CN104083134A - Cleaning tool - Google Patents
Cleaning tool Download PDFInfo
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- CN104083134A CN104083134A CN201410368558.5A CN201410368558A CN104083134A CN 104083134 A CN104083134 A CN 104083134A CN 201410368558 A CN201410368558 A CN 201410368558A CN 104083134 A CN104083134 A CN 104083134A
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- power input
- input head
- mop
- cutting ferrule
- gear
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Abstract
A cleaning tool comprises a mop bucket and a mop. The mop comprises a mop rod and a mop head. The mop rod comprises an inner rod and an outer rod, wherein the lower end of the inner rod is connected with the mop head. The inner rod and the outer rod are connected with each other in a sleeved mode, a driving mechanism is arranged between the inner rod and the outer rod, and telescopic motion of the mop rod is transformed into rotation motion of the inner rod by the driving mechanism. A liftable support is arranged in the mop bucket, and a rotatable rotary basket is arranged on the support. When water is removed, the rotary basket is located in a high position, the mop head is placed in the rotary basket, the mop rod is pressed downwards, and the rotary basket and the mop head are driven by the driving mechanism to rotate at a first rotation speed so that water can be removed. A speed reducing mechanism is arranged in the center of the rotary basket, if the mop rod is pressed downwards at the same speed as that in water removal in the washing process, the driving mechanism drives the speed reducing mechanism, the rotary basket is driven again by the speed reducing mechanism to rotate at a second rotation speed, but the mop head is kept still, wherein the first rotation speed is higher than the second rotation speed. According to the cleaning tool, speed reduction is performed through the speed reducing mechanism in the washing process so that more labor is saved when the mop rod is pressed downwards in the washing process.
Description
Technical field
The present invention relates to a kind of burnisher.
Background technology
In order to save space, rotary mop burnisher is evolved as single barrel gradually from original twin-tub, and the Chinese utility model patent that is 201220553430.2,201220668933.4,201320776763.6 as the patent No. all provides this single barrel of burnisher.The general structure of single barrel of burnisher is: mop-pail stands and mop, and mop comprises mop rod and can be with the mophead of cleaning piece, and mop rod comprises interior bar and outer bar, and the lower end of interior bar is connected with mophead; Interior bar, outer bar are socketed mutually, between interior bar, outer bar, are provided with driving mechanism, and driving mechanism can be converted into rotatablely moving of mophead by the stretching motion of mop rod; In mop-pail stands, be provided with liftable support, support is provided with the rotating basket that turns.When dewatering, support is positioned at a high position, presses down mop rod, and driving mechanism drives and turns basket and mophead rotation; While cleaning, support is positioned at low level, presses down mop rod, and driving mechanism drives and turns basket and mophead rotation.The shortcoming that existing this single barrel of burnisher also exists is: when cleaning, due to the resistance of water, while pressing down mop rod, relatively require great effort.
Summary of the invention
In order to overcome the above-mentioned deficiency of existing burnisher, while the invention provides a kind of cleaning, operate more labour-saving burnisher.
The technical scheme that the present invention solves its technical problem is: 1. a burnisher, comprise mop-pail stands and mop, described mop comprises mop rod and can be with the mophead of cleaning piece, and described mop rod comprises interior bar and outer bar, and the lower end of described interior bar is connected with described mophead;
Described interior bar, outer bar are socketed mutually, between described interior bar, outer bar, are provided with driving mechanism, and described driving mechanism is converted into rotatablely moving of interior bar by the stretching motion of mop rod;
In described mop-pail stands, be provided with liftable support, described support is provided with the rotating basket that turns;
The basket that turns described in during dehydration is positioned at a high position, and mophead is placed in and turns basket, presses down mop rod, and driving mechanism drives and to turn basket and mophead with the first rotary speed rotary dehydration;
The described central authorities that turn basket are provided with reducing gear, during cleaning, as the speed with identical with when dehydration presses down mop rod, driving mechanism drives reducing gear, and reducing gear drives and turns basket and rotate with the second rotary speed, and mophead remains static, and the first rotary speed is greater than the second rotary speed.
Further, described reducing gear is planetary gear reducing mechanism or cycloidal planetary gear speed reducer structure.
