CN201631148U - Pedaling rotary type double-drive bucket integrating dehydration and washing into whole and mop thereof - Google Patents
Pedaling rotary type double-drive bucket integrating dehydration and washing into whole and mop thereof Download PDFInfo
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- CN201631148U CN201631148U CN2010203027728U CN201020302772U CN201631148U CN 201631148 U CN201631148 U CN 201631148U CN 2010203027728 U CN2010203027728 U CN 2010203027728U CN 201020302772 U CN201020302772 U CN 201020302772U CN 201631148 U CN201631148 U CN 201631148U
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Abstract
The utility model discloses a pedaling rotary type double-drive bucket integrating dehydration and washing into a whole and a mop thereof. The pedaling rotary type double-drive bucket integrating dehydration and washing into a whole comprises a water collecting bucket with a handle, a dehydrating basket, a pedal, a base, a dehydrating rotary drive device, a washing rotary drive device and a special mop for the double-drive bucket, wherein the base comprises a front base and a rear base; the dehydrating rotary drive device is arranged on the front base; the washing rotary drive device is arranged on the rear base and comprises a washing drive shaft, a washing drive rack and a washing drive mechanism; the upper end of the washing drive shaft penetrates through the water collecting bucket; the upper end of the washing drive shaft is provided with a positioning wheel; the washing drive rack is clamped with a dehydrating drive rack and is in drive connection with the washing drive mechanism; and the washing drive shaft is in drive fit with the washing drive mechanism. The utility model has the advantages of convenient cleaning, thorough dehydration, convenience, high speed, and the like.
Description
Technical field
The utility model relates to a kind of cleaning appliance, particularly a kind of foot-operated rotary two bucket and special-purpose mops thereof of driving that integrate dehydration and washing function.
Background technology
In life, mop is the cleaning appliance that we use always, after mop is cleaned, in order to make mophead in use is not that mophead after adrip, the traditional method person of being to use will clean is wrung out then with hand and used, very inconvenient, if it is allow it dry naturally, very time-consuming again.Problem at above-mentioned existence, people have invented the special-purpose dewater unit that is used for after mop cleans, the dehydration barrel of one hard for example is set in dust-collecting bucket, when dehydration, mophead is placed dehydration barrel, by manually firmly rotation or extruding, go out to flow into the hydraulic pressure in the mophead in the dust-collecting bucket, yet this manual squeezing formula dehydration though reached the function of dehydration, there is many deficiencies such as dehydration is unclean, labour intensity is big, waste time and energy; And make a general survey of present dehydration barrel, it only is to solve and after mop has cleaned it is carried out the problem of fast dewatering, cleaning process after mop is used is to adopt manually mophead to be placed on mode such as push in the bucket that fills water and to clean the visible existing dehydration barrel and automation and the convenient purification of mop in cleaning process of being unrealized equally.
More foot-operated at present rotary mop dewater unit, mophead is put in the bucket, step on the rotation of driving bucket by pin, utilize centrifugal principle that mophead is dried, for example application number is the Chinese utility model patent of 200820204248.X, it drives driving rack sliding back and forth by pedal, utilize the machine driving effect of driving rack and travelling gear, the glding type back and forth of driving rack moved be converted into the rotary of dehydration barrel and move, nationality and utilize the high speed of dehydration barrel to rotate the function that realizes the mophead automatic dehydration.This dewater unit adopts foot-operated mode of operation as power source, the mode of operation of the manual squeezing dehydration before having replaced, operate simpler, solved and adopted the labour intensity that manually dewaters big, problem such as waste time and energy, but the automatic convenient purification problem that this device does not still clean mop solves, and with regard to this dewater unit, it drives driving rack at pedal and slides in the process back and forth, it is to be in just to change the action that counter-rotating replaces mutually that driving rack drives rotating shaft, to such an extent as to dehydration barrel also is the positive and negative alternate rotation in dehydration, so also there is following problem in mode: 1, traditional gear transmission mode, its transmission effect can not reach the moment demand for raising speed, usually needs to drive by trampling repeatedly; 2, dehydration barrel rotate to be positive and negative alternate, it is very high that its rotary speed can't reach all the time, and the speed of rotation is the key factor that directly influences the mop dewatering effect, if rotary speed is not high, then can cause the unclean problem of dehydration; 3, the rotation positive and negative alternate of dehydration barrel is bigger for the infringement of device itself, when dehydration barrel to the rotation of direction the time, because the transient change of driving direction, make it in the instantaneous direction of stopping and changing rotation, so long-term use will certainly influence the stability of its service life and dehydrating effect.
