CN103070646A - Direct rear-clamp single-lug side-ratchet rotating hand-pressure rotating mop - Google Patents
Direct rear-clamp single-lug side-ratchet rotating hand-pressure rotating mop Download PDFInfo
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- CN103070646A CN103070646A CN2013100415363A CN201310041536A CN103070646A CN 103070646 A CN103070646 A CN 103070646A CN 2013100415363 A CN2013100415363 A CN 2013100415363A CN 201310041536 A CN201310041536 A CN 201310041536A CN 103070646 A CN103070646 A CN 103070646A
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- mop
- hanger
- mophead
- drawbar
- inner sleeve
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Abstract
A direct rear-clamp single-lug side-ratchet rotating hand-pressure rotating mop adopts a structure that a tubular mop rod which is formed by nesting a lower mop rod into an upper mop rod and movably connecting the lower mop rod and the upper mop rod, and the direct rear-clamp single-lug side-ratchet rotating hand-pressure rotating mop is characterized in that the junction of the lower mop rod and the upper mop rod is provided with a mop straight-pipe rotary locking mechanism; a side-ratchet linear rotary multi-edged rod drive mechanism is arranged in the mop rod; the lower end of the lower mop rod is provided with a disk-shaped rotary mop head with mop strips; and the upper end of the upper mop rod is provided with a mop handle. The direct rear-clamp single-lug side-ratchet rotating hand-pressure rotating mop has the beneficial effects that the mop strips are rapid to install or disassemble without a special tool, and not easy to drop off, convenience in operation can be realized, the dehydrating and spin-drying of the mop can be realized by simply pressing the mop rod through the hands, the defect that a user easily slips off and is unsafe when standing on one leg for dehydrating the mop can be avoided, the structure is simple compared with a pedal-type dehydrating device, parts are not easy to damage, the production cost of products is low, and the service life of the mop is long.
Description
Affiliated technical field
The present invention relates to a kind of mop, belong to daily necessities field, especially can the quick-snap installation and removal, and can hand-press rotary dehydration straight after card monaural gemmule tooth spiral start to press rotary mop.
Background technology
It is cumbersome that existing mop is installed mop strip, often need to be embedded in the mop disc hole one by one by specific purpose tool, take a lot of work during installation fee, and mop strip do not have fixture, is easy to come off, and greatly reduced the service life of mop strip dish, in addition, the spin-dry of mop is foot-operated, and parts are fragile, and the people stands on one leg and easily slips.
Summary of the invention
In order to overcome the design defect of existing mop, the invention provides a kind of energy Fast Installation and dismounting, the mop strip difficult drop-off only drives the straight rear card monaural gemmule tooth spiral that dries with hand and starts to press rotary mop.
The technical solution adopted for the present invention to solve the technical problems is: a tubulose mop rod (3) is socketed in the upper drawbar (6) by lower drawbar (7), and the activity formation of joining, and it is characterized in that:
Lower drawbar (7) is provided with a mop straight tube turn locking mechanism (14) with upper drawbar (6) joint;
In mop rod (3), be provided with the gemmule tooth trace and turn rotation polygon rod driving mechanism (93);
Be provided with a disc in the lower end of lower drawbar (7) rotatable and with the mophead (1) of mop strip;
The upper end of upper drawbar (6) is provided with drawbar (4).
Described mop straight tube turn locking mechanism (14), it is configured to an outer tube (37) and is enclosed within on the inner sleeve (36), inner sleeve (36) upper end is fixedly connected with upper drawbar (6), its lower end and lower drawbar (7) activity are joined, be provided with screw thread between internal and external casing, the bottom of inner sleeve (36) is provided with shrinkage joint (39); Outer tube (37) is straight tube; The lower end of inner sleeve (36) is provided with the horn mouth (38) that the bottom expands outwardly.
