fixed device 64A includes a bayonet 7, a spring 11 and a card 12；By the bayonet 7 are located on the univesal wheelwork 10A；The spring 11 and card 12 are located in the mop rod 8, the spring 11 is used In the reset card 12, it is ensured that when the card 12 turns to 7 position of bayonet with the mop rod 8, the card 12 can stick into bayonet 7 under the action of spring 11 and carry out locking to the mop rod 8 until being unlocked by external force.

Design cleaning device for mop: the cleaning device for mop is a mop-pail stands 36A, and the mop-pail stands include a mop Bucket ontology 16 and a mop processing unit 17A；The mop-pail stands ontology 16 is by a mop-cleaning chamber 26 and a mop dewatering chamber 27 Composition；The mop processing unit 17A includes that a shell 35A, a device for cleaning mops 31 and a mop take off equipment for drying 32；It is described Shell 35A includes a bottom case 25, a lid 20, and the bottom case 25 is equipped with mop-cleaning channel 23 and mop takes off dry passage 24, institute It states lid 20 and takes off dry introducing port 19A equipped with mop-cleaning introducing port 18A and mop；The device for cleaning mops 31 is a pair of of mop Cleaning scraping cutter 21, the mop-cleaning scraping blade 21 are equipped with and scrape disk rotating shaft 28A, and the mop-cleaning scraping blade 21 can be around the scraping blade Rotation axis 28A rotation；It is that a pair of of mop extracts scraping blade 22 that the mop, which takes off equipment for drying 32, and the mop, which is extracted scraping blade 22 and is equipped with, to be scraped Disk rotating shaft 28B, the mop, which extracts scraping blade 22, to scrape disk rotating shaft 28B rotation around described；The device for cleaning mops 31 is pacified Right above the mop-cleaning channel 23 and it is located at immediately below the mop-cleaning introducing port 18A；The de- dry dress of the mop It sets 32 and is mounted on the mop and takes off right above dry passage 24 and be located at the mop and take off immediately below dry introducing port 19A；It is dragged described Cloth cleaning device 31 and mop take off equipment for drying 32 and are mounted in the shell 35A；The mop processing unit 17A is mounted on institute It states on mop-pail stands ontology 16, the device for cleaning mops 31 is made to be located at 26 top of mop-cleaning chamber, and the mop is de- dry Device 32 is located at 27 top of mop dewatering chamber.

Its application method (step) is as follows:

Step 1: mopping floor.Operator need to only hold mop rod 8, and any surface of pressing plate 1 is placed on the ground, so that it may as Ordinary flat mop is the same freely to mop floor in all directions.

Change pressing plate another side to mop floor: hand-held mop rod 8 suitably lifts pressing plate 1, plate a side edge is gently jammed on foot, makes to press Plate 1 rotates up to the back side overturning of pressing plate downward around press plate rotary axis 6；Then pressing plate is put on the ground by decentralization mop rod, i.e., complete Face is changed at pressing plate；Then normally mopped floor with the face.(mop of the invention in actual use, the side of crush board turn-over Method has much in fact, also very simple, such as touches ground crush board with pressing plate side and overturns around press plate rotary axis, can also realize pressing plate Turn-over；For another example directly rotate mop rod, the whole turn-over that pressing plate can also be realized around mop rod rotation of crush board.)

Step 2: cleaning mop.Firstly, card 12 is caught in bayonet 7, mop rod 8 is made to be locked in universal rotational dress Set on 10A that (in the actual operation process, which need to only raise up mop rod 8 to certain angle by operator, make universal rotational Device 10A falls automatically under gravity and rotates around mop rod rotation axis 5A, just can so lock automatically)；Then, it grasps Author holds mop rod 8 and crush board 1 is filled above the mop-cleaning chamber 26 of clear water by mop-cleaning introducing port 18A insertion In device for cleaning mops 31 and whole put on the ground is inserted several times, and the mop 9 on 1 two sides of pressing plate then can be in two pieces of mop-cleaning scraping blades 21 Scraping effect under get effective washing.(by the effect of 1 frictional force of plate, putting to insert on plate will drive mop-cleaning and scrapes Piece 21 within the scope of certain angle around scrape disk rotating shaft 28A rotation.The minimum of the limitation mop-cleaning scraping blade 21 of scraping blade limiting stand 33 Aperture；And scraping blade limited post 34 then limits the maximum opening of mop-cleaning scraping blade 21)

Mop rod unlocking method: since card 12 is only to lean on the dynamics of spring to be caught in bayonet 7 and realize to mop rod Locking, so, only card need to can be allowed to exit from bayonet with contrary external force appropriate (including inertia force etc.), To achieve the purpose that effectively to unlock mop rod.

Step 3: de- Dry mop.Operator need to only hold mop rod 8 and crush board 1 takes off dry introducing port 19A by mop and inserts Enter mop and take off the mop of 27 top of dry chamber to take off in equipment for drying 32 and whole put on the ground is inserted several times, the mop 9 on 1 two sides of pressing plate then can It is effectively de- dry under the scraping effect that two blocks of mops extract scraping blade 22, such as Figure 12.

