CN205625832U

CN205625832U - Dull and stereotyped mop convenient to wring out

Info

Publication number: CN205625832U
Application number: CN201620228361.6U
Authority: CN
Inventors: 肖秋云
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-08-18
Filing date: 2016-03-23
Publication date: 2016-10-12
Anticipated expiration: 2026-03-23
Also published as: CN209611031U; CN205923933U; CN105769071A; CN106264371A; CN105769071B; CN106264371B

Abstract

The utility model discloses a dull and stereotyped mop convenient to wring out, personally experience sth. Part of the body including clean plate body and the cleaning cloth of locating on the clean plate body, cleaning cloth body both ends link to each other with clean plate body respectively, and this cleanness plate body includes well core plate, can locate the first curb plate and the second curb plate at well core plate both ends with overturning from top to bottom, still including making the cleaning cloth body produce distortion's rotating member and can move and then drive rotating member pivoted actuating mechanism from top to bottom. The utility model discloses only displacement drive mechanism can drive the drive cleaning cloth trunk circling of wrong water mechanism and twist water from top to bottom, the rapid operation, and fast, efficient, just wrong water is also thorough.

Description

It is easy to the flat mop wrung out

Technical field

This utility model belongs to burnisher technical field, especially relates to a kind of flat mop be easy to and wring out.

Background technology

Flat mop is to use very many a kind of burnishers now in daily life, and planker area is relatively big below, compares other mops the most quick for the cleaning on ground.But, such design also result in the problem that flat mop cleaning cloth body cleans, need cleaning cloth body by manual cleaning after disassembling on planker after cleaning, wring out, during cleaning cleaning cloth body clean need very frequent, so make the efficiency of cleaning reduce greatly.And the rag after Qing Jie is typically the dirtiest, become weight after absorbing water, be carried out with hands and wring out the dirtiest but also the most laborious.

For solving the problems referred to above, Chinese patent CN103405200A, disclosing one " certainly wringing out flat mop ", this patent turns mop rod by rotation and then part rotation is rotated, and revolving part drives cleaning cloth body to rotate and realizes water wring operation.The design of this patent can carry out water wring operation to cleaning cloth body without directly contacting cleaning cloth body with hands, relatively sanitary.But the active force during operation of described water wring is rotating force, and rotary torsion is directly converted into during use rotating force during water wring, and the strength of cost is big, and rotate the most inconvenient, cause cleaning cloth body to be difficult to wring out, and the number of turns rotated is many, spend the time long.Furthermore, the structure of driving is complicated, and the parts related to are many, are easily damaged.

Utility model content

This utility model is in order to overcome the deficiencies in the prior art, it is provided that a kind of rapid operation, water wring speed are fast, wring out the effective flat mop being easy to wring out.

To achieve these goals, this utility model by the following technical solutions: a kind of flat mop being easy to wring out, including cleaning plate body and be located at cleaning plate body on cleaning cloth body；Described cleaning cloth body two ends are connected with cleaning plate body respectively, and this cleaning plate body includes central plate, can be located at the first side plate and second side plate at central plate two ends with spinning upside down;Also include by rotating so that cleaning cloth body produces the revolving part of torsional deformation and by knee-action and then the drive mechanism of driving revolving part rotation.The present invention drives water wring mechanism to rotate by knee-action and realizes water wring, thus the active force on vertical direction being changed into rotating force to realize the quick water wring of cleaning cloth body so that the dynamics needed for water wring is less, more convenient to operate and laborsaving, and water wring speed is fast, effective.

Further, described drive mechanism includes the swingle being located in mop rod, is sheathed on outside swingle the drive sleeve that can move along swingle length direction and then drive swingle to rotate and for the transmission component driving drive sleeve to move up and down；Only need to move up and down drive sleeve during use bar can be rotated rotate, swingle rotarily drives rotary body and rotates together with cleaning cloth body and realize water wring, simple in construction, easy to use, required parts are few, it is easy to produce, and transmission is effective, the cooperation between part is stable, sound construction.

Further, described transmission component includes the handle being articulated with on mop rod and the connecting rod being connected with described drive sleeve, and the other end of this connecting rod is in transmission connection with handle；Drive drive sleeve to move up and down by the action that spins upside down of handle, operate the most laborsaving, easy.

