CN209678413U - One kind is from Wringing mop - Google Patents

Abstract

The utility model discloses one kind from Wringing mop, including mophead, the planker including being equipped with cleaning piece and the angular adjustment seat on planker；Mop rod, the mop rod are flexibly connected with the angular adjustment seat；Water squeezing frame, be set to the mop rod on, can the relatively described mop rod slide up and down；Turning part, for drive the mophead overturn to the mop rod parallel position；Including the push piece that can be set in the mop rod to sweeping action, the elastic component and regulating part that are matched with the push piece；The upper surface of the regulating part is planar structure, and the push piece is planar structure with the end face of the regulating part matched；The regulating part is fixedly arranged on the angular adjustment seat；When angle between mophead and mop rod is larger, mophead can be directly realized by automatic turning, without being assisted by pulling mophead manually, rapid operation；The case where planar structure contact surface between push piece and regulating part makes mop mophead is not in shaking when mopping floor.

Description

One kind is from Wringing mop

Technical field

The utility model belongs to burnisher field, more particularly, to one kind from Wringing mop.

Background technique

It is existing from Wringing mop in flushing operation, need to overturn mophead to mop rod horizontal plane, and mop Head and the coupling part of mop rod are routinely hinged, and the mophead under the structure needs to overturn extremely between mop rod Angle is just able to achieve on the continuation automatic turning to planker horizontal plane of mophead on the position less than 30 °, which is substantially It is realized by manpower overturning mophead, it is inconvenient；Mophead is being overturn to realize that mophead is overturn to planker with manpower simultaneously It needs to bend on horizontal plane, operate more laborious；When being cleaned using mop to ground and the flushing operation of mop, routinely Articulated structure is easy to make to generate shaking between mop rod and mophead, and influence mops floor and water squeezing effect.

Utility model content

The utility model for overcome the deficiencies in the prior art, provide a kind of playback of mophead automatic turning rapidly, mop floor When mophead relative to mop rod will not shake from Wringing mop.

To achieve the goals above, the utility model uses following technical scheme: it is a kind of from Wringing mop, including

Mophead, the planker including being equipped with cleaning piece and the angular adjustment seat on planker；

Mop rod, the mop rod are flexibly connected with the angular adjustment seat；

Water squeezing frame, be set to the mop rod on, can the relatively described mop rod slide up and down；

Turning part, for drive the mophead overturn to the mop rod parallel position；Including can sweeping action Ground is set to push piece in the mop rod, the elastic component and regulating part that match with the push piece；The upper surface of the regulating part For planar structure, the push piece is planar structure with the end face of the regulating part matched；The regulating part is fixedly arranged on the angle It spends in adjustment seat.

The utility model is realized by turning part provides power-assisted during mop rod is overturn, and realizes that mophead is quick It turns over；Regulating part is fixedly arranged on angular adjustment seat, due to push piece be using regulating part as fulcrum, mop rod then with angular adjustment seat It is connected, to two center of gravity line occur, first line for push piece and regulating part, another is mop rod and angular adjustment seat Line；When mop rod is in upright state, two center of gravity line are overlapped, are in equilibrium state；When mop rod occurs slightly When overturning, angle will occur in two center of gravity line, to break original equilibrium state push piece be made by the elasticity of elastic component Firmly, mop rod is quickly overturn one downward power of mop rod, even if the amplitude very little that mop rod stirs, mop rod When still there is very mitre between mophead, mophead is also able to achieve automatic turning to planker horizontal plane；Carrying out water squeezing When operation, without being assisted by pulling mophead manually, rapid operation, flushing operation is more convenient；And due to regulating part It is the overturning occurred after by unilateral active force, reversal rate is fast, and mophead rotary movement is neat and tidy, and work efficiency is high； Since regulating part and the mutually matched end face of push piece are planar structure, when mop rod relative to push plate on vertical plane when, push away Contact area between part and regulating part is maximum, and elastic component to the power of push piece is evenly distributed in the planar structure because of deformation at this time On, so that the stress balance between push piece and regulating part is stablized, when using mop cleaning ground, between mop rod and mophead Shaking will not be generated, user can more be transmitted on mophead to clean and stick on ground the active force of mop when mopping floor Foul, avoid because generating shaking between mop rod and mophead due to loss section component, cleaning effect is more preferable；And due to adjusting Section part is fixed on angular adjustment seat, so that mop rod, during overturning, the cooperation of push piece and regulating part is more stable, is kept away Exempt from the transposition because of regulating part, push piece skids in the switching process of mop rod and cannot achieve mophead automatic turning.

Further, the mop rod lower end is equipped with cavity, and the elastic component is set in the cavity, and the push piece is extremely Small part is located in the cavity；Push piece and elastic component are set in cavity, and mop rod, which can directly cooperate with regulating part, realizes mop The automatic turning of head to mop rod horizontal position, while push piece and elastic component receive extraneous factor and influence small, prevent from squeezing mop Booty enters between push piece and elastic component and keeps elastic component ineffective during water.

Further, it is equipped with the position limiting structure matched with the push piece in the cavity, is made by the position limiting structure During overturning mop rod, anti-thrust piece rotates in cavity so that the force direction of elastic component deflects, and causes Push piece reduces the active force of mop rod, and mop rod can not normal automatic turning.

Further, the position limiting structure is the track in the cavity, and the push piece is equipped with and the track The sliding part matched；Sliding part is chimeric, and in orbit push piece to be acted in cavity more stable, and push piece is in cavity Sweeping action during, the motion profile of push piece is straight line, guarantees that elastic component is to push piece during overturning mop rod Active force is always on the center line of push piece, i.e., elastic component maximizes the active force of push piece, is supplied to the power of mop rod overturning Also bigger.

