CN206414233U - The unidirectional Self-wringing mop of disengaging type - Google Patents

Abstract

The utility model is related to a kind of unidirectional Self-wringing mop of disengaging type.It solve it is existing from drying of mop unlock when mop rod rotate the problems such as.Including sleeve and the mop lower beam and sleeve that are arranged in sleeve, the lower end of mop lower beam is connected by the first swing attachment structure with wringing out swivel head, the lower end of sleeve is connected by the second swing attachment structure with mop mainboard, swivel head is wrung out to be arranged in mop mainboard, at least one piece mop subplate is hinged with mop mother board side, mop upper boom is also equipped with sleeve, provided with circumferential one-way turning mechanism between sleeve and mop upper boom or mop lower beam, clutch is provided between mop lower beam and mop upper boom.Advantage is：Mop rod bow tie in mop wring releasing process can be overcome by the clutch of diversified forms, ensure that mop rod keeps circumferential motionless state during unblock, be less prone to due to the mop unidirectional locking structure member abrasion that mop rod fast rotation is caused in mop side plate reseting procedure.

Description

The unidirectional Self-wringing mop of disengaging type

Technical field

The utility model belongs to cleaning supplies product technical field, is related to mop, unidirectional more particularly, to a kind of disengaging type Self-wringing mop.

Background technology

Flat mop is a kind of common ground cleaning tool, i.e., mainly include plate body, have mop in plate body upper articulation Bar, bottom is covered with cleaning cloth.Existing flat mop needs manually to remove cleaning cloth after use, artificial afterwards to carry out clearly Wash, wring out and then re-starting installation, so not only cause the use of existing flat mop not enough to facilitate, and carry out clear Need to be operated by hand when washing and wringing out, labor intensity is big, not hygienic enough, use so undoubtedly to existing flat mop Cause great limitation.

In order to solve the problem of prior art is present, people have carried out long-term exploration, it is proposed that miscellaneous solution Scheme.For example, Chinese patent literature discloses a kind of easily manipulation Self-wringing mop [application number：201520554512.2], this is easily grasped Self-wringing mop is controlled, including mop mainboard and at least two is movably arranged on mop side plate on mop mainboard, described mop master It is connected with plate in sleeve, described sleeve and is equipped with mop rod, and described mop rod and is rotatably arranged on mop master Rotating seat on plate is connected, it is characterised in that described rotating seat by structure easy to install on mop side plate with being connected with cleaning Part, described sleeve and mop rod axially position and circumferentially rotating is connected, and described sleeve relative to sleeve provided with can put Dynamic control piece, between described control piece side and mop rod be provided be used for limit mop rod unidirectionally circumferentially rotate direction and/ Or the unidirectional locking structure of circumferential locking mop rod.

Such scheme solves the problem of existing flat mop is inconvenient for use to a certain extent, it is not being removed cleaning The cleaning of cleaning cloth can also be completed on the premise of cloth with wringing out, even and if hand departs from mop rod, mop rod during wringing out Also it will not be resetted in the presence of reset force, that is to say, that mop rod can carry out multiple rotary, but due to mop in the program Bar is connected with rotating seat direct-drive, and rotary mop rod drives rotating seat to rotate when wringing out, and passes through control when operation is wrung out in completion Part releases unidirectional locking structure, and swivel head drives mop rod to circumferentially rotate under reset force effect, and this allows for mop side plate and answered Mop rod fast rotation during position, long-time operation easily causes the abrasion of mop unidirectional locking structure member, unidirectional locking structure Or mop rod can not normal reset, so allowing for mop can not normal work.

The content of the invention

The purpose of this utility model be in view of the above-mentioned problems, provide a kind of simple in construction, it is easy to operate, can realize that oneself wrings out The unidirectional Self-wringing mop of disengaging type that process mop rod will not be turned round circumferentially is only locked and unlock and release to the unidirectional of mop.

To reach above-mentioned purpose, the utility model employs following technical proposal：The unidirectional Self-wringing mop of this disengaging type, including Sleeve and it is arranged in the mop lower beam and sleeve of sleeve and mop lower beam is circumferentially two-way is rotatably connected, the lower end of mop lower beam leads to Cross the with least one swaying direction first swing attachment structure with wringing out swivel head to be connected, the lower end of sleeve passes through with extremely Second swing attachment structure of a few swaying direction is connected with mop mainboard, and first swings attachment structure and second company of swing The swaying direction of binding structure is identical, wrings out swivel head and is arranged in mop mainboard, and at least one piece is hinged with mop mother board side Mop subplate, it is characterised in that be also equipped with described sleeve under mop upper boom, described sleeve and mop upper boom or mop It is described provided with the circumferential one-way turning mechanism that sleeve can be made to be connected with mop upper boom or the circumferential one-directional rotation of mop lower beam between bar Mop lower beam and mop upper boom between provided with both can be made to be connected or separate so as to realizing that mop lower beam and mop upper boom are synchronous The clutch for rotating or independently acting.