Further, the lower end of described interior bar connects a Central boss, and the lower surface of described Central boss is provided with the draw-in groove of indent, and described Central boss penetrates and can relatively rotate between the two from the central authorities of described mophead; The described central authorities that turn basket are provided with the power input head coordinating with described Central boss;
Driving mechanism described in during dehydration by Central boss by power transmission to power input head, thereby by this power input head input power, drive and to turn basket and mophead with the first rotary speed rotary dehydration;
Driving mechanism described in during cleaning by Central boss by power transmission to power input head, thereby by this power input head input power, drive reducing gear.
Further, the central authorities of described support are provided with a fixed axis;
Described reducing gear is planetary gear reducing mechanism, and the structure of this planetary gear reducing mechanism is:
Described power input head is provided with sun gear, and this power input head is placed on rotatable and axial location on described fixed axis;
On described fixed axis, be also provided with a liftable cutting ferrule, described cutting ferrule can link with described power input head or depart from, and the lower end of described cutting ferrule is provided with fixture block;
Also comprise a base, the central authorities of described base are provided with base sleeve, and described base sheath jacket casing is outside described power input head and cutting ferrule, and the bottom surface of described base sleeve is provided with clamping slot, and the fixture block on described cutting ferrule can snap in described clamping slot;
Also comprise a top panel, described power input head passes from the central authorities of described top panel, and described top panel is provided with the detent mechanism for mophead is positioned, affixed between described top panel and described base;
Between described top panel and base, be also provided with a ring gear, the described basket that turns is connected with described ring gear; Described top panel, ring gear, base surround a gear cavity, and the sun gear on described power input head is positioned at described gear cavity, is also provided with planetary gear in described gear cavity, and described planetary gear meshes with described sun gear and ring gear respectively;
Described in during dehydration, the fixture block of cutting ferrule snaps in described clamping slot, described power input head upper end snaps in the draw-in groove of described Central boss, driving mechanism drives described power input head, and power input head drives described base, top panel and ring gear to rotate by described cutting ferrule;
The lateral surface of described base is provided with block, the bottom surface of described mop-pail stands is provided with anti-rotation block, anti-rotation block described in during cleaning and described block offset, described cutting ferrule rises, this cutting ferrule and power input head depart from and the fixture block of described cutting ferrule departs from described clamping slot, described power input head upper end snaps in the draw-in groove of described Central boss, and driving mechanism drives described power input head, thus planetary gear reducing mechanism operation.
Further, described fixed axis is provided with a circle indent locating slot, and the inwall of described power input head is provided with the centring ring of convex, and described centring ring snaps in described locating slot.
Further, have the spring housing section of indent on described fixed axis, in described spring housing section, cover has a stage clip;
Described cutting ferrule has upwardly extending pawl arm, and the upper end of described pawl arm is provided with and thickens the claw expanding, and claw is hooked on the lower surface of described spring housing section, and the lower end of described stage clip is pressed on described claw;
Thereby the lower end of the inwall of described power input head is provided with the lug of convex and forms slot between lug and lug, described claw can insert in described slot, and described pawl arm is positioned at the inner side of described lug;
Described cutting ferrule is provided with outward extending spoke, described base sleeve is provided with axial hollow hole, described spoke stretches out from described hollow hole, the end of described spoke is provided with cutting ferrule outer ring, the bottom surface of described mop-pail stands is provided with the push rod of aiming at described cutting ferrule outer ring, claw described in during dehydration inserts in described slot, thereby the push rod described in during cleaning departs from slot by described cutting ferrule outer ring and cutting ferrule jack-up claw;
Further, on described top panel, be also provided with a corral around the locating ring of described power input head, the inwall of described locating ring is provided with block reinforcement, the back side of described mophead is provided with positioning bar, and the upper end of described power input head snaps in the interior rear described positioning bar of draw-in groove of described Central boss and described block reinforcement offsets.
Further, the upper surface of described base is provided with the sprocket raising up, and described planetary gear is placed on described sprocket;
The back side of described top panel is provided with double-screw bolt, and described double-screw bolt stretches in described sprocket, from the back side of described base, in described double-screw bolt, screws in trip bolt.
Further, the lateral surface of described ring gear is provided with axial catching groove, described in turn basket and be provided with button muscle, described button muscle buckles in described catching groove.
Further, the top of described fixed axis is provided with ball, and described power input head pushes up mutually with described ball after being set on described fixed axis.
Further, described base sleeve is comprised of sleeve body and lower sleeve, and described sleeve body is provided with external screw thread, and described lower sleeve is threaded in described sleeve body; Described clamping slot is located on the bottom surface of described lower sleeve.
