CN204016213U - Folding mophead mechanism - Google Patents
Folding mophead mechanism Download PDFInfo
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- CN204016213U CN204016213U CN201420400856.3U CN201420400856U CN204016213U CN 204016213 U CN204016213 U CN 204016213U CN 201420400856 U CN201420400856 U CN 201420400856U CN 204016213 U CN204016213 U CN 204016213U
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- folding
- mophead
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- flap
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Abstract
The utility model discloses a kind of folding mophead mechanism, comprising: chassis, and dismountable being connected in type of mop body, described chassis surrounding is folding is provided with a plurality of flaps, and described flap is evenly arranged along described chassis surrounding; Cleaning member, is incorporated on the bottom surface of described a plurality of flaps.Folding mophead of the present utility model mechanism, by the flap arranging in chassis surrounding, after cleaning member can being folded, realize dehydration by extruding, easy to use, not only save a large amount of human resources and physical resources, also greatly alleviated consumer's financial burden.
Description
Technical field
The utility model relates to a kind of mophead, refers in particular to a kind of folding mophead mechanism.
Background technology
Mophead is in the market generally monoblock type, when cleaning and dewatering, need to turn on by the mode of manpower, and the hand but also bring some inconvenience to cleaning so not only made dirty, wastes time and energy.
Utility model content
Because the problems referred to above, the utility model provides a kind of folding mophead mechanism, comprising:
Chassis, dismountable being connected in type of mop body, described chassis surrounding is folding is provided with a plurality of flaps, and described flap is evenly arranged along described chassis surrounding;
Cleaning member, is incorporated on the bottom surface of described a plurality of flaps.
Folding mophead of the present utility model mechanism, by the flap arranging in chassis surrounding, after cleaning member can being folded, realize dehydration by extruding, easy to use, not only save a large amount of human resources and physical resources, also greatly alleviated consumer's financial burden.
The further improvement of the folding mophead of the utility model mechanism is, the quantity of described flap is two, and described flap comprises:
The first plate body, is connected on described chassis by hinge is folding;
Two second plate bodys, by the folding both sides that are connected in described the first plate body of hinge.
The further improvement of the folding mophead of the utility model mechanism is, also comprises a connection piece, and described connector is dismountable to be connected in type of mop body, and described chassis is movably connected on described connector.
The further improvement of the folding mophead of the utility model mechanism is, top, described chassis is provided with one first articulated section, one articulated elements is articulated in described the first articulated section along first direction, described connector bottom is provided with one second articulated section, and described the second articulated section is along being articulated in described articulated elements perpendicular to the second direction of described first direction.Therefore between connector and chassis, formed a universal joint, allowed chassis can carry out with respect to connector the rotation of all directions.
The further improvement of the folding mophead of the utility model mechanism is, the quantity of described flap is three, described flap is connected on described chassis by hinge is folding, on the bottom surface of described three flaps, be provided with a flexible glue dish, described cleaning member is incorporated on the bottom surface of described flexible glue dish.
The further improvement of the folding mophead of the utility model mechanism is, the material of described flap is flexible glue, the one-body molded formation one flexible glue dish of described a plurality of flaps, and described cleaning member is incorporated on the bottom surface of described flexible glue dish.Flap is by folding being arranged on chassis of characteristic of flexible glue.
The further improvement of the folding mophead of the utility model mechanism is, the quantity of described flap is five.
The further improvement of the folding mophead of the utility model mechanism is, between described chassis and described connector, is provided with a universal connecting components, and described universal connecting components comprises:
Rotating seat, comprises a joint and a base, and middle part, described chassis is formed with a containing groove, and described rotating seat is movably set in described containing groove;
Shrouding disc, described shrouding disc middle part is formed with a through hole, and described shrouding disc is fixed on described chassis, and makes described joint stretch out described through hole, and then described base is closed in described containing groove.Therefore chassis can be rotated around connector along any direction by described universal connecting components.
The further improvement of the folding mophead of the utility model mechanism is, described cleaning member is cleaning cloth or sponge.