Further, the planker is equipped with the overturning position limiting structure matched with the mop rod；It is limited by the overturning Bit architecture can not continue to turn over after making mop rod have position restriction, mop rod to overturn to planker horizontal plane with respect to overturning before and after planker Turn, user is lighter when cleaning to the ground below such as tables and chairs at this time, while planker bar is more stable, and user is not necessarily to mop rod Applying additionally prevents mop rod from continuing the power overturn backward, and load is lower when mopping floor for user.

Further, the overturning position limiting structure includes rotating basis, the boss on the rotating basis and formation Inner fovea part on the boss；Angular adjustment seat can be overturn on rotating basis, when mop rod rotating to certain angle rear dragging Barre offsets with inner fovea part and can not rotate, so that mop rod has fixed angle with respect to mophead, user applies mop Pressure can be transmitted on cleaning piece to the greatest extent, and the power lost between angular adjustment seat and rotating basis is less, so that The sticky foul of the more convenient removing of frictional force increase between cleaning piece and ground；The same of mop rod overturning is realized in being arranged in for boss When angular adjustment seat can be born power it is bigger, avoid being broken because of unbalance stress.

Further, it is additionally provided with protrusion on the angular adjustment seat, is additionally provided on the rotating basis and matches with the protrusion The positioning region of conjunction；The setting of protrusion is so that friction of mop rod during outstanding turn, between angular adjustment seat and rotating basis Power is bigger, to guarantee during mopping floor, mop rod is not easy to rotate, and the additional arm of user during mopping floor is avoided to apply It tries hard to keep and demonstrate,proves mop rod holding angle, arm burden of the user when mopping floor is smaller, mops floor more easily；It is especially opposite in mop rod During planker is overturn by vertical plane to horizontal plane, the power for needing to apply is bigger, so that mop rod is readily located at orthostatic position It sets, mop is temporarily held on wall side without toppling over by aspect, while being convenient for changing cleaning piece.

Further, the push piece is equipped with groove body, and the elastic component part is set in the groove body；Elastic component is due to the slot The limitation of body, so that elastic component, during flexible, telescopic direction remains point-blank, thus the elasticity generated Deformation power is bigger, and then push piece is bigger to the active force of mop rod, and mophead more holds after generating angle between two center of gravity line Horizontal position of the easy automatic turning extremely with mop rod.

Further, the planker is equipped with the projection seat matched with the angular adjustment seat, and the mop rod is equipped with The gap slot matched with the projection seat；Angular adjustment seating portion is set in projection seat, and projection seat can protect the angular adjustment seat, by outer Boundary's influence is small, to guarantee the normal overturning of angular adjustment seat；When mop rod is overturn to planker horizontal plane, the setting of gap slot So that mop rod is more bonded parallel with planker horizontal plane, when flushing operation, removable water can be guaranteed, water squeezing effect Fruit is more preferable.

In conclusion when the utility model has the advantage that the angle between mophead and mop rod is larger, mop Head can be directly realized by automatic turning, and without being assisted by pulling mophead manually, rapid operation, flushing operation is more just It is prompt；The case where planar structure contact surface between push piece and regulating part makes mop mophead is not in shaking when mopping floor.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model.

Fig. 2 is the mop rod structural schematic diagram of the utility model.

Fig. 3 is the partial structural diagram one of the utility model.

Fig. 4 is the enlarged drawing of A in Fig. 3.

Fig. 5 is the partial sectional view one of the utility model.

Fig. 6 is the partial structural diagram two of the utility model.

Fig. 7 is the enlarged drawing of B in Fig. 6.

Fig. 8 is the enlarged drawing of C in Fig. 6.

Fig. 9 is the utility model part-structure perspective view of the explosion one.

Figure 10 is the enlarged drawing of D in Fig. 9.

Figure 11 is the enlarged drawing of E in Fig. 9.

Figure 12 is the enlarged drawing of F in Fig. 9.

Figure 13 is the utility model bracket structural schematic diagram.

Figure 14 is the utility model ferrule structure schematic diagram.

Figure 15 is the utility model partial structural diagram three.

Figure 16 is the enlarged drawing of G in Figure 15.

Figure 17 is the utility model partial structural diagram four.

Figure 18 is the utility model partial sectional view two.

Figure 19 is the enlarged drawing of H in Figure 18.

Figure 20 is the utility model angular adjustment holder structure schematic diagram.

Figure 21 is the utility model partial sectional view three.

Figure 22 is the utility model partial structural diagram five.

Figure 23 is the utility model partial structural diagram six.

Figure 24 is the enlarged drawing of I in Figure 23.

Figure 25 is the utility model push piece structural schematic diagram.

Figure 26 is the utility model partial structural diagram seven.

Figure 27 is the utility model part-structure perspective view of the explosion two.

Figure 28 is the utility model water crowding part structural schematic diagram.

Figure 29 is the utility model partial structural diagram eight.

Figure 30 is the utility model part-structure perspective view of the explosion three.

Specific embodiment

In order to make those skilled in the art better understand the utility model, below in conjunction with the utility model reality The attached drawing in example is applied, the technical solutions in the embodiments of the present invention are clearly and completely described.