Further, described mop rod is provided with open channel；Connecting rod can move up and down in open channel freely, thus the transmission of drive sleeve will not be impacted by mop rod by transmission component.

Further, described open channel and described drive sleeve are that spline is equipped with；And then realize drive sleeve and coordinate with the spline of mop rod, prevent drive sleeve from rotating during moving up and down.

Further, described revolving part connect have one for reduce revolving part and cleaning plate body between frictional force help rotary device；By helping the setting of rotary device, substantially reduce the contact area of revolving part and cleaning plate body, thus reduce frictional resistance so that revolving part rotates the rapidest, and the dynamics of required use is less, the most laborsaving, strengthen water wring efficiency.

Further, also include one needed for reducing distortion cleaning cloth body the deceleration device of active force；The velocity of rotation of revolving part can be slowed down, alleviate heavy burden sense when wringing out cleaning cloth body so that water wring operation is the most laborsaving.

Further, described cleaning plate body both ends upper surface is respectively equipped with extension portion, and cleaning cloth body is provided with the elastic fastener being connected with this extension portion；Four ends of cleaning cloth body can be fixed by extension portion, thus when rotary body drives one of them point of cleaning cloth body to rotate, whole cleaning cloth body could realize torsional deformation, thus wring out cloth body；Elastic fastener has certain elasticity, and when cleaning cloth body carries out water wring operation torsional deformation, elastic fastener can be stretched, thus prevents cleaning cloth body from being pulled bad.

In sum, this utility model drives cleaning cloth body torsional deformation to realize water wring by the active force of vertical direction, water wring rapid operation；Water wring speed is fast, and work efficiency is high；The degree of cleaning cloth body torsional deformation is big, and water wring is thorough.

Accompanying drawing explanation

Fig. 1 is structural representation of the present utility model.

Fig. 2 is part-structure schematic diagram one of the present utility model.

Fig. 3 is part-structure schematic diagram two of the present utility model.

Fig. 4 is part-structure schematic diagram three of the present utility model.

Detailed description of the invention

In order to make those skilled in the art be better understood from this utility model scheme, below in conjunction with the accompanying drawing in this utility model embodiment, the technical scheme in this utility model embodiment is carried out clear, complete description.

As Figure 1-4, a kind of flat mop being easy to wring out, including cleaning plate body 1, cleaning cloth body 2, mop rod 3, revolving part and drive mechanism, described cleaning plate body 1 includes central plate the 11, first side plate 12 and the second side plate 13, and described mop rod is connected to central plate；This first side plate 12 and the second side plate 13 are connected to central plate both ends by what torsion spring 10 can spin upside down, first side plate 12 and the second side plate 13 outer end upper surface are fixedly connected with extension portion 1a, this button portion is preferably arranged to two hooks, and it is separately positioned on the first side plate 12 and outer corners position of the second side plate 13, and then four end angles of cleaning cloth body 2 are fixed, make cleaning cloth body farthest be unfolded, can recover rapidly to flat after water wring terminates.Described cleaning cloth body 2 two ends are provided with elastic fastener 1b, this elastic fastener 1b and extension portion 1a matches and realizes removably connecting of cleaning plate body and cleaning cloth body 2, elastic fastener 1b can stretch when water wring operates, and prevents cleaning cloth body 2 from being pulled bad during distortion.Described drive mechanism can drive revolving part 4 to rotate by knee-action, and revolving part drives cleaning cloth body 2 rotating middle part to make cleaning cloth body produce torsional deformation, thus realizes the water wring operation of cleaning cloth body.In operating process, hands is without contacting with cleaning cloth body, clean hygiene；Driving revolving part to rotate by knee-action drive mechanism, required active force is little, rapid operation；Cleaning cloth body degreeof tortuosity is big, and water wring is thorough.