The utility model content
Goal of the invention of the present utility model is: at the problem of above-mentioned existence, a kind of foot-operated rotary two bucket and special-purpose mops thereof of driving that integrate dehydration and washing function are provided, mop is cleaned fast and dewater by foot-operated action, convenient and swift, realized that fully mop cleans and the automation and the convenient purification of two continuous actions of dewatering.
The technical solution of the utility model is achieved in that a kind of dehydration and foot-operated rotary two buckets that drive that wash of integrating, comprise the dust-collecting bucket that has handle, dehydration basket, pedal, pedestal and dehydration rotating driving device, dehydration basket places dust-collecting bucket, pedal and pedestal are hinged, articulated section at pedal and pedestal is provided with elastic reseting part, described dehydration rotating driving device comprises the dehydration power transmission shaft, dehydration drives tooth bar and dehydration transmission mechanism, the bottom that dust-collecting bucket is passed in dehydration power transmission shaft upper end is connected with dehydration basket, the bottom of pedal drives tooth bar with dehydration and is connected, dehydration drives tooth bar and is connected with the driving of dehydration transmission mechanism, the dehydration power transmission shaft drives with the dehydration transmission mechanism and cooperates, it is characterized in that: pedestal and back pedestal before described pedestal comprises, the dehydration rotating driving device is arranged on the preceding pedestal, back pedestal is provided with the washing rotating driving device, described washing rotating driving device comprises the washing power transmission shaft, washing drives tooth bar and washing transmission mechanism, dust-collecting bucket is passed in the upper end of washing power transmission shaft, be provided with locating wheel in washing power transmission shaft upper end, described washing drives tooth bar and is connected with dehydration driving tooth bar clamping and with the driving of washing transmission mechanism, and the washing power transmission shaft cooperates with the driving of washing transmission mechanism.
A kind of dehydration and foot-operated rotary two buckets that drive that wash of integrating described in the utility model, its described dehydration transmission mechanism comprises travelling gear A, travelling gear B and driven gear A, in driven gear A, be provided with unilateral bearing, the groove that unilateral bearing places preceding pedestal is passed in the lower end of described dehydration power transmission shaft, and the dehydration power transmission shaft drives with unilateral bearing and cooperates.
A kind of dehydration and foot-operated rotary two buckets that drive that wash of integrating described in the utility model, its described travelling gear A is first roller gear, travelling gear B is second roller gear, first gear of first roller gear drives the tooth bar engagement with dehydration, second gear of first roller gear and first gears engaged of second roller gear, second gear of second roller gear and driven gear A engagement.
A kind of dehydration and foot-operated rotary two buckets that drive that wash of integrating described in the utility model, its described washing transmission mechanism comprises travelling gear C and driven gear B, in driven gear B, be provided with unilateral bearing, the lower end of described washing power transmission shaft passes driven gear B successively and unilateral bearing places the groove of pedestal afterwards, and the washing power transmission shaft drives with unilateral bearing and cooperates.
A kind of dehydration and foot-operated rotary two buckets that drive that wash of integrating described in the utility model, its described travelling gear C is a roller gear, first gear of roller gear drives the tooth bar engagement with washing, second gear of roller gear and driven gear B engagement.
A kind of dehydration and foot-operated rotary two buckets that drive that wash of integrating described in the utility model, its between the groove of dehydration power transmission shaft lower end and preceding pedestal, washing power transmission shaft lower end and afterwards be provided with sphere between the groove of pedestal, on pedestal and the back pedestal, the lower surface of dehydration power transmission shaft and washing power transmission shaft was the cambered surface that cooperates with corresponding sphere before described sphere was connected to respectively.
