CN201223357Y

CN201223357Y - Water wringing mop

Info

Publication number: CN201223357Y
Application number: CNU2008201216450U
Authority: CN
Inventors: 董成勇
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-07-18
Filing date: 2008-07-18
Publication date: 2009-04-22
Anticipated expiration: 2018-07-18

Abstract

A wringing mop comprises a cavernous body (1) and a hand lever (5). A mop head (3) is connected with the lower end of the hand lever (5). The mop is characterized in that a connection part is arranged on the middle part of a narrower side (11) of the cavernous body (1); the connection part extends to an opening end (31) between two press rods and is detachably connected with a connecting mechanism which is arranged in a mop head (3) and can slide up and down; the connecting mechanism is connected with one end of a pull rod (4); and the other end of the pull rod extends out of the mop head(3) and is movably connected with a spanner part (6) which is arranged on the hand lever (5). Compared with the prior art, the utility model has the advantages that after the mop fully absorbs the water, a user does not need to touch dirty water, instead, a pressing mechanism on the mop can be used for squeezing water out so that the mop is clean, and bacterial infections caused by the contact between the hand and the dirty water are prevented, thereby ensuring the use safety; and the mop is convenient to use, each time the water is removed, the spanner handle on the hand lever can be pulled for squeezing water out, so that the mop is used conveniently and easily, and can effectively reduce the working amount.

Description

Wringing mop

Technical field

The utility model relates to a kind of mop, especially refers to a kind of Wringing mop.

Background technology

Existing a kind of patent No. has proposed a kind of structure for the Chinese utility model patent that the CN200420081563.X name is called " suction mop ", its structure includes cavernous body, hand lever, the hand lever lower end is connected with mop head, this mop head has an openend that slightly is the U type, the end of described openend is provided with can be for two depression bars of location, described cavernous body narrow side is fastened between two depression bars, on at least one end face of described mop head, be fixed with multi-functional installation portion, can be provided with in the surface distributed of this installation portion and have hasp, also can be provided with bristle by this installation portion, this mop not only has cavernous body to come ground or window cleaning, but also can be on the head of this mop be bonding mop or towel, the parts that also can have the function of scrubbing in the head increase of this mop, thereby strengthen suction of suction mop and dirt-removing power, widened its scope of application, made things convenient for user's use.But its shortcoming is, the usefulness that this mop can only absorb water is when mop absorbs water when too much, the user can only push mop head with hand, addle can be extruded from mop, and hand can contact addle during extruding, the one, not enough health, the water on the mop is easily dirty mostly, easily malicious in spite of illness, so push the easy infection germ with hand, unfavorable to human body, two are to use inconvenience, and mop is a kind of burnisher that is easy to absorb water, so whenever remove water one time, will go water squeezing with hand, not only inconvenient, but also very tired.So its structure awaits to improve.

Summary of the invention

Technical problem to be solved in the utility model is to provide a kind of reasonable in design and when the mop Wringing mop that the user can conveniently and hygienically extract the water on the mop when too much that absorbs water at above-mentioned prior art present situation.

The utility model solves the problems of the technologies described above the technical scheme that is adopted: this Wringing mop, include cavernous body, hand lever, the hand lever lower end is connected with mop head, this mop head has an openend that slightly is the U type, the end of described openend is provided with can be for two depression bars of cavernous body location, the narrow side of described cavernous body is fastened between two depression bars, it is characterized in that: the narrow side middle part of described cavernous body is provided with connecting portion, this connecting portion stretches in the openend between two depression bars and is arranged at the bindiny mechanism's detached type that can slide up and down in the mop head and links together, described bindiny mechanism is connected with an end of pull bar, and the other end of pull bar extends mop head and is arranged at the spanner portion that can swing up and down on the hand lever and is movably connected.

As improvement, the structure that described connecting portion is connected with the bindiny mechanism detached type may be selected to be: connecting portion is a connection-peg, on connection-peg, be provided with hole clipping with connection-peg plane vertical direction, described bindiny mechanism includes grafting body and buckling body, be provided with the grafting chamber in the side of grafting body, be provided with block button hole and spring cavity with the grafting body of grafting chamber vertical direction, described buckling body is made up of buckle post and spring housing extension bar, when connection-peg is inserted in the grafting chamber of grafting body, buckle post on the described buckling body penetrates from an end of the block button hole that patches body, and pass hole clipping on the connection-peg, the block button hole other end from the grafting body passes again, in spring cavity, be provided with spring, one end of described spring contacts mutually with the spring cavity bottom, and the other end of spring is to be placed on the spring housing extension bar of buckling body.