More excellent implementation can open several leakage holes 29 on the bottom case 25 by 31 one side of device for cleaning mops, to ensure to clean When mop, the sewage that mop-cleaning scraping blade 21 scrapes can be quickly flowed into mop-cleaning chamber 26, while when can ensure that de- Dry mop, Mop is extracted the clear water that scraping blade 22 scrapes and can be flowed into mop-cleaning chamber 26 by flow-guiding channel 30, so that it is de- dry to can be reduced mop Ponding in chamber 27.To prevent plate rotation axis 6 from falling off from plate, it can slot in plate rotation shaft tail end and use snap ring 14A It is blocked.

To improve the comfort level operated when cleaning and de- Dry mop, two pairs of scraping blades in mop processing unit 17A are all made of The method of " unidirectionally scraping water " scrapes water, i.e., when pressing plate above mentions, mop-cleaning scraping blade 21 can will be around scraping under the drive of mop frictional force Disk rotating shaft 28A rotation makes aperture become larger, and easily can above mention conducive to pressing plate 1；And when 1 underthrust of pressing plate, 21 meeting of mop-cleaning scraping blade Aperture will be made to become smaller and appropriate jam-packed mop around scraping disk rotating shaft 28A and rotating backward under the drive of mop frictional force, to reach The purpose of water is effectively scraped by mop-cleaning scraping blade 21 to mop.Principle is the same, and mop extracts scraping blade 22 can be around scraping disk rotating shaft 28B The purpose for easily scraping Dry mop is played in rotation.It is recommended that maximum spacing (opening width of the i.e. each pair of scraping blade) ratio for setting each pair of scraping blade drags The more 1-2mm of cloth maximum gauge, and minimum spacing (closure of i.e. each pair of scraping blade) is can effectively clean or squeezing mop and underthrust Dynamics is moderate to be preferred.

During cleaning and de- Dry mop, univesal wheelwork 10A and plate 1 such as Fig. 5 or Figure 12 can be not necessarily required Equally be mutually perpendicular to because in the actual operation process, it is appropriate allow mop rod swing do not influence not only mop-cleaning and Dry effect is dragged, is operated instead more flexible naturally, more adaptable.So without adding, " control mop rod is in cleaning and takes off dry The device that opposing plates do not rotate in the process ".Certainly, according to operator's use habit, it is also possible to which the simple prior art is added One realizes the device of this function.

Embodiment 2 (referring to Fig. 1 and Figure 13-Figure 21):

Design to mop: the mop includes a plate 1, a mop 9, a univesal wheelwork 10B, a mop rod 8； The plate 1 is whole to keep the upper and lower surface of the plate all described in cuboid by 9 sets of the mop on the plate 1 The smooth covering of mop 9；The univesal wheelwork 10B is equipped with plate rotation axis 6 and mop rod rotation axis 5B；Define the plate Length be respectively a, b, c, and a face will be formed by by b, c and be defined as the face bc 4；On the face bc 4 vertically A plate rotation hole 15B is opened up into the plate 1, by the plate rotation axis 6 in the plate rotation hole 15B, is made The univesal wheelwork 10B can be rotated around the plate rotation axis 6, can also allow the plate 1 around 6 turns of the plate rotation axis It is dynamic；By a of the plate 1 while middle vertical plane be defined as a while middle vertical plane 2；Allow the axial line of the mop rod rotation axis 5B in institute It states and moves in the range of the side a middle vertical plane 2；The end of the mop rod 8 is connected on the mop rod rotation axis 5B, is made described Mop rod 8 can be rotated around the mop rod rotation axis 5B.

Advanced optimize: the univesal wheelwork 10B includes a universal rotational main body 49B, a Universal-head 46B；It is described Plate rotation axis 6 is located on the universal rotational main body 49B, and the mop rod rotation axis 5B is located on the Universal-head 46B；? Two auxiliary lines L1, L2 are defined on the face bc 4, wherein an auxiliary line L1 is the perpendicular bisector on the side c, and another auxiliary line L2 With a c in parallel and spacing 1/4b when with the c；The plate is opened up in the crosspoint position of two auxiliary lines L1, L2 to turn Dynamic hole 15B；A Universal-head rotation axis 43B is set on the universal rotational main body 49B, keeps the Universal-head rotation axis 43B parallel It in the plate rotation axis 6 and can rotate around it, and the radius of gyration is slightly larger than 1/4b；The Universal-head 46B includes a Universal-head Rotation hole 44B, the Universal-head rotation hole 44B are against the mop rod rotation axis 5B and are mutually perpendicular to；By the Universal-head 46B It is mounted on the Universal-head rotation axis 43B by the Universal-head rotation hole 44B, enables the mop rod rotation axis 5B around institute State Universal-head rotation axis 43B rotation；The Universal-head rotation axis 43B passes through universal rotational main body 49B and the plate rotation axis 6 Connection.In other embodiments, another auxiliary line L2 and a c while it is parallel and when with the c spacing may be 1/3b etc. its Its spacing；For another example it is less than at a distance from one of side c in the face auxiliary line L2 and bc another in the face auxiliary line L2 and bc The distance on a side c.

It advanced optimizes: the univesal wheelwork 10B global shape being designed as " Contraband " shape, wherein " one " of bottom is The plate rotation axis 6, and " one " at top is the Universal-head rotation axis 43B；The Universal-head 46B is passed through described universal The end of " one " of the head rotation hole 44B at the top of " Contraband " shape.

