阅读说明：本技术 踏板驱动清洗甩干桶及配套拖把 (Pedal-driven cleaning spin dryer tube and matched mop ) 是由 鲍硕 鲍根华 于 2019-12-22 设计创作，主要内容包括：本发明一种踏板驱动清洗甩干桶及配套拖把,创新设计为清洗和甩干一体结构,通过脚踩踏板和齿轮组组成驱动装置,并设计了旋转清洗、摆动清洗和一边冲水一边清洗三种清洗拖把的方式,同时通过踩踏驱动装置快速旋转甩干,洗涤效果更好,在清洗桶上设计安装的进水、排水装置,便于进水或排水,具有便捷、省力和高效的特点。(The pedal-driven cleaning spin dryer tube and the matched mop are innovatively designed into a cleaning and spin-drying integrated structure, a driving device is formed by a pedal and a gear set, three modes of rotating cleaning, swinging cleaning and washing the mop while flushing water are designed, meanwhile, the pedal-driven cleaning spin dryer tube can rotate and spin-dry quickly through the pedal driving device, the washing effect is better, and the water inlet and drainage devices are arranged on the cleaning tube, so that water inlet or drainage is facilitated, and the pedal-driven cleaning spin dryer tube and the matched mop have the characteristics of convenience, labor saving and high efficiency.)

1. A pedal-driven cleaning spin dryer tube and a matched mop comprise a cleaning tube and a matched mop, and are characterized in that the cleaning tube is provided with a tube body and a driving device; the barrel body is provided with a support frame (114), a hanging chuck a (201) and a hanging chuck b (502) on an outer barrel wall (107), an inner partition plate (202) and a gear housing (302) are arranged in the barrel body, and an extension bottom plate (111) is arranged at the bottom of the barrel body; the support frame (114) is fixedly connected with the upper edge opening of the barrel body, and is provided with a movable buckle (108) which is movably connected with the mop rod (112); the movable buckle (108) is arranged at the middle part of the support frame (114), is movably connected with the support frame (114) through a movable sleeve (113), and is also movably connected with the rotary buckle (1101) through a rotating shaft; the rotary buckle (1101) is movably connected with the movable buckle (108) through a torsion spring and a magnet and is also dynamically connected with the movable sleeve (113); the hanging chuck a (201) is fixedly arranged between the outer barrel wall (107) on the right side of the lower part of the barrel body and the inner partition plate (202), and movably hangs the right hanging piece (105) of the right pedal (101) arranged on the driving device; the hanging chuck b (502) is fixedly arranged between the left outer barrel wall (107) and the inner partition plate (202) at the lower part of the barrel body and movably hangs the left hanging piece (110) of the left pedal (103) arranged on the driving device; the inner baffle (202) is fixed at the bottom of the barrel body, fixedly connected with the left, right and rear barrel walls and multiply connected with the driving device; the gear housing (302) is arranged between the left clapboard and the right clapboard, is fixed at the bottom of the barrel body, and is movably connected with the driving device and the matched mop; the extension bottom plate (111) is fixedly connected with the bottom of the barrel body and is fixedly connected with the right pedal (101) and the left pedal (103); the driving device is provided with a transmission mechanism and a gear set; the transmission mechanism is provided with a right pedal (101), a transmission deflector rod (206), a left pedal (103) and a transmission prying claw (904); the right pedal (101) is sleeved on a hanging chuck a (201) arranged on the barrel body through a fixedly connected right hanging piece (105), and meanwhile, a right spring (106) is also arranged and fixedly connected with the extension bottom plate (111); the right pendant (105) is provided with a movable groove a (205) which is movably sleeved with the hanging chuck a (201) and is fixedly connected with a transmission shift lever (206); the transmission shifting lever (206) is movably connected with a shifting lever wing claw (208) through a shifting lever shaft (207); the deflector rod wing claw (208) is movably connected with a right fluted disc (211) arranged on the gear set and is dynamically connected with a limiting resistance clamp (210); the left pedal (103) is sleeved and hung on a hanging chuck b (502) arranged on the barrel body through a fixedly connected left hanging piece (110), and meanwhile, a left spring (104) is also arranged and fixedly connected with the extension bottom plate (111); the left pendant (110) is provided with a movable groove b (902) which is movably sleeved with the hanging chuck b (502) and is dynamically connected with a transmission prying claw (904); the transmission prying claw (904) is fixedly arranged at the bottom of the barrel body through a prying and poking shaft (503) and is provided with a left end prying claw (901); the left end prying claw (901) is fixedly connected with the transmission prying claw (904) through a prying claw spring (903) and is movably connected with a left fluted disc (402) arranged on the gear set; the gear set is provided with a right fluted disc (211), a right transverse shaft (212), a right gear (601), a left fluted disc (402), a left transverse shaft (504), a left gear (304), a top gear (303) and a vertical shaft rod (305); the right fluted disc (211) is arranged between the outer barrel wall of the barrel body and the inner partition plate (202), is movably connected with a shifting lever wing claw (208) arranged on the transmission shifting lever (206), is fixedly connected with a right gear (601) through a right transverse shaft (212), and is movably connected with the inner partition plate (202) and the gear housing (302); the right gear (601) is conical, is arranged in the gear housing (302), and is movably connected with the top gear (303); the left fluted disc (402) is arranged between the outer barrel wall of the barrel body and the inner partition plate (202), is movably connected with a left end prying claw (901) arranged on the transmission prying claw (904), is fixedly connected with the left gear (304) through a left transverse shaft (504), and is movably connected with the inner partition plate (202) and the gear housing (302); the left gear (304) is conical, is arranged in the gear housing (302), and is movably connected with the top gear (303); the top gear (303) is conical, is matched and corresponds to the right gear (601) and the left gear (304), is also arranged in the gear housing (302), is movably connected with the right gear (601) and the left gear (304) and is movably connected with a matched mop through a fixedly connected vertical shaft rod (305); the vertical shaft rod (305) is movably connected and penetrates through the gear housing (302) to be provided with a transmission chuck (301) which is movably connected with a functional cover (203) arranged on a matched mop; the matched mop is provided with a mop rod (112), a functional cover (203) and mop cloth (204); the lower end of the mop rod (112) is fixedly connected with a functional cover (203); the lower edge of the ring of the functional cover (203) is fixedly connected with mop cloth (204), and meanwhile, a clamping groove (1301) is formed in the hollow top end of the cover; the clamping groove (1301) is in a cross shape and is movably connected with a transmission chuck (301) fixedly arranged on the vertical shaft rod (305).