Improve again, described buckle post is preferably two, and lay respectively on the two ends of buckling body, described spring housing extension bar is positioned on the medium position of buckling body another side, and described grafting body upper clamp button hole is two, and the medium position of described spring cavity between two block button holes, the hole clipping of connection-peg also is two, when connection-peg is inserted in the grafting chamber of grafting body, accordingly in the hole clipping and the block button hole on the grafting body of tandem arrangement on connection-peg, described spring places the spring cavity at two block button holes middle part and contacts together with the spring housing extension bar that is positioned on the buckling body described two buckle posts respectively.

As further improvement, described buckling body is made up of buckling body one and buckling body two, described buckle post is positioned on the two ends of buckling body one, and between two buckle posts, be provided with two support bars strengthening buckling body intensity, described spring housing extension bar is for being fixed in buckling body two medium positions, and be extended with two connecting rods at the two ends of buckling body two, the end of these two connecting rods respectively by screw and buckling body one screw thread admittedly together; Described grafting body for place slidably in the mop head up and down between two slide rails; And described connection-peg is fixed on the narrow side middle part of cavernous body by screw.

Improve again, the described spanner portion structure choice that can swing up and down on the hand lever that is arranged at is, comprise spanner handle and wrenching bar composition, described spanner handle is connected with wrenching bar, and an end of pull bar fixes by screw and grafting body, and the other end of pull bar and rotating turning cylinder link together, and turning cylinder is connected with wrenching bar rotationally, and its end of described wrenching bar links together with hand lever by rotating shaft is rotatable.

Improve, described depression bar overlaps by rolling and rolls bar and form again, and the described bar that rolls is fixed on the end of mop head openend, and described rolling cover is for being placed on the rolling rod rotationally.

Improve, described hand lever can be preferably telescopic folding rod again; And described hand lever can be screwed onto with mop head by screw.

Compared with prior art, the utility model adopts at the narrow side middle part of cavernous body and is provided with connecting portion, this connecting portion stretches in the openend between two depression bars and is arranged at the bindiny mechanism's detached type that can slide up and down in the mop head and links together, described bindiny mechanism is connected with an end of pull bar, and the other end of pull bar extends mop head and is arranged at the spanner portion that can swing up and down on the hand lever and is movably connected.The advantage of this design is that this mop is after suction, the user need not catch and touch addle, but by the extruding of the extrusion structure on mop addle, just the water on the mop can be extracted, the one, health, avoided contact addle effectively and bacteria infection, thereby guaranteed the security of using with the hand extruding; Two are to use conveniently, whenever remove water one time, and needing only the spanner handle of pulling on the hand lever with hand can extrude water, not only convenient, easily, but also have reduced workload effectively.

Description of drawings

Fig. 1 is the structural representation of the utility model embodiment;

Fig. 2 is the structural perspective of Fig. 1 after taking off cavernous body and part rolling cover;

Fig. 3 is the exploded view of Fig. 1;

Fig. 4 is the enlarged drawing of I portion among Fig. 3;

Fig. 5 is the structural plan figure of buckling body among Fig. 1;

Fig. 6 is the exploded view of Fig. 5.

The specific embodiment

Embodiment describes in further detail the utility model below in conjunction with accompanying drawing.