Described gemmule tooth trace turns rotation polygon rod driving mechanism (93), its outer tube (50) that is configured to the unidirectional sliding bearing of a gemmule tooth (57) is fixed by socket in the upper pipes of lower drawbar (7), the top of the inner sleeve (51) of the unidirectional sliding bearing of gemmule tooth (57) is provided with polygonal driver slot (58), the upper end of one screw drives body (56) is fixed in the drawbar (6), the polygonal driver slot (58) at inner sleeve (51) top is passed in the lower end of screw drives body (56), and activity is joined with it;
Its structure of the unidirectional sliding bearing of described gemmule tooth (57) is to be provided with the inner sleeve (51) that activity is joined in the outer tube (50), be provided with overcoat ratchet (52) upwards in the inboard of outer tube (50), be provided with downward inner sleeve ratchet (53) in the outside of inner sleeve (51), overcoat ratchet (52) and inner sleeve ratchet (53) but single direction rotation engaging;
Be provided with a buckle on the top of the unidirectional sliding bearing of gemmule tooth (57) outer tube (50) and be connected to mutually inner sleeve cap fall prevention (55) in the outer tube (50);
Its upper end and ring slice cap fall prevention circular top (67) that is configured to a cap fall prevention body (66) of described inner sleeve cap fall prevention (55) is joined, the outwardly formation cap fall prevention of the outer rim outward flange (64) of cap fall prevention circular top (67), its inner rim is to projecting inward formation cap fall prevention inward flange (68), and the lower end in cap fall prevention body (66) outside is provided with cap fall prevention buckle (59);
Upper outside at outer tube (50) is provided with overcoat flange (65), the slip cap (54) that the activity that is provided with between overcoat flange (65) and cap fall prevention outward flange (64) is joined;
Described screw drives body (56) is the conveyor screw that triangular or multiple edge body rotation distortion consist of;
Described polygonal driver slot (58) is the swivel nut structure that adapts with screw drives body (56).
Its upper end that is configured to a mophead pin joint seat (2) of described mophead (1) is a tubulose drawbar cover (46), be socketed on lower drawbar (7) lower end, mophead pin joint seat (2) lower end is provided with the mophead grooved hanger (13) that is made of the left hanger of mophead (16) and the right hanger of mophead (17), the lower end of the left hanger of mophead (16) and the right hanger of mophead (17) is provided with the left hanger cam of half cam mophead (48) and the right hanger cam of mophead (49), and is provided with the left hanger pin-and-hole of mophead (27) and the right hanger pin-and-hole of mophead (5);
Upper brake disc (10) is a disc-shaped disk body, which is provided with hanger perforation (26) under the upper brake disc that passes for lower brake disc hanger (18);
Mop rotation dish (8) is a circular disk body, and its center is provided with rotating disc axis hole (47);
Lower brake disc (9) is a sheet disk body, and its center is provided with rotating disc rotating shaft (24) and perpendicular to lower brake disc (9) and is provided with the lower brake disc hanger (18) of lower brake disc hanger pin-and-hole (25);
Lower brake disc hanger (18) passes under mop rotation dish axis hole (47) and the upper brake disc hanger perforation (26) mop rotation dish (8) is clipped in up and down between the brake disc;
Hanger steady pin (11) is a cylinder, the one end is provided with a steady pin cap (29), the other end is provided with steady pin screw hole and steady pin screw (12), and hanger steady pin (11) passes the left hanger pin-and-hole of mophead (27) and lower brake disc hanger pin-and-hole (25) and the right hanger pin-and-hole of mophead (5) and lower brake disc hanger (18) is articulated between the left hanger of mophead (16) and the right hanger of mophead (17) of mophead grooved hanger (13);
One annular mop strip fixed disk (21) joins with side's provided thereon disc mop rotation dish (8) buckle, mop strip fixed disk (21) is a ring-type U-shaped body, its inboard periphery is provided with the outer convex ring body (90) of a convex ring body rear wall, the center of mop rotation dish (8) is provided with circular rotating dish axis hole (47), the bottom is provided with an annular cover (88), the outboard peripheries of this annular cover is provided with an annular concave ring groove (91), concave ring groove (91) engages the formation fastener with the outer convex ring body (90) of rear wall, and annular cover (88) exterior bottom is provided with lead angle (89).