Further, between the lower end of described Central boss and described mophead, accompany elastic circlip; Described power input head is provided with the indent collar with described elastic circlip adaptation.
The present invention is positioned at a high position at the basket that turns described in when dehydration, and mophead is placed in and turns basket, presses down mop rod, and driving mechanism drives and turns basket and mophead rotary dehydration with the first rotary speed; When cleaning, as identical speed when with dehydration presses down mop rod, driving mechanism drives reducing gear, and reducing gear drives and turns basket rotation with the second rotary speed again, and mophead remains static, that rotates turns basket agitate water, simultaneously with mophead on cleaning piece friction, thereby clean.The first rotary speed is greater than the second rotary speed, in the time of cleaning, by reducing gear, slows down, can be more laborsaving thereby press down the operation of mop rod when cleaning.
Beneficial effect of the present invention is: in the time of cleaning, by reducing gear, slows down, and can be more laborsaving thereby press down the operation of mop rod when cleaning.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention.
Fig. 2 is the structural representation of mop.
Fig. 3 is the cutaway view at mophead position.
Fig. 4 is explosive view of the present invention.
Fig. 5 is the cutaway view of reducing gear.
Fig. 6 is the outline drawing of reducing gear.
Fig. 7 is the explosive view of reducing gear.
Fig. 8 is the scheme of installation of base, top panel, ring gear.
Fig. 9 is base, the top panel of another angle, the scheme of installation of ring gear.
Figure 10 is base, the top panel of another angle, the scheme of installation of ring gear.
Figure 11 is the scheme of installation between power input head, fixed axis, cutting ferrule.
Figure 12 is the blast scheme of installation between power input head, fixed axis, cutting ferrule.
Figure 13 is the blast scheme of installation between the power input head, fixed axis, cutting ferrule of another angle.
Figure 14 is the structural representation of cutting ferrule.
Figure 15 is the structural representation of power input head.
The position view of support when Figure 16 is cleaning state.
Partial sectional view of the present invention when Figure 17 is cleaning state.
The specific embodiment
Below in conjunction with the drawings and specific embodiments, the present invention is described in further detail.
With reference to Fig. 1 ~ Figure 17, a kind of burnisher, comprises mop-pail stands 1 and mop 2, and described mop 2 comprises mop rod 3 and can be with the mophead 4 of cleaning piece, and described mop rod 4 comprises interior bar 7 and outer bar, and the lower end of described interior bar is connected with described mophead 4.
Described interior bar 7, outer bar are socketed mutually, between described interior bar 7, outer bar, are provided with driving mechanism, and described driving mechanism is converted into rotatablely moving of interior bar 7 by the stretching motion of mop rod 4.Driving mechanism is mature technology of the prior art, does not repeat them here.
In described mop-pail stands 1, be provided with liftable support 5, described support 5 is provided with the rotating basket 6 that turns.
The basket 6 that turns described in during dehydration is positioned at a high position, and mophead 4 is placed in and turns basket 6, presses down mop rod 3, and driving mechanism drives and to turn basket 6 and mophead 4 with the first rotary speed rotary dehydration;
The described central authorities that turn basket 6 are provided with reducing gear, during cleaning as the speed with identical with when dehydration presses down mop rod 3, driving mechanism drives reducing gear, reducing gear drives and turns basket 6 and rotate with the second rotary speed, and mophead 4 remains static, and the first rotary speed is greater than the second rotary speed.
During dehydration, turn basket 6 and mophead 4 with the first rotary speed rotary dehydration, during cleaning, turns basket 6 and rotate with the second rotary speed, and mophead 4 remains static, rotation turn basket 6 agitate water, turn the cleaning piece friction on basket 6 and mophead 4 simultaneously, thereby clean.Wherein the first rotary speed is greater than the second rotary speed, in the time of cleaning, by reducing gear, slows down, can be more laborsaving thereby press down the operation of mop rod 3 when cleaning.
Reducing gear can adopt the reducing gear of various versions in prior art, and the most frequently used is planetary gear reducing mechanism or cycloidal planetary gear speed reducer structure.Recommendation planetary gear reducing mechanism.