In use, being connected by that will wring out in the middle part of swivel head and cleaning cloth, cleaning cloth is circumferential to be connected with mop subplate, from Close both the lower mop lower beam of mechanism effect and mop upper boom to be connected, mop upper boom is circumferentially rotated when wringing out and realizes mop upper boom with dragging Spin head realization is wrung out in lower beam synchronization drive and wrings out cleaning cloth, by mop upper boom under the effect of circumferential one-way turning mechanism Unidirectional locking forces the circumferential one-directional rotation of mop upper boom, and it is also not in that mop upper boom resets now that mop upper boom is departed from even if hand As, be so achieved that mop upper boom energy multipurpose rotary when wringing out, wring out effect more preferably, after wringing out, by clutch so that Both mop lower beam and mop upper boom separate to realize that mop lower beam and mop upper boom are independently acted, and in cleaning cloth and drag The lower mop lower beam of subplate reset force effect is circumferentially resetted, mop upper boom is circumferentially remained stationary as, i.e., this mop wring releases process Mop rod will not be turned round circumferentially.

In the above-mentioned unidirectional Self-wringing mop of disengaging type, described circumferential one-way turning mechanism is arranged on sleeve and mop Between bar, the circumferential one-way turning mechanism described in when clutch makes mop lower beam be connected or separate with mop upper boom makes sleeve Remain that circumferential one-directional rotation is connected with mop upper boom；

Or, described circumferential one-way turning mechanism is arranged between sleeve and mop lower beam and in circumferential one-directional rotation machine Structure is connected or released sleeve and mop lower beam circumference one-directional rotation phase provided with can make the circumferential one-directional rotation of sleeve and mop lower beam Controlling organization even, and circumferential one-way turning mechanism described in when clutch makes mop lower beam be connected with mop upper boom makes set Cylinder is connected with the circumferential one-directional rotation of mop upper boom, circumferential single described in when clutch makes mop lower beam be separated with mop upper boom Sleeve is set to be connected with the circumferential one-directional rotation of mop upper boom to rotating mechanism.

In the above-mentioned unidirectional Self-wringing mop of disengaging type, described clutch includes the first jog, the second jog And control structure, described the first jog and mop upper boom are circumferentially positioned and slide axially and be connected and/or described second is recessed Convex portion and mop lower beam are circumferentially positioned and slide axially and be connected, and the first described jog is opposite with the second jog and can phase Mutually docking, described control structure is arranged on sleeve and can drive the first jog and/or the second jog is relative to second Jog and/or the axial movement of the first jog are so that the first jog and the second jog are separated from each other or be mutually butted. I.e. by control structure realize the first jog and the second jog from or be mutually butted.

In the above-mentioned unidirectional Self-wringing mop of disengaging type, described circumferential one-way turning mechanism includes being fixed in sleeve Handle ratchet wheel covers the interior detent being plugged on piecemeal activity on mop upper boom or mop lower beam, and described interior detent is with dragging Between upper boom or mop lower beam provided with can make interior detent be stuck in handle ratchet wheel set ratchet between top pressure spring；

Or, described circumferential one-way turning mechanism include the outer ratchet wheel body being fixed on mop upper boom or mop lower beam and Piecemeal activity is plugged on the outside fix ratchet on sleeve, and outside fix ratchet can be made by being provided between described outside fix ratchet and sleeve It is stuck in the top pressure spring between the ratchet of outer ratchet wheel body.

In the above-mentioned unidirectional Self-wringing mop of disengaging type, described controlling organization includes being connected with outside fix ratchet and can band Dynamic outside fix ratchet departs from the control piece of the ratchet of outer ratchet wheel body.Circumferential one-way turning mechanism that i.e. ought be here is arranged under mop When between bar and sleeve, in order to realize that mop wring is resetted, it is necessary to which control piece is by the circumferentially positioned releasing of mop lower beam and sleeve.

In the above-mentioned unidirectional Self-wringing mop of disengaging type, the first described jog be arranged on movable head and movable head with Mop upper boom is circumferentially positioned and slides axially, and the second described jog is arranged on mop lower beam, and described control structure is set Between movable head and sleeve.

In the above-mentioned unidirectional Self-wringing mop of disengaging type, activity can be made by being additionally provided between described movable head and mop upper boom Head retains towards mop lower beam movement tendency so that the elastic top laminated structure that the first jog is docked with the second jog.This Sample, which ensure that, can drive mop lower beam to circumferentially rotate when circumferentially rotating mop upper boom, it is ensured that wring out being normally carried out for operation.

In the above-mentioned unidirectional Self-wringing mop of disengaging type, described the first jog and the second jog is end face ratchet And two end face ratchets can be mutually butted it is identical.Obviously, the first jog and the second jog use end face ratchet-like, so It is easy to control structure to separate the first jog with the second jog.

In the above-mentioned unidirectional Self-wringing mop of disengaging type, described control structure includes being arranged on the manipulation of movable head periphery Body, described manipulation body at least partly exposes sleeve, is provided between described movable head and manipulation body when manipulation body phase is for work Dynamic head can drive movable head to be axially distant from the linkage structure that the second jog direction is moved when acting radially downward.

In the above-mentioned unidirectional Self-wringing mop of disengaging type, described linkage structure is included located at the first oblique of movable head side Face and the second inclined-plane located at manipulation body bottom, the second inclined-plane described in when manipulating body phase and being acted radially downward for movable head With the first contact of incline plane so as to promote movable head to be axially distant from the movement of the second jog direction, described manipulation body and body it Between provided with can make manipulation body reset (the first back-moving spring.I.e. here manipulation body swings and is arranged on sleeve, when overcoming first When back-moving spring elastic force pressing manipulation body is swung, the second slope driving movable head of manipulation body bottom is axially distant from the second bumps Portion direction is moved, so that the separation of the first jog and the second jog is realized, and in order to realize that movable head is made in mop upper boom Rotated with lower, movable head one end can be arranged to bullet, the first inclined-plane is formed at bullet outer circumferential.