Described mop strip fixed disk (21), be respectively equipped with dragging article hole, the end (79) and the side dragging article hole (15) of annular arrangement at the U-shaped body antetheca (76) of the bottom of U-lag (85) and sidewall, be respectively equipped with the guide groove antetheca dragging article embedded groove (86) and the rear wall dragging article embedded groove (80) that embed for mop strip that communicates with the dragging article hole at the two side of U-lag (85) U-shaped body antetheca (76) and U-shaped body rear wall (77); Being connected by dragging article fixed band (71) at the bottom of the ring-type and side dragging article fixed band (73) respectively in the upper end of end mop strip (20) and side mop strip (87), and is equipped in respectively in dragging article hole, the end (79) and the side dragging article hole (15).
The effect of dragging article fixed band is to prevent that mop strip from coming off, in use, mop strip is series on the dragging article fixed band first, then hold mop strip and along the dragging article embedded groove mop strip is drawn in the dragging article hole, again the mop strip fixed disk is put under the mop rotation dish, down press the mop rotation dish mop strip fixed disk is engaged with the mop rotation dish, finish the installation of mop strip.During dismounting, only need slam mop strip, upwards dilatory mop rotation dish can make the mop strip fixed disk separate with the mop rotation dish, finishes dismounting.
When the downward turn of outer tube, outer tube moves down along inner sleeve, and forces the horn mouth of inner sleeve lower end inwardly to shrink, thereby makes lower drawbar locking.When outer tube was made progress turn, outer tube moved up along inner sleeve, and outer tube is separated with the horn mouth of inner sleeve lower end, thereby made the inner sleeve lower end unclamp the lower drawbar of locking, made the lower drawbar can free-extension and rotation.
When mop rod during perpendicular to the mop rotation dish, mophead grooved hanger bottom half cam props up brake disc, and lower brake disc hanger upwards lifted, thereby the mop rotation dish tightly is clipped in up and down between the brake disc, the mop rotation dish is produced braking action, thereby make mophead and lower drawbar be fixed into one.When mop rod is tilted to be not orthogonal to the mop rotation dish, mophead grooved hanger bottom half cam is left the cam peak, and brake disc unclamps about making, and recovers the free rotary state of mop rotation dish, mophead can rotate freely when mopping floor, and improves the efficient that mops floor.
When mop dewatering, at first the outer tube with mop straight tube turn locking mechanism unscrews, make the lower drawbar can free-extension and rotation, again mop rod is pulled perpendicular to mop rotation dish position, make mophead and lower drawbar be fixed into one, then mophead is put in the drying basket of drier, with hand by pressing drawbar, at this moment, the screw drives body that is fixed in the drawbar then moves downward along the polygonal driver slot at inner sleeve top, thereby driving inner sleeve moves downward, produce simultaneously rotary driving force (direction of rotation with overcoat ratchet and inner sleeve ratchet direction can be engaged consistent), make the engaging of overcoat ratchet and inner sleeve ratchet, internal and external casing and lower drawbar and mophead rotate simultaneously, when hand upwards lifts upper drawbar, inner sleeve is popped up by the ratchet of unidirectional engaging, the overcoat ratchet is separated with the inner sleeve ratchet, outer tube and lower drawbar continue rotation under the effect of inertia, when hand upwards is raised to certain altitude again when pressing down with upper drawbar, overcoat ratchet and inner sleeve ratchet engage again, the multiple rotary actuation of screw drives body weight, the up and down linear movement that realizes upper drawbar that so moves in circles is transformed into rotatablely moving of lower drawbar, thereby mophead is continuously rotated, make mop dewatering.Taken off after the water, the outer tube of mop straight tube turn locking mechanism has been screwed, made the mop rod locking, can mop floor.