In the present embodiment, the lower end of described interior bar 7 connects a Central boss 8, and the lower surface of described Central boss 8 is provided with the draw-in groove 9 of indent, and described Central boss 8 penetrates and can relatively rotate between the two from the central authorities of described mophead 4.The mop of this kind of version is comparatively ripe technology in the prior art, in the patent No., be 201020049751, in 201220390463.X, 201220563822.7,201310006704.5,201120233442.2 Chinese utility model patent, in the Chinese invention patent application that is 201110127829.4 at application number, all disclose the mop of the form of this structure.The described central authorities that turn basket 6 are provided with the power input head 10 coordinating with described Central boss 8;
During dehydration, power input head 10 upper ends snap in the draw-in groove 9 of Central boss 8, press mop rod 3, under the effect of driving mechanism, interior bar 7 rotates, and is also that Central boss 8 is rotated, thereby drive power input head 10 to rotate, that is driving mechanism by Central boss 8 by power transmission to power input head 10, thereby by these power input head 10 input powers, drive and to turn basket 6 and mophead 4 with the first rotary speed rotary dehydration; During cleaning, power input head 10 upper ends snap in the draw-in groove 9 of Central boss 8, press mop rod 3, under the effect of driving mechanism, interior bar 7 rotates, also be that Central boss 8 is rotated, thereby drive power input head 10 to rotate, that is driving mechanism by Central boss 8 by power transmission to power input head 10, thereby by these power input head 10 input powers, drive reducing gear.
In the present embodiment, described reducing gear specifically adopts epicyclic reduction gear unit, and its specific constructive form is and the concrete power transmission path of power input head is:
The central authorities of support 5 are provided with a fixed axis 11; Described power input head 10 is provided with sun gear 12, and this power input head 10 is placed on rotatable and axial location on described fixed axis 11.In the present embodiment, described fixed axis 11 is provided with a circle indent locating slot, and the inwall of described power input head 10 is provided with the centring ring of convex, described centring ring snaps in described locating slot, so power input head 10 is rotatable, but has realized again axial location, up and down play.
On described fixed axis 11, be also provided with a liftable cutting ferrule 13, described cutting ferrule 13 can link or depart from described power input head 10, and the lower end of described cutting ferrule 13 is provided with fixture block 14.In the present embodiment, the concrete mounting means of cutting ferrule 13 is: on fixed axis 11, have the spring housing section 18 of indent, in described spring housing section, cover has a stage clip 15; Described cutting ferrule 13 has upwardly extending pawl arm 16, and the upper end of described pawl arm 16 is provided with and thickens the claw 17 expanding, and claw 17 is hooked on the lower surface of described spring housing section 18, and the lower end of described stage clip 15 is pressed on described claw 17; Thereby the lower end of the inwall of described power input head 10 is provided with the lug 19 of convex and forms slot 20 between lug and lug, described claw 17 can insert in described slot 20, and described pawl arm 16 is positioned at the inner side of described lug 19;
Also comprise a base 21, the central authorities of described base 21 are provided with base sleeve, described base sheath jacket casing is outside described power input head 10 and cutting ferrule 13, and the bottom surface of described base sleeve is provided with clamping slot 45, and the fixture block on described cutting ferrule can snap in described clamping slot 45.Described base sleeve is comprised of sleeve body 22 and lower sleeve 23, and described sleeve body 22 is provided with external screw thread, and described lower sleeve 23 is threaded in described sleeve body 22; Described clamping slot 45 is located on the bottom surface of described lower sleeve 23.Described cutting ferrule 13 is provided with outward extending spoke 24, described sleeve body 22 is provided with axial hollow hole 25, described spoke 24 stretches out from described hollow hole 25, the end of described spoke 24 is provided with cutting ferrule outer ring 26, the bottom surface of described mop-pail stands 1 is provided with the push rod 27 of aiming at described cutting ferrule outer ring 26, claw described in during dehydration 17 inserts in described slot 20, thereby the push rod 27 described in during cleaning departs from slots 20 by described cutting ferrule outer ring 26 and cutting ferrule 13 jack-up claws 17;
Also comprise a top panel 28, described power input head 10 passes from the central authorities of described top panel 28, and described top panel 28 is provided with the detent mechanism for mophead 4 is positioned, affixed between described top panel 28 and described base 21.In the present embodiment, the specific constructive form of detent mechanism is: on described top panel 28, be also provided with a corral around the locating ring 29 of described power input head 10, the inwall of described locating ring 29 is provided with block reinforcement 30, the back side of described mophead 4 is provided with positioning bar 31, and the interior rear described positioning bar 31 of draw-in groove 9 that the upper end of described power input head 10 snaps in described Central boss 8 offsets with described block reinforcement 30.