As shown in Figure 1-2, described drive mechanism includes swingle 51, drive sleeve 61 and the transmission component being placed in mop rod；Swingle 51 uses twist rod, its thread density is for being placed equidistant, in other embodiments, the density of this twist rod it can also be provided that lower dredge upper the closeest, thus in the first half section of water wring operation, when i.e. the water content of cleaning cloth body is bigger, the rotating speed of twist rod is slower, water wring resistance is less, and water wring is the most laborsaving.Described drive sleeve 61 is sheathed on outside swingle, concrete, drive sleeve 61 offers and is available for the through hole 614 that swingle 51 passes, and this through-hole wall is formed with female thread 612；So that drive sleeve 61 can drive swingle to rotate when moving along swingle 51 length direction, we are provided with a position limiting structure on swingle, concrete, this position limiting structure includes fixed cover 531 and the bearing of metal of plastics, described bearing is placed in this fixed cover 531, and coordinate with fixed cover 531 inwall spline, this fixed cover 531 is connected by screw is fixing with mop rod 3；Due to mop rod 3 usually metal material, the fixed cover inserting plastics between mop rod and bearing is effectively reduced abrasion between the two；In other embodiments, it is also possible to be not provided with fixed cover 531, bearing is directly fixedly connected in mop rod 3 by the mode such as bonding；Described position limiting structure can also be other multiple implementations, as connected limited block in swingle 51 end, and offers annular groove at mop rod 3 inwall, by annular groove to spacing to swingle of the spacing realization of limited block；Manufacture for convenience, limited block and swingle can be set to integrated formed structure.

Concrete, described bearing includes overcoat 532 and interior bar 533, is equipped with for spline between described overcoat 532 and fixed cover 531, and interior bar 533 is arranged in overcoat, and can relatively rotate between interior bar 533 and overcoat 532；The upper end of described swingle 51 is fixing with described interior bar 533 to be connected, thus also for being rotatably assorted between swingle 51 and bearing 532, thus swingle 51 can circumferentially rotate by mop rod relatively；Being achieved a fixed connection, in other embodiments by pin 100 between swingle 51 and interior bar 533, it is also possible to be to offer cooperation and swingle end shape, the draw-in groove of size bottom interior bar, swingle end realizes being connected with the spline of interior bar in inserting this draw-in groove.By above-mentioned position limiting structure, swingle 51 moving up and down in mop rod can be limited, circumferentially rotating without limitation on swingle 51 simultaneously, thus when drive sleeve 61 moves up and down on swingle 51, by coordinating between female thread with swingle 51, swingle 51 can be made to rotate in mop rod；Direct pull drive sleeve 61 during operation, can realize the rotation of swingle 51, and then realize the water wring of cleaning cloth body.

Further, described transmission component includes that handle 71 and connecting rod 72, described handle 71 include connecting end 711 and turning end 712, and this connection end 711 is movably connected on described mop rod 3 by screw 200, thus turning end 712 can spin upside down around connecting end 711；Described connecting rod 72 one end is connected to drive sleeve 61, concrete, and described drive sleeve 61 sidepiece is formed with connection protuberance 611, and this connection protuberance 611 offers the groove 613 for housing connecting rod 72, is fixedly connected in groove 613 by pin 100 bottom this connecting rod 72.In other embodiments, can be set to clamping between connecting rod 72 and movable sleeve 61, the sidepiece at movable sleeve 61 arranges an engaging protuberance, and the bottom of described connecting rod 72 is then by being bent to form an engaging groove；When both connect, engaging protuberance is inserted this engaging groove and is fastened togather closely, so that be firmly connected between connecting rod 72 with movable sleeve 61.The other end of connecting rod 72 is connected to turning end 712, thus described movable sleeve 61 can be driven when stirring described turning end 712 up and down to move up and down；Concrete, described turning end 712 offering and is available for the draw-in groove that connecting rod 72 end is inserted, this connecting rod 72 and draw-in groove all offer and are available for the through hole that pin 100 inserts；In other embodiments, it is also possible to arrange a horizontal connecting rod in turning end, the end of described connecting rod is bent to form a crotch, and this crotch is hooked in this connecting rod so that the end of connecting rod links together with handle turning end.

Described connecting rod 72 is set to steel bar, and tensile property is preferable, and not easy fracture, service life is long；As preferably, described connecting rod 72 is set to single pole by us, is connected to the medium position of turning end 712, thus shortens the length of required connecting rod, strengthens the travel of drive sleeve, and increase swingle screws the number of turns so that water wring is the most thorough, and water wring is effective.Owing to swingle 51 is arranged in mop rod, need on mop rod 3, offer open channel 31, so that connecting rod can be connected through described open channel 31 with drive sleeve；In other embodiments, connecting rod 72 can not also penetrate in this open channel 31, but the connection protuberance 611 arranging described drive sleeve passes this open channel 31, is connected with connecting rod the most again；Preferably, the connection protuberance 611 of described drive sleeve coordinates for spline between open channel 31, and then realizes drive sleeve and coordinate with the spline of mop rod, prevents drive sleeve from rotating during moving up and down.