Advanced optimize: the mop 37B is equipped with a fixed device 64B；The fixed device can be such that mop rod is fixed It cannot rotate up to further around the mop rod rotation axis 5B and be unlocked by external force on the univesal wheelwork 10B.

Advanced optimize: the fixed device 64B includes a hook 42 and a clamp 45；The hook 42 is located at described On universal rotational main body 49B；The clamp 45 is mounted on the mop rod 8, it is ensured that when the clamp 45 is with the mop When bar 8 turns to 42 position of hook, the clamp 45, which can clamp hook 42, prevents the mop rod 8 from further around the mop Bar rotation axis 5B is rotated up to be unlocked by external force.

Design cleaning device for mop: the cleaning device for mop is that mop-pail stands a 36B, the mop-pail stands 36B includes one Mop-pail stands ontology 16 and a mop processing unit 17B；The mop-pail stands ontology 16 is by a mop-cleaning chamber 26 and a mop dewatering Chamber 27 forms；The mop processing unit 17B by a mop-cleaning introducing port 18B, a mop take off dry introducing port 19B, two pieces drag Cloth scrapes board-washing 47 and two blocks of mops scrape 48 one composition of dry plate；Two blocks of mops are allowed to scrape board-washing 47 symmetrical at regular intervals Below the mop-cleaning introducing port 18B；Two blocks of mops are allowed to scrape dry plate 48 symmetrical at regular intervals positioned at institute Mop is stated to take off below dry introducing port 19B；The mop processing unit 17B is mounted on the mop-pail stands ontology 16, is made described Mop-cleaning introducing port 18B is located at the top of the mop-cleaning chamber 26, and mop takes off dry introducing port 19B and is then located at the mop The top of dewatering cavity 27.

To prevent plate rotation axis 6 from falling off from plate, in plate shaft tail end fluting can be rotated and with snap ring 14B card Firmly.

Plate rotation hole in the present embodiment can be adjusted suitably left and right, while corresponding tune without being centainly located at the position 1/4b The radius of gyration of whole Universal-head rotation axis accomplishes Universal-head that can just be pressed in above the geometric center of plate and mopped floor, Certainly appropriate offset can also.

Its application method (step) is as follows:

Step 1: mopping floor.Operator need to only hold mop rod 8, any surface of pressing plate 1 is placed on the ground and will be universal Head 46B is pressed on pressing plate 1, so that it may freely be mopped floor in all directions as ordinary flat mop.

Change pressing plate another side to mop floor: mop rod 8 hand-held first suitably lifts pressing plate 1, equipressuring plate 1 around press plate rotary axis 6 from It is dynamic when turning to upright state, then take advantage of a situation and swing mop rod 8 pressing plate 1 is made to continue overturning until flat along the direction rotated just now Plate it is another down；Then pressing plate 1 is put on the ground by decentralization mop rod 8, that is, that completes pressing plate changes face；It is then normal with the face It mops floor.(since the plate rotation hole 15B of the mop is not on the symmetry axis of plate, when pressing plate 1 changes face or lifts, Pressing plate all can first rotate around plate rotation axis 6 and be in upright state automatically.In actual use, this spy is made full use of Point does not influence not only to mop floor, and can fast implement the face of changing of plate instead, improves the efficiency that mops floor.)

Step 2: cleaning mop.Firstly, hook 42 is caught in clamp 45, mop rod 8 is made to be locked in universal rotational dress Set on 10B that (in the actual operation process, which need to only raise up mop rod 8 to certain angle by operator, make universal rotational Device 10B falls under gravity and rotates around mop rod rotation axis 5B, just can lock automatically)；Then, operator holds Mop rod 8 and crush board 1 fill two blocks of mops of 26 top of mop-cleaning chamber of clear water by mop-cleaning introducing port 18B insertion It scrapes in board-washing 47 and whole put on the ground is inserted several times, the mop 9 on 1 two sides of pressing plate can then be made in the scraping that two blocks of mops scrape board-washing 47 It gets effective washing under, sees Figure 21.(mop rod unlocking method: since clamp 45 is only to clamp hook with dynamics appropriate 42 realize the locking to mop rod, so, mop rod can effectively need to only be solved with contrary power appropriate Lock.)

Step 3: de- Dry mop.Operator need to only hold mop rod 8 and crush board 1 takes off dry introducing port 19B by mop and inserts Enter mop and take off two blocks of mops of 27 top of dry chamber to scrape in dry plate 48 and whole put on the ground is inserted several times, the mop 9 on 1 two sides of pressing plate is then It can be effectively de- dry under the scraping effect that two blocks of mops scrape dry plate 48.

For the use habit for the person that meets different operation, mop in the present embodiment can be with simple routine techniques in plate The component that control plate rotation is added in rotation axis, makes it during mopping floor when plate is lifted by mop rod, plate is not It can be rotated freely movable about plate rotation axis, only when there is appropriate external force on plate, plate could be revolved around plate rotation axis Turn.Such as frictionally or chucking power mode are designed to control the rotation of plate, can realize.