2. The pedal-driven cleaning spin dryer tube and the matched mop as claimed in claim 1, wherein the barrel body is further provided with a water inlet connector (401) on the outer barrel wall (107) and water is injected into the cleaning barrel through a water inlet (501); the water inlet (501) is arranged at a set position on the inner side of the barrel wall.

3. The pedal-driven cleaning spin dryer tube and the matched mop as claimed in claim 1, wherein the barrel body is further provided with a water outlet (1102) at the bottom of the barrel body, and a folding bottom cover (1103) movably connected with the water outlet (1102); the folding bottom cover (1103) is fixed at the bottom of the barrel close to the water outlet (1102) through a hinge (1401), and the folding bottom cover (1103) is divided into two parts and connected into a whole through a soft material.

4. The pedal-driven cleaning spin dryer tube and the matched mop as claimed in claim 1, wherein the barrel body is further provided with a drain lifting button (109) at the upper edge opening of the outer barrel wall (107), and is fixedly connected with a bottom cover stopper (1405) arranged at the bottom of the barrel through a pipeline (1201) and a pulley (1403) in one side barrel wall and a pull rope (1201); the bottom cover stopper (1405) is fixedly connected to the barrel bottom through a stopper spring (1404) and movably connected with the stopper sliding groove (1402) and the folding bottom cover (1103); after the drainage lifting button (109) is lifted and rotated to change the arrangement direction, the bottom cover stopper (1405) is separated from the folding bottom cover (1103) and the drainage port (1102) is opened to drain water.

5. The pedal-driven washing spin dryer tube and the matched mop as claimed in claim 1, wherein the right gear (601), the left gear and the top gear (303) are arranged as a conical tooth-shaped hollow shell or a conical tooth-shaped grating box cage, and the right gear (601), the left gear (304) and the top gear (303) are mutually meshed and driven through grating replacing gear teeth.

6. The pedal-driven washing spin dryer tube and the matched mop as claimed in claim 1, wherein the mop rod (112) is provided with a rod fastener (115), and the rod fastener (115) is dynamically connected with a movable buckle (108) arranged on the support frame (114).