Brief description of the drawings
Fig. 1 is the schematic perspective view of the first embodiment of the folding mophead of the utility model mechanism.
Fig. 2 is the decomposing schematic representation of the mophead mechanism in Fig. 1.
Fig. 3 is the folding schematic diagram of the mophead mechanism in Fig. 1.
Fig. 4 is that the mophead mechanism in Fig. 1 is arranged on the schematic diagram on a kind of rotary mop.
Schematic diagram when Fig. 5 is the rotary mop drying dehydration in Fig. 4.
Fig. 6 is the schematic perspective view of the second embodiment of the folding mophead of the utility model mechanism.
Fig. 7 is the folding schematic diagram of the mophead mechanism in Fig. 6.
Fig. 8 is the decomposing schematic representation of the mophead mechanism in Fig. 6.
Fig. 9 is that the mophead mechanism in Fig. 6 is arranged on the schematic diagram on a kind of rotary mop.
Schematic diagram when Figure 10 is the rotary mop drying dehydration in Fig. 9.
Figure 11 is the schematic perspective view of the third embodiment of the folding mophead of the utility model mechanism.
Figure 12 is the folding schematic diagram of the mophead mechanism in Figure 11.
Figure 13 is the decomposing schematic representation of the mophead mechanism in Figure 11.
Figure 14 is that the mophead mechanism in Figure 11 is arranged on the schematic diagram on a kind of rotary mop.
Schematic diagram when Figure 15 is the rotary mop drying dehydration in Figure 14.
Figure 16 is a kind of general illustration of rotary mop.
Figure 17 is the decomposing schematic representation of the rotary mop in Figure 16.
Figure 18 is the generalized section of the rotary mop in Figure 16.
Figure 19 is the generalized section of the rotary mop in Figure 16 when common mophead drying dehydration is installed.
Figure 20 is the enlarged diagram of A part in Figure 19.
Figure 21 is the structural representation of the retaining mechanism of the rotary mop in Figure 16.
Figure 22 is the schematic diagram in snap close piece when locking of the retaining mechanism of the rotary mop in Figure 20.
Figure 23 is the structural representation of the dewatering device of the rotary mop in Figure 16.
Figure 24 is the enlarged diagram of the water retaining cover of the dewatering device of the rotary mop in Figure 23.
Figure 25 is the enlarged diagram of B part in Figure 18.
Figure 26 is the decomposing schematic representation of the rotary drive mechanism of the rotary mop in Figure 16.
Figure 27 is the generalized section of the rotary drive mechanism of the rotary mop in Figure 26.
Figure 28 is the enlarged diagram of C part in Figure 27.
Figure 29 is the water retaining cover of the rotary mop in Figure 16 and the view that sleeve is temporarily fixed together.
Figure 30 is the view after the water retaining cover of the rotary mop in Figure 16 and sleeve depart from.
Figure 31 is the amplification profile schematic diagram of D part in Figure 19.
Figure 32 is the decomposing schematic representation of each parts in Figure 31.
Drawing reference numeral explanation:
10-mop rod mechanism; The upper pipe of 110-;
Under 120-, manage; 121-connector;
20-rotary drive mechanism; 210-screw rod cover;
220-screw rod; 221-the first back-up ring;
222-spring; 223-keeper;
224-the second back-up ring; 230-drive block;
231-the first ratchet; 240-actuating sleeve;
241-the second ratchet; 242-the second flange;
250-drives upper shield; 30-retaining mechanism;
310-sleeve; 311-storage tank;
312-breach; 313-the first flange;
314-otic placode; 315-the first through hole;
316-draw-in groove; 320-snap close piece;
321-butting section; 322-pulls open portion;
323-the second through hole; 324-bearing pin;
40-dewatering device; 410-water retaining cover;
411-shackle member; 412-elastic clamping block;
413-groove; 414,414a-bearing;
415-screw; 416,416a-fixing hole;
420-water cover; 421-apopore;
422-buckle; 410a, 420a-grip part;
410b, 420b-incorporating section; 50,50B, 50C, 50D-mophead mechanism;
520,520B, 520C, 520D-connector; 521B, 521C, 521D-the second articulated section;
530,530B, 530C, 530D-cleaning member; 540B, 540C, 540D-bindiny mechanism;
541B, 541C, 541D-chassis; 542B, 542C, 542D-flap;
543-the first plate body; 544B, 544C-hinge;
545-the second plate body; 546-the first articulated section;
547-articulated elements; 548C, 548D-flexible glue dish;
551C, 551D-rotating seat; 552C, 552D-joint;
553C, 553D-base; 554C, 554D-containing groove;
555C, 555D-shrouding disc; 556C, 556D-through hole.