During cleaning and de- Dry mop, univesal wheelwork 10B and plate 1 such as Figure 16 or Figure 21 can be not necessarily required Equally locate in one plane, because in the actual operation process, appropriate permission mop rod swings and do not influence mop not only Dry effect is cleaned and dragged, is operated instead more flexible naturally, more adaptable.So without adding, " control mop rod is being cleaned With the de- dry device that opposing plates do not rotate in the process ".Certainly, according to operator's use habit, it is also possible to simple existing skill Art adds the device of realization this function.

Embodiment 3 (2- Figure 25 referring to fig. 2):

Designed mop and mop designed by embodiment 1 are just the same in the present embodiment, so please referring to embodiment 1, it is described again here.

Squeezer: the cleaning device for mop is a squeezer 41, and the squeezer 41 includes that a pair of of water squeezing item 40, one squeezes Water hull body 38 and one handle 39；At regular intervals the water squeezing shell 38 is mounted on for the pair of water squeezing item 40 is symmetrical It is interior；By 41 sets of the squeezer on the mop rod 8.

Its application method (step) is as follows:

Step 1: mopping floor.Operator need to only hold mop rod, any surface of pressing plate is placed on the ground, so that it may Xiang Pu It is logical that flat mop is the same freely mops floor in all directions.

Change pressing plate another side to mop floor: hand-held mop rod suitably lifts pressing plate, plate a side edge is gently jammed on foot, makes pressing plate The back side overturning for rotating up to pressing plate around press plate rotary axis downward, then transfers mop rod and is put in pressing plate on the ground, that is, complete pressure Plate changes face, is then normally mopped floor with the face.

Step 2: cleaning mop.Firstly, card 12 is caught in bayonet 7, mop rod 8 is made to be locked in universal rotational dress It sets on 10A；Then, operator holds handle 39 and pushes down on, and plate 1 is brought into water squeezing shell 38, and allows two pieces of water squeezing items 40 Clamp mop；Tap is opened later, allows cleaning water flow on mop, while holding handle 39 and pushing and pulling squeezer 41 back and forth, directly Mop is effectively shaved to squeezer.Step 3: de- Dry mop.It is first shut off tap, handle is then held and pushes and pulls water squeezing back and forth Device, until squeezer effectively scrapes Dry mop.

Embodiment 4 (referring to Fig. 1 and Figure 26-Figure 33):

Design to mop: the mop includes a plate 1, a mop 9, a univesal wheelwork 10C, a mop rod 8； The whole plate 1 is in cuboid, and the mop 9 is pasted on the plate 1, makes the upper and lower surface of the plate all by institute State the smooth covering of mop 9；The univesal wheelwork 10C is equipped with plate rotation axis 6 and mop rod rotation axis 5C；It defines described flat The length of plate is respectively a, b, c, and will be formed by a face by b, c and be defined as the face bc 4；It is vertical on the face bc 4 Ground opens up a plate rotation hole 15C into the plate 1, by the plate rotation axis 6 in the plate rotation hole 15C, So that the univesal wheelwork 10C is rotated around the plate rotation axis 6, can also allow the plate 1 around the plate rotation axis 6 Rotation；By a of the plate 1 while middle vertical plane be defined as a while middle vertical plane 2；The axial line of the mop rod rotation axis 5C is allowed to exist It is moved in the range of the side a middle vertical plane 2；The end of the mop rod 8 is connected on the mop rod rotation axis 5C, institute is made Stating mop rod 8 can rotate around the mop rod rotation axis 5C.

Advanced optimize: the univesal wheelwork 10C includes a universal rotational main body 49C, a Universal-head 46C；It is described Plate rotation axis 6 is located on the universal rotational main body 49C, and the mop rod rotation axis 5C is located on the Universal-head 46C；? Two auxiliary line L1 are defined on the face bc 4；L2, wherein an auxiliary line L1 is the perpendicular bisector on the side c, and another auxiliary line L2 With a c in parallel and spacing 1/4b when with the c；The plate is opened up in the crosspoint position of two auxiliary lines L1, L2 to turn Dynamic hole 15C；A Universal-head rotation axis 43C is set on the universal rotational main body 49C, the Universal-head rotation axis 43C is parallel to The plate rotation axis 6 can simultaneously rotate around it, and the radius of gyration is slightly larger than 1/4b；The Universal-head 46C is rotated including a Universal-head Hole 44C, the Universal-head rotation hole 44C are against the mop rod rotation axis 5C and are mutually perpendicular to；The Universal-head 46C is passed through The Universal-head rotation hole 44C is mounted on the Universal-head rotation axis 43C, enables the mop rod rotation axis 5C around described ten thousand It is rotated to head rotation axis 43C.

It advanced optimizes: the univesal wheelwork 10C global shape being designed as " Contraband " shape, wherein " one " of bottom is The plate rotation axis 6, and " one " at top is the Universal-head rotation axis 43C；The Universal-head 46C is passed through described universal The end of " one " of the head rotation hole 44C at the top of " Contraband " shape.

Advanced optimize: the mop 37C is equipped with a fixed device 64C；The fixed device can be such that mop rod is fixed It cannot rotate up to further around the mop rod rotation axis 5C and be unlocked by external force on the univesal wheelwork 10C.