A kind of dehydration and foot-operated rotary two buckets that drive that wash of integrating described in the utility model, its described dust-collecting bucket bottom one side is provided with cavity, this cavity and dust-collecting bucket internal insulation, described pedal, pedestal, dehydration rotating driving device and washing rotating driving device are arranged in the cavity, and pedestal is equal with the dust-collecting bucket bottom surface.
A kind of be used to integrate dehydration and the foot-operated rotary two mops that drive bucket that wash described in the utility model, comprise mophead and mop rod, its described mophead comprises embraces lock, connector, swivel head, hold down gag, mop dish, locating piece, cloth dish and the leftover of bolt of cloth, the mop rod lower end is connected with connector by embracing lock, connector is connected with the mop dish by swivel head, described swivel head lower end is passed the mop dish and is connected with locating piece, described locating piece and locating wheel are complementary, the mop dish is connected with the cloth dish, and the leftover of bolt of cloth is connected with the cloth dish and is distributed in below it.
A kind of be used to integrate dehydration and the foot-operated rotary two mops that drive bucket that wash described in the utility model, its described hold down gag comprises latch segment, briquetting and elastic ring, described latch segment is connected with connector, mop dish around the swivel head is provided with annular groove, elastic ring is arranged in the annular groove, and briquetting passes swivel head and is pressed on the elastic ring.
A kind of be used to integrate dehydration and the foot-operated rotary two mops that drive bucket that wash described in the utility model, its described mop rod is divided at least two sections, and adjacent two sections connecting portion is socketed with fixed cover.
The utility model is provided with the washing rotating driving device by increasing in the dust-collecting bucket bottom, make mop when cleaning, driving mophead by foot pedal rotates in dust-collecting bucket, utilize mop at the bottom of the bucket, under the drive of the friction of ladle body and current, reach the purpose that mop is cleaned up, put it in the dehydration basket then and dewater, realized that so fully mop cleans and the automation and the convenient purification of two continuous actions of dewatering; Utilize unilateral bearing to drive and cooperate, make dehydration basket and locating wheel remain the high speed rotation of a direction, overcome the problem that the positive and negative alternate rotation produces fully, have and clean advantages such as convenient, that dehydration is thorough, convenient and swift with power transmission shaft.
Description of drawings
Fig. 1 is the two sectional views that drive bucket of the utility model.
Fig. 2 is the profile at A-A place among Fig. 1.
Fig. 3 is the profile at B-B place among Fig. 1.
Fig. 4 is an I portion enlarged drawing among Fig. 2.
Fig. 5 is a H portion enlarged drawing among Fig. 3.
Fig. 6 is the two structural representations that drive the bucket driving section of the utility model.
Fig. 7 is the two disassembly and assembly structure schematic diagrames that drive bucket of the utility model.
Fig. 8 is the structural representation of mop in the utility model.
Fig. 9 is the dismounting schematic diagram of mophead.
Figure 10 is the work sheet of the utility model when washing mop.
Work sheet when Figure 11 is the utility model mop dewatering.
Mark among the figure: 1 is dust-collecting bucket, and 2 is dehydration basket, and 3 is pedal, 3a is the bottom of pedal, and 3b is foot-operated face, and 4a is preceding pedestal, 4b is the back pedestal, and 5 is torsion spring, and 6 is handle, 7a is the dehydration power transmission shaft, and 7b drives tooth bar for washing power transmission shaft, 8a for dehydration, 8b drives tooth bar for washing, and 9 is locating wheel, and 10 is travelling gear A, 10a is first gear of first roller gear, and 10b is second gear of first roller gear, and 11 is travelling gear B, 11a is first gear of second roller gear, and 11b is second gear of second roller gear, and 12 is driven gear A, 13a, 13b is a unilateral bearing, and 14a is the groove of preceding pedestal, and 14b is the groove of back pedestal, 15 is travelling gear C, and 15a is first gear of roller gear, and 15b is second gear of roller gear, 16 is driven gear B, 17a, 17b is a sphere, and 18 for embracing lock, and 19 is connector, 20 is swivel head, 21 is the mop dish, and 22 is locating piece, and 23 is the cloth dish, 24 is the leftover of bolt of cloth, 25 is latch segment, and 26 is briquetting, and 27 is elastic ring, 28 is annular groove, 29 is cavity, and 30 is fixed cover, and 31a is a protecgulum, 31b is a bonnet, 32 is water fender, and 33 is osculum, and 34 is rotary sleeve, 35 is mophead, and 36 is mop rod.