In the above-mentioned unidirectional Self-wringing mop of disengaging type, described manipulation body is swung with sleeve to be connected, and described first is multiple One end of position spring is acted on sleeve, and the other end is acted on manipulation body, and can be driven positioned at behaviour when pressing manipulation body Move radially downward on second inclined-plane of control body bottom.

In the above-mentioned unidirectional Self-wringing mop of disengaging type, described manipulation body is arranged in sleeve and manipulation body can be in sleeve Moved radially relative to movable head, one end of described (the first back-moving spring is acted on sleeve, the other end acts on manipulation body On, and when pressing manipulation body the second inclined-plane positioned at manipulation body bottom can be driven to move radially downward.

As another preferred scheme, in the above-mentioned unidirectional Self-wringing mop of disengaging type, described control structure includes setting The positioning body in movable head periphery is put, the positioning knot of both axially positions can be made by being provided between described movable head and positioning body Structure, described positioning body is with that can drive positioning body to be connected to the driving structure moved away from the second jog direction.Preferably, Positioning body here can be arranged to the Spring Clip with opening for the ease of assembling, and movable head here can also be adopted With the structure of the tapered body in one end, the first inclined-plane is formed at bullet outer circumferential, can so realize two kinds of different manipulation knots Structure parts it is general, saved die sinking cost.

In the above-mentioned unidirectional Self-wringing mop of disengaging type, described location structure is included located at the first oblique of movable head side Face and the 3rd inclined-plane located at positioning body bottom, described the first inclined-plane and the 3rd inclined-plane are bonded to each other.In order to realize movable head Normally circumferentially rotated under the effect of mop upper boom, movable head here and positioning body axially position and circumferentially rotating is connected.

In the above-mentioned unidirectional Self-wringing mop of disengaging type, described driving structure includes the quill being connected with positioning body Section and quill section are the part of the sleeve, and described quill section is with being connected to the second swing attachment structure On fixes sleeve section lean, described quill section is axially flexibly connected with mop upper boom and quill section can drive Positioning body is moved to away from the second jog direction.I.e. here positioning body outer circumferential and the circumferential inner side in quill end are mutual Against, positioning body can be driven to move when axially driving quill end is moved, and due to positioning body and movable head axially position The separation of first jog and the second jog during so as to realize that quill section is mobile.

In the above-mentioned unidirectional Self-wringing mop of disengaging type, described driving structure includes and pushing away that sleeve is axially movably connected Dynamic button, described promotion button is connected with positioning body and promotes button to be arranged in sleeve, is provided between described promotion button and sleeve The second back-moving spring that can reset promotion button, one end of described second back-moving spring is acted on sleeve, other end effect On button is promoted.Be also that axially extending bar-shaped trough is provided with sleeve, promote button be slidably arranged in bar-shaped trough and due to Button is promoted to be connected with positioning body, positioning body axial movement can be driven to realize that first is concavo-convex by so sliding axially when promoting button Portion and the separation of the second jog.

It is provided with and axially penetrates through in the above-mentioned unidirectional Self-wringing mop of disengaging type, between described mop upper boom and mop lower beam In the connecting rod in movable head, described connecting rod one end is arranged in the second jog center and is connected with mop lower beam, and the other end prolongs Extend mop upper boom one end and be connected with mop upper boom, boom end, which is provided with, on mop passes through for connecting rod and circumferentially have some lead To the lead of raised line, and each guiding raised line, along the axially extending setting of lead, described movable head is interior provided with some With being oriented to the one-to-one guide groove of raised line, and described guiding raised line is slided with guide groove and is connected.The structure maintains mop Upper boom remains connected to state with mop lower beam, it is ensured that the stroke of movable head movement within the specific limits, and uses guiding raised line It can guarantee that sliding axially between mop upper boom and movable head is connected and circumferentially positioned with this structure of guide groove.

In the above-mentioned unidirectional Self-wringing mop of disengaging type, described elastic top laminated structure includes being arranged on lead and activity Between head and it is set in the support spring on connecting rod, and described support spring one end acts on lead one end, the other end is made For in movable head.I.e. support spring effect under force movable head towards the end motion of mop lower beam one so that the first jog with Second jog can be fastened mutually.

Compared with prior art, the advantage of the unidirectional Self-wringing mop of this disengaging type is：It can easily realize to wring out certainly and drag It is unidirectional only lock and unlock, and mop rod in mop wring releasing process can be overcome to return by the clutch of diversified forms Turn phenomenon, it is ensured that mop rod keeps circumferential motionless state during unblock, is less prone to due to mop rod in mop side plate reseting procedure The mop unidirectional locking structure member abrasion that fast rotation is caused, mop service life is long.

Brief description of the drawings

Fig. 1 is the structural representation of the utility model embodiment one；

Fig. 2 is the structure sectional view of the utility model embodiment one；

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

Fig. 4 is the lateral partial structurtes sectional view of the utility model embodiment one；

Fig. 5 is structural representation when sleeve is omitted in Fig. 3；

Structural representation when Fig. 6 is clipped sleeve in Fig. 3；

Fig. 7 is structural representation when mop lower beam is omitted in Fig. 6；

Fig. 8 is structural representation when movable head is omitted in Fig. 6；

Fig. 9 is the structural representation of another circumferential one-way turning mechanism of the utility model embodiment one；

Figure 10 is the structural representation of the utility model embodiment two；

Figure 11 is the partial structural diagram of the utility model embodiment two；

Structural representation when Figure 12 is clipped sleeve in Figure 11.