Advanced optimize: the fixed device 64C includes a detent body 50 and a barb member 51；On the detent body 50 Open up a positioning groove 55；The barb member 51 is located in the detent body 50, the barb member 51 can automatically reset or according to By spring reset, it is ensured that when the Universal-head rotation axis 43C is turned in the detent body 50 around the mop rod rotation axis 5C Afterwards, the Universal-head rotation axis 43C was not only limited by the positioning groove 55, but also by 51 clamping of barb member, to make described Mop rod 8 cannot be rotated up to further around the mop rod rotation axis 5C and be unlocked by external force.

Design cleaning device for mop: the cleaning device for mop is a mop-pail stands 36C；The mop-pail stands include second barrel Body 57, the first staving 56, mop cleaning device 60 and mop wiper 61；Second staving 57 is placed on first staving In 56；The mop cleaning device 60 and the cooperation of the first staving are used for cleaning mop；The mop wiper 61 is matched with the second staving It shares in de- dust mop.The mop cleaning device 60 is mounted on 56 top of the first staving；By the mop wiper 61 It is mounted on 57 top of the second staving.

Advanced optimize: the mop cleaning device 60 includes 58, one groups of slide bar 62-1 of a pair of of clean plate, one group of elastic element 63-1；The mop wiper 61 includes that a pair scrapes 59, one groups of slide bar 62-2 of dry plate, one group of elastic element 63-2；One shell 35C；On the housing by the mop cleaning device 60 installation, keep the pair of clean plate mutually at regular intervals and can be in institute It states and is slided on slide bar, the elastic element is described to clean to entrance 18C dragging less than plate upper and lower surface for resetting clean plate The distance between cloth, while ensuring that the dynamics when clean plate cleaning mop is controlled by the elastic element；By the mop Wiper 61 is installed on the housing, keeps the pair of dry plate of scraping mutually at regular intervals and can slide on the slide bar, Elastic element scrapes dry plate 59 for resetting, the distance between the mop scraped dry introducing port 19C and be less than plate upper and lower surface, together When ensure that the dynamics scraped when dry plate takes off Dry mop is controlled by the elastic element；The shell is mounted on the mop-pail stands On.

It advanced optimizes: the upper plane of the pair of clean plate 58 being subjected to chamfering, forms mop-cleaning introducing port 18C； The pair of upper plane for scraping dry plate 59 is subjected to chamfering, mop is formed and scrapes dry introducing port 19C.

Advanced optimize: the pair of clean plate 58 is equipped with scraping teeth 65；The pair of dry plate 59 of scraping is equipped with scraping article 54 With allow water hole 66.

It advanced optimizes: a pair of shells clamp 53；The shell clamp 53 is mounted on the shell 35C；When described Shell clamp can ensure that the shell is fixed on the mop-pail stands after being stuck on mop-pail stands.

To prevent plate rotation axis 6 from falling off from plate, in plate shaft tail end fluting can be rotated and with snap ring 14C card Firmly.

To prevent Universal-head rotation axis 43C from falling off from Universal-head rotation hole 44C, can slot simultaneously in the middle part of Universal-head 46C It is blocked with U-shaped card 52.

Its application method (step): it is very simple in view of the application method (step) of the present embodiment, it is referred to implement completely Example 1 and embodiment 2 are achieved, so state without tired herein.

It emphasizes: since the present embodiment designs mop-pail stands in the way of " the second staving is placed in the first staving ", can make to scrape The ejected wash water that dry plate scrapes naturally flows into the first staving across the second staving；Since the pair of dry plate of scraping is by bullet Property elements press control, so mop can be scraped dry plate and effectively scrape water during proposition upwards in the second staving, according to by Power analysis, most ejected wash water can discharge into downward in the first staving across the second staving, this is with respect to " existing unidirectional scraper-type Mop-pail stands are easy to sputter mop-pail stands exterior problem upwards there are ejected wash water " for, and be a big advantage.

According to processing technology difference, the first staving and the second staving can be integrally designed processing, can also be separately machined.

According to embodiment 4, the mop-pail stands of another style can also be designed:

The mop-pail stands include one second staving, one first staving, a mop wiper with cleaning function；It will be described Second staving is placed in first staving；The mop wiper is mounted on above second staving.

Further design: the mop wiper includes that a pair scrapes dry plate, one group of slide bar, one group of elastic element；One shell； On the housing by mop wiper installation, make that the pair of to scrape dry plate mutually at regular intervals and can be in the slide bar Upper sliding, while ensuring that the dynamics scraped when dry plate takes off Dry mop is controlled by the elastic element；The shell is mounted on On the mop-pail stands.

Further design: an inlet opening is opened up in the side or bottom of second staving.

Further design: the control device of the control inlet opening water inlet is added.

Under the comprehensive inspiration of the present invention total technical solution and embodiment, simple mechanical technique, design can be also used More specific products out, or the optimization of detail is carried out to the part-structure of product.

, can be transversely arranged for example, device for cleaning mops and mop take off equipment for drying in the housing, can also vertical array, very Extremely can " splayed " arrangement etc., other components, which accordingly adjust, can be realized same function.