In the present embodiment, swingle realizes when transmission component is upwards pulled turning clockwise, and realizes when transmission component is pulled downwards rotating counterclockwise, and is reset to home position；I.e. by pull on transmission component and under pull and realize the locking of water wring operation, from operating the water wring of mop and carry out locking without arranging unidirectional locking arrangement, parts are few, and easy and simple to handle.

Further, described revolving part 4 includes connector 41 and rotary body 42, described central plate offers and is available for the through hole that rotary body 42 top passes, and after this rotary body 42 passes this through hole, both sides are respectively formed with a hook part 2a being connected with cleaning cloth body 2；Described cleaning cloth body 2 centre has installed hook band 2b, by hook part 2a and the connection coordinating the central part that can realize revolving part 4 and cleaning cloth body 2 hooking band 2b, thus revolving part 4 drives the central part of cleaning cloth body 2 to rotate when rotating, each position degreeof tortuosity making cleaning cloth body 2 is identical, and the water wring of cleaning cloth body 2 is the most thorough；Hook part 2a has certain angle of bend, thus during cleaning cloth body 2 distorts, is not easily disconnected between the two；As preferably, hook part 2a can be set to S-shaped；In other embodiments, this rotary body could be arranged to disc-shape, and hook part is formed in lower disk surface.

The lower end of described swingle 51 connects connector 41, and concrete, the top of connector 41 offers draw-in groove 411, the shape of this draw-in groove, size all with the bottom shape of described swingle 51, equal in magnitude；Thus when both connect, the bottom of described swingle 51 just snaps in described draw-in groove 411, and will not relatively rotate between the two, and connector 41 can be driven together to rotate when swingle 51 rotates；In other embodiments, the most also can be achieved a fixed connection by screw, pivot pin etc..

As it is shown on figure 3, in order to further facilitate water wring operation so that operate the lightest；Can arrange one between revolving part 4 and cleaning plate body 1 and help rotary device, this helps rotary device can reduce the frictional force between revolving part 4 and cleaning plate body 1 so that water wring operation is the lightest；Concrete, described in help rotary device include rolling member 81 and be available for the tracks of rolling member 81 rolling movement within it；Concrete, described rolling member 81 is set to ball, and described tracks is made up of upper groove 82 and low groove 83, and upper groove 82 is arranged on the lower surface of cleaning plate body 1, and low groove 83 is arranged on the upper surface of revolving part and cleaning plate body 1 contact surface；Described upper groove 82 and low groove 83 are annular setting, when revolving part 4 is placed on cleaning plate body 1, upper groove 82 defines an annular receiving groove with low groove 83 is the most bonded to each other, so when revolving part 4 relative clean plate body 1 rotates, described rolling member 81 also rolls in this annular receiving groove simultaneously, thus reduce the frictional force between revolving part 4 and cleaning plate body 1, thus reduce strength required during water wring operation.

As shown in Figure 4, it is also possible to being to arrange a deceleration device, this deceleration device can slow down the velocity of rotation of revolving part, alleviate heavy burden sense during distortion cleaning cloth body, reduce the active force needed for distortion cleaning cloth body so that water wring operation is the most laborsaving；Concrete, this deceleration device includes master gear 91, driving gear set 92 and pinion 93；Described driving gear set 92 is enclosed and is set and master gear 91 outside, can rotate under master gear 91 drives；Described pinion 93 encloses outside setting with driving gear set 92, can rotate under driving gear set 92 drives；Described master gear 91 is connected with described swingle 52, and pinion 93 is connected with described rotary body 51；When swingle 52 rotates, master gear 91 can be driven to rotate, thus master gear 91 drives driving gear set 92 to rotate, and then transmission gear 93 rotates；Driving gear set 92 is set to multiple size little gear less than master gear 91 size, be preferable to provide is 3, thus be delivered to after the rotating speed of master gear 91 being slowed down by driving gear set 92 on pinion 93, slow down the rotating speed of pinion 93, speed when pulling handle is slowed down, without the explosive force of moment, operate the lightest；In other embodiments, this deceleration device can also only include master gear and pinion.