In figure, sleeve 1, mop lower beam 2, first swing attachment structure 3, active joint 31, wring out the pendulum of swivel head 4, second Dynamic attachment structure 5, adapter 51, mop mainboard 6, mop subplate 61, mop upper boom 7, connecting rod 71, lead 72, guiding raised line 721st, support spring 73, circumferential one-way turning mechanism 8, handle ratchet wheel set 81, interior detent 82, top pressure spring 83, outer ratchet wheel body 84th, outside fix ratchet 85, control piece 86, clutch 9, the first jog 91, the second jog 92, control structure 93, activity First 94, first inclined-plane 941, manipulation body 95, the second inclined-plane 951, (the first back-moving spring 96, positioning body 97, the 3rd inclined-plane 971, work Moving sleeve section 98, fixes sleeve 99.

Embodiment

Embodiment one

As Figure 1-3, the unidirectional Self-wringing mop of this disengaging type, including sleeve 1 and be arranged in sleeve 1 mop lower beam 2 and Sleeve 1 and mop lower beam 2 it is circumferential it is two-way be rotatably connected, the lower end of mop lower beam 2 passes through with least one swaying direction First swing attachment structure 3 is connected with wringing out swivel head 4, and the lower end of sleeve 1 passes through second with least one swaying direction Attachment structure 5 is swung with mop mainboard 6 to be connected, and first swings the swaying direction that attachment structure 3 and second swings attachment structure 5 Identical, universal swing between mop lower beam 2 and mop mainboard 6 when being used to realize improves simple operation, here first Swing the active joint 31 that attachment structure 3 can include being arranged on the end of mop lower beam 2 and being arranged in sleeve 1, active joint 31 one end is movably connected with mop lower beam 2, and the other end of active joint 31 is movably connected with wringing out swivel head 4, and under mop Bar 2 rotates the rotation direction being connected with wringing out the rotation direction that swivel head 4 is connected with the rotation of active joint 31 with active joint 31 It is different；Second swing attachment structure 5 includes the adapter 51 being arranged between mop mainboard 6 and sleeve 1, and sleeve 1 is with turning One end of joint 51 is movably connected, and the other end and the mop mainboard 6 of adapter 51 are movably connected, and mop lower beam 2 connects with activity The rotation direction that first 31 rotation directions and sleeve 1 and adapter 51 for rotating connection rotate connection is identical, active joint 31 with it is stubborn The rotation direction and mop mainboard 6 that dry swivel head 4 rotates connection are identical with the rotation direction that adapter 51 rotates connection, here Wring out swivel head 4 to be arranged in mop mainboard 6 and be located at the bottom of mop mainboard 6 and be fixed in the middle part of cleaning cloth, in mop mainboard 6 Sidepiece is hinged with least one piece mop subplate 61, wherein, reduction torsion spring structure is provided between mop mainboard 6 and mop subplate 61, Mop upper boom 7 is also equipped with sleeve 1, for the ease of transporting and depositing, mop upper boom 7 is used on segmented, sleeve 1 and mop Provided with the circumferential list that sleeve 1 can be made to be connected with mop upper boom 7 or the circumferential one-directional rotation of mop lower beam 2 between bar 7 or mop lower beam 2 To rotating mechanism 8, between mop lower beam 2 and mop upper boom 7 provided with can make both be connected or separate so as to realize mop lower beam 2 and The synchronous axial system of mop upper boom 7 or the clutch 9 independently acted.

Specifically, as shown in Figure 1-2, circumferential one-way turning mechanism 8 here is arranged between sleeve 1 and mop upper boom 7, When clutch 9 makes mop lower beam 2 be connected or separate with mop upper boom 7, circumferential one-way turning mechanism 8 makes on sleeve 1 and mop Bar 7 remains that circumferential one-directional rotation is connected；Or, circumferential one-way turning mechanism 8 is arranged between sleeve 1 and mop lower beam 2 And on circumferential one-way turning mechanism 8 provided with can make the circumferential one-directional rotation of sleeve 1 and mop lower beam 2 be connected or release sleeve 1 and The connected controlling organization of the circumferential one-directional rotation of mop lower beam 2, and when clutch 9 makes mop lower beam 2 be connected with mop upper boom 7 Circumferential one-way turning mechanism 8 makes the circumferential one-directional rotation of sleeve 1 and mop upper boom 7 be connected, when clutch 9 make mop lower beam 2 and Circumferential one-way turning mechanism 8 makes sleeve 1 be connected with the circumferential one-directional rotation of mop upper boom 7 when mop upper boom 7 is separated.

Wherein, as shown in Fig. 1 and Fig. 3-8, clutch 9 here includes the first jog 91, the second jog 92 With control structure 93, the first jog 91 and mop upper boom 7 it is circumferentially positioned and slide axially be connected and/or the second jog 92 with Mop lower beam 2 is circumferentially positioned and slides axially connected, and the first jog 91 and the second jog 92 are opposite and can be mutually butted, Control structure 93 is arranged on sleeve 1 and can drive the first jog 91 and/or the second jog 92 is relative to the second jog 92 and/or first jog 91 move axially so that the first jog 91 and the second jog 92 be separated from each other or mutually it is right Connect, i.e., realize that the first jog 91 and the second jog 92 are separated or be mutually butted by control structure 93, that is to say, that first Jog 91 is arranged on movable head 94 and movable head 94 and mop upper boom 7 are circumferentially positioned and slide axially, the second jog 92 Mop lower beam 2 is arranged on, control structure 93 is arranged between movable head 94 and sleeve 1.It is recessed by first for the ease of control structure Convex portion 91 is separated with the second jog 92, and the first jog 91 and the second jog 92 are end face ratchet and two end faces Ratchet can be mutually butted identical.