The invention has the beneficial effects as follows and need not by specific purpose tool with regard to energy Fast Installation or dismounting mop strip, the mop strip difficult drop-off, easy to operate, realize the spin-dry of mop by simple hand mop rod, the unsafe drawback that easily slips that stands on one leg when having avoided mop dewatering, structure is simple than foot-pedal type dewatering device, and parts are not fragile, the production cost is low, the long service life of mop.
Description of drawings
The present invention is further described below in conjunction with drawings and Examples.
Fig. 1 is application drawing of the present invention.
Fig. 2 is the cutaway view of mop straight tube turn locking mechanism of the present invention.
Fig. 3 is the cross-sectional view of mop straight tube turn locking mechanism of the present invention.
Fig. 4 is the exploded view of mop straight tube turn locking mechanism of the present invention.
Fig. 5 is the cutaway view that gemmule tooth trace of the present invention turns rotation polygon rod driving mechanism.
Fig. 6 is the exploded view that gemmule tooth trace of the present invention turns rotation polygon rod driving mechanism.
Fig. 7 is the cross-sectional view of screw drives body of the present invention.
Fig. 8 is polygonal driver slot top view of the present invention.
Fig. 9 is the exploded view of mophead of the present invention.
Figure 10 is that mophead of the present invention is along the cutaway view of hanger steady pin direction.
Figure 11 is the cutaway view of mophead hanger steady pin of the present invention.
Figure 12 is the cross-sectional view of mophead hanger steady pin of the present invention.
Figure 13 is mophead mop rod of the present invention when tilting to be not orthogonal to the mop rotation dish, and the hanger cam leaves the cam peak, makes the cutaway view when brake disc unclamps up and down.
Figure 14 is mophead mop rod of the present invention during perpendicular to the mop rotation dish, and the hanger cam is at the highest notch, and the mop rotation dish tightly is clipped in up and down between the brake disc, the cutaway view when the mop rotation dish is produced braking action.
Figure 15 is the cutaway view of mop rotation dish of the present invention.
Figure 16 is the cutaway view of mop strip fixed disk of the present invention.
Figure 17 is the exploded view of mop strip fixed disk of the present invention.
1. mopheads among the figure, 2. mophead pin joint seat, 3. drawbar, 4. drawbar handle, 5. the right hanger pin-and-hole of mophead is 6. gone up drawbar, 7. play drawbar, 8. the mop rotation dish 9. descends brake disc, 10. go up brake disc, 11. hanger steady pins, 12. steady pin screws, 13. mophead grooved hanger, 14. mop straight tube turn locking mechanisms, 15. side dragging article holes, 16. the left hanger of drawbar head, the right hanger of 17. mopheads, 18. times brake disc hangers, 20. end mop strip, 21. mop strip fixed disks, 23. drawbar sleeve pipes, 24. the rotating disc rotating shaft, 25. times brake disc hanger pin-and-holes, hanger perforation under the brake disc on 26., 27. the left hanger pin-and-hole of mophead, 28. fixed pin shafts, 29. steady pin caps, 31. steady pin screw hole, 36. inner sleeve, 37. outer tubes, 38. horn mouths, 39. shrinkage joint, 45. screw thread, 47. rotating disc axis holes, the left hanger cam of 48. mopheads, 49. the right hanger cam of mophead, 50. outer tube, 51. inner sleeves, 52. overcoat ratchets, 53. inner sleeve ratchet, 54. slip cap, 55. inner sleeve cap fall preventions, 56. screw drives bodies, 57. the unidirectional sliding bearing of gemmule tooth, 58. polygonal driver slot, 59. cap fall prevention buckles, 60. conveyor screw spud piles, 64. cap fall prevention outward flange, 65. the overcoat flange, 66. cap fall prevention bodys, 67. cap fall prevention circular top, 68. cap fall prevention inward flange, 71. end dragging article fixed band, 72. dragging article pressing plates, 73. side dragging article fixed bands, 75. ring-type U-shaped body, 76.U the body antetheca, 77.U body rear wall, 78.U shape bottom land, 79. dragging article hole, the end, 80. rear wall dragging article embedded groove, 85.U shape groove, 86. antetheca dragging article embedded grooves, 87. side mop strip, 88. the annular cover, 89. lead angles, the outer convex ring body of 90. rear walls, 91. concave ring groove, 93. driving mechanisms.
