CN202553869U

CN202553869U - Foot step type mop cleaning and drying mechanism

Info

Publication number: CN202553869U
Application number: CN201220236127XU
Authority: CN
Inventors: 任永海
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-05-23
Filing date: 2012-05-23
Publication date: 2012-11-28
Anticipated expiration: 2022-05-23
Also published as: JP3184127U

Abstract

The utility model discloses a foot step type mop cleaning and drying mechanism which comprises a base, a pedal and a rack. Supports are arranged on two sides of the base, the pedal is hinged between the two supports, a connection rod is arranged right under the rear side of the pedal, a protruded block is arranged at one end of the rack, the pedal is connected with connection rod and the protruded block through the rack, the rack is arranged in the middle of the base, the rack can drive a dewatering basket assembly and a washing stirring disk assembly, and the rack is arranged in the middle of the base. When connected with the pedal, the rack is also connected with the middle of the pedal. Thus, the foot step type mop cleaning and drying mechanism can be stressed in a balance mode and is not prone to be blocked when being stepped.

Description

A kind of foot-operated mop cleaning dries mechanism

Technical field

The utility model relates to a kind of cleaning supplies, relates in particular to a kind of foot-operated mop cleaning and dries mechanism.

Background technology

Mop is the burnisher that people often use; In use need mop be dipped in water usually and get wet, be screwed onto half wet dried state then, the cleaning effect of the mop under this state is best usually; And can not stay watermark on the face of land; But the place of mop work is very dirty usually, and cleaning catches in the process of mop, and to touch mophead very unhygienic, and will wring out half wet dried state to mop in addition needs bigger strength; Therefore people have expected cleaning through mophead is rotated in water; The high speed rotation dries on the dehydration hurdle; This idea has two kinds of structures to realize usually; A kind of is to rely on the mophead rotation to drive washing disk to clean and dry with the hurdle rotation of dewatering, and another kind is that washing disk drives the mophead rotation with the dehydration hurdle, so also can reach identical effect; Usually the structure that adopts at present in the second approach is that tooth bar is installed in the bucket bottom; Drive travelling gear that washing disk is connected with the dehydration hurdle through rack linear motion and rotate and realize washing and dry, and the common dependence of the motion of tooth bar is trampled realization to pedal, like a kind of apparatus for washing and squeezing mop structure of the patent application of publication number 201658345U; When pedal is installed in order to guarantee that water dumping hurdle and washing stirring plate are positioned at the centre position of bucket; The position of tooth bar is arranged on bucket bottom one side, and the link position of corresponding with it pedal and tooth bar also is positioned at a side of pedal, and this set causes locked phenomenon owing to discontinuity easily when pushes pedals.

The utility model content

The technical problem that the utility model solves is: the middle part at pedal connects pedal and tooth bar, makes that stress equalization is difficult for blocking in the course of work.

For reaching this purpose, the utility model adopts following technical scheme:

A kind of foot-operated mop cleaning dries mechanism, comprises base, pedal and tooth bar, and said base both sides are provided with support; Be hinged with pedal between the said two stands; Be provided with connecting rod under the said pedal rear side, said tooth bar one end is provided with projection, and said pedal is connected with projection through connecting rod with tooth bar; Said tooth bar is arranged on the base middle part, said rack drives dehydration hurdle assembly and washing agitator assembly.

Further, said base bottom is provided with cover plate, and said cover plate is provided with chute, and said tooth bar is arranged in the chute.

Further, said projection is provided with waist-shaped hole, and said tooth bar is connected with pedal through waist-shaped hole.

Further, said support and base are structure as a whole.

Further, assembly lower end, said dehydration hurdle connects the drier driving shaft, and said drier driving shaft lower end is connected with the dehydration gear assembly.

Further, said washing agitator assembly lower end connects the stirring plate driving shaft, and said stirring plate driving shaft lower end connects the washing gear assembly.

Further, said dehydration gear assembly is the speed increasing gear group, and the gear that is connected with the drier driving shaft in the dehydration gear assembly is a ratchet.

Further, said washing gear assembly is the speed increasing gear group, and the gear that is connected with the stirring plate driving shaft in the washing gear assembly is a ratchet.