Between described top panel 28 and base 21, be also provided with a ring gear 32, the described basket 6 that turns is connected with described ring gear 32, the lateral surface of ring gear described in the present embodiment 32 is provided with axial catching groove 33, the described basket 6 that turns is provided with button muscle, thereby described button muscle buckles into realize in described catching groove 33 and turns being connected of basket 6 and ring gear 32; Described top panel 28, ring gear 32, base 21 surround a gear cavity, sun gear 12 on described power input head is positioned at described gear cavity, in described gear cavity, be also provided with planetary gear 34, described planetary gear 34 meshes with described sun gear 12 and ring gear 32 respectively; In the present embodiment, the upper surface of described base 21 is provided with the sprocket 35 raising up, and described planetary gear 34 is placed on described sprocket 35; The back side of described top panel 28 is provided with double-screw bolt 36, and described double-screw bolt 36 stretches in described sprocket 35, screws in trip bolt 37, thereby make between top panel 28 and base 21 affixed from the back side of described base 21 in described double-screw bolt.Certainly also can adopt other frame modes to realize between the two affixed, for example, change double-screw bolt into card column, establish chucking hook in card column, card column stretches in sprocket and penetrates this sprocket, and chucking hook finally hooks the back side at base.
Described in during dehydration, the fixture block 14 of cutting ferrule 13 snaps in described clamping slot, described power input head 10 upper ends snap in the draw-in groove 9 of described Central boss 8, as previously mentioned, driving mechanism drives described power input head 10, power input head 10 rotates, by coordinating of slot 20 and claw 17, power input head drives cutting ferrule 13, because the fixture block 14 of cutting ferrule 13 snaps in the clamping slot 45 of described base, cutting ferrule 13 rotates and drives base 21 to rotate, and base 21 is affixed with top panel 28, therefore top panel 28 also rotates, ring gear 32 like this that be sandwiched between top panel 28 and base 21 also rotates, ring gear 32 rotates the connected basket 6 that turns and also rotates.
The lateral surface of described base 21 is provided with block 38, the bottom surface of described mop-pail stands is provided with anti-rotation block 39, anti-rotation block 39 described in during cleaning offsets with described block 38, described cutting ferrule 13 rises, this cutting ferrule 13 departs from power input head 10 and the fixture block 14 of described cutting ferrule 13 departs from described clamping slot 45, described power input head 10 upper ends snap in the draw-in groove 9 of described Central boss 8, driving mechanism drives described power input head 10, thereby drives reducing gear by these power input head 10 input powers.
In when dehydration, support 5 is positioned at a high position, and the upper end of power input head 10 is inserted in the draw-in groove 9 of Central boss 8 of interior bar, presses mop rod 3, and in driving by driving mechanism, bar 7 rotates, thereby drives 10 rotations of power input heads by Central boss 8.Now the claw 17 of cutting ferrule 13 inserts the slot 20 of power input head 10 inwalls, power input head 10 rotates and drives cutting ferrule 13 to rotate, and now the fixture block 14 of cutting ferrule 13 snaps on the bottom surface of base sleeve in clamping slot, the rotation of cutting ferrule 13 drives base 21 to rotate together, and base 21 is affixed with top panel 28, therefore also rotation together thereupon of top panel 28, ring gear 32 like this between top panel 28 and base 21 also rotates together, and the rotation of ring gear 32 drives again and turns basket 6 rotations.Meanwhile, the positioning bar at mophead 4 back sides 31 offsets with the block reinforcement 30 on top panel 28, and in the above under the turning effort power of plate 28, under the induced effect that turns 6 pairs of cleaning pieces of basket of rotating, mophead 4 also rotates, and realizes rotary dehydration.