The specific embodiment
Fig. 1-Figure 17 is embodiments of the invention, and a tubulose mop rod (3) is socketed in the upper drawbar (6) by lower drawbar (7), and the activity formation of joining, and it is characterized in that:
Lower drawbar (7) is provided with a mop straight tube with upper drawbar (6) joint and pulls locking mechanism (14);
In mop rod (3), be provided with the gemmule tooth trace and turn rotation polygon rod driving mechanism (93);
Be provided with a disc in the lower end of lower drawbar (7) rotatable and with the mophead (1) of mop strip;
The upper end of upper drawbar (6) is provided with drawbar (4).
Described mop straight tube turn locking mechanism (14), it is configured to an outer tube (37) and is enclosed within on the inner sleeve (36), inner sleeve (36) upper end is fixedly connected with upper drawbar (6), its lower end and lower drawbar (7) activity are joined, be provided with screw thread between internal and external casing, the bottom of inner sleeve (36) is provided with shrinkage joint (39); Outer tube (37) is straight tube; The lower end of inner sleeve (36) is provided with the horn mouth (38) that the bottom expands outwardly.
Described gemmule tooth trace turns rotation polygon rod driving mechanism (93), its outer tube (50) that is configured to the unidirectional sliding bearing of a gemmule tooth (57) is fixed by socket in the upper pipes of lower drawbar (7), the top of the inner sleeve (51) of the unidirectional sliding bearing of gemmule tooth (57) is provided with polygonal driver slot (58), the upper end of one screw drives body (56) is fixed in the drawbar (6), the polygonal driver slot (58) at inner sleeve (51) top is passed in the lower end of screw drives body (56), and activity is joined with it;
Its structure of the unidirectional sliding bearing of described gemmule tooth (57) is to be provided with the inner sleeve (51) that activity is joined in the outer tube (50), be provided with overcoat ratchet (52) upwards in the inboard of outer tube (50), be provided with downward inner sleeve ratchet (53) in the outside of inner sleeve (51), overcoat ratchet (52) and inner sleeve ratchet (53) but single direction rotation engaging;
Be provided with a buckle on the top of the unidirectional sliding bearing of gemmule tooth (57) outer tube (50) and be connected to mutually inner sleeve cap fall prevention (55) in the outer tube (50);
Its upper end and ring slice cap fall prevention circular top (67) that is configured to a cap fall prevention body (66) of described inner sleeve cap fall prevention (55) is joined, the outwardly formation cap fall prevention of the outer rim outward flange (64) of cap fall prevention circular top (67), its inner rim is to projecting inward formation cap fall prevention inward flange (68), and the lower end in cap fall prevention body (66) outside is provided with cap fall prevention buckle (59);
Upper outside at outer tube (50) is provided with overcoat flange (65), the slip cap (54) that the activity that is provided with between overcoat flange (65) and cap fall prevention outward flange (64) is joined;
Described screw drives body (56) is the conveyor screw that triangular or multiple edge body rotation distortion consist of;
Described polygonal driver slot (58) is the swivel nut structure that adapts with screw drives body (56).