Technical Field

The invention relates to a sanitary cleaning appliance, in particular to a pedal-driven cleaning spin dryer tube and a matched mop.

Background

The mop is a common sanitary cleaning tool, is economical and practical, and is widely used, but the common mop is difficult to clean and dewater, even is required to be wrung by hands, and is very inconvenient; although now also appear many neotype mops, can wash and dewater through wasing bucket or mechanical device structural design, wash and dewater efficiency and use convenience and promote to some extent, these novel mops of molding and structure difference still have more defect, or wash and dewater hard, or wash and trade water difficultly, the cleanliness factor is not high, or the slow effect of dehydration is poor, and many product designs still need hold the washing bucket and empty the sewage after wasing the mop, and especially the trouble is taken.

Disclosure of Invention

In order to solve the technical problems, the invention innovatively designs a pedal-driven cleaning spin dryer tube and a matched mop, which comprises a cleaning tube and a matched mop, and is characterized in that the cleaning tube is provided with a tube body and a driving device; the barrel body is provided with a support frame, a hanging chuck a and a hanging chuck b on the outer barrel wall, an inner partition plate and a gear housing are arranged in the barrel body, and an extension bottom plate is arranged at the bottom of the barrel; the support frame is fixedly connected with the upper edge opening of the barrel body and is provided with a movable buckle which is movably connected with the mop rod; the movable buckle is arranged in the middle of the support frame, is movably connected with the support frame through a movable sleeve and is also movably connected with the rotary buckle through a rotating shaft; the rotary buckle is movably connected with the movable buckle through a torsion spring and a magnet and is also dynamically connected with the movable sleeve; the hanging chuck a is fixedly arranged between the outer barrel wall on the right side of the lower part of the barrel body and the inner partition plate and movably hung on a right hanging piece of a right pedal arranged on the driving device; the hanging chuck b is fixedly arranged between the left outer barrel wall and the inner partition plate at the lower part of the barrel body and movably hung on a left hanging piece of a left pedal arranged on the driving device; the inner baffle plate is fixed at the bottom of the barrel body, fixedly connected with the left barrel wall, the right barrel wall and the rear barrel wall and multiply connected with the driving device; the gear housing is arranged between the left clapboard and the right clapboard, is fixed at the bottom of the barrel body and is movably connected with the driving device and the matched mop; the extension bottom plate is fixedly connected with the bottom of the barrel body and is fixedly connected with the right pedal and the left pedal; the driving device is provided with a transmission mechanism and a gear set; the transmission mechanism is provided with a right pedal, a transmission deflector rod, a left pedal and a transmission prying claw; the right pedal is sleeved on a hanging chuck a arranged on the barrel body through a fixedly connected right hanging piece, and a right spring is also arranged and fixedly connected with the extension bottom plate; the right hanging piece is provided with a movable groove a which is movably sleeved with the hanging chuck a and is fixedly connected with a transmission deflector rod; the transmission shifting lever is movably connected with a shifting lever wing claw through a shifting lever shaft; the deflector rod wing claw is movably connected with a right fluted disc arranged on the gear set and is dynamically connected with a limiting stopper; the left pedal is sleeved and hung on a hanging chuck b arranged on the barrel body through a fixedly connected left hanging piece, and meanwhile, a left spring is also arranged and fixedly connected with the extension bottom plate; the left pendant is provided with a movable groove b which is movably sleeved with the hanging chuck b and is dynamically connected with the transmission prying claw; the transmission prying claw is fixedly arranged at the bottom of the barrel body through a prying shaft and is provided with a left end prying claw; the left end prying claw is fixedly connected with the transmission prying claw through a prying claw spring and is movably connected with a left fluted disc arranged on the gear set; the gear set is provided with a right fluted disc, a right transverse shaft, a right gear, a left fluted disc, a left transverse shaft, a left gear, a top gear and a vertical shaft rod; the right fluted disc is arranged between the outer barrel wall of the barrel body and the inner baffle, is movably connected with a deflector rod wing claw arranged on the transmission deflector rod, is fixedly connected with a right gear through a right transverse shaft, and is movably connected with the inner baffle and the gear housing; the right gear is conical, is arranged in the gear housing and is movably connected with the top gear; the left fluted disc is arranged between the outer barrel wall of the barrel body and the inner partition plate, is movably connected with a prying claw at the left end of the transmission prying claw, is fixedly connected with the left gear through a left transverse shaft, and is movably connected with the inner partition plate and the gear housing; the left gear is conical, is arranged in the gear housing and is movably connected with the top gear; the top gear is conical, is matched and corresponds to the right gear and the left gear, is also arranged in the gear housing, is movably connected with the right gear and the left gear and is movably connected with a matched mop through a fixedly connected vertical shaft rod; the vertical shaft rod is movably connected with the functional cover hood which is arranged on the matched mop, and a transmission chuck penetrates through the gear cover hood and is movably connected with the functional cover hood; the matched mop is provided with a mop rod, a functional cover and mop cloth; the lower end of the mop rod is fixedly connected with a functional cover; the lower edge opening of the functional cover ring is fixedly connected with mop cloth, and meanwhile, a clamping groove is formed in the hollow top end of the cover; the clamping groove is in a cross shape and is movably connected with a transmission chuck fixedly arranged on the vertical shaft rod.