Embodiment one

As shown in figures 1-28, a kind of to be dragged from squeezing-water horizontal, including mophead, water squeezing frame 2, cleaning piece and mop rod 5；Mop Bar 5 includes first body of rod 51 and second body of rod 52；Mophead include planker 1, the angle adjusting head being flexibly connected with planker 1 43 and The connecting rod 3 hinged with angle adjusting head 43；Second body of rod 52 is set in outside first body of rod 51, and second body of rod 52 can be along the first bar Body 51 up and down reciprocatingly slides；Water squeezing frame 2 includes the first water squeezing head 8, the second water squeezing head 9, smoothes out with the fingers set 21 and smooth out with the fingers bar 22；First body of rod 51 It is connected with connecting rod 3；Second body of rod 52 is connected with bar 22 is smoothed out with the fingers；Water squeezing frame 2 can be in opposite first body of rod of drive of second body of rod 52 51 lower up and down actions；Second body of rod, 52 upper end is arranged with the first pipe sleeve 521, which offers through-hole 527, convenient for hanging up mop, the second pipe sleeve 524 that can be chimeric with the through-hole is additionally provided in the preferred through-hole；By this Second body of rod, 52 Closing of internal opening is prevented foul from entering in second body of rod 52 by two pipe sleeves 524, while still being played and can be hung mop Effect；Second body of rod, 52 lower end is arranged with the first thread bush 522, and a mandril 525 is additionally provided in second body of rod 52；It smoothes out with the fingers on bar 22 End cap, which is equipped with, to realize the second thread bush 523 being threadedly coupled with the first thread bush 522；The subsection setup of mop rod 5 is being sold Space needed for reducing packaging when packaging, to reduce transportation cost.

It is provided with a limiting device on mop rod 5, in the present embodiment, limiting device is set in connecting rod 3；The limiting device Including connector 61, it is divided into second body 62 and first body 63 and reset components 64 at 61 both ends of connector；In connecting rod 3 Set on opening corresponding with first, second body, it can be achieved that first, second body at least partly protrudes from 3 appearance of connecting rod Face；First body 63, which can be used for limiting water squeezing frame 2 when mop mops floor, to be moved down, i.e. first body 63 protrude from connecting rod 3 and Card stops water squeezing frame 2, so that water squeezing frame 2 can not continue to move down；Second body 62 can drive first body when cleaning mop 63 release the limit to water squeezing frame 2；Second body 62 and planker 1 can release limit of first body 63 to water squeezing frame 2 when cooperating, Specifically: when mophead is overturn to mop rod parallel position, planker 1 presses second body 62, so that first 63 retraction of body In mop rod, to release limit to water squeezing frame 2, i.e. second body 62 acts backward under the action of planker 1, and then drives the One body 63 is with respect to second 62 counteragent of body；Reset components 64 can be in planker 1 and second 62 phase of body from rear driving the Two bodies 62 automatically return to reset condition, and specially in water squeezing state, planker 1 squeezes second body 62, so that first In 63 retraction connecting rod 3 of body, reset components 64 are mutually contradicted with 3 inner body of connecting rod at this time, and deformation occurs for reset components 64, planker 1 resets under the action of deformation power with second 62 phase of body from rear reset components 64, and then second body 62 is driven to reset；Specifically , reset components 64 are elastic rod 641, and 641 one end of elastic rod is matched with connector 61, the other end and 3 inner wall phase of connecting rod It supports；First body 63 is protrusive board, and second body 62 is pillar.

The limiting device further includes a limit base 65, first body 63 and second body 62 by the limit base 65 with connect Bar 3 matches；Specifically, limit base 65 is set in connecting rod 3, connecting rod 3 is equipped with first matched with second body 62 Open slot 31 and the second open slot 32 matched with first body 63；Connector 61 is equipped with the connection hinged with limit base 65 Portion 611, it is preferred that limit base 65 has symmetrically arranged two registration arm 651, has gap between two registration arm, for connection Part 61 is placed in；The limit base 65 is equipped with positioning piece 652, and connecting rod 3 is equipped with the positioning port matched with locating piece 652 33, limit base 65 is arranged in connecting rod 3 by locating piece 652；The body 63 of body 62, first of connector 61, second and reset Component 64 is an integral molding structure, preferably integrated injection molding.

Connecting rod 3 is detachably connected with first body of rod 51 by the shackle member 34 being set in connecting rod 3, and shackle member 34 includes Symmetrically it is opened in two ports 341 in connecting rod 3, the card convex 342 in connecting rod 3 and the convex in connecting rod 3 Block 343；Specifically, port 341 is in long strip, card convex 342 is set to and is formed on the spring 344 between two ports 341, locating convex block 343 are set to the positive upper end of card convex 342；It is set on spring 344 by card convex 342 and makes that spring 344 can be made when pressing card convex 342 Toward 3 sunken inside of connecting rod, so that card convex 342 is invaginated relative to 3 outside wall surface of connecting rod, and the pressure to card convex 342 is being released When power, spring 344 resets；First body of rod, 51 lower end is equipped with the first notch 5121 identical with 342 size shape of card convex, thus It can be caught in by card convex 342 and realize snapping connection for first body of rod 51 and connecting rod 3 in first notch 5121；Connecting rod 3 is modeling Material material is made, and first body of rod 51 is made of stainless steel material；Preferably, first body of rod, 51 end is equipped with the anti-of a plastic material Guard 54, first body of rod 51 are indirectly connected with connecting rod 3 by the protector 54；Protector 54 includes that can make protector 54 The bulge loop 541 that is abutted with first body of rod 51, the second notch 542 that can be chimeric with locating convex block 343, and 5121 size of the first notch The identical third notch 543 of shape and two symmetrically arranged rotation stop projections 544；Specifically, protector 54 is a molding plastics Structure, rotation stop projection 544 are set to 54 outer wall of protector, and the second notch 542 is arranged at two rotation stop projections with third notch 543 On center line between 544；First body of rod, 51 end is additionally provided with the 4th notch 5122 corresponding with rotation stop projection 544；Protection Part 54 is sheathed in first body of rod 51 by 5122 part of the 4th notch, and is realized and snapped connection with connecting rod 3；Preferably, The outer diameter of bulge loop 541 is more than or equal to first body of rod, 51 outer diameter, to prevent the ring side of first body of rod, 51 end from hurting manpower, passes through The cooperation of second notch 542 and locating convex block 343 realizes that connecting rod 3 and the rotation stop of first body of rod 51 snap connection.