Its upper end that is configured to a mophead pin joint seat (2) of described mophead (1) is a tubulose drawbar cover (46), be socketed on lower drawbar (7) lower end, mophead pin joint seat (2) lower end is provided with the mophead grooved hanger (13) that is made of the left hanger of mophead (16) and the right hanger of mophead (17), the lower end of the left hanger of mophead (16) and the right hanger of mophead (17) is provided with the left hanger cam of half cam mophead (48) and the right hanger cam of mophead (49), and is provided with the left hanger pin-and-hole of mophead (27) and the right hanger pin-and-hole of mophead (5);
Upper brake disc (10) is a disc-shaped disk body, which is provided with hanger perforation (26) under the upper brake disc that passes for lower brake disc hanger (18);
Mop rotation dish (8) is a circular disk body, and its center is provided with rotating disc axis hole (47);
Lower brake disc (9) is a sheet disk body, and its center is provided with rotating disc rotating shaft (24) and perpendicular to lower brake disc (9) and is provided with the lower brake disc hanger (18) of lower brake disc hanger pin-and-hole (25);
Lower brake disc hanger (18) passes under mop rotation dish axis hole (47) and the upper brake disc hanger perforation (26) mop rotation dish (8) is clipped in up and down between the brake disc;
Hanger steady pin (11) is a cylinder, the one end is provided with a steady pin cap (29), the other end is provided with steady pin screw hole and steady pin screw (12), and hanger steady pin (11) passes the left hanger pin-and-hole of mophead (27) and lower brake disc hanger pin-and-hole (25) and the right hanger pin-and-hole of mophead (5) and lower brake disc hanger (18) is articulated between the left hanger of mophead (16) and the right hanger of mophead (17) of mophead grooved hanger (13);
One annular mop strip fixed disk (21) joins with side's provided thereon disc mop rotation dish (8) buckle, mop strip fixed disk (21) is a ring-type U-shaped body, its inboard periphery is provided with the outer convex ring body (90) of a convex ring body rear wall, the center of mop rotation dish (8) is provided with circular rotating dish axis hole (47), the bottom is provided with an annular cover (88), the outboard peripheries of this annular cover is provided with an annular concave ring groove (91), concave ring groove (91) engages the formation fastener with the outer convex ring body (90) of rear wall, and annular cover (88) exterior bottom is provided with lead angle (89).
Described mop strip fixed disk (21), be respectively equipped with dragging article hole, the end (79) and the side dragging article hole (15) of annular arrangement at the U-shaped body antetheca (76) of the bottom of U-lag (85) and sidewall, be respectively equipped with the guide groove antetheca dragging article embedded groove (86) and the rear wall dragging article embedded groove (80) that embed for mop strip that communicates with the dragging article hole at the two side of U-lag (85) U-shaped body antetheca (76) and U-shaped body rear wall (77); Being connected by dragging article fixed band (71) at the bottom of the ring-type and side dragging article fixed band (73) respectively in the upper end of end mop strip (20) and side mop strip (87), and is equipped in respectively in dragging article hole, the end (79) and the side dragging article hole (15).
Claims (5)
- One kind straight after card monaural gemmule tooth spiral start to press rotary mop, a tubulose mop rod (3) is socketed in the upper drawbar (6) by lower drawbar (7), and the activity formation of joining, and it is characterized in that:Lower drawbar (7) is provided with a mop straight tube turn locking mechanism (14) with upper drawbar (6) joint;In mop rod (3), be provided with the gemmule tooth trace and turn rotation polygon rod driving mechanism (93);Be provided with a disc in the lower end of lower drawbar (7) rotatable and with the mophead (1) of mop strip;The upper end of upper drawbar (6) is provided with drawbar (4).
- 2. straight rear card monaural gemmule tooth spiral according to claim 1 starts to press rotary mop, it is characterized in that:Described mop straight tube turn locking mechanism (14), it is configured to an outer tube (37) and is enclosed within on the inner sleeve (36), inner sleeve (36) upper end is fixedly connected with upper drawbar (6), its lower end and lower drawbar (7) activity are joined, be provided with screw thread between internal and external casing, the bottom of inner sleeve (36) is provided with shrinkage joint (39); Outer tube (37) is straight tube; The lower end of inner sleeve (36) is provided with the horn mouth (38) that the bottom expands outwardly.