Furthermore, the barrel body is also provided with a water inlet joint on the outer barrel wall, and water is injected into the cleaning barrel through a water inlet; the water inlet is arranged at a set position on the inner side of the barrel wall.

Furthermore, the barrel body is also provided with a water outlet at the bottom of the barrel body and a folding bottom cover movably connected with the water outlet; the folding bottom cover is fixed at the bottom of the barrel close to the water outlet through a hinge, and is divided into two parts which are connected into a whole through a soft material.

Furthermore, the upper edge opening of the outer barrel wall of the barrel body is provided with a drainage lifting button, and a bottom cover bolt stop arranged at the bottom of the barrel is fixedly connected through a pipeline, a pulley and a guy cable in one side barrel wall; the bottom cover bolt block is fixedly connected to the barrel bottom through a bolt block spring and is movably connected with the bolt block sliding groove and the folding bottom cover; after the drainage lifting button is lifted and rotated to change the setting direction, the bottom cover bolt block is kept to be disconnected with the folding bottom cover and the drainage state of the drainage outlet is opened.

Furthermore, the right gear, the left gear and the top gear are arranged to be conical tooth-shaped hollow shells or conical tooth-shaped grating boxes, and the right gear, the left gear and the top gear are mutually meshed and driven through grating replacing gear teeth.

Furthermore, the mop rod is provided with a rod clamp which is dynamically connected with a movable buckle arranged on the support frame.

The pedal-driven cleaning spin dryer tube and the matched mop are innovatively designed into a cleaning and spin-drying integrated structure, a driving device is formed by a pedal and a gear set, three modes of rotating cleaning, swinging cleaning and washing the mop while flushing water are designed, meanwhile, the pedal-driven cleaning spin dryer tube can rotate and spin-dry quickly through the pedal driving device, the washing effect is better, and the water inlet and drainage devices are arranged on the cleaning tube, so that water inlet or drainage is facilitated, and the pedal-driven cleaning spin dryer tube and the matched mop have the characteristics of convenience, labor saving and high efficiency.

Drawings

FIG. 1 is a schematic front view of the present invention;

FIG. 2 is an enlarged partial cross-sectional view of the embodiment at A of FIG. 1;

FIG. 3 is an enlarged partial cross-sectional view of FIG. 2;

FIG. 4 is a schematic left side view of FIG. 1;

FIG. 5 is a schematic partial cross-sectional view taken at B of FIG. 4;

FIG. 6 is an enlarged partial cross-sectional view taken at C of FIG. 5;

FIG. 7 is an exploded view of the component at C of FIG. 5;

FIG. 8 is an exploded view of the component at C of FIG. 5;

FIG. 9 is a schematic right side view partially in section of the embodiment of FIG. 4;

FIG. 10 is an enlarged schematic view at F of FIG. 9;

FIG. 11 is a top view of FIG. 4;

FIG. 12 is an enlarged partial cross-sectional view taken at G of FIG. 11;

FIG. 13 is an enlarged partial cross-sectional view taken at D of FIG. 5;

FIG. 14 is an enlarged partial cross-sectional view taken at E in FIG. 5;

fig. 15 is an enlarged partial cross-sectional view at H in fig. 12.