Detailed description of the invention
In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein is only in order to explain the utility model, and be not used in restriction the utility model.
Coordinate referring to shown in Fig. 1, folding mophead of the present utility model mechanism, comprising:
Connector 520B, dismountable being connected in type of mop body;
Chassis 541B, is movably connected on described connector 520B above, and the surrounding of described chassis 541B is folding is provided with a plurality of flap 542B, and described flap 542B is evenly arranged along the surrounding of described chassis 541B;
Cleaning member 530B, is incorporated on the bottom surface of described a plurality of flap 542B.
Folding mophead of the present utility model mechanism, the flap 542B arranging by the surrounding at chassis 541B, realizes dehydration by extruding after cleaning member 530B can being folded, easy to use, not only save a large amount of human resources and physical resources, also greatly alleviated consumer's financial burden.
Below in conjunction with accompanying drawing, describe three embodiment of the utility model folding mophead mechanism in detail, in embodiment, folding the utility model mophead mechanism is coordinated a kind of rotary mop that can drying dehydration to use:
Embodiment 1:
Coordinating referring to shown in Fig. 1～Fig. 3, is the first embodiment of the folding mophead of the utility model mechanism, and in this embodiment, the described mophead 50B of mechanism comprises:
The 540B of bindiny mechanism, comprise a connection piece 520B and a chassis 541B, described connector 520B is dismountable to be connected on a kind of connector 121 of lower pipe 120 of rotary mop that can drying dehydration, the preferred mode being threaded that adopts, described chassis 541B is movably connected on described connector 520B, the surrounding of described chassis 541B is folding is connected with a plurality of flap 542B, and described flap 542B is evenly arranged along described chassis 541B surrounding.In this embodiment, preferred, the quantity of described flap 542B is two, and flap 542B is by folding being connected on the 541B of chassis of mode of hinge;
Cleaning member 530B, is incorporated on the bottom surface of described a plurality of flap 542B.In this embodiment, preferred, described cleaning member 530B is cleaning cloth or sponge.
Wherein, coordinate referring to shown in Fig. 2, described flap 542B comprises again:
The first plate body 543, is connected on described chassis 541B by hinge 544B (being made up of a torsionspring and a trunnion) is folding;
Two second plate bodys 545, same by the folding both sides that are connected in described the first plate body 543 of hinge 544B, and then make flap 542B by folding being connected on the 541B of chassis of mode of hinge.
Further, again coordinate referring to shown in Fig. 2, the top of described chassis 541B is provided with one first articulated section 546, one articulated elements 547 is articulated in described the first articulated section 546 along first direction, the bottom of described connector 520B is provided with one second articulated section 521B, and described the second articulated section 521B is along being articulated in described articulated elements 547 perpendicular to the second direction of described first direction.Therefore between connector 520B and chassis 541B, formed a universal joint, allowed chassis 541B can carry out with respect to connector 520B the rotation of all directions.
Coordinating referring to shown in Fig. 4, is that the 50B of mophead mechanism of the first embodiment is arranged on to the schematic diagram on rotary mop.In the time that the dewatering device of rotary mop 40 is moved down and touches the 50B of mophead mechanism along lower pipe 120, by the setting of the 540B of bindiny mechanism, the 50B of mophead mechanism can fold as the mode shown in Fig. 3, after can allowing the 50B of mophead mechanism folding, cover in the dewatering device 40 of rotary mop as shown in Figure 5, can realize drying dehydration.