The specific embodiment
Below in conjunction with accompanying drawing, the utility model is done detailed explanation.
In order to make the purpose of this utility model, technical scheme and advantage clearer,, the utility model is further elaborated below in conjunction with drawings and Examples.Should be appreciated that specific embodiment described herein only in order to explanation the utility model, and be not used in qualification the utility model.
Shown in Fig. 1 and 7, a kind of dehydration and foot-operated rotary two buckets that drive that wash of integrating, comprise the dust-collecting bucket 1, dehydration basket 2, pedal 3, pedestal and the dehydration rotating driving device that have handle 6, pedestal 4a and back pedestal 4b before described pedestal comprises, on forward and backward pedestal, be separately installed with protecgulum 31a and bonnet 31b, before being arranged at, the dehydration rotating driving device on the pedestal 4a, on the pedestal 4b of back, also is provided with the washing rotating driving device; One side is provided with cavity 29 in dust-collecting bucket 1 bottom, this cavity 29 and dust-collecting bucket 1 internal insulation, and described pedal 3, pedestal, dehydration rotating driving device and washing rotating driving device are arranged in the cavity 29, and pedestal is equal with dust-collecting bucket 1 bottom surface.
Wherein said dehydration basket 2 places dust-collecting bucket 1, is evenly distributed with plurality of rows water hole 33 on dehydration basket 2, also is provided with water fender 32 in dehydration basket 2 one sides, can prevent that mop water when dehydration is thrown out of outside the bucket; Described pedal 3 is hinged by connecting axle and preceding pedestal 4a, articulated section at pedal 3 and preceding pedestal 4a is provided with elastic reseting part, described elastic reseting part is a torsion spring 5, when pedal is operated, torsion spring one end is resisted against and produces elastic force on the baffle plate, and after unclamping pedal, pedal is finished homing action under the effect of torsion spring elastic force, the foot-operated face 3b of described pedal 3 is an arc, uses more comfortable.
Shown in Fig. 2,4 and 6, described dehydration rotating driving device comprises that dehydration power transmission shaft 7a, dehydration drive tooth bar 8a and dehydration transmission mechanism, the bottom that dehydration power transmission shaft 7a passes the upper end dust-collecting bucket 1 is connected with dehydration basket 2, on dust-collecting bucket 1 bottom, dehydration power transmission shaft 7a, be socketed with spacing snap ring and water proof ring, wherein spacing snap ring is used to prevent that the maloperation power transmission shaft that will dewater from extracting out, and water proof ring then guarantees the sealing problem of this junction; Preceding pedestal 4a is provided with for dehydration and drives the slideway that slides in tooth bar 8a front and back, and the bottom 3a of pedal 3 drives tooth bar 8a with dehydration and is connected, and dehydration driving tooth bar 8a drives with the dehydration transmission mechanism and is connected, and dehydration power transmission shaft 7a cooperates with the driving of dehydration transmission mechanism.
Wherein said dehydration transmission mechanism comprises travelling gear A10, travelling gear B11 and driven gear A12, described travelling gear A10 is first roller gear, travelling gear B11 is second roller gear, the first gear 10a of first roller gear drives tooth bar 8a engagement with dehydration, second gear 10b of first roller gear and the first gear 11a of second roller gear engagement, second gear 11b of second roller gear and driven gear A12 engagement, in driven gear A12, be provided with unilateral bearing 13a, the groove 14a of pedestal 4a before the lower end of described dehydration power transmission shaft 7a is passed protecgulum 31a and unilateral bearing 13a successively and placed, dehydration power transmission shaft 7a cooperates with unilateral bearing 13a driving; Unilateral bearing is can freely rotate in one direction, and on another direction locked a kind of bearing, in the metal shell of unilateral bearing, comprise a lot of roller bearings, needle roller or balls, and its shape of rolling seat can only be rolled it to a direction, and on another direction, can produce very big resistance, adopt unilateral bearing can make dehydration basket keep same direction to rotate at a high speed always.