Preferably, it smoothes out with the fingers and offers third open slot 221 on bar 22, so that connecting rod 3 can be moved up and down smoothing out with the fingers in bar 22；It is excellent Choosing, the sliding rail 222 for being equipped in bar 22 and matching with rotation stop projection 544 is smoothed out with the fingers, which makes first body of rod 51 in connecting rod Linear up and down action in 3 prevents mop from rotating in water squeezing and mophead is blocked with 21 collision of set is smoothed out with the fingers Stagnant situation, so that the faster convenience of mop dewatering.

First body of rod, 51 other end is equipped with elastic reseting part, when the effect of being under pressure of second body of rod 52 when slide downward Afterwards, elastic reseting part can drive second body of rod, 52 automatic rebounding to original state；To only mophead need to be overturn to drag After barre is parallel, mophead lower end is contradicted to object, be hold by one hand second body of rod 52 and carries out depression, can be realized Water squeezing frame 2 moves back and forth up and down, and carries out water squeezing, rapid operation to mop；Meanwhile when being cleaned to mop, also only need Mophead is contradicted in staving, can be by water from staving on band to cleaning piece during the moving up of water squeezing frame 2, water squeezing frame The dirty water on cleaning piece is squeezed out again during 2 move down, reciprocating operation can effectively clean cleaning piece, not only imitate Rate is high, and cleaning effect might as well.

Specifically, the upper end of mandril 525 is fixedly connected with second body of rod 52, first end is formed；Second body of rod 52 is equipped with One footstock 526, the footstock 526 are fixedly connected on the top of second body of rod 52, be equipped at 526 center of footstock for mandril 525 against Blind hole or groove or through-hole, mandril 525 is inserted into the blind hole or groove or through-hole can be realized to be connected with the fixed of footstock 526 It connects；Mandril 525 after assembly is located at second body of rod, 52 inner hub location, and elastic reseting part is enable to stablize reset；Mandril 525 lower end stretches in first body of rod 51, forms second end, and the elastic reseting part is tension spring 602, the tension spring 602 Upper end is connected with the second end of mandril 525, and lower end is then set in first body of rod 51；Further, one is equipped in second body of rod 52 Cutting ferrule 601, tension spring 602 are connected with the cutting ferrule 601；Perforation 6011 is provided on cutting ferrule 601, mandril 525 can be by the perforation 6011 In pass through；The second end of mandril 525 is connected with a bracket 603 after passing through perforation 6011, is provided on the bracket 603 for mandril 525 against blind hole or groove or diameter be less than the through-hole of mandril sectional dimension；Tension spring 602 is connected on bracket 603, when second When the body of rod 52 moves down, mandril 525 moves downwardly together together with second body of rod 52, to stretch to tension spring 602；When external force is removed When going, which can produce restoring force, and second body of rod 52 is automatically returned to original state；Preferably, on bracket 603 It is formed with U-shaped notch 6031, during moving down, air can circulate bracket 603 from the U-shaped notch 6031, so that bracket 603 air drag that are subject to are smaller；Pillar 6013 is formed on cutting ferrule 601,602 part of tension spring is set on pillar 6013, makes Obtaining tension spring 602 will not bend during being stretched by mandril 525.

Planker 1 includes the cover board 11 and bottom plate 12 being made of plastics, and bottom plate 12 can be solid with the cover board 11 by screw etc. Fixed connection, the bottom plate 12 are equipped with multiple velcro, and cleaning piece can removably be connect with bottom plate 12 by velcro；Specifically , planker 1 is equipped with the disconnecting prevention structure of the overturning position limiting structure and connecting bottom board 12 and cover board 11 that match with mop rod 5；Institute Stating disconnecting prevention structure is multiple screw holes 131, and two of them screw hole 131 is arranged at intervals at 12 center position of bottom plate；The overturning limit Bit architecture includes that rotating basis 132, boss 1321 and 1323 rotating basis 132 of inner fovea part are set between described two screw holes 131； Specifically, rotating basis 132 includes symmetrically arranged multiple positioning regions 1322 and the boss 1321 set on symmetrical centre；It is preferred that , the upper surface of multiple positioning regions 1322 and boss 1321 is the arc setting of recess, which is set to bottom 12 center position of plate, 1321 outer surface of boss are equipped with inner fovea part 1323；Be additionally provided on bottom plate 12 matched with cleaning piece it is more A hook portion 121, the hook portion 121 in the present embodiment insole board 12 are set as two, specifically, hook portion 121 is that upper curved arc is convex Portion can be equipped with the slash pocket being inserted into for hook portion 121 on corresponding cleaning piece, thus the basis Nian Jie with velcro in cleaning piece On, cleaning piece and 12 grafting of bottom plate fall off, it is preferred that hook portion 121 so that cleaning piece is more difficult when mopping floor with flushing operation Set in flushing operation, upper surface of the bottom plate 12 relative to ground；Preferably, bottom plate 12, hook portion 121 and the disconnecting prevention structure It is integrally formed and is made.