Further, control structure 93 here includes the manipulation body 95 for being arranged on the periphery of movable head 94, manipulation body 95 to Small part exposes sleeve 1, is provided between movable head 94 and manipulation body 95 when manipulation body 95 is moved radially downward relative to movable head 94 Movable head 94 can be driven to be axially distant from the linkage structure of the direction of the second jog 92 movement when making, it is preferable that linkage here Structure is included located at the first inclined-plane 941 and the second inclined-plane 951 located at manipulation body 95 bottom of the side of movable head 94, when manipulation body 95 second inclined-planes 951 when being acted radially downward relative to movable head 94 contact to promote the edge of movable head 94 with the first inclined-plane 941 Axially away from the movement of the direction of the second jog 92, resetted between manipulation body 95 and body provided with can reset manipulation body 95 first Spring 96, manipulation body 95 is swung with sleeve 1 and is connected, and one end of (the first back-moving spring 96 is acted on sleeve 1, and the other end is acted on Manipulate on body 95, and when pressing manipulation body 95 the second inclined-plane 951 positioned at manipulation body 95 bottom can be driven to move radially downward It is dynamic；Here manipulation body 95 is arranged in sleeve 1 and manipulation body 95 can be moved radially relative to movable head 94 in sleeve 1, and first One end of back-moving spring 96 is acted on sleeve 1, and the other end is acted on manipulation body 95, and being capable of band when pressing manipulation body 95 Move radially downward on dynamic the second inclined-plane 951 for being located at manipulation body 95 bottom.That is, manipulation body 95 here swings and is arranged on On sleeve 1, when overcoming the elastic force of (the first back-moving spring 96 pressing manipulation body 95 to swing, the second inclined-plane 951 of manipulation body 95 bottom Movable head 94 is promoted to be axially distant from the movement of the direction of the second jog 92, so as to realize the first jog 91 and the second jog 92 Separation, and in order to realize movable head 94 mop upper boom 7 effect under rotate, can by the one end of movable head 94 set it is tapered Body, the first inclined-plane 941 is formed at bullet outer circumferential.

When circumferentially rotating mop upper boom 7 to ensure that mop lower beam 2 can be driven to circumferentially rotate, it is ensured that wringing out operation just Often carry out, be additionally provided between movable head 94 and mop upper boom 7 can make movable head 94 retain towards the movement tendency of mop lower beam 2 so as to So that the elastic top laminated structure that the first jog 91 is docked with the second jog 92, is provided between mop upper boom 7 and mop lower beam 2 Axially penetrate through in the connecting rod 71 in movable head 94, the one end of connecting rod 71 be arranged in the center of the second jog 92 and with the phase of mop lower beam 2 Even, the other end extends to the one end of mop upper boom 7 and is connected with mop upper boom 7, is provided with and is passed through for connecting rod 71 in the end of mop upper boom 7 And circumferentially there are the leads 72 of some guiding raised lines 721, and each is oriented to raised line 721 and is set along lead 72 is axially extending Put, provided with some with being oriented to the one-to-one guide groove of raised line 721 in movable head 94, and guiding raised line 721 and guide groove are slided It is connected, the structure maintains mop upper boom 7 and remains connected to state with mop lower beam 2, it is ensured that the stroke that movable head 94 is moved exists In certain limit, and guiding raised line 721 and this structure of guide groove is used to can guarantee that the axle between mop upper boom 7 and movable head 94 It is connected and circumferentially positioned to sliding, and elastic top laminated structure here includes being arranged between lead 72 and movable head 94 and covering The support spring 73 on connecting rod 71 is located at, and the one end of support spring 73 acts on the one end of lead 72, the other end acts on activity In first 94, i.e., movable head 94 is forced towards the end motion of mop lower beam 2 one so that the first jog 91 under the effect of support spring 73 Can mutually it be fastened with the second jog 92.

Here circumferential one-way turning mechanism 8 includes the handle ratchet wheel set 81 being fixed in sleeve 1 and piecemeal activity is plugged on Interior detent 82 on mop upper boom 7 or mop lower beam 2, sets between interior detent 82 and mop upper boom 7 or mop lower beam 2 There is the top pressure spring 83 that interior detent 82 can be made to be stuck between the ratchet of handle ratchet wheel set 81；Or, as shown in figure 9, here The outer ratchet wheel body 84 and piecemeal activity that circumferential one-way turning mechanism 8 includes being fixed on mop upper boom 7 or mop lower beam 2 are plugged on Outside fix ratchet 85 on sleeve 1, being provided between outside fix ratchet 85 and sleeve 1 can make outside fix ratchet 85 be stuck in outer ratchet wheel body Top pressure spring 83 between 84 ratchet.Wherein, controlling organization here includes being connected with outside fix ratchet 85 and can driven outer Detent 85 departs from the control piece 86 of the ratchet of outer ratchet wheel body 84, i.e., circumferential one-way turning mechanism 8 that ought be here, which is arranged on, to be dragged During between lower beam 2 and sleeve 1, in order to realize that mop wring is resetted, it is necessary to which control piece 86 is by the week of mop lower beam 2 and sleeve 1 To positioning lift.