For another example, mop rod is fixed, also using univesal wheelwork 10A and 13 self structure of mop head, and It is designed using " method of frictionally clamping ".It can so accomplish not add fixed device individually.

For another example, a univesal wheelwork can be symmetrically added again in another face bc of plate and fill two universal rotationals It sets and is integrated, material preferably elasticity and all higher plastic material of intensity.

For another example, to cater to market needs, using the modes such as the prior art and simple combination, deformation, position adjustment It designs a plurality of mop-pail stands: being such as cylindric or petal-shaped by mop-pail stands whole design；Such as mop dewatering chamber is minimized Deformation design be then placed within the intermediate region etc. of mop-cleaning chamber；If mop-pail stands are single barrel of design, one can be only set in bucket Squeezing water etc..

For another example, due to the mop in embodiment 1, plate has symmetry, so can use the side of electronic rotation completely Formula is carried out dehydrating mop.Preferred design: the rotation axis of motor and plate rotation axis is allowed to be on an axial line line；Only Plate need to be allowed to rotate in dewatering cavity, and mop rod and univesal wheelwork are fixed.Also the common prior art can be used to exist The rotating device that setting allows plate to rotate on mop rod, can equally achieve the purpose that rotary dehydration.

For another example, comprehensively consider from cost angle, hierarchy of consumption and use habit etc., it is clear that mop of the invention can be unworthy of mop Clean device and independently sell.As user can be used common bucket and scraper plate simply to be cleaned to mop and dehydration.

For another example, the length of plate rotation axis is not necessarily fixed, preferably the half of slab length.

For another example, it is molded for convenience of the installation of univesal wheelwork and product, including the control etc. to cost, the plate can To be integrally machined, it also can be divided into two halves processing, recombinant up and down and be integrated.

For another example, mop not necessarily is designed in the way of package plate entirely, as the side of plate can not be sealed entirely, or even not Envelope.

For another example, in embodiment 2, adjustment to mop dynamics is scraped can be by adjusting the spacing and plastic part of two rows of scraper plates The elasticity of itself is realized, it is also possible to which the mode of " adding top spring scraping back " is realized.

For another example, the cleaning device for mop is mop wiper, and mop wiper is fixed on metope or is put with bracket installation On the ground, water pipe can be correspondingly arranged, when cleaning opens water pipe, and water pipe is closed when taking off dry.

In short, those skilled in the art can pass through according to above-mentioned total technical solution, examples and drawings etc. Conventional thought converts out a variety of specific products.Therefore, the various equivalent productions for converting out according to the total technical solution of the present invention Product change bad product (product that the length as only shortened Universal-head rotation axis is processed etc.), belong to rights protection of the invention Range.

Claims

1. a kind of ground cleaning tool, including a mop, are characterized in that: the mop (37A, 37B, 37C) include plate (1), Mop (9), univesal wheelwork (10A；10B；10C), mop rod (8)；The mop (9) is at least covered on the plate (1) Upper and lower surface；Univesal wheelwork (the 10A；10B；It 10C) include plate rotation axis (6) and mop rod rotation axis (5A； 5B；5C)；Plate rotation axis (6) rotation is located at the side of plate (1), and the plate (1) is around the plate rotation axis (6) Rotation；The mop rod (8) and the mop rod rotation axis (5A；5B；It 5C) connects, the mop rod (8) is around the mop rod Rotation axis (5A；5B；5C) rotate；The plate rotation axis (6) and the mop rod rotation axis (5A；5B；5C) connect；It is described to drag Barre rotation axis (5A；5B；Projection 5C) on plate (1) is vertical with plate rotation axis (6), and the plate (1) can be around plate Rotation axis (6) turn-over.

2. a kind of ground cleaning tool according to claim 1, is characterized in that: the mop (37A, 37B, 37C) is equipped with Fixed device (64A, 64B, 64C)；The mop rod (8) can be fixed on described universal by fixed device (64A, 64B, 64C) It is locked on rotating device (10A, 10B, 10C), mop rod (8) cannot turn around the mop rod rotation axis (5A, 5B, 5C) when locking It moves until being unlocked by external force.

3. a kind of ground cleaning tool according to claim 2, is characterized in that: the fixed device (64A) includes bayonet (7), spring (11) and card (12)；The bayonet (7) is located on the univesal wheelwork (10A)；By the spring (11) it is located in the mop rod (8) with card (12), the spring (11) is for resetting the card (12), the card (12) when turning to the bayonet (7) position with the mop rod (8), the card (12) can block under the action of spring (11) Locking is carried out in card inlet (7) and to the mop rod (8) until being unlocked by external force.

4. a kind of ground cleaning tool according to claim 2, is characterized in that: the fixed device (64B) includes hook (42) and clamp (45)；The hook (42) is located on univesal wheelwork (10A)；The clamp (45) is mounted on described On mop rod (8), it is ensured that when the clamp (45) turns to the hook (42) position with the mop rod (8), the clamp (45) can clamp hook (42) rotate up to the mop rod (8) cannot further around the mop rod rotation axis (5B) by external force solution Lock.