When cleaning, support 5 is positioned at low level, and the upper end of power input head 10 is inserted in the draw-in groove 9 of Central boss 8 of interior bar, presses mop rod 3, and in driving by driving mechanism, bar 7 rotates, thereby drives 10 rotations of power input heads by Central boss 8.Now the anti-rotation block 39 on the bottom surface of the block on base 21 38 and mop-pail stands offsets, base 21 does not rotate, the top panel 28 affixed with base 21 do not rotate yet, and the positioning bar 31 at mophead 4 back sides offsets with the block reinforcement 30 on top panel 28, so mophead 4 does not also rotate and keeps inactive state.Now push rod 27 withstands on cutting ferrule outer ring 26, cutting ferrule 13 is by while jack-up, cutting ferrule 13 is by after jack-up, on the bottom surface of the fixture block 14 disengaging base sleeves of cutting ferrule 13, the claw 17 of clamping slot, cutting ferrule 13 departs from the slot 20 of power input head inwalls, and the pawl arm 16 of cutting ferrule is positioned at the inner side of the lug 19 on power input head inwall, do not contact with it, i.e. transferring power again between cutting ferrule 13 and power input head 10 now yet, power input head 10 rotates, and cutting ferrule 13 does not rotate.Now the sun gear 12 on power input head 10 starts to drive planetary gear 34 to rotate, and planetary gear 34 drives ring gear 32 to rotate again, and the rotation of ring gear 32 drives and turns basket 6 rotations, and the velocity of rotation that turns basket 6 after the deceleration of planetary gear reducing mechanism is slack-off.Under the rotary action that turns basket 6, water is stirred, and has the rubbing action that turns basket 6 and cleaning piece simultaneously, and cleaning piece can be cleaned totally.
In fact, from foregoing description, on cutting ferrule 13, do not establish fixture block 14, does not establish base sleeve bottom surface can realize above-mentioned action with the clamping slot of fixture block adaptation yet, reason is that the spoke 24 of cutting ferrule is through base sleeve, when dehydration, cutting ferrule 13 rotates together with power input head 10, can drive base 21 to rotate by spoke 24; When cleaning, cutting ferrule 13 does not rotate, and that base 21 can be realized under the cooperation of block 38 and anti-rotation block 39 is static.
In the present embodiment, the top of described fixed axis 11 is provided with ball 40, and described power input head 10 pushes up mutually with described ball 40 after being set on described fixed axis 11, and so power input head 10 is better smooth and easy when rotating.Between the lower end of described Central boss 8 and described mophead 4, accompany elastic circlip 41; Described power input head 10 is provided with the indent collar with described elastic circlip 41 adaptations, after power input head 10 is inserted in the draw-in groove 9 of Central boss 8, elastic circlip 41 snaps onto in indent collar, so can realize when upwards carrying or evading downwards, turn basket 6 and support 5 synchronization liftings, thereby realize, support 5 is moved to a high position or moves to low level, firmly after drawing mop, mop 2 and power input head 10 can be separated again simultaneously.Certainly also can adopt other modes to realize this function, for example, by several pieces limbs, surround draw-in groove, the grab of interior hook is established in limb lower end, establishes hook groove on power input head, and after power input head is inserted in the draw-in groove of Central boss, grab hooks in hook groove; Or an elastic card entrance is established on the top at the draw-in groove of Central boss, at the head of power input head, be provided with card ball, after power input head is inserted in the draw-in groove of Central boss, card ball heads into and snaps in mouth.
The specific implementation that is placed in support 5 liftings with and in the concrete locate mode of high-order and low level, it is mature technology of the prior art, do not repeat them here, can adopt as the patent No. be the structure as described in 201220553430.2,201220668933.4 Chinese utility model patent, salient point is set on support, at the inwall of mop-pail stands, establish corresponding with it track, track has high-order fulcrum and low level fulcrum; Also the structure as described in the Chinese utility model patent that can to adopt as the patent No. be 201320776763.6 is established guide rail on support, at the inwall of mop-pail stands, establishes the salient point corresponding with guide rail, and track has high-order fulcrum and low level fulcrum.The present embodiment middle orbit 42 is located at the inwall of mop-pail stands 1, this track 42 has a high point location groove and low spot locating slot equally, support 5 has three extended legs 43, extended leg 43 is provided with positioning convex point 44, positioning convex point 44 is in the interior slip of track 42, can be positioned on high point location groove and low spot locating slot, corresponding support 5 is positioned at high-order dehydration and low level cleaning respectively.
Claims (12)
1. a burnisher, comprises mop-pail stands and mop, and described mop comprises mop rod and can be with the mophead of cleaning piece, and described mop rod comprises interior bar and outer bar, and the lower end of described interior bar is connected with described mophead;
Described interior bar, outer bar are socketed mutually, between described interior bar, outer bar, are provided with driving mechanism, and described driving mechanism is converted into rotatablely moving of interior bar by the stretching motion of mop rod;
In described mop-pail stands, be provided with liftable support, described support is provided with the rotating basket that turns;
It is characterized in that: the basket that turns described in during dehydration is positioned at a high position, and mophead is placed in and turns basket, presses down mop rod, driving mechanism drives and to turn basket and mophead with the first rotary speed rotary dehydration;
The described central authorities that turn basket are provided with reducing gear, during cleaning, as the speed with identical with when dehydration presses down mop rod, driving mechanism drives reducing gear, and reducing gear drives and turns basket and rotate with the second rotary speed, and mophead remains static, and the first rotary speed is greater than the second rotary speed.