Multiple recesses 122 are additionally provided on bottom plate 12, cover board 11 is equipped with the multiple positioning convex portions matched with recess 122 111；Specifically, the recess 122 is the notch being formed in 12 liang of long sides of bottom plate；Positioning convex portion 111 is to be formed in cover board 11 Convex block in two long side of lower end surface, the spacing between adjacent recess 122 are equal；When cover board 11 is connected with bottom plate 12, positioning Protrusion 111 can be embedded in the recess 122 on 11 side wall of bottom plate, realize the positioning of cover board 11 and bottom plate 12；11 upper surface of cover board Two projection seats 112 are symmetrically equipped with, offer through-hole between two projection seats 112 so that rotating basis 132 stretches out in 11 upper surface of cover board, Preferably, at 112 setting of projection seat, it is provided with inner concave, so that rotating basis 132 can stretch out in lid in lesser height 11 upper surface of plate, to save material.

43 two sides of angular adjustment seat have extended outward to form a connecting column 431 respectively, which rotatably wears In projection seat 112, so that angular adjustment seat 43 can realize that the front and back of opposite mop is overturn；Further, 112 inner wall of projection seat is equipped with Anticreep protuberance 432, connecting column 431 are equipped with the anticreep recess portion 433 matched with the anticreep protuberance 432；Specifically, the anticreep is convex Portion 432 is the annular flange extended by 112 inner wall of projection seat, and anticreep recess portion 433 is an annular groove；Specifically, the angle tune Section 43 upper surface of seat has extended outward to form two arc protrusions 434, and the upper surface between two arc protrusions 434 is equipped with a regulating part 435, which is arranged right below pin hole 436 and realizes being flexibly connected for mophead and mop rod so that pin member 44 is inserted into； Further, which is equipped with a chamber, the opening which passes through the setting arc on angular adjustment seat 43 Slot is formed；Regulating part 435 is set in the chamber, and the regulating part 435 is the rectangular block that a periphery is arc-shaped edges, and specific be set to should Chamber roof and 435 two sides of regulating part are close to two arc protrusions, 434 phase, for 43 one of angular adjustment seat at Type is made；It is hinged by pin member 44 that 3 lower end of connecting rod is equipped with connecting pin 345, connecting rod 3 and angular adjustment seat 43；Connecting pin 345 are equipped with and for pin member 44 wear through slot 3451.

Wherein one end of the pin member 44 is equipped with an anti-delinking part 441, which is to be directed out to prolong by pin member 44 Stretch the circle flange to be formed；44 other end of pin member is equipped with the limiting section 442 matched with 3451 inner wall of through slot, the limit Portion 442 is the ring annular groove on the pin member 44, when pin member 44 passes through through slot and pin hole 436 for 3 He of connecting rod When angular adjustment seat 43 links together, the inner wall of through slot 3451 will be caught in the annular groove, so that 44 one end of pin member is by preventing De- portion 441 and 43 side anticreep of angular adjustment seat, the other end cooperate anticreep by limiting section 442 and 3451 inner wall of through slot；Into one Step, pin member 44 includes the first inserting section 443 and the second inserting section 444, and limiting section 442 is set in the first inserting section 443, the Diameter of the diameter of one inserting section 443 less than the second inserting section 444；Preferably, the end of pin member 44 be cambered surface or curved surface or Spherical surface setting, so that the assembly of pin member 44 is more easy and laborsaving.

In order to enable shape is more aesthetically pleasing, the two sides of connecting pin 345, which correspond to, is respectively equipped with an annular on through slot 3451 Open slot 3452, the open slot 3452 are disposed around outside through slot 3451, and when assembly, the both ends of pin member 44 are respectively clamped into two openings In slot 3452, so that mop is more aesthetically pleasing in shape；Preferably, what the pin member 44 was made of plastics, it is not easy Damage, easy to process, manufacturing cost is low, and long-time service will not easily get rusty, and is additionally provided under water squeezing state at connecting pin 345 The gap slot 35 of projection seat 112 and Partial angle adjustment seat 43 can be accommodated.

Push piece 46, elastic component 47 and the composition of regulating part 435 are for driving the mophead to overturn to flat with the mop rod 5 The turning part that line position is set, track 3456 and sliding part 462 form the position limiting structure matched with push piece 46；Specifically, connection It holds 345 lower ends to form two linking arms 3453, forms one between two linking arms 3453 and penetrated in it for the angular adjustment seat 43 Opening 3454, be equipped with the through slot 3451 passed through for pin member 44 on two linking arms 3453；Connecting pin 345 corresponds to opening 3454 positions are equipped with a cavity 3455, which is connected with opening 3454；Be equipped in the cavity 3,455 one with The push piece 46 and part that regulating part 435 abuts against are set to the elastic component 47 in push piece 46, and the elastic component 47 is at least partly set In in the cavity 3455, one end of the push piece 46 is penetrated to the cavity 3455；The elastic component 47 is spring, one end It is connected or offsets with 3455 bottom wall of cavity, the other end is connected or offsets with push piece 46；47 part of elastic component is set on push piece 46 Groove body 463 in so that the telescopic direction of elastic component 47 is straight line always, i.e., the deformation in the case where by identical power on straight line Amount is maximum；By the setting of elastic component 47, give the push piece 46 1 outside active forces always；46 upper end of push piece and adjusting The cooperation of part 435 contradicts, and 46 upper end of push piece is formed as plane, to form a sliding surface 461 matched with regulating part 45, passes through The setting of the sliding surface 461, so that opposite reciprocatingly slide can occur between push piece 46 and regulating part 435；Regulating part 435 and push piece 46 one end to offset are also planar structure setting, so that this end group of regulating part 435 originally will not occur with respect to push piece 46 Overturning, it is more stable with the cooperation of push piece 46；Sliding surface 461 is formed on the L-type end 464 of push piece 46, which is dragging Barre 5 to the other end of opposed notches slot 35 overturn when, that is, be open 3454 with projection seat 112 offset when, sliding surface 461 still with adjusting Part 435 offsets, and avoids because L-type end 464 is too short push piece 46 being mutually disengaged with regulating part 435.