5. a kind of ground cleaning tool according to claim 2, is characterized in that: the fixed device (64C) includes detent Body (50) and barb member (51)；Positioning groove (55) are opened up on the detent body (50)；The barb member (51) is located at institute It states in detent body (50), the barb member (51) can automatically reset or by spring reset, the Universal-head rotating device (10C) After turning in the detent body (50) around the mop rod rotation axis (5C), the Universal-head rotating device (10C) is both by institute Positioning groove (55) limit is stated, and by the barb member (51) clamping, to make the mop rod (8) cannot be further around the mop Bar rotation axis (5C) is rotated up to be unlocked by external force.

6. a kind of ground cleaning tool according to claim 1, is characterized in that: the plate (1) is integrally in cuboid, fixed The length of the justice plate is respectively a, b, c, and will be formed by a face by b, c and be defined as the face bc (4)；In the bc The geometric center position in face (4) offers plate rotation hole (15A), and the plate rotation axis (6) is mounted on the plate rotation In hole (15A)；By a of the plate (1) while middle vertical plane be defined as a while middle vertical plane (2)；Allow the mop rod rotation axis (5A) Axial line moved in the range of middle vertical plane (2) of the side a；An auxiliary circle (3) are defined, where making it in face and the side a Vertical plane (2) is overlapped, and the center of circle is overlapped with the geometric center of the plate (1), and auxiliary diameter of a circle is greater than pair of the face bc (4) The length of linea angulata；The mop rod rotation axis (5A) is tangent with auxiliary circle always.

7. according to right want 1 described in a kind of ground cleaning tool, be characterized in that: the plate (1) is integrally in cuboid, definition The length of the plate is respectively a, b, c, and will be formed by a face by b, c and be defined as the face bc (4)；In the face bc (4) two auxiliary line (L1 are defined on；L2), auxiliary line (L1) is the perpendicular bisector on the side c, and auxiliary line (L2) is parallel with the side c, described auxiliary Index contour (L2) is less than the auxiliary line (L2) with one of c in the face bc at a distance from the face bc when another c at a distance from, Two auxiliary line (L1；L2 crosspoint position) offers plate rotation hole (15B, 15C), the plate rotation axis (6) It is mounted on the plate rotation hole (15B；In 15C)；By a of the plate (1) while middle vertical plane be defined as a while middle vertical plane (2)； Allow the mop rod rotation axis (5B；Axial line 5C) moves in the range of middle vertical plane (2) of the side a.

8. a kind of ground cleaning tool according to claim 7, is characterized in that: the univesal wheelwork (10B, 10C) It further include Universal-head (46B, 46C)；The mop rod rotation axis (5B, 5C) is located on the Universal-head (46B, 46C), and described ten thousand It include Universal-head rotation hole (44B, 44C) to head (46B, 46C)；The Universal-head rotation hole (44B, 44C) is equipped with Universal-head Rotation axis (43B, 43C) rotate the mop rod rotation axis (5B, 5C) can around the Universal-head rotation axis (43B, 43C), institute Universal-head rotation axis (43B, 43C) is stated to connect by universal rotational main body (49B, 49C) with the plate rotation axis (6).

9. a kind of ground cleaning tool according to claim 8, is characterized in that: in the auxiliary line (L2) and the face bc wherein The distance on one side c is a quarter of the length of b, the Universal-head rotation axis (43B, 43C) and the plate rotation axis (6) The a quarter of length of the distance in parallel and between the two greater than b.

10. a kind of ground cleaning tool according to claim 9, is characterized in that: the univesal wheelwork (10B, 10C) In " Contraband " shape.

11. a kind of ground cleaning tool according to claim 6 or 7, is characterized in that: the univesal wheelwork (10A) In " Contraband " shape, wherein " one " of bottom is the plate rotation axis (6), and the mop rod rotation axis (5A) is then located at top The end of " one " and integrally to be formed by plane vertical with " Contraband ".

12. a kind of ground cleaning tool according to claim 1, is characterized in that: further including that mop matched with mop is clear Clean device, the cleaning device for mop are mop-pail stands (36A), and the mop-pail stands include mop-pail stands ontology (16) and mop processing dress Set (17A)；The mop-pail stands ontology (16) is made of mop-cleaning chamber (26) and mop dewatering chamber (27)；The mop processing dress Setting (17A) includes that a shell (35A), a device for cleaning mops (31) and a mop take off equipment for drying (32)；Shell (35A) packet A bottom case (25), a lid (20) are included, the bottom case (25) is equipped with mop-cleaning channel (23) and mop takes off dry passage (24), institute It states lid (20) and takes off dry introducing port (19A) equipped with mop-cleaning introducing port (18A) and mop；The device for cleaning mops (31) is A pair of of mop-cleaning scraping blade (21), the mop-cleaning scraping blade (21) are equipped with and scrape disk rotating shaft (28A), the mop-cleaning scraping blade (21) disk rotating shaft (28A) rotation can be scraped around described；The mop takes off equipment for drying (32) and extracts scraping blade (22), institute for a pair of of mop It states mop and extracts scraping blade (22) equipped with scraping disk rotating shaft (28B), the mop, which extracts scraping blade (22), to scrape disk rotating shaft around described (28B) rotation；The device for cleaning mops (31) is mounted on right above the mop-cleaning channel (23) and is located at the mop It cleans immediately below introducing port (18A)；The mop takes off equipment for drying (32) and is mounted on right above the mop de- dry passage (24) simultaneously It is taken off immediately below dry introducing port (19A) positioned at the mop；The device for cleaning mops (31) and mop are taken off into equipment for drying (32) peace In the shell (35A)；The mop processing unit (17A) is mounted on the mop-pail stands ontology (16), is made described Device for cleaning mops (31) is located above the mop-cleaning chamber (26), and the mop takes off equipment for drying (32) and is located at the mop Above dewatering cavity (27).