The principle of the present embodiment is：I.e. by that will wring out swivel head 4 with being connected in the middle part of cleaning cloth, cleaning cloth is circumferential with dragging Subplate 61 is connected, movable head 94 is forced towards the end motion of mop lower beam 2 one under the effect of support spring 73 so that first is concavo-convex Portion 91 can mutually be fastened with the second jog 92, and both are connected for mop lower beam 2 and mop upper boom 7, and mop is circumferentially rotated when wringing out Upper boom 7 realizes that the drive synchronous with mop lower beam 2 of mop upper boom 7 wrings out the rotation realization of swivel head 4 and wrings out cleaning cloth, handle ratchet wheel set 81 The unidirectional locking of mop upper boom 7 is forced mop upper boom 7 circumferential by the interior detent 82 being plugged on piecemeal activity on mop upper boom 7 One-directional rotation, it is also not in that mop upper boom 7 resets phenomenon that mop upper boom 7 is departed from even if hand, is dragged when being so achieved that and wringing out The energy multipurpose rotary of upper boom 7, effect is wrung out more preferably, after wringing out, pressing manipulation body 95 overcomes the elastic force of (the first back-moving spring 96 to make it Swing, the second inclined-plane 951 of manipulation body 95 bottom promotes movable head 94 to be axially distant from the movement of the direction of the second jog 92, so that The separation of the first jog 91 and the second jog 92 is realized, realizes that mop lower beam 2 and mop upper boom 7 are independently acted, Cleaning cloth and the circumferential reset of the lower mop lower beam 2 of the reset force of mop subplate 61 effect, mop upper boom 7 is circumferential to be remained stationary as, i.e., originally drag Will not circumferentially it be turned round releasing process mop rod is wrung out.

Embodiment two

As shown in figs. 10-12, the structure of the present embodiment, principle and implementation steps are similar with embodiment one, different ground Side is that the control structure 93 in the present embodiment includes the positioning body 97 for being arranged on the periphery of movable head 94, described movable head 94 Provided with that can make the location structure of both axially positions between positioning body 97, described positioning body 97 is with that can drive positioning body 97 It is connected to the driving structure moved away from the direction of the second jog 92, it is preferable that can be by positioning here for the ease of assembling Body 97 is arranged to the Spring Clip with opening, and movable head 94 here can also use the structure of the tapered body in one end, the One inclined-plane 941 is formed at bullet outer circumferential, can so realize general, the saving of two kinds of different control structure parts Cost is molded, wherein, location structure here is included located at the first inclined-plane 941 of the side of movable head 94 and under positioning body 97 3rd inclined-plane 971 in portion, the first described inclined-plane 941 and the 3rd inclined-plane 971 are bonded to each other, i.e., in order to realize that movable head 94 is being dragged Upper boom 7 is acted on down and normally circumferentially rotated, movable head 94 here and the axially position of positioning body 97 and circumferentially rotating is connected.

Here driving structure includes the quill section 98 being connected with positioning body 97 and quill section 98 is described The part of sleeve 1, described quill 98 99 sections of phases of fixes sleeve with being connected in the second swing attachment structure 5 of section Against, described quill section 98 is axially flexibly connected with mop upper boom 7 and quill section 98 can drive positioning body 97 to Away from the movement of the direction of the second jog 92, i.e., the outer circumferential of positioning body 97 here is mutually supported with the circumferential inner side in quill end 98 Lean on, when axially driving quill end 98 is moved positioning body 97 can be driven to move, and due to positioning body 97 and the axle of movable head 94 The separation of first jog 91 and the second jog 92 during to positioning so as to realize that quill section 98 is moved.

Certainly, driving structure here can also be included axially living with sleeve 1 using another form, i.e. driving structure Move connected promotion button, described promotion button is connected with positioning body 97 and promotes button to be arranged in sleeve 1, described promotion button and Provided with the second back-moving spring that can reset promotion button between sleeve 1, one end of described second back-moving spring acts on sleeve 1 On, the other end is acted on promotion button, is also, and axially extending bar-shaped trough is provided with sleeve 1, promotes button to be slidably arranged in In bar-shaped trough and due to promoting button to be connected with positioning body 97, so sliding axially can drive positioning body 97 axially to move when promoting button The dynamic separation so as to realize the first jog 91 and the second jog 92.

The principle of the present embodiment is：The implementation steps different from embodiment one are, when the reset, axially driving Quill end 98 can drive positioning body 97 to move when moving, thus realize when quill section 98 is moved the first jog 91 with The separation of second jog 92；Or, sliding axially can drive the axial movement of positioning body 97 to realize that first is recessed when promoting button The separation of the jog 92 of convex portion 91 and second, realizes that mop lower beam 2 and mop upper boom 7 are independently acted, and cleaning cloth and is dragging The circumferential reset of the lower mop lower beam 2 of the reset force of subplate 61 effect, mop upper boom 7 is circumferential to be remained stationary as.

Specific embodiment described herein is only to the utility model spirit explanation for example.The utility model institute Category those skilled in the art can make various modifications or supplement or using similar to described specific embodiment Mode substitute, but without departing from spirit of the present utility model or surmount scope defined in appended claims.