Embodiment 2:
Coordinating referring to shown in Fig. 6～Fig. 8, is the second embodiment of the folding mophead of the utility model mechanism, and in this embodiment, the described mophead 50C of mechanism comprises:
The 540C of bindiny mechanism, comprise a connection piece 520C and a chassis 541C, described connector 520C is dismountable to be connected on a kind of connector 121 of lower pipe 120 of rotary mop that can drying dehydration, the preferred mode being threaded that adopts, described chassis 541C is movably connected on described connector 520C, the surrounding of described chassis 541C is folding is connected with a plurality of flap 542C, and described flap 542C is evenly arranged along described chassis 541C surrounding, on the bottom surface of described a plurality of flap 542C, be further provided with a flexible glue dish 548C.In this embodiment, preferred, the quantity of described flap 542C is three, flap 542C by hinge 544C (being formed by a torsionspring and a trunnion) also with folding being connected on the 541C of chassis of mode of hinge;
Cleaning member 530C, is incorporated on the bottom surface of described flexible glue dish 548C.In this embodiment, preferred, described cleaning member 530C is cleaning cloth or sponge.
Further, coordinate referring to shown in Fig. 8, between described chassis 541C and described connector 520C, be provided with a universal connecting components, described universal connecting components is movably connected on described chassis 541C, and described connector 520C is articulated in described universal connecting components by the second articulated section 521C.Therefore chassis 541C can carry out with respect to connector 520C the rotation of all directions by described universal connecting components.
Wherein, coordinate referring to shown in Fig. 8, described universal connecting components comprises again:
Rotating seat 551C, comprises a joint 552C and a base 553C, and the middle part of described chassis 541C is formed with a containing groove 554C, and described rotating seat 551C is movably set in the containing groove 554C of described chassis 541C;
Shrouding disc 555C, the middle part of described shrouding disc 555C is formed with a through hole 556C, described shrouding disc 555C is fixed on described chassis 541C, and the joint 552C that makes described rotating seat 551C stretches out the through hole 556C of described shrouding disc 555C, and then the base 553C of described rotating seat 551C is closed in the containing groove 554C of described chassis 541C.
Coordinating referring to shown in Fig. 9, is that the 50C of mophead mechanism of the second embodiment is arranged on to the schematic diagram on rotary mop.In the time that the dewatering device of rotary mop 40 is moved down and touches the 50C of mophead mechanism along lower pipe 120, by the setting of the 540C of bindiny mechanism, the 50C of mophead mechanism can fold as the mode shown in Fig. 7, after can allowing the 50C of mophead mechanism folding, cover in the dewatering device 40 of rotary mop as shown in figure 10, can realize drying dehydration.
Embodiment 3:
Coordinating referring to shown in Figure 11～Figure 13, is the third embodiment of the folding mophead of the utility model mechanism, and in this embodiment, the described mophead 50D of mechanism comprises:
The 540D of bindiny mechanism, comprise a connection piece 520D and a chassis 541D, described connector 520D is dismountable to be connected on a kind of connector 121 of lower pipe 120 of rotary mop that can drying dehydration, the preferred mode being threaded that adopts, described chassis 541D is movably connected on described connector 520D, the surrounding of described chassis 541D is folding is connected with a plurality of flap 542D, and described flap 542D is evenly arranged along described chassis 541D surrounding.In this embodiment, preferably, the quantity of described flap 542D is five, and the material of described flap 542D is flexible glue, the one-body molded formation one flexible glue dish 548D of described five flap 542D, flap 542D is by folding being connected on the 541D of chassis of characteristic of flexible glue;
Cleaning member 530D, is incorporated on the bottom surface of described flexible glue dish 548D.In this embodiment, preferred, described cleaning member 530D is cleaning cloth or sponge.
Further, coordinate referring to shown in Figure 13, between described chassis 541D and described connector 520D, be provided with a universal connecting components, described universal connecting components is movably connected on described chassis 541D, and described connector 520D is articulated in described universal connecting components by the second articulated section 521D.Therefore chassis 541D can carry out with respect to connector 520D the rotation of all directions by described universal connecting components.