Detailed Description

The invention is further described below with reference to the accompanying drawings:

as shown in fig. 1, fig. 2, fig. 3, fig. 4, fig. 5, fig. 6, fig. 7, fig. 8, fig. 9, fig. 10, fig. 11, fig. 12, fig. 13, fig. 14 and fig. 15, a pedal-driven washing spin dryer tube and a matched mop comprise a washing tube and a matched mop, and are characterized in that the washing tube is provided with a barrel body and a driving device; the barrel body is provided with a support frame 114, a hanging chuck a201 and a hanging chuck b502 on the outer barrel wall 107, an inner partition plate 202 and a gear housing 302 in the barrel body, and an extension bottom plate 111 at the bottom of the barrel; the support frame 114 is fixedly connected to the upper edge of the barrel body, and is provided with a movable buckle 108 which is movably connected with the mop rod 112; the movable buckle 108 is arranged at the center of the support frame 114, is movably connected with the support frame 114 through a movable sleeve 113, and is also movably connected with a rotary buckle 1101 through a rotating shaft; the rotary buckle 1101 is movably connected with the movable buckle 108 through a torsion spring and a magnet, and is also dynamically connected with the movable sleeve 113; the hanging chuck a201 is fixedly arranged between the outer barrel wall 107 on the right side of the lower part of the barrel body and the inner partition plate 202, and movably hangs the right hanging piece 105 of the right pedal 101 arranged on the driving device; the hanging chuck b502 is fixedly arranged between the left outer barrel wall 107 at the lower part of the barrel body and the inner partition plate 202 and movably hangs the left hanging piece 110 of the left pedal 103 arranged on the driving device; the inner baffle 202 is fixed at the bottom of the barrel body, fixedly connected with the left, right and rear barrel walls and multiply connected with a driving device; the gear housing 302 is arranged between the left clapboard and the right clapboard, is fixed at the bottom of the barrel body, and is movably connected with the driving device and the matched mop; the extension bottom plate 111 is fixedly connected with the bottom of the barrel body and is fixedly connected with the right pedal 101 and the left pedal 103; the driving device is provided with a transmission mechanism and a gear set; the transmission mechanism is provided with a right pedal 101, a transmission deflector rod 206, a left pedal 103 and a transmission prying claw 904; the right pedal 101 is sleeved and hung on a hanging chuck a201 arranged on the barrel body through a fixedly connected right hanging piece 105, and meanwhile, a right spring 106 is also arranged and fixedly connected with an extension bottom plate 111; the right pendant 105 is provided with a movable groove a205 which is movably sleeved with a hanging chuck a201 and is fixedly connected with a transmission shift lever 206; the transmission shifting lever 206 is movably connected with a shifting lever wing claw 208 through a shifting lever shaft 207; the deflector rod wing claw 208 is movably connected with a right fluted disc 211 arranged on the gear set and is dynamically connected with a limiting block 210; the left pedal 103 is sleeved and hung on a hanging chuck b502 arranged on the barrel body through a fixedly connected left hanging piece 110, and meanwhile, a left spring 104 is also arranged and fixedly connected with an extension bottom plate 111; the left pendant 110 is provided with a movable groove b902 which is movably sleeved with a hanging chuck b502 and is dynamically connected with a transmission prying claw 904; the transmission prying claw 904 is fixedly arranged at the bottom of the barrel body through a prying and shifting shaft 503 and is provided with a left end prying claw 901; the left end prying claw 901 is fixedly connected with the transmission prying claw 904 through a prying claw spring 903 and is movably connected with a left fluted disc 402 arranged on the gear set; the gear set is provided with a right fluted disc 211, a right transverse shaft 212, a right gear 601, a left fluted disc 402, a left transverse shaft 504, a left gear 304, a top gear 303 and a vertical shaft rod 305; the right fluted disc 211 is arranged between the outer barrel wall of the barrel body and the inner baffle 202, is movably connected with a driving lever wing claw 208 arranged on the transmission driving lever 206, is fixedly connected with a right gear 601 through a right transverse shaft 212, and is movably connected with the inner baffle 202 and the gear housing 302; the right gear 601 is conical, is arranged in the gear housing 302 and is movably connected with the top gear 303; the left fluted disc 402 is arranged between the outer barrel wall of the barrel body and the inner partition plate 202, is movably connected with a left end prying claw 901 arranged on a transmission prying claw 904, is fixedly connected with the left gear 304 through a left transverse shaft 504, and is movably connected with the inner partition plate 202 and the gear housing 302; the left gear 304 is conical, is arranged in the gear housing 302 and is movably connected with the top gear 303; the top gear 303 is conical, is matched and corresponds to the right gear 601 and the left gear 304, is also arranged in the gear housing 302, is movably connected with the right gear 601 and the left gear 304, and is movably connected with a matched mop through a fixedly connected vertical shaft rod 305; the upright shaft rod 305 is movably connected and penetrates through the gear housing 302 to be provided with a transmission chuck 301 which is movably connected with a functional cover 203 arranged on a matched mop; the matched mop is provided with a mop rod 112, a functional cover 203 and mop cloth 204; the lower end of the mop rod 112 is fixedly connected with a functional cover 203; the mop cloth 204 is fixedly connected with the lower edge of the functional cover 203, and meanwhile, a clamping groove 1301 is formed in the hollow top end of the cover; the clamping groove 1301 is in a cross shape and is movably connected with a transmission chuck 301 fixedly arranged on the vertical shaft rod 305.