Further, it is additionally provided with protrusion 4311 below the connecting column 431 of angular adjustment seat 43, which makes angle Adjustment seat 43 has certain frictional resistance on rotating basis 132 in the switching process of front and back, to guarantee in the process to mop floor In, angular adjustment seat 43 has the function of position rotating angle, guarantees mop to avoid also exerting a force during mopping floor Bar keeps angle, arm burden when mopping floor is reduced, so that mopping floor more easily；Maximum angular is turned to before and after angular adjustment seat 43 When spending, linking arm 3453 and inner fovea part 1323 offset and realize rotation stop, conveniently shelve mop；Track 3456 is equipped in cavity 3455, The track 3456 is formed by opening up two rectangular recess 3457 on 3455 bottom surface of cavity, offered on the bottom surface of push piece 46 with it is recessed The sliding part 462 that slot 3457 matches, sliding part 462 are two rectangular cams, can be embedded in groove 3457, to realize push piece 46 Linear type in cavity 3455 slides back and forth, so that the extruding force that is subject to of elastic component 47 is always in the vertical direction, phase It is maximized with the deformation quantity for realizing elastic component 47 under the action of power；Connecting pin 345 is additionally provided with can be equal with mophead in mop rod When row, projection seat 112, thus in flushing operation to smooth out with the fingers water effect more preferable；It smoothes out with the fingers set 21 to connect with water squeezing head thread, preferably smoothes out with the fingers set 21 are constituted with 22 integrated moldings of bar are smoothed out with the fingers, and water squeezing head includes suitable for the first water squeezing head 8 of cotton cleaning piece and suitable for collodion Second water squeezing head 9 of cleaning piece.

Cleaning piece in the present embodiment is cotton, and water squeezing frame 2 is by smoothing out with the fingers bar 22, smoothing out with the fingers set 21 and the first water squeezing head 8 forms；

First water squeezing head 8 is equipped with friction member 81, actuator 82, movable part 83 and water crowding part 84；Actuator 82 is set to the On one water squeezing head 8, actuator 82 is equipped with fulcrum 85；Fulcrum 85 and actuator 82, which are constituted, driving to be squeezed when movable part 83 rotates The mobile driving structure to reduce 86 width of water squeezing gap in position occurs for water part 84；Specifically, being driven in 83 rotation process of movable part Moving part 82 can be stirred around fulcrum 85；When flushing operation, mop rod is pushed, the conflict of movable part 83 rotates on cleaning piece, and at this time Actuator 82 around fulcrum 85 swing overturn, movable part 83 persistently rotate, then actuator 82 makes water squeezing with regard to sustained oscillation Part 84 is pressed against water squeezing close to cleaning piece step by step, can be simple articulated form between fulcrum 85 and actuator 82, can be realized drive Moving part 82 is overturn around fulcrum 85.

Actuator 82 is equipped with track, and during rotation, which can be with for the movable part 83 on the first water squeezing head 8 Relative movement occurs for track to drive actuator 82 to stir, and movable part 83 is equipped with multiple double wedges 87, sets on the track There is the rack rails 88 matched with the double wedge 87；The movement of movable part 83 is real by the gear motion between double wedge 87 and rack rails 88 Existing, double wedge 87 and the structure of rack rails 88 are simple, are not susceptible to wear, long service life；Specifically, actuator 82 is equipped with folding Turn of bilge 931, rack rails 88 are set on the bending part 931；In order to keep the amplitude of fluctuation of water crowding part 84 best, actuator 82 uses folding Curved shape, then being influenced when movable part 83 moves in actuator 82 by 931 shape of bending part, water crowding part 84 is It is swung towards cleaning piece direction, cleaning piece can be moved closer to, water squeezing processing is carried out to it, and enable to water crowding part 84 Water squeezing gap 86 between the first water squeezing head 8 becomes smaller, and the water squeezing effect of cleaning piece reaches best；Movable part 83 is equipped with friction Part 81；Friction member 81 is rolling ring, for increasing frictional force of the movable part 83 on cleaning piece, so that the rolling speed of movable part 83 Degree, frequency are more, so that movement of the movable part 83 in bending part 931 is steady, uniform, to prevent movable part 83 from skidding.