2. burnisher as claimed in claim 1, is characterized in that: described reducing gear is planetary gear reducing mechanism or cycloidal planetary gear speed reducer structure.
3. burnisher as claimed in claim 2, it is characterized in that: the lower end of described interior bar connects a Central boss, the lower surface of described Central boss is provided with the draw-in groove of indent, and described Central boss penetrates and can relatively rotate between the two from the central authorities of described mophead; The described central authorities that turn basket are provided with the power input head coordinating with described Central boss;
Driving mechanism described in during dehydration by Central boss by power transmission to power input head, thereby by this power input head input power, drive and to turn basket and mophead with the first rotary speed rotary dehydration;
Driving mechanism described in during cleaning by Central boss by power transmission to power input head, thereby by this power input head input power, drive reducing gear.
4. burnisher as claimed in claim 3, is characterized in that:
The central authorities of described support are provided with a fixed axis;
Described reducing gear is planetary gear reducing mechanism, and the structure of this planetary gear reducing mechanism is:
Described power input head is provided with sun gear, and this power input head is placed on rotatable and axial location on described fixed axis;
On described fixed axis, be also provided with a liftable cutting ferrule, described cutting ferrule can link with described power input head or depart from, and the lower end of described cutting ferrule is provided with fixture block;
Also comprise a base, the central authorities of described base are provided with base sleeve, and described base sheath jacket casing is outside described power input head and cutting ferrule, and the bottom surface of described base sleeve is provided with clamping slot, and the fixture block on described cutting ferrule can snap in described clamping slot;
Also comprise a top panel, described power input head passes from the central authorities of described top panel, and described top panel is provided with the detent mechanism for mophead is positioned, affixed between described top panel and described base;
Between described top panel and base, be also provided with a ring gear, the described basket that turns is connected with described ring gear; Described top panel, ring gear, base surround a gear cavity, and the sun gear on described power input head is positioned at described gear cavity, is also provided with planetary gear in described gear cavity, and described planetary gear meshes with described sun gear and ring gear respectively;
Described in during dehydration, the fixture block of cutting ferrule snaps in described clamping slot, described power input head upper end snaps in the draw-in groove of described Central boss, driving mechanism drives described power input head, and power input head drives described base, top panel and ring gear to rotate by described cutting ferrule;
The lateral surface of described base is provided with block, the bottom surface of described mop-pail stands is provided with anti-rotation block, anti-rotation block described in during cleaning and described block offset, described cutting ferrule rises, this cutting ferrule and power input head depart from and the fixture block of described cutting ferrule departs from described clamping slot, described power input head upper end snaps in the draw-in groove of described Central boss, and driving mechanism drives described power input head, thus planetary gear reducing mechanism operation.
5. burnisher as claimed in claim 4, is characterized in that: described fixed axis is provided with a circle indent locating slot, and the inwall of described power input head is provided with the centring ring of convex, and described centring ring snaps in described locating slot.
6. burnisher as claimed in claim 4, is characterized in that: on described fixed axis, have the spring housing section of indent, in described spring housing section, cover has a stage clip;
Described cutting ferrule has upwardly extending pawl arm, and the upper end of described pawl arm is provided with and thickens the claw expanding, and claw is hooked on the lower surface of described spring housing section, and the lower end of described stage clip is pressed on described claw;
Thereby the lower end of the inwall of described power input head is provided with the lug of convex and forms slot between lug and lug, described claw can insert in described slot, and described pawl arm is positioned at the inner side of described lug;
Described cutting ferrule is provided with outward extending spoke, described base sleeve is provided with axial hollow hole, described spoke stretches out from described hollow hole, the end of described spoke is provided with cutting ferrule outer ring, the bottom surface of described mop-pail stands is provided with the push rod of aiming at described cutting ferrule outer ring, claw described in during dehydration inserts in described slot, thereby the push rod described in during cleaning departs from slot by described cutting ferrule outer ring and cutting ferrule jack-up claw.