Wherein, coordinate referring to shown in Figure 13, described universal connecting components comprises again:
Rotating seat 551D, comprises a joint 552D and a base 553D, and the middle part of described chassis 541D is formed with a containing groove 554D, and described rotating seat 551D is movably set in the containing groove 554D of described chassis 541D;
Shrouding disc 555D, the middle part of described shrouding disc 555D is formed with a through hole 556D, described shrouding disc 555D is fixed on described chassis 541D, and the joint 552D that makes described rotating seat 551D stretches out the through hole 556D of described shrouding disc 555D, and then the base 553D of described rotating seat 551D is closed in the containing groove 554D of described chassis 541D.
Coordinating referring to shown in Figure 14, is that the 50D of mophead mechanism of the third embodiment is arranged on to the schematic diagram on rotary mop.In the time that the dewatering device of rotary mop 40 is moved down and touches the 50D of mophead mechanism along lower pipe 120, by the setting of the 540D of bindiny mechanism, the 50D of mophead mechanism can fold as the mode shown in Figure 12, after can allowing the 50D of mophead mechanism folding, cover in the dewatering device 40 of rotary mop as shown in figure 15, can realize drying dehydration.
Below in conjunction with accompanying drawing, introduce in detail a kind of can coordinate that the folding mophead of the utility model mechanism uses can drying dehydration rotary mop:
Coordinate referring to shown in Figure 16～Figure 19, the rotary mop that this can drying dehydration comprises:
Mop rod mechanism 10, shown in Figure 17 and Figure 18, described mop rod mechanism 10 comprise on one, manage 110 with manage 120 once, it is outer and be movably connected with described lower pipe 120 by a rotary drive mechanism 20 that described upper pipe 110 is socketed on described lower pipe 120, rotary drive mechanism 20 be one can in the time that upper pipe 110 axially relatively moves with lower pipe 120, drive manage 110 with lower pipe 120 driving mechanism in relative rotation.Wherein, the lower end of described lower pipe 120 is also further installed with a connector 121;
Retaining mechanism 30, coordinate referring to shown in Figure 20 and Figure 21, described retaining mechanism 30 comprises a sleeve 310 and a snap close piece 320, described sleeve 310 is fixedly sleeved outside described upper pipe 110, and be arranged at the junction of described upper pipe 110 and lower pipe 120, the bottom of described sleeve 310 is formed with a storage tank 311, the sidepiece of described sleeve 310 is formed with a breach 312, described snap close piece 320 is articulated in the sidepiece of described sleeve 310 in the position of described breach 312, the first end of described snap close piece 320 is formed with a butting section 321, the second end of described snap close piece 320 is formed with one and pulls open portion 322, be convenient to trip lock fastener 320, coordinate referring to shown in Figure 22, described butting section 321 breach 312 through described sleeve 310 in the time that mop uses is resisted against on described lower pipe 120, allow and cannot relatively move between pipe 110 and lower pipe 120, to between described upper pipe 110 and lower pipe 120, be fixed, open snap close piece 320, described lower pipe 120 is left in the butting section 321 of described snap close piece 320, between upper pipe 110 and lower pipe 120, can relatively move again,
Dewatering device 40, coordinate referring to shown in Figure 23 and Figure 24, described dewatering device 40 comprises a water retaining cover 410 and a water cover 420, and described water retaining cover 410 is all the up-small and down-big bell mouth shapes that are with the axial profile of water cover 420, and centre up/down perforation forms hollow, described water retaining cover 410 comprises a grip part 410a separately with water cover 420,420a and an incorporating section 410b, 420b, described grip part 410a, 420a is incorporated into described incorporating section 410b, the upper end of 420b.On described water cover 420, offer a plurality of apopores 421, described water cover 420 pivot bush units are outside described lower pipe 120, described water retaining cover 410 is socketed on outside described water cover 420, and this water retaining cover 410 can rotate with respect to described water cover 420, the top of described water retaining cover 410 is provided with a shackle member 411, the sidepiece of described shackle member 411 is provided with an elastic clamping block 412, coordinate referring to shown in Figure 25, described shackle member 411 is arranged in the storage tank 311 of described sleeve 310 in the time that mop uses, can allow the water retaining cover 410 of dewatering device 40 in the time that mop uses, be connected to sleeve 310 places,
Mophead mechanism 50, coordinates again referring to shown in Figure 17, and mophead mechanism 50 comprises: connector 520, and on dismountable connector 121 that is connected in described lower pipe 120, the preferred mode being threaded that adopts; Cleaning member 530, is incorporated on described connector 520.In this embodiment, preferred, described cleaning member 530 is cleaning cloth.