Further, said tooth bar comprises first tooth bar and second tooth bar, and said first tooth bar is connected through connector with second tooth bar, said first tooth bar and the engagement of dehydration gear assembly, second tooth bar and the engagement of washing gear assembly.

Further, be provided with baffle plate near support on the said base, the axle that said pedal and support are hinged is provided with reduction torsion spring.

The beneficial effect of the utility model is: tooth bar is positioned at the middle part of base; Connect pedal middle part when it is connected with pedal too, it is stuck to make when trampling that stress balance is difficult for, and is provided with the speed increasing gear group and has improved and clean that the rotating speed on dehydration hurdle and washing stirring plate can better clean drying when drying; Be provided with ratchet; Make dehydration hurdle and washing stirring plate one-directional rotation also to be provided with back-moving spring, make things convenient for tooth bar from horizontal reset.

Description of drawings

According to accompanying drawing and embodiment the utility model is done further explain below.

Fig. 1 dries mechanism's structural representation for foot-operated mop cleaning.

Fig. 2 is the rack structure sketch map.

Fig. 3 is base and step mounting structure sketch map.

Fig. 4 is the understructure sketch map.

Fig. 5 is tooth bar and pedal annexation sketch map.

Fig. 6 is tooth bar and pedal, base assembly relation sketch map.

Fig. 7 dries mechanism's exploded view for foot-operated mop cleaning.

Fig. 8 is the base plate sketch map.

Fig. 9 dries mechanism's installation site sketch map in bucket for foot-operated mop cleaning.

Among the figure:

1, base; 2, support; 3, pedal; 4, first tooth bar; 5, projection; 6, second tooth bar; 7, waist-shaped hole; 8, connecting rod; 9, cover plate; 10, chute; 11, drier driving shaft; 12, stirring plate driving shaft; 13, dehydration hurdle assembly; 14, washing agitator assembly; 15, washing gear assembly; 16, dehydration gear assembly; 17, ratchet; 18, baffle plate; 19, reduction torsion spring.

The specific embodiment

Further specify the technical scheme of the utility model below in conjunction with accompanying drawing and through the specific embodiment.

Shown in Fig. 1～9, in present embodiment, the described a kind of foot-operated mop cleaning of the utility model dries mechanism; Comprise base 1, pedal 3 and tooth bar; Said base 1 both sides are provided with support 2, are hinged with pedal 3 between the said two stands 2, are provided with connecting rod 8 under said pedal 3 rear sides; Said tooth bar one end is provided with projection 5; Said pedal 3 is connected with projection 5 through connecting rod 8 with tooth bar, and said tooth bar is arranged on base 1 middle part, said rack drives dehydration hurdle assembly 13 and washing agitator assembly 14; Said base 1 bottom is provided with cover plate 9, and said cover plate 9 is provided with chute 10, and said tooth bar is arranged in the chute 10; Said projection 5 is provided with waist-shaped hole 7, and said tooth bar is connected with pedal 3 through waist-shaped hole 7; Said support 2 is structure as a whole with base 1; Assembly 13 lower ends, said dehydration hurdle connect drier driving shaft 11, and said drier driving shaft 11 lower ends are connected with dehydration gear assembly 16; Said washing agitator assembly 14 lower ends connect stirring plate driving shaft 12, and said stirring plate driving shaft 12 lower ends connect washing gear assembly 15; Said dehydration gear assembly 16 is the speed increasing gear group, and the gear that is connected with drier driving shaft 11 in the dehydration gear assembly 16 is a ratchet 17; Said washing gear assembly 15 is the speed increasing gear group, and the gear that is connected with stirring plate driving shaft 12 in the washing gear assembly 15 is a ratchet 17; Said tooth bar comprises first tooth bar 4 and second tooth bar 6, and said first tooth bar 4 is connected through connector with second tooth bar 6, said first tooth bar 4 and 16 engagements of dehydration gear assembly,

second tooth bar

6 and 15 engagements of washing gear assembly; Be provided with baffle plate 18 near support 2 on the said base 1, said pedal 3 is provided with reduction torsion spring 19 with the axle that support 2 is hinged.