Shown in Fig. 3,5 and 6, described washing rotating driving device comprises that washing power transmission shaft 7b, washing drive tooth bar 8b and washing transmission mechanism, dust-collecting bucket 1 is passed in the upper end of washing power transmission shaft 7b, be provided with locating wheel 9 in washing power transmission shaft 7b upper end, on dust-collecting bucket 1 bottom, washing power transmission shaft 7b, be socketed with spacing snap ring and water proof ring; Back pedestal 4b is provided with the slideway for slip before and after the washing driving tooth bar 8b, and described washing drives tooth bar 8b and is connected with dehydration driving tooth bar 8a clamping and with the driving of washing transmission mechanism, and washing power transmission shaft 7b cooperates with the driving of washing transmission mechanism.
Wherein wash transmission mechanism and comprise travelling gear C15 and driven gear B16, described travelling gear C15 is a roller gear, and the first gear 15a of roller gear drives tooth bar 8b engagement with washing, second gear 15b of roller gear and driven gear B16 engagement; Be provided with unilateral bearing 13b in driven gear B16, the lower end of described washing power transmission shaft 7b passes bonnet 31b, driven gear B16 successively and unilateral bearing 13b places the groove 14b of pedestal 4b afterwards, and washing power transmission shaft 7b drives with unilateral bearing 13b and cooperates; Adopt unilateral bearing can make the washing power transmission shaft keep same direction to rotate at a high speed always.
Between the groove 14a of dehydration power transmission shaft 7a lower end and preceding pedestal 4a, washing power transmission shaft 7b lower end and afterwards be provided with the steel ball that is used to locate between the groove 14b of pedestal 4b, described steel ball is connected to respectively on preceding pedestal 4a and the back pedestal 4b, the lower surface of dehydration power transmission shaft 7a and washing power transmission shaft 7b is the cambered surface that cooperates with steel ball, when power transmission shaft rotates like this, when playing the location, the power transmission shaft bottom is a little to contact with steel ball substantially, reduce the resistance of power transmission shaft rotation greatly, improved the speed of rotation.
Shown in Fig. 8 and 9, a kind of mops of the foot-operated rotary two driving buckets that are used to integrate dehydration and wash comprise mophead 35 and mop rod 36, for the ease of packed and transported, described mop rod 36 is divided into three sections, and adjacent two sections are screwed onto mutually together, also are socketed with fixed cover 30 at its connecting portion; Described mophead 35 comprises embraces lock 18, connector 19, swivel head 20, hold down gag, mop dish 21, locating piece 22, cloth dish 23 and the leftover of bolt of cloth 24, mop rod 36 lower ends are connected with connector 19 by embracing lock 18, connector 19 is connected with mop dish 21 by the swivel head 20 that is socketed with rotary sleeve 34, described swivel head 20 lower ends are passed mop dish 21 and are connected with locating piece 22, described locating piece 22 is complementary with the locating wheel 9 that is arranged on washing power transmission shaft top, mop dish 21 is connected with cloth dish 23, and the leftover of bolt of cloth 24 is connected with cloth dish 23 and is distributed in below it.
Wherein said hold down gag comprises latch segment 25, briquetting 26 and elastic ring 27, described two latch segments 25 are connected connector 19 both sides by nut, mop dish 21 around the swivel head 20 is provided with annular groove 28, elastic ring 27 is arranged in the annular groove 28, and briquetting 26 passes swivel head 20 and is pressed on the elastic ring 27.When mop is in when mopping floor state, the cloth dish can carry out 360 ° rotation by swivel head to be used; When mop is in dehydration or cleans state, mop rod and mop dish in vertical state, latch segment compresses briquetting, forces elastic ring to produce deformation, makes the stiff rotation of cloth dish thereby produce resistance, cloth dish and connecting rod are that one is rotated and dewaters or cleaning.