7. burnisher as claimed in claim 4, it is characterized in that: on described top panel, be also provided with a corral around the locating ring of described power input head, the inwall of described locating ring is provided with block reinforcement, the back side of described mophead is provided with positioning bar, and the upper end of described power input head snaps in the interior rear described positioning bar of draw-in groove of described Central boss and described block reinforcement offsets.
8. burnisher as claimed in claim 4, is characterized in that: the upper surface of described base is provided with the sprocket raising up, and described planetary gear is placed on described sprocket;
The back side of described top panel is provided with double-screw bolt, and described double-screw bolt stretches in described sprocket, from the back side of described base, in described double-screw bolt, screws in trip bolt.
9. burnisher as claimed in claim 4, is characterized in that: the lateral surface of described ring gear is provided with axial catching groove, described in turn basket and be provided with button muscle, described button muscle buckles in described catching groove.
10. burnisher as claimed in claim 4, is characterized in that: the top of described fixed axis is provided with ball, and described power input head pushes up mutually with described ball after being set on described fixed axis.
11. burnishers as claimed in claim 4, is characterized in that: described base sleeve is comprised of sleeve body and lower sleeve, and described sleeve body is provided with external screw thread, and described lower sleeve is threaded in described sleeve body; Described clamping slot is located on the bottom surface of described lower sleeve.
12. burnishers as claimed in claim 4, is characterized in that: between the lower end of described Central boss and described mophead, accompany elastic circlip; Described power input head is provided with the indent collar with described elastic circlip adaptation.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410368558.5A CN104083134B (en) | 2014-07-30 | 2014-07-30 | A kind of burnisher |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410368558.5A CN104083134B (en) | 2014-07-30 | 2014-07-30 | A kind of burnisher |
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| CN104083134A true CN104083134A (en) | 2014-10-08 |
| CN104083134B CN104083134B (en) | 2017-04-05 |
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| CN201410368558.5A Active CN104083134B (en) | 2014-07-30 | 2014-07-30 | A kind of burnisher |
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| CN104138244A (en) * | 2014-08-15 | 2014-11-12 | 陈剑 | Cleaning tool |
| CN105598061A (en) * | 2016-03-14 | 2016-05-25 | 陈漫辉 | Multifunctional dish washing integrated machine |
| CN107456176A (en) * | 2016-06-03 | 2017-12-12 | 孙振东 | The burnisher of variable-ratio during cleaning |
| CN108852212A (en) * | 2017-05-12 | 2018-11-23 | 宁波德润堂智能科技有限公司 | Water-saving mop bucket |
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| CN203263333U (en) * | 2013-05-28 | 2013-11-06 | 宁波德腾工业设计有限公司 | Mop bucket speed reducing device |
| CN203662701U (en) * | 2013-12-13 | 2014-06-25 | 宁波德腾工业设计有限公司 | Cleaning tool and mop barrel thereof |
| CN203970304U (en) * | 2014-07-30 | 2014-12-03 | 黄智勇 | A kind of burnisher |
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| EP2348153A2 (en) * | 2009-12-21 | 2011-07-27 | E Cha E International Corp. | Stepping-free electric dehydration barrel |
| CN202859060U (en) * | 2012-05-01 | 2013-04-10 | 林美利 | Single-drum dewatering and washing barrel |
| CN203263333U (en) * | 2013-05-28 | 2013-11-06 | 宁波德腾工业设计有限公司 | Mop bucket speed reducing device |
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| CN104138244A (en) * | 2014-08-15 | 2014-11-12 | 陈剑 | Cleaning tool |
| CN104138244B (en) * | 2014-08-15 | 2019-10-25 | 陈剑 | Burnisher |
| CN105598061A (en) * | 2016-03-14 | 2016-05-25 | 陈漫辉 | Multifunctional dish washing integrated machine |
| CN107456176A (en) * | 2016-06-03 | 2017-12-12 | 孙振东 | The burnisher of variable-ratio during cleaning |
| CN107456176B (en) * | 2016-06-03 | 2022-06-17 | 孙振东 | Cleaning tool capable of changing speed during cleaning |
| CN108852212A (en) * | 2017-05-12 | 2018-11-23 | 宁波德润堂智能科技有限公司 | Water-saving mop bucket |
| CN108852212B (en) * | 2017-05-12 | 2021-04-16 | 宁波德润堂智能科技有限公司 | Water-saving mop bucket |
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