To shown in Figure 6, the Wringing mop of present embodiment includes cavernous body 1 as Fig. 1, hand lever 5, and hand lever 5 is telescopic folding rod, hand lever 5 lower ends are connected with mop head 3, promptly are screwed onto with mop head 3 by screw 33.This mop head 3 has an openend 31 that slightly is the U type, being provided with in the end of openend 31 can be for two depression bar 2 of cavernous body 1 location, this depression bar 2 is by rolling cover 21 and roll bar 22 and form, roll bar 22 and be fixed on the end of mop head openend 31, the cover 21 that rolls is for being placed on rotationally on the rolling rod 22.The narrow side 11 of cavernous body 1 is for being fastened between two depression bars 2, narrow side 11 middle parts at cavernous body 1 are provided with connecting portion, and this connecting portion stretches in the openend 31 between two depression bars 2 and is arranged at the bindiny mechanism's detached type that can slide up and down in the mop head 3 and links together.Bindiny mechanism is connected with an end of pull bar 4, and the other end of pull bar 4 extends mop head 3 and is arranged at the spanner portion 6 that can swing up and down on the hand lever 5 and is movably connected.The structure that above-mentioned connecting portion is connected with the bindiny mechanism detached type is: connecting portion is a connection-peg 7, and this connection-peg 7 is fixed on narrow side 11 middle parts of cavernous body 1 by screw 72, sees Fig. 3 and shown in Figure 4.On connection-peg 7, be provided with hole clipping 71 with connection-peg 7 plane vertical direction.Described bindiny mechanism includes grafting body 8 and buckling body 9, grafting body 8 for place slidably in the mop head 3 up and down between two slide rails 32, see shown in Figure 2.Be provided with grafting chamber 81 in the side of grafting body 8, be provided with block button hole 82 and spring cavity 83 with the grafting body 8 of grafting chamber 81 vertical direction, buckling body 9 is made up of buckle post 91a and spring housing extension bar 92a, when connection-peg 7 is inserted in the grafting chamber 81 of grafting body 8, buckle post 91a on the described buckling body 9 penetrates from an end of the block button hole 82 that patches body 8, and pass hole clipping 71 on the connection-peg 7, the block button hole other end from grafting body 8 passes again, in spring cavity 83, be provided with spring 93, one end of described spring 93 contacts mutually with spring cavity 83 bottoms, and the other end of spring 93 is to be placed on the spring housing extension bar 92a of buckling body 9.Buckle post 91a is two, and lays respectively on the two ends of buckling body 9.And spring housing extension bar 92a is positioned on the medium position of buckling body 9 another sides, and grafting body 8 upper clamp button holes 82 are two, spring cavity 83 i.e. medium position between two block button holes 82, the hole clipping 71 of connection-peg 7 also is two, when connection-peg 7 was inserted in the grafting chamber 81 of grafting body 8, two buckle post 91a were respectively accordingly in the hole clipping 71 and the block button hole 82 on the grafting body 8 of tandem arrangement on connection-peg 7.And spring 93 places the spring cavity 83 at two block button holes, 82 middle parts and contact together with the spring housing extension bar 92a that is positioned on the buckling body 9.

As shown in Figure 5 and Figure 6, described buckling body 9 is made up of buckling body 1 and buckling body 2 92, and buckle post 91a is positioned on the two ends of buckling body 1, and is provided with two support bar 91b that can strengthen buckling body 9 intensity between two buckle post 91a.Spring housing extension bar 92a is for being fixed in buckling body 2 92 medium positions, and is extended with two connecting rod 92b at the two ends of buckling body 2 92, and the end of these two connecting rod 92b respectively by screw 91c and buckling body one 91 screw threads admittedly together.

As Fig. 1, Fig. 2 and shown in Figure 3, described spanner portion 6 structures that can swing up and down on the hand lever 5 that are arranged at are, comprise spanner handle 62 and wrenching bar 61 compositions, described spanner handle 62 is connected with wrenching bar 61, and an end of pull bar 4 fixes by screw and grafting body 8, and the other end of pull bar 4 and rotating turning cylinder 61a link together, and turning cylinder 61a is connected with wrenching bar 61 rotationally, and described wrenching bar 61 its ends turn with hand lever 5 by rotating shaft 63 and link together.

The use of the utility model mop is as follows:

After the cavernous body on the mop head is filled water, the user is as long as pull spanner portion on the hand lever with hand, spanner portion spurs cavernous body by pull bar, when cavernous body is mobile backward, withstood by two depression bars, just constitute the state of depression bar extruding cavernous body this moment, addle on the cavernous body is extruded by depression bar, be need not directly to contact the purpose that mop head just can be extracted the water of mop, health again easy to use with hand thereby reach.

Claims

1, a kind of Wringing mop, include cavernous body (1), hand lever (5), hand lever (5) lower end is connected with mop head (3), this mop head (3) has an openend (31) that slightly is the U type, the end of described openend (31) is provided with two depression bars (2) that can supply cavernous body (1) location, the narrow side (11) of described cavernous body (1) is fastened between two depression bars (2), it is characterized in that: narrow side (11) middle part of described cavernous body (1) is provided with connecting portion, this connecting portion stretches in the openend (31) between two depression bars (2) and is arranged at the bindiny mechanism's detached type that can slide up and down in the mop head (3) and links together, described bindiny mechanism is connected with an end of pull bar (4), and the other end of pull bar (4) extends mop head (3) and is arranged at the spanner portion (6) that can swing up and down on the hand lever (5) and is movably connected.