Operation principle: as shown in figure 10, when cleaning mop, mop rod rotated to the mop dish be vertical state, cloth dish stiff rotation this moment, cloth dish and connecting rod are one, with the locating piece of mophead bottom and be arranged at locating wheel in the dust-collecting bucket cooperatively interact clamping good after, by stepping on pedal, to front slide, along with pedal is operated, torsion spring is extruded drive washing driving tooth bar in slideway; Washing drives tooth bar in the process of front slide, the roller gear rotation that drive is engaged with, roller gear drives the driven gear B rotation that is set with unilateral bearing again, and unilateral bearing cooperates for driving with the washing power transmission shaft, so, by jamming on pedal, then can rotate at a high speed by the locating wheel of drive installation on washing power transmission shaft top, the mophead of clamping is with it rotated in filling the dust-collecting bucket of water; After stepping on bottom, pedal unclamps pedal, pedal is made homing action under the effect of torsion spring elastic force, pedal drives washing driving tooth bar and moves backward, washing driving gear band nutating gear B backward rotation, because the setting of unilateral bearing among the driven gear B, the washing power transmission shaft can not drive the backward rotation that retreats of tooth bar because of washing, the rotation at a high speed on same direction still of locating wheel this moment.Above-mentioned so repeatedly action, thus the rotation at a high speed of washing power transmission shaft finished, like this, utilize mop at the bottom of the bucket, under the drive of the friction of ladle body and current, reach the purpose that mop is cleaned up, realize cleaning the automation of mop.
As shown in figure 11, cleaned back mophead to be drained off is placed dehydration basket, then equally by foot-treadle, to front slide, along with pedal is operated, torsion spring is extruded drive dehydration driving tooth bar in corresponding slideway; Dehydration drives tooth bar in the process of front slide, first roller gear rotation that drive is engaged with, first roller gear drives second roller gear again and rotates, second roller gear drives the driven gear A that is set with unilateral bearing and rotates synchronously, and unilateral bearing cooperates for driving with the dehydration power transmission shaft, so, by jamming on pedal, then can drive dehydration basket and rotate at a high speed; After stepping on bottom, pedal unclamps pedal, pedal is made homing action under the effect of torsion spring elastic force, pedal drives dehydration driving tooth bar and moves backward, dehydration drives rack drives driven gear A backward rotation, because the setting of unilateral bearing among the driven gear A, the dehydration power transmission shaft can not drive the backward rotation that retreats of tooth bar because of dehydration, dehydration basket this moment fast idle on same direction still.Above-mentioned so repeatedly action, thus dehydration basket rotation at a high speed finished, reach the function of instant dehydration.
The above only is preferred embodiment of the present utility model; not in order to restriction the utility model; all any modifications of within spirit of the present utility model and principle, being done, be equal to and replace and improvement etc., all should be included within the protection domain of the present utility model.
Claims (10)
1. one kind integrates dehydration and the foot-operated rotary two buckets that drive that wash, comprise the dust-collecting bucket (1) that has handle (6), dehydration basket (2), pedal (3), pedestal and dehydration rotating driving device, dehydration basket (2) places dust-collecting bucket (1), pedal (3) is hinged with pedestal, articulated section at pedal (3) and pedestal is provided with elastic reseting part, described dehydration rotating driving device comprises dehydration power transmission shaft (7a), dehydration drives tooth bar (8a) and dehydration transmission mechanism, the bottom that dust-collecting bucket (1) is passed in dehydration power transmission shaft (7a) upper end is connected with dehydration basket (2), the bottom (3a) of pedal (3) drives tooth bar (8a) with dehydration and is connected, dehydration drives tooth bar (8a) and is connected with the driving of dehydration transmission mechanism, dehydration power transmission shaft (7a) drives with the dehydration transmission mechanism and cooperates, it is characterized in that: described pedestal comprises preceding pedestal (4a) and back pedestal (4b), the dehydration rotating driving device is arranged on the preceding pedestal (4a), back pedestal (4b) is provided with the washing rotating driving device, described washing rotating driving device comprises washing power transmission shaft (7b), washing drives tooth bar (8b) and washing transmission mechanism, dust-collecting bucket (1) is passed in the upper end of washing power transmission shaft (7b), be provided with locating wheel (9) in washing power transmission shaft (7b) upper end, described washing drives tooth bar (8b) and is connected with dehydration driving tooth bar (8a) clamping and with the driving of washing transmission mechanism, and washing power transmission shaft (7b) cooperates with the driving of washing transmission mechanism.