Coordinate referring to shown in Figure 26 and Figure 27, concrete, in described mop rod mechanism 10, described rotary drive mechanism 20 comprises:
Screw rod overlaps 210, is fixed in the inside of described upper pipe 110;
Screw rod 220, is fixed in described screw rod and overlaps 210 bottom;
Drive block 230, pivot bush unit, on described screw rod 220, coordinates referring to shown in Figure 28, and the bottom of described drive block 230 is formed with the first ratchet 231;
Actuating sleeve 240, be fixed in the inside of described lower pipe 120, the inside of described actuating sleeve 240 is formed with an accommodation space, described drive block 230 is arranged in described accommodation space and described screw rod 220 passes described actuating sleeve 240, and the bottom of described actuating sleeve 240 is formed with second ratchet 241 corresponding with the first ratchet 231 of described drive block 230;
Like this, in the time that upper pipe 110 presses down, screw rod 220 can drive drive block 230 to move down together, in the time that the first ratchet 231 of drive block 230 touches the second ratchet 241 of actuating sleeve 240, can be activated stopping of cover 240 and stop in the accommodation space of actuating sleeve 240 inside and move downward, now screw rod 220 is still subject to the active force that pipe 110 presses down and moves down, the motion state of drive block 230 can change into and rotatablely move from rectilinear motion, and by coordinating of the first ratchet 231 and the second ratchet 241, drive block 230 can drive actuating sleeve 240 to rotate together, and then drive lower pipe 120 to rotate together, lower pipe 120 further drives mophead mechanism 50 to rotate together with water cover 420 again, thereby realize the object of mophead mechanism 50 drying dehydrations.
Further, again coordinate referring to shown in Figure 28, the top of described actuating sleeve 240 is connected with a driving upper shield 250, after described drive block 230 moves downward in the accommodation space of actuating sleeve 240 inside, the height of described accommodation space is greater than the height sum of height and described second ratchet 241 of described drive block 230.
While carrying on again after upper pipe 110 presses down, screw rod 220 will drive drive block 230 to move up in the accommodation space of actuating sleeve 240 inside to make the first ratchet 231 depart from the second ratchet 241, touch and drive the bottom of upper shield 250 to stop moving upward because being subject to stopping when drive block 230 continues to be moved upward to its top, now screw rod 220 is still subject to the active force of carrying on pipe 110 and moves up, the motion state of drive block 230 just changes into and rotatablely moves from rectilinear motion, now because the first ratchet 231 has departed from the second ratchet 241, so drive block 230 can dally in the accommodation space of actuating sleeve 240 inside, and can not drive lower pipe 120 to rotate.
Further, again coordinate referring to shown in Figure 26 and Figure 27, on described screw rod 220, be socketed with one first back-up ring 221, described the first back-up ring 221 is arranged between described screw rod cover 210 and described driving upper shield 250, can prevent that pipe 110 from pressing down time, screw rod cover 210 collides and drives upper shield 250 to cause damage.Between described screw rod cover 210 and described the first back-up ring 221, be further provided with again a spring 222, can further increase the buffering after collision.
Further, coordinate referring to shown in Figure 26 and Figure 28, the bottom of described screw rod 220 is installed with positioning piece 223, a preferably rivet of this keeper 223, on described screw rod 220, be also socketed with one second back-up ring 224, described the second back-up ring 224 is arranged between described actuating sleeve 240 and described keeper 223, can prevent that in process that screw rod 220 moves up, actuating sleeve 240 comes off from screw rod 220 lower ends.