Although more having used sleeve 1, mop lower beam 2, first to swing attachment structure 3, active joint 31, wring out herein Swivel head 4, second swings attachment structure 5, adapter 51, mop mainboard 6, mop subplate 61, mop upper boom 7, connecting rod 71, guiding Post 72, guiding raised line 721, support spring 73, circumferential one-way turning mechanism 8, handle ratchet wheel set 81, interior detent 82, top pressure bullet Spring 83, outer ratchet wheel body 84, outside fix ratchet 85, control piece 86, clutch 9, the first jog 91, the second jog 92, behaviour Control structure 93, movable head 94, the first inclined-plane 941, manipulation body 95, the second inclined-plane 951, (the first back-moving spring 96, positioning body 97, the The terms such as three inclined-planes 971, quill section 98, fixes sleeve 99, but it is not precluded from the possibility using other terms.Use this A little terms are construed as what any one was added just for the sake of more easily describing and explaining essence of the present utility model Limitation is all disagreed with the utility model spirit.

Claims (18)

1. a kind of unidirectional Self-wringing mop of disengaging type, including sleeve (1) and the mop lower beam (2) and sleeve (1) that are arranged in sleeve (1) With mop lower beam (2) it is circumferential it is two-way be rotatably connected, the lower end of mop lower beam (2) passes through the with least one swaying direction One swing attachment structure (3) is connected with wringing out swivel head (4), and the lower end of sleeve (1) passes through with least one swaying direction Second swing attachment structure (5) is connected with mop mainboard (6), and first swings attachment structure (3) and the second swing attachment structure (5) swaying direction is identical, wrings out swivel head (4) and is arranged in mop mainboard (6), mop mainboard (6) sidepiece be hinged with to Few one piece of mop subplate (61), it is characterised in that be also equipped with mop upper boom (7), described sleeve in described sleeve (1) (1) sleeve (1) and mop upper boom (7) or mop lower beam (2) week can be made by being provided between mop upper boom (7) or mop lower beam (2) The circumferential one-way turning mechanism (8) being connected to one-directional rotation, is provided with energy between described mop lower beam (2) and mop upper boom (7) Both are made to be connected or separate to realize mop lower beam (2) and mop upper boom (7) synchronous axial system or the clutch independently acted Mechanism (9).

2. the unidirectional Self-wringing mop of disengaging type according to claim 1, it is characterised in that described circumferential one-way turning mechanism (8) it is arranged between sleeve (1) and mop upper boom (7), when clutch (9) makes mop lower beam (2) be connected with mop upper boom (7) Or the circumferential one-way turning mechanism (8) described in during separation makes sleeve (1) remain circumferential one-directional rotation phase with mop upper boom (7) Even；

Or, described circumferential one-way turning mechanism (8) is arranged between sleeve (1) and mop lower beam (2) and circumferential unidirectional Rotating mechanism (8) is connected or released sleeve (1) and mop provided with can make sleeve (1) and mop lower beam (2) circumference one-directional rotation The connected controlling organization of lower beam (2) circumference one-directional rotation, and when clutch (9) makes mop lower beam (2) and mop upper boom (7) phase Circumferential one-way turning mechanism (8) described in when even makes sleeve (1) be connected with the circumferential one-directional rotation of mop upper boom (7), works as clutch Circumferential one-way turning mechanism (8) described in when structure (9) makes the mop lower beam (2) be separated with mop upper boom (7) makes sleeve (1) and mop Upper boom (7) circumference one-directional rotation is connected.

3. the unidirectional Self-wringing mop of disengaging type according to claim 2, it is characterised in that described clutch (9) includes First jog (91), the second jog (92) and control structure (93), described the first jog (91) and mop upper boom (7) It is circumferentially positioned and slide axially and be connected and/or described the second jog (92) and mop lower beam (2) are circumferentially positioned and axially sliding Dynamic to be connected, described the first jog (91) and the second jog (92) are opposite and can be mutually butted, described control structure (93) it is arranged on sleeve (1) and the first jog (91) can be driven and/or the second jog (92) is relative to the second jog (92) and/or the first jog (91) axial movement so that the first jog (91) and the second jog (92) be separated from each other or It is mutually butted.

4. the unidirectional Self-wringing mop of disengaging type according to claim 3, it is characterised in that described circumferential one-way turning mechanism (8) the handle ratchet wheel set (81) and piecemeal activity for including being fixed in sleeve (1) are plugged on mop upper boom (7) or mop lower beam (2) On interior detent (82), provided with can make between described interior detent (82) and mop upper boom (7) or mop lower beam (2) Interior detent (82) is stuck in the top pressure spring (83) between the ratchet of handle ratchet wheel set (81)；

Or, described circumferential one-way turning mechanism (8) includes the outer spine being fixed on mop upper boom (7) or mop lower beam (2) Wheel body (84) and piecemeal activity are plugged on the outside fix ratchet (85) on sleeve (1), described outside fix ratchet (85) and sleeve (1) top pressure spring (83) that outside fix ratchet (85) is stuck between the ratchet of outer ratchet wheel body (84) can be made by being provided between.

5. the unidirectional Self-wringing mop of disengaging type according to claim 4, it is characterised in that described controlling organization include with it is outer The control piece (86) for the ratchet that detent (85) is connected and outside fix ratchet (85) can be driven to depart from outer ratchet wheel body (84).