2. a kind of dehydration and foot-operated rotary two buckets that drive that wash of integrating according to claim 1, it is characterized in that: described dehydration transmission mechanism comprises travelling gear A (10), travelling gear B (11) and driven gear A (12), in driven gear A (12), be provided with unilateral bearing (13a), the groove (14a) that unilateral bearing (13a) places preceding pedestal (4a) is passed in the lower end of described dehydration power transmission shaft (7a), and dehydration power transmission shaft (7a) drives with unilateral bearing (13a) and cooperates.
3. a kind of dehydration and foot-operated rotary two buckets that drive that wash of integrating according to claim 2, it is characterized in that: described travelling gear A (10) is first roller gear, travelling gear B (11) is second roller gear, first gear (10a) of first roller gear drives tooth bar (8a) engagement with dehydration, second gear (10b) of first roller gear and the engagement of first gear (11a) of second roller gear, second gear (11b) of second roller gear and driven gear A (12) engagement.
4. a kind of dehydration and foot-operated rotary two buckets that drive that wash of integrating according to claim 1, it is characterized in that: described washing transmission mechanism comprises travelling gear C (15) and driven gear B (16), in driven gear B (16), be provided with unilateral bearing (13b), the lower end of described washing power transmission shaft (7b) passes driven gear B (16) successively and unilateral bearing (13b) places the groove (14b) of pedestal (4b) afterwards, and washing power transmission shaft (7b) drives with unilateral bearing (13b) and cooperates.
5. a kind of dehydration and foot-operated rotary two buckets that drive that wash of integrating according to claim 4, it is characterized in that: described travelling gear C (15) is a roller gear, first gear (15a) of roller gear drives tooth bar (8b) engagement with washing, second gear (15b) of roller gear and driven gear B (16) engagement.
6. according to claim 2 or 4 described a kind of dehydration and foot-operated rotary two buckets that drive that wash of integrating, it is characterized in that: between the groove (14a) of dehydration power transmission shaft (7a) lower end and preceding pedestal (4a), washing power transmission shaft (7b) lower end and afterwards be provided with sphere (17a, 17b) between the groove (14b) of pedestal (4b), described sphere (17a, 17b) is connected to respectively on preceding pedestal (4a) and the back pedestal (4b), and the lower surface of dehydration power transmission shaft (7a) and washing power transmission shaft (7b) is the cambered surface that cooperates with corresponding sphere.
7. according to an any described a kind of dehydration and foot-operated rotary two buckets that drive that wash of integrating in the claim 1 to 5, it is characterized in that: described dust-collecting bucket (1) bottom one side is provided with cavity (29), this cavity (29) and dust-collecting bucket (1) internal insulation, described pedal (3), pedestal, dehydration rotating driving device and washing rotating driving device are arranged in the cavity (29), and pedestal is equal with dust-collecting bucket (1) bottom surface.
8. one kind is used for as an any described a kind of dehydration and the foot-operated rotary two mops that drive bucket that wash of integrating of claim 1 to 5, comprise mophead (35) and mop rod (36), it is characterized in that: described mophead (35) comprises embraces lock (18), connector (19), swivel head (20), hold down gag, mop dish (21), locating piece (22), the cloth dish (23) and the leftover of bolt of cloth (24), mop rod (36) lower end is connected with connector (19) by embracing lock (18), connector (19) is connected with mop dish (21) by swivel head (20), described swivel head (20) lower end is passed mop dish (21) and is connected with locating piece (22), described locating piece (22) is complementary with locating wheel (9), mop dish (21) is connected with cloth dish (23), and the leftover of bolt of cloth (24) is connected with cloth dish (23) and is distributed in below it.