- 3. straight rear card monaural gemmule tooth spiral according to claim 1 starts to press rotary mop, it is characterized in that:Described gemmule tooth trace turns rotation polygon rod driving mechanism (93), its outer tube (50) that is configured to the unidirectional sliding bearing of a gemmule tooth (57) is fixed by socket in the upper pipes of lower drawbar (7), the top of the inner sleeve (51) of the unidirectional sliding bearing of gemmule tooth (57) is provided with polygonal driver slot (58), the upper end of one screw drives body (56) is fixed in the drawbar (6), the polygonal driver slot (58) at inner sleeve (51) top is passed in the lower end of screw drives body (56), and activity is joined with it;Its structure of the unidirectional sliding bearing of described gemmule tooth (57) is to be provided with the inner sleeve (51) that activity is joined in the outer tube (50), be provided with overcoat ratchet (52) upwards in the inboard of outer tube (50), be provided with downward inner sleeve ratchet (53) in the outside of inner sleeve (51), overcoat ratchet (52) and inner sleeve ratchet (53) but single direction rotation engaging;Be provided with a buckle on the top of the unidirectional sliding bearing of gemmule tooth (57) outer tube (50) and be connected to mutually inner sleeve cap fall prevention (55) in the outer tube (50);Its upper end and ring slice cap fall prevention circular top (67) that is configured to a cap fall prevention body (66) of described inner sleeve cap fall prevention (55) is joined, the outwardly formation cap fall prevention of the outer rim outward flange (64) of cap fall prevention circular top (67), its inner rim is to projecting inward formation cap fall prevention inward flange (68), and the lower end in cap fall prevention body (66) outside is provided with cap fall prevention buckle (59);Upper outside at outer tube (50) is provided with overcoat flange (65), the slip cap (54) that the activity that is provided with between overcoat flange (65) and cap fall prevention outward flange (64) is joined;Described screw drives body (56) is the conveyor screw that triangular or multiple edge body rotation distortion consist of;Described polygonal driver slot (58) is to adapt with screw drives body (56)The swivel nut structure.
- 4. straight rear card monaural gemmule tooth spiral according to claim 1 starts to press rotary mop, it is characterized in that:Its upper end that is configured to a mophead pin joint seat (2) of described mophead (1) is a tubulose drawbar cover (46), be socketed on lower drawbar (7) lower end, mophead pin joint seat (2) lower end is provided with the mophead grooved hanger (13) that is made of the left hanger of mophead (16) and the right hanger of mophead (17), the lower end of the left hanger of mophead (16) and the right hanger of mophead (17) is provided with the left hanger cam of half cam mophead (48) and the right hanger cam of mophead (49), and is provided with the left hanger pin-and-hole of mophead (27) and the right hanger pin-and-hole of mophead (5);Upper brake disc (10) is a disc-shaped disk body, which is provided with hanger perforation (26) under the upper brake disc that passes for lower brake disc hanger (18);Mop rotation dish (8) is a circular disk body, and its center is provided with rotating disc axis hole (47);Lower brake disc (9) is a sheet disk body, and its center is provided with rotating disc rotating shaft (24) and perpendicular to lower brake disc (9) and is provided with the lower brake disc hanger (18) of lower brake disc hanger pin-and-hole (25);Lower brake disc hanger (18) passes under mop rotation dish axis hole (47) and the upper brake disc hanger perforation (26) mop rotation dish (8) is clipped in up and down between the brake disc;Hanger steady pin (11) is a cylinder, the one end is provided with a steady pin cap (29), the other end is provided with steady pin screw hole and steady pin screw (12), and hanger steady pin (11) passes the left hanger pin-and-hole of mophead (27) and lower brake disc hanger pin-and-hole (25) and the right hanger pin-and-hole of mophead (5) and lower brake disc hanger (18) is articulated between the left hanger of mophead (16) and the right hanger of mophead (17) of mophead grooved hanger (13);One annular mop strip fixed disk (21) joins with side's provided thereon disc mop rotation dish (8) buckle, mop strip fixed disk (21) is a ring-type U-shaped body, its inboard periphery is provided with the outer convex ring body (90) of a convex ring body rear wall, the center of mop rotation dish (8) is provided with circular rotating dish axis hole (47), the bottom is provided with an annular cover (88), the outboard peripheries of this annular cover is provided with an annular concave ring groove (91), concave ring groove (91) engages the formation fastener with the outer convex ring body (90) of rear wall, and annular cover (88) exterior bottom is provided with lead angle (89).