The barrel body is also provided with a water inlet connector 401 on the outer barrel wall 107, and water is injected into the cleaning barrel through a water inlet 501; the water inlet 501 is arranged at a set position inside the tub wall.

The barrel body is also provided with a water outlet 1102 at the bottom of the barrel body and a folding bottom cover 1103 movably connected with the water outlet 1102; the folding bottom cover 1103 is fixed to the tub bottom adjacent to the drain opening 1102 by a hinge 1401, and the folding bottom cover 1103 is provided in two halves and connected as one body by a soft material.

The barrel body is also provided with a drainage lifting button 109 at the upper edge opening of the outer barrel wall 107, and is fixedly connected with a bottom cover bolt stop 1405 arranged at the bottom of the barrel through a pipeline 1201 in one side barrel wall, a pulley 1403 and a guy cable 1201; the bottom cover stopper 1405 is fixedly connected to the barrel bottom through a stopper spring 1404 and is movably connected with the stopper sliding groove 1402 and the folding bottom cover 1103; the drain lifting knob 109 is lifted and rotated to change the setting direction, and the bottom cover stopper 1405 is kept away from the folding bottom cover 1103 and the drain opening 1102 is opened to drain the water.

The right gear 601, the left gear and the top gear 303 are arranged to be conical tooth-shaped hollow shells or conical tooth-shaped grating boxes, and the right gear 601, the left gear 304 and the top gear 303 are mutually meshed and driven through grating replacing gear teeth.

The mop rod 112 is provided with a rod clamping hook 115, and the rod clamping hook 115 is dynamically connected with a movable buckle 108 arranged on a support frame 114.

Embodiments of cleaning mops by pedaling

As shown in fig. 1, fig. 2, fig. 3, fig. 4, fig. 5, fig. 6, fig. 7, fig. 8, fig. 9, fig. 10, fig. 11, fig. 12, fig. 13, fig. 14, fig. 15, with the present invention, firstly, the mop is put into the cleaning barrel, and the mop rod 112 of the mop is aligned with the transmission chuck 301 at the top end of the upright shaft rod 305 of the driving device in the clamping groove 1301 of the functional cover 203 arranged at the end of the mop rod, then, the rotating buckle 1101 arranged on the supporting frame 114 on the cleaning barrel is separated from the movable buckle 108, then the mop rod 112 is clamped into the movable buckle 108 arranged on the supporting frame 114, then the rotating buckle 1101 is released, and under the action of the rotating shaft, the torsion spring, the magnet and the movable sleeve 113, the rotating buckle 1101 and the movable buckle 108 are closed to embrace the mop rod 112; then, a water outlet lifting button 109 arranged on the upper edge opening of the barrel body is used for checking or a folding bottom cover 1103 provided with a water outlet 1102 is in a closed and blocked state, a water source switch of a water source pipe connected through a water inlet connector 401 is opened, and water is injected into the cleaning barrel through a water inlet 501; after the water injection is finished, a user stands on the water injection station and alternately treads the right pedal 101 and the left pedal 103 by two feet, then when the user lifts the right foot, the right pedal 101 is lifted upwards under the action of the right spring 106 and the auxiliary spring 209, and the right hanging piece 105 is lifted upwards in a linkage manner through the movable groove a205 which is arranged between the right outer barrel wall 107 and the inner partition plate 202 of the barrel body and is connected with the chuck a201 and the right hanging piece 105 arranged on the right hanging piece 105 of the transmission mechanism, the transmission lifting rod 206 arranged on the right hanging piece 105 and the right end wing claw of the lifting rod wing claw 208 arranged on the transmission lifting rod 206 are synchronously driven to move upwards along the edge of the right fluted disc 211, and under the action of the lifting rod shaft 207, the disk tooth … … of the right fluted disc 211 is avoided downwards, the user falls down to tread the right pedal 101, the right hanging piece 105 is also driven to descend, the left end wing claw of the lifting rod wing claw 208 is pressed downwards, and the tip part of the right end wing claw of the lifting rod claw 208, meanwhile, under the action of the blocking of the disk teeth of the right fluted disc 211 and the action of the poke rod shaft 207 and the torsion spring, the left end wing claw of the poke rod wing claw 208 rotates downwards to the lower position and is blocked by the limiting blocking card 210, the right end wing claw of the poke rod wing claw 208 is positioned at the relatively higher position and is abutted against the disk teeth of the right fluted disc 211, the disk teeth of the right fluted disc 211 are pressed downwards under the driving of the right pendant 105 which continues to move downwards, the right end wing claw is conducted through the right transverse shaft 212 fixedly connected with the right fluted disc 211, the right gear 601 is driven to rotate synchronously, corresponding to the downward movement of the gear teeth, the right gear 601 rotates and drives the corresponding gear teeth of the top gear 303 which are engaged with each other through the gear teeth to further drive the top gear 303 to rotate, and the vertical shaft rod 305 fixedly connected to the top gear 303 also drives the mop to finally rotate … … in the water through the transmission chuck 301 and.