During work, in bucket, adorn water, mop is put into the cavity at bucket washing agitator assembly 14 places; Pushes pedals 3, pedal 3 drives tooth bar through connecting rod 8 and moves along the chute on the cover plate 9 10, and second tooth bar 6 drives washing gear assembly 15 rotations that the one of which side is provided with; Washing gear assembly 15 outputs are connected with stirring plate driving shaft 12; Said stirring plate driving shaft 12 is a ratchet 17 with washing gear assembly 15 junctions, and the acceleration rotation under the drive of washing gear assembly 15 of washing agitator assembly 14 is cleaned mop during pushes pedals 3, when unclamping pedal 3; Tooth bar resets under the active force of back-moving spring 19; Wash gear assembly 15 counter-rotatings this moment, but can together not reverse with washing gear assembly 15 owing to being provided with ratchet 17 stirring plate driving shafts 12, washing agitator assembly 14 continues original rotation under action of inertia; Repeat pushes pedals 3, constantly provide power to come mop is washed for washing agitator assembly 14.

Same puts into dehydration hurdle assembly 13 pushes pedals 3 with mop when dehydration; Pedal 3 drives 4 motions of first tooth bar, and the dehydration gear assembly 16 that first tooth bar 4 drives the one of which side rotates, and dehydration gear assembly 16 outputs are connected with drier driving shaft 11; Said drier driving shaft 11 is connected with dehydration hurdle assembly 13; Said dehydration gear assembly 13 is a ratchet 17 with drier driving shaft 11 junctions, and dehydration hurdle assembly 13 rotates at a high speed mop is dried during pushes pedals 3, unclamps pedal 3; Tooth bar resets under the effect of reduction torsion spring 19; Owing to be provided with ratchet 17, dehydration hurdle assembly 13 can not reverse, so it can keep at a high speed, and rotation realizes the dehydration to mop.

Claims

1. a foot-operated mop cleaning dries mechanism, comprises base, pedal and tooth bar, and it is characterized in that: said base both sides are provided with support; Be hinged with pedal between the said two stands; Be provided with connecting rod under the said pedal rear side, said tooth bar one end is provided with projection, and said pedal is connected with projection through connecting rod with tooth bar; Said tooth bar is arranged on the base middle part, said rack drives dehydration hurdle assembly and washing agitator assembly.

2. foot-operated mop cleaning according to claim 1 dries mechanism, it is characterized in that: said base bottom is provided with cover plate, and said cover plate is provided with chute, and said tooth bar is arranged in the chute.

3. foot-operated mop cleaning according to claim 1 dries mechanism, and it is characterized in that: said projection is provided with waist-shaped hole, and said tooth bar is connected with pedal through waist-shaped hole.

4. foot-operated mop cleaning according to claim 1 dries mechanism, and it is characterized in that: said support and base are structure as a whole.

5. foot-operated mop cleaning according to claim 1 dries mechanism, it is characterized in that: assembly lower end, said dehydration hurdle connects the drier driving shaft, and said drier driving shaft lower end is connected with the dehydration gear assembly.

6. foot-operated mop cleaning according to claim 1 dries mechanism, it is characterized in that: said washing agitator assembly lower end connects the stirring plate driving shaft, and said stirring plate driving shaft lower end connects the washing gear assembly.

7. foot-operated mop cleaning according to claim 5 dries mechanism, and it is characterized in that: said dehydration gear assembly is the speed increasing gear group, and the gear that is connected with the drier driving shaft in the dehydration gear assembly is a ratchet.

8. foot-operated mop cleaning according to claim 6 dries mechanism, and it is characterized in that: said washing gear assembly is the speed increasing gear group, and the gear that is connected with the stirring plate driving shaft in the washing gear assembly is a ratchet.

9. foot-operated mop cleaning according to claim 1 dries mechanism; It is characterized in that: said tooth bar comprises first tooth bar and second tooth bar; Said first tooth bar is connected through connector with second tooth bar; Said first tooth bar and the engagement of dehydration gear assembly, second tooth bar and the engagement of washing gear assembly.

10. foot-operated mop cleaning according to claim 1 dries mechanism, it is characterized in that: be provided with baffle plate near support on the said base, the axle that said pedal and support are hinged is provided with reduction torsion spring.