6. the unidirectional Self-wringing mop of disengaging type according to claim 3, it is characterised in that described the first jog (91) is set Put on movable head (94) and movable head (94) and mop upper boom (7) are circumferentially positioned and slide axially, the second described jog (92) mop lower beam (2) is arranged on, described control structure (93) is arranged between movable head (94) and sleeve (1).

7. the unidirectional Self-wringing mop of disengaging type according to claim 6, it is characterised in that described movable head (94) and mop Being additionally provided between upper boom (7) can make movable head (94) retain towards mop lower beam (2) movement tendency so that the first jog (91) the elastic top laminated structure docked with the second jog (92).

8. the unidirectional Self-wringing mop of disengaging type according to claim 3, it is characterised in that described the first jog (91) and Second jog (92) is end face ratchet and two end face ratchets can be mutually butted it is identical.

9. the unidirectional Self-wringing mop of disengaging type according to claim 6 or 7 or 8, it is characterised in that described control structure (93) the manipulation body (95) for being arranged on movable head (94) periphery is included, described manipulation body (95) at least partly exposes sleeve (1), It is provided between described movable head (94) and manipulation body (95) when manipulation body (95) is acted radially downward relative to movable head (94) When can drive movable head (94) be axially distant from the second jog (92) direction movement linkage structure.

10. the unidirectional Self-wringing mop of disengaging type according to claim 9, it is characterised in that described linkage structure includes setting The first inclined-plane (941) and the second inclined-plane (951) located at manipulation body (95) bottom in movable head (94) side, when manipulation body (95) the second inclined-plane (951) described in when being acted radially downward relative to movable head (94) contacted with the first inclined-plane (941) so as to Movable head (94) is promoted to be axially distant from the movement of the second jog (92) direction, described manipulation body (95) is provided between body The (the first back-moving spring (96) that can reset manipulation body (95).

11. the unidirectional Self-wringing mop of disengaging type according to claim 10, it is characterised in that described manipulation body (95) and set Cylinder (1) swings connection, and one end of described (the first back-moving spring (96) is acted on sleeve (1), and the other end acts on manipulation body (95) on, and when pressing manipulation body (95) when can drive positioned at manipulation body (95) bottom the second inclined-plane (951) radially downward It is mobile.

12. the unidirectional Self-wringing mop of disengaging type according to claim 10, it is characterised in that described manipulation body (95) is worn It can be moved radially in sleeve (1) and manipulation body (95) in sleeve (1) relative to movable head (94), described (the first back-moving spring (96) one end is acted on sleeve (1), and the other end is acted on manipulation body (95), and being capable of band when pressing manipulation body (95) Move radially downward on dynamic the second inclined-plane (951) for being located at manipulation body (95) bottom.

13. the unidirectional Self-wringing mop of disengaging type according to claim 6 or 7 or 8, it is characterised in that described control structure (93) include the positioning body (97) for being arranged on movable head (94) periphery, be provided between described movable head (94) and positioning body (97) The location structure of both axially positions can be made, described positioning body (97) is with that can drive positioning body (97) to away from the second bumps The driving structure of portion (92) direction movement is connected.

14. the unidirectional Self-wringing mop of disengaging type according to claim 13, it is characterised in that described location structure includes setting The first inclined-plane (941) and the 3rd inclined-plane (971) located at positioning body (97) bottom in movable head (94) side, described first Inclined-plane (941) and the 3rd inclined-plane (971) are bonded to each other.

15. the unidirectional Self-wringing mop of disengaging type according to claim 13, it is characterised in that described driving structure include with Quill section (98) and quill section (98) that positioning body (97) is connected are the part of the sleeve (1), described Quill section (98) leant with fixes sleeve (99) section for being connected in the second swing attachment structure (5), described work Moving sleeve section (98) and mop upper boom (7) are axially flexibly connected and quill section (98) can drive positioning body (97) to remote the Move in two jogs (92) direction.

16. the unidirectional Self-wringing mop of disengaging type according to claim 13, it is characterised in that described driving structure include with The promotion button that sleeve (1) is axially movably connected, described promotion button is connected with positioning body (97) and promotes button to be arranged in sleeve (1) In, provided with the second back-moving spring that can reset promotion button between described promotion button and sleeve (1), the second described reset bullet One end of spring is acted on sleeve (1), and the other end is acted on promotion button.

17. the unidirectional Self-wringing mop of disengaging type according to claim 7, it is characterised in that described mop upper boom (7) is with dragging Provided with axially penetrating through in the connecting rod (71) in movable head (94), described connecting rod (71) one end is arranged in the between lower beam (2) Two jogs (92) center and be connected with mop lower beam (2), the other end extend to mop upper boom (7) one end and with mop upper boom (7) it is connected, is provided with and is passed through for connecting rod (71) and the circumferential guiding with some guiding raised lines (721) in mop upper boom (7) end Post (72), and each guiding raised line (721), along the axially extending setting of lead (72), described movable head (94) is interior to be provided with It is some with being oriented to the one-to-one guide groove of raised line (721), and described guiding raised line (721) and guide groove slip are connected.

18. the unidirectional Self-wringing mop of disengaging type according to claim 17, it is characterised in that described elastic top laminated structure bag Include and be arranged between lead (72) and movable head (94) and be set in support spring (73) on connecting rod (71), and described branch Support spring (73) one end acts on lead (72) one end, and the other end is acted in movable head (94).