Subsequently, a user lifts the left foot, the left pedal 103 is lifted upwards under the action of the left spring 104, and upwards links and lifts the left pendant 110 through a hanging chuck b502 arranged between the left outer barrel wall 107 and the inner partition plate 202 and a movable groove b902 arranged on the left pendant 110 arranged on the transmission mechanism, a transmission prying claw 904 arranged on the transmission mechanism is separated from the blocking of the left pendant 110, the left end prying claw 901 of the transmission prying claw 904 is displaced downwards along the edge of the left fluted disc 402 under the action of the prying shaft 503 and the torsion spring, simultaneously the left end prying claw 901 is displaced downwards along the disc teeth … … of the left fluted disc 402 under the action of the claw spring 903, simultaneously, the left end prying claw 901 is positioned at a relatively lower position under the action of the prying shaft 503 and the torsion spring, the user falls down on the left foot, treads the left pedal 103 downwards, links the left pendant 110 to displace downwards, and downwards presses the right end prying claw of the transmission prying claw 904, the left end prying claw 901 of the transmission prying claw 904 pries the disc teeth of the left fluted disc 402 upwards under the action of the prying shaft 503, and is driven by the left pendant 110 which continues to descend, the disc teeth of the left fluted disc 402 are pressed downwards and are conducted through the left cross shaft 504, the left gear 304 is synchronously driven to rotate, the corresponding gear teeth move upwards, the left gear 304 rotates and drives the top gear 303 to rotate through the gear teeth and the corresponding gear teeth of the top gear 303 which are in interference meshing with each other, and the vertical shaft rod 305 fixedly connected to the top gear 303 further drives the mop to rotate … … in water through the transmission chuck 301 and the cross-shaped clamping groove 1301 which is sleeved in the functional cover 203 at the tail end of the mop rod 112.

An extension bottom plate 111 arranged on the bucket body is fixedly connected with the bottom of the bucket body and movably connected with a lining cushion block 102 arranged on a right pedal 101 and a left pedal 103, a user continuously treads on two feet in turn, and under the action of a right spring 106 and a left spring 104, the right pedal 101 and the left pedal 103 are alternately lifted and driven and continuously rotate to stir the top gear 303 through a right fluted disc 211, a right fluted disc 212, a right fluted disc 601, a left fluted disc 402, a left transverse shaft 504 and a left gear 304, so that the mop and the mop cloth 204 are driven to rotate and clean in water stored in the cleaning bucket through a vertical shaft rod 305 and a functional cover 203, and the speed is accelerated to rotate under the gravity inertia of the mop cloth 204, so that the cleaning of the mop cloth 204 is completed.