Again coordinate referring to shown in Figure 28, concrete, in described retaining mechanism 30, the described inwall that is fixed on the sleeve 310 on pipe 110 extends internally and is formed with circle first flange 313, the top of described actuating sleeve 240 stretches out and is formed with second flange 242 corresponding with the first flange 313 of described sleeve 310, the external diameter of described the second flange 242 is greater than the internal diameter of described the first flange 313, can prevent that lower pipe 120 from coming off from upper pipe 110 lower ends.
Further, again coordinate referring to shown in Figure 21, the sidepiece of described sleeve 310 is respectively arranged with an otic placode 314 in the both sides of described breach 312, on described otic placode 314, offer the first through hole 315, on described snap close piece 320, offer second through hole 323 corresponding with the first through hole 315 of described otic placode 314, one bearing pin 324 passes the first through hole 315 of described otic placode 314 and the second through hole 323 of described snap close piece 320, and then described snap close piece 320 is articulated in to the sidepiece of described sleeve 310 in the position of the breach 312 of described sleeve 310.
Further, again coordinate referring to shown in Figure 20, the inwall of the storage tank 311 of described sleeve 310 has been circumferentially formed a circle draw-in groove 316, again in conjunction with shown in Figure 24, corresponding with the elastic clamping block 412 that the sidepiece of the shackle member 411 of described water retaining cover 410 arranges with this draw-in groove 316, again coordinate referring to shown in Figure 25, described elastic clamping block 412 is arranged in described draw-in groove 316 in the time that mop uses, and can allow the water retaining cover 410 of dewatering device 40 in the time that mop uses, be connected to sleeve 310 places.Shown in Figure 29, the view being connected together for water retaining cover 410 and the sleeve 310 of dewatering device 40.Shown in Figure 30, it is the view after water retaining cover 410 and sleeve 310 disengagings of dewatering device 40.
Coordinate referring to shown in Figure 31 and Figure 32, concrete, in described dewatering device 40, the inwall upper end of described water retaining cover 410 has been circumferentially formed a groove 413, the sidewall of described water retaining cover 410 offers fixing hole 416 in the position of groove 413, the sidewall of the shackle member 411 of described water retaining cover 410 also offers corresponding fixing hole 416a, one bearing 414 is assembled in described groove 413, be pressed in again the top of described bearing 414 by described shackle member 411, the outer ring of described bearing 414 is arranged in described groove 413, the inner ring of described bearing 414 stretches out described groove 413, then, the outer wall upper end of described water cover 420 is provided with the buckle corresponding with the inner ring of described bearing 414 422, described buckle 422 is arranged on the inner ring of described bearing 414.Like this, realize the mutual rotation between water retaining cover 410 and water cover 420 by bearing 414.Preferably, as shown in Figure 23, between water retaining cover 410 and the bottom of water cover 420, can assemble again a bearing 414a, make the mutual rotation between water retaining cover 410 and water cover 420 more flexible.
This rotary mop that can drying dehydration is locked the snap close piece of retaining mechanism 30 320 while using, make to be fixed between pipe 110 and lower pipe 120, again dewatering device 40 is connected and fixed by retaining mechanism 30 and upper pipe 110, can normally mop floor and use or clean.When drying dehydration, the snap close piece of retaining mechanism 30 320 is opened, make mutually to unclamp between pipe 110 and lower pipe 120, again dewatering device 40 is promoted downwards until the incorporating section 420b of water cover 420 covers in mophead mechanism 50 completely, now one hold the grip part 410a of water retaining cover 410 of dewatering device 40 and another subordinate presses pipe 110, lower pipe 120 is because the driving of rotary drive mechanism 20 starts rotation, and drive mophead mechanism 50 to rotate together with water cover 420, then after mentioning initial position on upper pipe 110, again press down, operation so repeatedly, the principle of the centrifugal force that the moisture of mophead mechanism 50 will produce by rotation is thrown out of, the apopore 421 arranging on water cover 420 is convenient to moisture to throw away more, inwall by water retaining cover 410 trickles to bucket downwards, tank or other position.