- 5. straight rear card monaural gemmule tooth spiral according to claim 4 starts to press rotary mop, it is characterized in that:Described mop strip fixed disk (21), be respectively equipped with dragging article hole, the end (79) and the side dragging article hole (15) of annular arrangement at the U-shaped body antetheca (76) of the bottom of U-lag (85) and sidewall, be respectively equipped with the guide groove antetheca dragging article embedded groove (86) and the rear wall dragging article embedded groove (80) that embed for mop strip that communicates with the dragging article hole at the two side of U-lag (85) U-shaped body antetheca (76) and U-shaped body rear wall (77); Being connected by dragging article fixed band (71) at the bottom of the ring-type and side dragging article fixed band (73) respectively in the upper end of end mop strip (20) and side mop strip (87), and is equipped in respectively in dragging article hole, the end (79) and the side dragging article hole (15).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013100415363A CN103070646A (en) | 2013-02-01 | 2013-02-01 | Direct rear-clamp single-lug side-ratchet rotating hand-pressure rotating mop |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013100415363A CN103070646A (en) | 2013-02-01 | 2013-02-01 | Direct rear-clamp single-lug side-ratchet rotating hand-pressure rotating mop |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN103070646A true CN103070646A (en) | 2013-05-01 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2013100415363A Pending CN103070646A (en) | 2013-02-01 | 2013-02-01 | Direct rear-clamp single-lug side-ratchet rotating hand-pressure rotating mop |
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWM376258U (en) * | 2009-07-24 | 2010-03-21 | Lin Li Er | Rotary mop |
| CN201641905U (en) * | 2009-12-30 | 2010-11-24 | 拖神国际股份有限公司 | Telescopic rotating mop |
| US20110214241A1 (en) * | 2010-03-05 | 2011-09-08 | Chun-Chih Wang | Rotary mop |
| EP2387934A1 (en) * | 2010-05-21 | 2011-11-23 | Maxplus Industries Company Limited | Mop with rotatable head |
| CN202505288U (en) * | 2012-03-26 | 2012-10-31 | 任婧 | Straight pipe gyration locking mechanism of mop |
| CN202568124U (en) * | 2012-03-26 | 2012-12-05 | 任婧 | Cam pin mop head braking mechanism |
-
2013
- 2013-02-01 CN CN2013100415363A patent/CN103070646A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWM376258U (en) * | 2009-07-24 | 2010-03-21 | Lin Li Er | Rotary mop |
| CN201641905U (en) * | 2009-12-30 | 2010-11-24 | 拖神国际股份有限公司 | Telescopic rotating mop |
| US20110214241A1 (en) * | 2010-03-05 | 2011-09-08 | Chun-Chih Wang | Rotary mop |
| EP2387934A1 (en) * | 2010-05-21 | 2011-11-23 | Maxplus Industries Company Limited | Mop with rotatable head |
| CN202505288U (en) * | 2012-03-26 | 2012-10-31 | 任婧 | Straight pipe gyration locking mechanism of mop |
| CN202568124U (en) * | 2012-03-26 | 2012-12-05 | 任婧 | Cam pin mop head braking mechanism |
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Application publication date: 20130501 |