Hand-rocking swinging mop cleaning embodiment

As shown in fig. 1, fig. 2, fig. 3, fig. 4, fig. 5, fig. 6, fig. 7, fig. 8, fig. 9, fig. 10, fig. 11, fig. 12, fig. 13, fig. 14, fig. 15, the movable sleeve is moved, the rotating buckle 1101 provided on the movable buckle 108 is opened, the mop which has been clamped into the movable buckle 108 provided on the supporting frame 114 is taken out, the mop rod 112 is lifted up and clamped into the movable buckle 108 provided on the supporting frame 114 again, the rotating buckle 1101 and the movable buckle 108 are closed and connected under the action of the rotating shaft, the torsion spring and the magnet, and the movable sleeve 113 is moved again to be sleeved on the movable buckle 108 and the rotating buckle 1101; after the movable buckle 108 embraces the mop rod 112, the mop rod 112 is hung on the movable buckle 108 arranged on the support frame 114 through the rod hanging 115, meanwhile, the functional cover 203 arranged on the mop rod 112 of the mop is separated from the transmission chuck 301 sleeved on the vertical shaft rod 305, and under the action of the movable sleeve 113 arranged on the support frame 114 and the movable buckle 108, the mop rod 112 is shaken back and forth, so that the mop cloth 204 is swung and cleaned in the water in the cleaning barrel.

After the mop is used for the first time of cleaning, or under the condition that the mop cloth 204 is dirty, a water source is opened for water injection, after the water amount in the cleaning barrel reaches a certain height, the water outlet lifting button 109 is lifted upwards and the arrangement direction is rotated, the folding bottom cover 1103 of the water outlet 1102 is opened and kept in an opened water outlet state, meanwhile, the pedal is treaded, the mop rod 112 is cleaned by rotating the mop or is shaken to be cleaned in a swinging mode, water is discharged through the water inlet 501 for flushing, sewage is synchronously discharged, water is changed after water inflow, the cleaning speed is accelerated, and the cleaning effect is improved.

Mop spin-drying and dewatering example

As shown in fig. 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, when the cleaning is completed, the bottom cover stopper 1405 arranged at the bottom of the bucket is pulled by lifting the water discharging lifting button 109 and the connecting rod 116 through the pipeline 1201 and the pulley 1403 in one side bucket wall and the pulling rope 1201, the bottom cover stopper 1405 compresses the stopper spring 1404 and retracts through the stopper sliding chute 1402, and is separated from the supporting connection with the folding bottom cover 1103, the folding bottom cover 1103 is separated from the connection with the water discharging opening 1102 to start discharging water, the water stored in the cleaning bucket passes through the water discharging opening 1102 arranged at the bottom of the cleaning bucket and is connected with the water discharging pipe through the water discharging joint 117 to discharge into the floor drain, then the right pedal 101 and the left pedal 103 are alternately and continuously stepped on, the right gear plate 211 and the left gear plate 402 and the left and right and left transmission transverse shafts are used to drive the right gear 601 and the left gear 304 to synchronously link the top gear 303, the mop is synchronously driven to rotate, and the mop cloth 204 rotate rapidly under the action of the gravity inertia of the mop cloth 204 with water and the continuous treading of the pedal, so that the aim of drying the mop cloth 204 is fulfilled.

Then, the rotating buckle 1101 provided in the movable buckle 108 of the supporting frame 114 is opened, and the supporting frame can be taken out for use.

The pedal-driven cleaning spin dryer tube and the matched mop are innovatively designed into a cleaning and spin-drying integrated structure, a driving device is formed by a pedal and a gear set, three modes of rotating cleaning, swinging cleaning and washing the mop while flushing water are designed, meanwhile, the pedal-driven cleaning spin dryer tube can rotate and spin-dry quickly through the pedal driving device, the washing effect is better, and the water inlet and drainage devices are arranged on the cleaning tube, so that water inlet or drainage is facilitated, and the pedal-driven cleaning spin dryer tube and the matched mop have the characteristics of convenience, labor saving and high efficiency.

Finally, it should be noted that the above-mentioned embodiments are only illustrative and not restrictive of the technical solutions of the present invention, and those skilled in the art may make modifications, additions and substitutions based on the above-mentioned descriptions without departing from the basic technical spirit and design concept of the present invention, and the modifications, additions and substitutions in forms only are intended to be included in the scope of the claims of the present invention.