In order to realize rotating freely between mop rod 3 and cleaning plate body 1, we are provided with the first rotary head 3a and the second rotary head 3b between；Described central plate top is formed with connection protuberance 111, this the first rotary head 3a top is rotationally connected with mop rod by pivot pin 300, this the first rotary head 3a bottom is rotationally connected with this connection protuberance 111 by pivot pin 300, in other embodiments, can also be that the first rotary head two bottom sides forms flange connector, this flange connector can be inserted in the through hole of connection bump, and opposing through-bores rotates, so that mop rod can carry out fore-and-aft direction upset by relative clean plate body；The top of described second rotary head 3b is connected with connector 41, and described second rotary head bottom is connected with rotary body 42；Concrete, joint 3c is formed at described second swivel head top, and is fixedly connected on connector 41 bottom by pin, and joint 3c is also formed at described rotary body 42 top, and be fixedly connected on the second rotary head bottom by pin, thus realize mop rod and can carry out left and right directions upset by relative clean plate body.

Using method of the present utility model is, is hooked on the hook part of revolving part by the band that hooks on cleaning cloth body, it is achieved revolving part and the connection of cleaning cloth body, then is hooked into by elastic fastener in extension portion, it is achieved cleaning cloth body and the connection cleaning plate body；Afterwards, a hand-held mop rod, another hands upwards pulling handle, connecting rod drives and moves in drive sleeve, and then drives swingle to rotate；Drive following rotator at swingle rotates, and then drives cleaning cloth body rotating middle part that the first side plate and the second side plate are produced inside pulling force, the first side plate and the second side plate fold inward under a stretching force；Cleaning cloth body continues to rotate under revolving part drives to realize torsional deformation, and cleaning cloth body is carried out water wring；After water wring terminates, upwards pulling handle, connecting rod drives and moves in drive sleeve, drives swingle counter-rotating, and then body counter-rotating is rotated, thus cleaning cloth body gradually spreads out；First side plate and the second side plate are reset to deployed condition under the effect of torsion spring simultaneously, and then drive cleaning cloth body to be reset to rapidly flattened state.

Obviously, described embodiment is only a part of embodiment of the present utility model rather than whole embodiments.Based on the embodiment in this utility model, the every other embodiment that those of ordinary skill in the art are obtained under not making creative work premise, all should belong to the scope of this utility model protection.

Claims

1. it is easy to the flat mop wrung out, including cleaning plate body (1) and the cleaning cloth body (2) being located in cleaning plate body (1)；Described cleaning cloth body (2) two ends are connected with cleaning plate body (1) respectively, this cleaning plate body (1) includes central plate (11), can be located at central plate (11) two ends the first side plate (12) with spinning upside down and the second side plate (13), it is characterised in that: also include by rotating so that cleaning cloth body (2) produces the revolving part (4) of torsional deformation and passes through knee-action and then the drive mechanism driving revolving part (4) to rotate.

The flat mop being easy to wring out the most according to claim 1, it is characterised in that: described drive mechanism includes the swingle (51) being located in mop rod (3), is sheathed on swingle (51) and can move and then drive outward drive sleeve (61) that swingle (51) rotates along swingle (51) length direction and be used for the transmission component driving drive sleeve (61) to move up and down.

The flat mop being easy to wring out the most according to claim 2, it is characterized in that: described transmission component includes the handle (71) being movably connected on mop rod (3) and the connecting rod (72) being connected with described drive sleeve (61), and the other end of this connecting rod (72) is in transmission connection with handle (71).

The flat mop being easy to wring out the most according to claim 3, it is characterised in that: described mop rod (3) is provided with open channel (31).

The flat mop being easy to wring out the most according to claim 4, it is characterised in that: described open channel (31) and described drive sleeve are that spline is equipped with.

The flat mop being easy to wring out the most according to claim 1, it is characterised in that: described revolving part (4) connect have one for reduce revolving part (4) with clean frictional force between plate body (1) help rotary device.

The flat mop being easy to wring out the most according to claim 1, it is characterised in that: also include one needed for reducing distortion cleaning cloth body the deceleration device of active force.

The flat mop being easy to wring out the most according to claim 1, it is characterised in that: described cleaning plate body (1) both ends upper surface is respectively equipped with extension portion (1a), and cleaning cloth body (2) is provided with the elastic fastener (1b) being connected with this extension portion (1a).