2, Wringing mop according to claim 1, it is characterized in that: the structure that described connecting portion is connected with the bindiny mechanism detached type is: connecting portion is connection-peg (7), go up and connection-peg (7) plane vertical direction is provided with hole clipping (71) at connection-peg (7), described bindiny mechanism includes grafting body (8) and buckling body (9), be provided with grafting chamber (81) in the side of grafting body (8), be provided with block button hole (82) and spring cavity (83) with the grafting body (8) of grafting chamber (81) vertical direction, described buckling body (9) is made up of buckle post (91a) and spring housing extension bar (92a), when connection-peg (7) is inserted in the grafting chamber (81) of grafting body (8), buckle post (91a) on the described buckling body (9) penetrates from an end of the block button hole (82) that patches body (8), and pass hole clipping (71) on the connection-peg (7), the block button hole other end from grafting body (8) passes again, in spring cavity (83), be provided with spring (93), one end of described spring (93) contacts mutually with spring cavity (83) bottom, and the other end of spring (93) is for to be placed on the spring housing extension bar (92a) of buckling body (9).

3, Wringing mop according to claim 2, it is characterized in that: described buckle post (91a) is two, and lay respectively on the two ends of buckling body (9), described spring housing extension bar (92a) is positioned on the medium position of buckling body (9) another side, and described grafting body (8) upper clamp button hole (82) is two, and described spring cavity (83) is positioned at the medium position between two block button holes (82), the hole clipping (71) of connection-peg (7) also is two, when connection-peg (7) is inserted in the grafting chamber (81) of grafting body (8), described two buckle posts (91a) are respectively accordingly in the hole clipping (71) and the block button hole (82) on the grafting body (8) of tandem arrangement on connection-peg (7), and described spring (93) places the spring cavity (83) in the middle part of two block button holes (82) and contacts together with the spring housing extension bar (92a) that is positioned on the buckling body (9).

4, Wringing mop according to claim 3, it is characterized in that: described buckling body (9) is made up of buckling body one (91) and buckling body two (92), described buckle post (91a) is positioned on the two ends of buckling body one (91), and between two buckle posts (91a), be provided with two support bars (91b) that to strengthen buckling body (9) intensity, described spring housing extension bar (92a) is for being fixed in buckling body two (92) medium positions, and be extended with two connecting rods (92b) at the two ends of buckling body two (92), screw (91c) and buckling body one (91) screw thread are passed through admittedly together respectively in the end of these two connecting rods (92b).

5, Wringing mop according to claim 4 is characterized in that: described grafting body (8) is for placing slidably between two slide rails up and down (32) in the mop head (3).

6, Wringing mop according to claim 2 is characterized in that: described connection-peg (7) is fixed on narrow side (11) middle part of cavernous body (1) by screw (72).

7, according to the described Wringing mop of arbitrary claim in the claim 1 to 6, it is characterized in that: described spanner portion (6) structure that can swing up and down on the hand lever (5) that is arranged at is, comprise spanner handle (62) and wrenching bar (61) composition, described spanner handle (62) is connected with wrenching bar (61), and an end of pull bar (4) fixes by screw and grafting body (8), and the other end of pull bar (4) and rotating turning cylinder (61a) link together, and turning cylinder (61a) is connected with wrenching bar (61) rotationally, and its end of described wrenching bar (61) links together with hand lever (5) by rotating shaft (63) is rotatable.

8, according to the described Wringing mop of arbitrary claim in the claim 1 to 6, it is characterized in that: described depression bar (2) has the cover of rolling (21) and rolls bar (22) and form, the described bar (22) that rolls is fixed on the end of mop head openend (31), and described rolling cover (21) is for being placed on rotationally on the rolling rod (22).

9, according to the described Wringing mop of arbitrary claim in the claim 1 to 6, it is characterized in that: described hand lever (5) is telescopic folding rod.

10, according to the described Wringing mop of arbitrary claim in the claim 1 to 6, it is characterized in that: described hand lever (5) is screwed onto with mop head (3) by screw (33).