The above is only preferred embodiment of the present utility model, not the utility model is done to any pro forma restriction, although the utility model discloses as above with preferred embodiment, but not in order to limit the utility model, any those skilled in the art, not departing from the scope of technical solutions of the utility model, when can utilizing the technology contents of above-mentioned announcement to make a little change or being modified to the equivalent embodiment of equivalent variations, in every case be the content that does not depart from technical solutions of the utility model, any simple modification of above embodiment being done according to technical spirit of the present utility model, equivalent variations and modification, all still belong in the scope of technical solutions of the utility model.
Claims (10)
1. a folding mophead mechanism, is characterized in that comprising:
Chassis, dismountable being connected in type of mop body, described chassis surrounding is folding is provided with a plurality of flaps, and described flap is evenly arranged along described chassis surrounding;
Cleaning member, is incorporated on the bottom surface of described a plurality of flaps.
2. folding mophead as claimed in claim 1 mechanism, the quantity that it is characterized in that described flap is two, described flap comprises:
The first plate body, is connected on described chassis by hinge is folding;
Two second plate bodys, by the folding both sides that are connected in described the first plate body of hinge.
3. folding mophead as claimed in claim 2 mechanism, characterized by further comprising a connection piece, and described connector is dismountable to be connected in type of mop body, and described chassis is movably connected on described connector.
4. folding mophead as claimed in claim 3 mechanism, it is characterized in that top, described chassis is provided with one first articulated section, one articulated elements is articulated in described the first articulated section along first direction, described connector bottom is provided with one second articulated section, and described the second articulated section is along being articulated in described articulated elements perpendicular to the second direction of described first direction.
5. folding mophead as claimed in claim 1 mechanism, the quantity that it is characterized in that described flap is three, described flap is connected on described chassis by hinge is folding, on the bottom surface of described three flaps, be provided with a flexible glue dish, described cleaning member is incorporated on the bottom surface of described flexible glue dish.
6. folding mophead as claimed in claim 1 mechanism, the material that it is characterized in that described flap is flexible glue, the one-body molded formation one flexible glue dish of described a plurality of flaps, described cleaning member is incorporated on the bottom surface of described flexible glue dish.
7. folding mophead as claimed in claim 6 mechanism, the quantity that it is characterized in that described flap is five.
8. the folding mophead mechanism as described in claim 5 or 6, characterized by further comprising a connection piece, and described connector is dismountable to be connected in type of mop body, and described chassis is movably connected on described connector.
9. folding mophead as claimed in claim 8 mechanism, is characterized in that being provided with a universal connecting components between described chassis and described connector, and described universal connecting components comprises:
Rotating seat, comprises a joint and a base, and middle part, described chassis is formed with a containing groove, and described rotating seat is movably set in described containing groove;
Shrouding disc, described shrouding disc middle part is formed with a through hole, and described shrouding disc is fixed on described chassis, and makes described joint stretch out described through hole, and then described base is closed in described containing groove.
10. the folding mophead mechanism as described in any one in claim 1～7 and 9, is characterized in that described cleaning member is cleaning cloth or sponge.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420400856.3U CN204016213U (en) | 2014-07-18 | 2014-07-18 | Folding mophead mechanism |
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| CN201420400856.3U CN204016213U (en) | 2014-07-18 | 2014-07-18 | Folding mophead mechanism |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105286740A (en) * | 2014-07-18 | 2016-02-03 | 嘉兴捷顺旅游制品有限公司 | Foldable mop head mechanism |
| CN106214088A (en) * | 2016-06-27 | 2016-12-14 | 宁波德润堂智能科技有限公司 | From wringing out flat mop |
-
2014
- 2014-07-18 CN CN201420400856.3U patent/CN204016213U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105286740A (en) * | 2014-07-18 | 2016-02-03 | 嘉兴捷顺旅游制品有限公司 | Foldable mop head mechanism |
| CN106214088A (en) * | 2016-06-27 | 2016-12-14 | 宁波德润堂智能科技有限公司 | From wringing out flat mop |
| CN106214088B (en) * | 2016-06-27 | 2018-09-11 | 宁波德润堂智能科技有限公司 | From wringing out flat mop |
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