9. a kind of be used to integrate dehydration and the foot-operated rotary two mops that drive bucket that wash according to claim 8, it is characterized in that: described hold down gag comprises latch segment (25), briquetting (26) and elastic ring (27), described latch segment (25) is connected with connector (19), swivel head (20) mop dish (21) all around is provided with annular groove (28), elastic ring (27) is arranged in the annular groove (28), and briquetting (26) passes swivel head (20) and is pressed on the elastic ring (27).
10. a kind of be used to integrate dehydration and the foot-operated rotary two mops that drive bucket that wash according to claim 8, it is characterized in that: described mop rod (36) is divided at least two sections, and adjacent two sections connecting portion is socketed with fixed cover (30).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010203027728U CN201631148U (en) | 2010-02-09 | 2010-02-09 | Pedaling rotary type double-drive bucket integrating dehydration and washing into whole and mop thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010203027728U CN201631148U (en) | 2010-02-09 | 2010-02-09 | Pedaling rotary type double-drive bucket integrating dehydration and washing into whole and mop thereof |
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| Publication Number | Publication Date |
|---|---|
| CN201631148U true CN201631148U (en) | 2010-11-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010203027728U Expired - Lifetime CN201631148U (en) | 2010-02-09 | 2010-02-09 | Pedaling rotary type double-drive bucket integrating dehydration and washing into whole and mop thereof |
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| CN (1) | CN201631148U (en) |
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| CN102772187A (en) * | 2012-07-19 | 2012-11-14 | 陆焕炯 | Multifunctional mop bucket |
| WO2014106479A1 (en) * | 2013-01-06 | 2014-07-10 | 陈思远 | Manual pressure type rotary mop and mop dewatering device for same |
| CN104706289A (en) * | 2015-04-10 | 2015-06-17 | 沈向安 | Pedal type dewatering mop bucket with function of rotating washing disc in two directions |
| CN105056798A (en) * | 2015-07-18 | 2015-11-18 | 方怀燕 | Multifunctional treadle-operated feed stirring tank |
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2010
- 2010-02-09 CN CN2010203027728U patent/CN201631148U/en not_active Expired - Lifetime
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102021792A (en) * | 2010-12-21 | 2011-04-20 | 海尔集团公司 | Double-pedal gear drive system used for motile washing machine and washing machine |
| CN102021790A (en) * | 2010-12-21 | 2011-04-20 | 海尔集团公司 | Transmission system for sports washing machine and washing machine |
| CN102021790B (en) * | 2010-12-21 | 2015-07-01 | 海尔集团公司 | Transmission system for sports washing machine and washing machine |
| CN102021792B (en) * | 2010-12-21 | 2015-09-09 | 海尔集团公司 | A kind of two pedal gear train assembly for sports washing machine and this washing machine |
| EP2494905A3 (en) * | 2011-03-01 | 2017-05-10 | Sword Chen | A cleaning tool |
| CN102379666A (en) * | 2011-10-13 | 2012-03-21 | 陈剑 | Cleaning tool |
| CN102772187A (en) * | 2012-07-19 | 2012-11-14 | 陆焕炯 | Multifunctional mop bucket |
| CN102772187B (en) * | 2012-07-19 | 2015-01-28 | 陆焕炯 | Multifunctional mop bucket |
| WO2014106479A1 (en) * | 2013-01-06 | 2014-07-10 | 陈思远 | Manual pressure type rotary mop and mop dewatering device for same |
| CN104706289A (en) * | 2015-04-10 | 2015-06-17 | 沈向安 | Pedal type dewatering mop bucket with function of rotating washing disc in two directions |
| CN104706289B (en) * | 2015-04-10 | 2023-10-31 | 沈向安 | Pedal type dewatering mop bucket with bidirectional rotary washing disc |
| CN105056798A (en) * | 2015-07-18 | 2015-11-18 | 方怀燕 | Multifunctional treadle-operated feed stirring tank |
| CN105056798B (en) * | 2015-07-18 | 2017-12-08 | 方怀燕 | Multifunctional pedal type feed agitator |
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