Friction member 81 can also be the rubber rolling ring with protrusion that 83 both ends of movable part are arranged in, the friction member 81 of this class formation Similar to gear hobbing structure, contradicted by the protrusion in rolling ring prevents movable part 83 from skidding on cleaning piece, can preferably make Movable part 83 at the uniform velocity, smoothly rolls on cleaning piece；Water crowding part 84 is equipped with catch basin 841, which is equipped with more A leak paths 842；In this present embodiment, when cleaning mop, the bottom that water crowding part 84 drops to planker 1 is completed to cleaning piece A stage water squeezing work, water crowding part 84 is located in mop-pail stands at this time, and mop rod pull-up moves, the water storage in water crowding part 84 Position takes up the cleaning solution in mop-pail stands, and cleaning solution is leaked out by leak paths 842 during the synchronous rising of water crowding part 84 wipes The cleaning of object again is carrying out the circulate operation that water squeezing and cleaning are realized in water squeezing to cleaning piece by pushing water crowding part 84；Water squeezing Portion has water squeezing end, which is equipped with protrusion 843；Protrusion 843 can be arranged in cleaning piece side level of approximation mode, this Sample, protrusion 843 can preferably be contradicted squeezes cleaning piece dehydration on cleaning piece, and protrusion 842 can equally cover wiping Wipe the edge of object, the water squeezing effect of edge increase cleaning piece.

Water crowding part 84 is an integral molding structure with the actuator 82；Guarantee moving synchronously for the two, increases structural strength； Movable part 83 is squeeze roll；Squeeze roll smooth can rotate on cleaning piece, will not be stuck in cleaning piece；On water squeezing head 8 It is additionally provided with two through hole, fulcrum 85 is set in the through-hole, and the through hole has snapped connection end cap 89, and is arranged on fulcrum 85 Have to protect, while in rebound part 891, which is the metal torsional spring that can directly buy in the market, thus actuator 82 It can be resetted under the action of springing back part 891 when being mutually disengaged with cleaning piece, and the rebound part 891 can be in actuator 82 When being contacted with cleaning piece, always to 82 1 turning powers of actuator to promote water crowding part 84 to be close to always with cleaning piece.

Specific working principle are as follows: when dehydration, water crowding part contradicts the preliminary water squeezing on cleaning piece first, and mop rod, which pushes, to be moved Dynamic, movable part contradicts on the cleaning piece of planker, and movable part forms frictional force on cleaning piece, since planker is fixed, wiping Wipe object opposite resistance is generated to movable part so that movable part conflict moved from high to low on cleaning piece along planker, And when movable part rolls at this time, the double wedge of movable part is moved in the rack rails internal messing of bending part 931 so that movable part is by bending part 931 one end is moved to opposite side, and movable part is connect with bending part 931, and movable part gradually rises shifting in bending part 931 It is influenced when dynamic by 931 structure of bending part, water crowding part is gradually squeezed and swung close to cleaning piece until movable part is in bending part 931 Highest point is moved to, water crowding part, which is extruded on cleaning piece, forms the smallest dehydration gap, and water crowding part can cover wiping It wipes at the lowermost position of object and edge, corner location, so that the water squeezing effect of planker cleaning piece reaches most preferably, water crowding part In swing mode, movable part is equivalent to lever, and actuator stirs the swing for realizing water crowding part around fulcrum；Elongate mop, movable part It reversely rotates, the reset movement from high to low in bending part 931 of movable part at this time, at the same time, water crowding part is swung and gradually Far from cleaning piece, the circulation of a water squeezing, cleaning is realized with this.

Embodiment two

The difference for being different only in that water squeezing head and cleaning piece of the present embodiment and implementation one, the cleaning piece are collodion；

Such as Figure 29 and Figure 30, the second water squeezing head 9 is equipped with friction member 81, the first squeeze roll 91, the second squeeze roll 92 and the Two actuators 93, driving structure include the second actuator 93 being movably arranged on the second water squeezing head 9 and be set to the second actuator 93 On fulcrum 85, in 92 rotation process of the second squeeze roll, the second actuator 93 can be stirred around fulcrum 85；When operation, user is pushed Planker 1, the conflict of the first squeeze roll 91 rotates on cleaning piece, and the second actuator 93 at this time swings around fulcrum 85 and overturns, The first persistently rotation of squeeze roll 91, to guarantee better water squeezing effect, the first squeeze roll 91 is set as two；So second driving Part 93 makes the second squeeze roll 92 be pressed against water squeezing close to cleaning piece step by step with regard to sustained oscillation, between fulcrum 85 and the second actuator 93 It can be simple articulated form, can be realized the second actuator 93 and overturn around fulcrum 85.

Second actuator 93 is equipped with track, and in 92 rotation process of the second squeeze roll, which can be with track Relative movement occurs to drive the second actuator 93 to stir；Second squeeze roll 92 is equipped with multiple double wedges 87, sets on track There is the rack rails 88 matched with the double wedge 87；The movement of second squeeze roll 92 is by engaging fortune between double wedge 87 and rack rails 88 Dynamic realization, double wedge 87 and the structure of rack rails 88 are simple, are not susceptible to wear, long service life；Second actuator 93 is equipped with Bending part 931, track are set on the bending part 931；In order to keep the amplitude of fluctuation of the second actuator 93 best, the second actuator 93 The upper shape using bending, then influenced when the second squeeze roll 92 moves in orbit by 931 shape of bending part, Second actuator 93 is directed towards the swing of cleaning piece direction, can move closer to cleaning piece and carry out water squeezing processing, Er Qieneng to it Enough so that the water squeezing gap between the second actuator 93 and the second water squeezing head 9 becomes smaller, the water squeezing effect of cleaning piece reaches best.