13. a kind of ground cleaning tool according to claim 1, is characterized in that: the cleaning device for mop is a mop Bucket (36B), the mop-pail stands (36B) include a mop-pail stands ontology (16) and a mop processing unit (17B)；The mop-pail stands sheet Body (16) is made of a mop-cleaning chamber (26) and a mop dewatering chamber (27)；The mop processing unit (17B) is by a mop Cleaning introducing port (18B), a mop takes off dry introducing port (19B), two blocks of mops scrape board-washing (47) and two blocks of mops scrape dry plate (48) One composition；Two blocks of mops are allowed to scrape board-washing (47) symmetrical at regular intervals positioned at the mop-cleaning introducing port Below (18B)；Allowing two blocks of mops to scrape, dry plate (48) is symmetrically at regular intervals to take off dry introducing port positioned at the mop Below (19B)；The mop processing unit (17B) is mounted on the mop-pail stands ontology (16), the mop-cleaning is led Entrance (18B) is located at the top of the mop-cleaning chamber (26), and mop takes off dry introducing port (19B) and is then located at the mop dewatering The top of chamber (27).

14. a kind of ground cleaning tool according to claim 1, is characterized in that: the cleaning device for mop is mop-pail stands (36C)；The mop-pail stands include the first staving (56), the second staving (57), mop cleaning device (60) and mop wiper (61)； Second staving (57) is placed in first staving (56)；The mop cleaning device (60) is matched with the first staving to be shared In cleaning mop；The mop wiper (61) and the second staving cooperate for taking off dust mop.

15. a kind of ground cleaning tool according to claim 14, is characterized in that: the mop cleaning device (60) includes one To clean plate (58), one group of slide bar (62-1), one group of elastic element (63-1)；The clean plate (58) is slidably disposed in described On slide bar (62-1), the elastic element is for resetting the clean plate (58).

16. a kind of ground cleaning tool according to claim 15, is characterized in that: will be set on the pair of clean plate (58) There is chamfering to form mop-cleaning introducing port (18C), cleaning introducing port (18C) is less than dragging for the plate (1) upper and lower surface The distance between cloth.

17. a kind of ground cleaning tool according to claim 16, is characterized in that: the pair of clean plate (58) is equipped with Scraping teeth (65).

18. a kind of ground cleaning tool according to claim 14, is characterized in that: the mop wiper (61) includes one To scraping dry plate (59), one group of slide bar (62-2), one group of elastic element (63-2)；It is described scrape dry plate (59) be slidably disposed in it is described On slide bar (62-2), the elastic element (63-2) described scrapes dry plate (59) for resetting.

19. a kind of ground cleaning tool according to claim 18, is characterized in that: the pair of dry plate (59) of scraping is equipped with Chamfering forms mop and scrapes dry introducing port (19C), the mop scraped dry introducing port (19C) and be less than the plate (1) upper and lower surface The distance between.

20. a kind of ground cleaning tool according to claim 19, is characterized in that: the pair of dry plate (59) of scraping is equipped with Scraping article (54) and allow water hole (66).

21. a kind of ground cleaning tool according to claim 14, is characterized in that: further including shell (35C), the shell (35C) is mounted on the mop-pail stands (36C)；The mop wiper (61) and mop cleaning device (60) are mounted on the shell On body.

22. a kind of ground cleaning tool according to claim 21, is characterized in that: further including shell clamp (53)；By institute Shell clamp (53) is stated to be mounted on the shell (35C)；The shell clamp (53) can ensure that described after being stuck on mop-pail stands Shell (35C) is fixed on the mop-pail stands.

23. a kind of ground cleaning tool according to claim 1, is characterized in that: the cleaning device for mop is mop-pail stands (36C)；The mop-pail stands include the first staving (56), the second staving (57), the mop wiper (61) with cleaning function；It will Second staving (57) is placed in first staving (56)；The mop wiper (61) is used for the cooperation of the second staving Cleaning, de- Dry mop；An inlet opening is opened up in the side or bottom of second staving (57).

24. a kind of ground cleaning tool according to claim 23, is characterized in that: adding the control inlet opening water inlet Control device.

25. a kind of ground cleaning tool according to claim 1, is characterized in that: it further include cleaning device for mop, it is described to drag It is a squeezer (41) cleaning device, the squeezer (41) covers on the mop rod (8)；The squeezer (41) includes A pair of of water squeezing item (40), a water squeezing shell (38) and one handle (39)；Between the pair of water squeezing item (40) symmetrically being had centainly Away from be mounted in the water squeezing shell (38).

26. a kind of ground cleaning tool according to claim 1, is characterized in that: it further include cleaning device for mop, it is described to drag It is mop wiper (61) cleaning device.