Second squeeze roll 92 is equipped with friction member 81；Friction member 81 is rolling ring, is being wiped for increasing by the second squeeze roll 92 Frictional force on object, so that the rolling speed of the second squeeze roll 92, frequency are more, so that the second squeeze roll 92 is in bending part Movement in 931 is steady, uniform, prevents its skidding；Friction member 81 can also be the band protrusion that 92 both ends of the second squeeze roll are arranged in Rubber rolling ring, the friction member 81 of this class formation is similar to gear hobbing structure, contradicted by the protrusion in rolling ring and prevented on cleaning piece Only the second squeeze roll 92 skids, and the second squeeze roll 92 can preferably be made at the uniform velocity, smoothly to roll on cleaning piece.

Two through hole is additionally provided on water squeezing head 9, fulcrum 85 is set in the through-hole, and the through hole has snapped connection end cap 89, and be arranged on fulcrum 85 to protect, while in rebound part 891, which is the gold that can directly buy in the market Belong to torsional spring, so that the second actuator 93 can be resetted when being mutually disengaged with cleaning piece under the action of springing back part 891, and should Rebound part 891 can be when the second actuator 93 be contacted with cleaning piece, always to 93 1 turning powers of the second actuator to promote Second squeeze roll 92 is close to cleaning piece always.

Concrete operating principle are as follows: when dehydration, the first squeeze roll contradicts the preliminary water squeezing on cleaning piece first, and mop rod pushes Mobile, the second squeeze roll contradicts on the cleaning piece of planker, and the second squeeze roll forms frictional force on cleaning piece, since planker is It is fixed, cleaning piece opposite resistance is generated to the second squeeze roll so that the second squeeze roll contradict on cleaning piece along Planker moves from high to low, and when the second squeeze roll rolling at this time, the double wedge of the second squeeze roll is in the rack rails internal messing of actuator So that the second squeeze roll is moved to opposite side by one end of bending part, the second squeeze roll gradually rises movement in orbit for movement When be driven moving part bending structure influence, the first squeeze roll gradually squeezes and close to cleaning piece swing up to the second squeeze roll it is in-orbit Highest point is moved in road, the first squeeze roll is extruded on cleaning piece and the first squeeze roll can also realize rotation, in this way, the One squeeze roll, which squeezes, to be contradicted in water squeezing on cleaning piece, smooth can be rolled on cleaning piece, so that actuator is in water squeezing Cleaning piece planker will not be damaged simultaneously, it, will not be stuck in cleaning piece compared to the actuator of traditional blade structure Interior, so that the water squeezing effect of cleaning piece planker reaches most preferably, in the swing mode of actuator, the second squeeze roll is equivalent to lever, Actuator stirs the swing for realizing actuator around fulcrum；And first squeeze roll can cover the lowermost position of cleaning piece with And at edge, corner location, so that the water squeezing effect of planker cleaning piece reaches best.Mop is elongated, the second squeeze roll reversely revolves Turn, the reset movement from high to low in orbit of the second squeeze roll at this time, at the same time, actuator swings and is gradually distance from wiping Object realizes the circulation of a water squeezing, cleaning with this.The other structures of mop are same as Example 1 in embodiment 2, herein no longer It repeats.

It is obvious to a person skilled in the art that the present invention is not limited to the details of the above exemplary embodiments, and And without departing substantially from the spirit or essential attributes of the utility model, it can realize that this is practical new in other specific forms Type.

Claims (9)

1. a kind of from Wringing mop, it is characterised in that: including

Mophead, including the angular adjustment seat (43) for being equipped with the planker (1) of cleaning piece and being set on planker (1)；

Mop rod (5), the mop rod (5) are flexibly connected with the angular adjustment seat (43)；

Water squeezing frame (2), be set to the mop rod (5) on, can the relatively described mop rod (5) slide up and down；

Turning part, for drive the mophead overturn to the mop rod (5) parallel position；Including can sweeping action Push piece (46) in the mop rod (5), the elastic component (47) and regulating part (435) matched with the push piece (46)； The upper surface of the regulating part (435) is planar structure, and the push piece (46) is with the end face of the regulating part (435) matched Planar structure；The regulating part (435) is fixedly arranged on the angular adjustment seat (43).

2. according to claim 1 a kind of from Wringing mop, it is characterised in that: mop rod (5) lower end is equipped with Cavity (3455), the elastic component (47) are set in the cavity (3455), and the push piece (46) is at least partially disposed at the cavity (3455) in.

3. according to claim 2 a kind of from Wringing mop, it is characterised in that: be equipped in the cavity (3455) with it is described The position limiting structure that push piece (46) matches.

4. according to claim 3 a kind of from Wringing mop, it is characterised in that: the position limiting structure is set on the cavity (3455) track (3456) in, the push piece (46) are equipped with the sliding part (462) matched with the track (3456).

5. according to claim 1 a kind of from Wringing mop, it is characterised in that: the planker (1) is equipped with and drags with described The overturning position limiting structure that barre (5) matches.

6. according to claim 5 a kind of from Wringing mop, it is characterised in that: the overturning position limiting structure includes rotation base Seat (132), the boss (1321) being set on the rotating basis (132) and the inner fovea part being formed on the boss (1321) (1323).

7. according to claim 6 a kind of from Wringing mop, it is characterised in that: the angular adjustment seat (43) is equipped with convex Portion (4311), the rotating basis (132) are equipped with the positioning region (1322) matched with the protrusion (4311).

8. according to claim 1 a kind of from Wringing mop, it is characterised in that: the push piece (46) is equipped with groove body (463), the elastic component (47) is partially set in the groove body (463).

9. according to claim 1 a kind of from Wringing mop, it is characterised in that: the planker (1) is equipped with and the angle The projection seat (112) that degree adjustment seat (43) matches, the mop rod (5) are equipped with the notch matched with the projection seat (112) Slot (35).