CN210541405U

CN210541405U - Extrusion type telescopic mop

Info

Publication number: CN210541405U
Application number: CN201921071085.7U
Authority: CN
Inventors: 林有根
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-07-10
Filing date: 2019-07-10
Publication date: 2020-05-19
Anticipated expiration: 2029-07-10

Abstract

The utility model discloses a flexible mop of extrusion formula, it includes the vice pole of mop, mop mobile jib and mop head, mop mobile jib one end links to each other with the vice pole activity of mop, the mop mobile jib other end links to each other with the mop head activity, be equipped with the wringing ware on the mop mobile jib, the mop head includes the mop head straight-bar, the mop head panel, mop head bottom plate and the body that absorbs water, the wringing ware includes the casing that links to each other with the overcoat, set up uide bushing and the slip table with mop mobile jib sliding fit in the casing, the casing has the extrusion cavity that can hold the mop head vertically to pass through, be provided with main squeeze roll in the extrusion cavity with mop mobile jib parallel direction, be provided with the vice squeeze roll that can. The utility model discloses the main squeeze roll that utilizes the level to set up and the vice squeeze roll that both sides set up can extrude the internal waste water of absorbing water fast cleanly, and it is compact structure not only, make convenient to use, and the labour saving and time saving that dewaters moreover, and the effect of dehydration decontamination is good again, and practicality and suitability are strong.

Description

Extrusion type telescopic mop

Technical Field

The utility model relates to a sanitary ware, in particular to a mop for cleaning the ground.

Background

As is well known, the mop is an indispensable cleaning tool in people's work and daily life, and has a plurality of types, namely a traditional common mop which is made of cotton cloth strips and wood poles and is twisted by hands for dehydration; a pedal type mop which uses cotton yarn as a handle head and is rotated and sprinkled through a matched dehydration barrel is provided; and a squeezing type mop which uses a sponge body as a water absorption body of a mop head and is dewatered by a water squeezer arranged on the mop. When the traditional mop is used, the dewatering efficiency is low, the manual labor intensity is high, and the traditional mop is more laboursome to old people; the pedal mop needs to be provided with a dehydration barrel, the structure is more complex, the floor area is occupied, and the pedal is labor-consuming; although the extrusion type mop is convenient to use and good in cleaning effect, the two sides of the water absorbing body cannot be squeezed and decontaminated, so that the mop cannot be squeezed and cleaned, stains on the two sides cannot be removed, and the using effect of the mop is not good enough.

SUMMERY OF THE UTILITY MODEL

To the problems of the mop in the prior art, the utility model provides a squeezing type telescopic mop which has compact structure, flexible and convenient use, strong dewatering and dirt-removing capability and good use effect.

The to-be-solved technical problem of the utility model is that: the utility model provides a flexible mop of extrusion formula, it includes the vice pole of mop, mop mobile jib and mop head, be provided with the overcoat on the mop mobile jib, mop mobile jib one end links to each other with the vice pole activity of mop, and the mop mobile jib other end links to each other with the mop head activity, be equipped with the wringing ware on the mop mobile jib, the mop mobile jib can remove in the wringing ware, the mop head includes mop head straight-bar, mop head panel, mop head bottom plate and the body that absorbs water, the wringing ware includes the casing that links to each other with the overcoat, sets up in the casing with mop mobile jib sliding fit's uide bushing and slip table, the casing has the extrusion cavity that can hold the mop head and vertically pass through, be provided with main squeeze roll in the extrusion cavity with mop mobile jib parallel direction, be.

The auxiliary extrusion roller comprises an auxiliary extrusion roller II in a conical shape and an auxiliary extrusion roller I11 in a cylindrical shape, the shape of an extrusion surface (conical surface) on the auxiliary extrusion roller II corresponds to that of two side surfaces of the water absorbing body, and the maximum distance between the extrusion surfaces of the auxiliary extrusion roller II oppositely arranged on the two sides is larger than the maximum thickness between the two side surfaces of the water absorbing body.

The utility model discloses a mop head is when wasing the dehydration, utilizes the trilateral simultaneous extrusion of the main squeeze roll that sets up and the vice squeeze roll that the both sides symmetry set up at different level upper levels to reach the effect of trilateral crowded water and trilateral decontamination, its compact structure not only, make convenient to use, the laborsaving saving time of dehydration moreover, the clean effect of dehydration is good again, practicality and suitability are strong.

Drawings

Figure 1 is a main sectional structure schematic diagram of the utility model,

figure 2 is a schematic top view of the present invention,

3 figure 33 3 is 3 a 3 schematic 3 view 3 of 3 the 3 cross 3- 3 sectional 3 a 3- 3 a 3 ( 3 first 3 extrusion 3) 3 configuration 3 of 3 figure 31 3, 3

Figure 4 is a schematic view of the structure of a second extrusion roll of the invention,

FIG. 5 is a schematic view of the main sectional structure of the mop cleaning barrel used with the present invention,

fig. 6 is a top enlarged schematic view of the mop cleaning bucket.

In the figure, the mop comprises a mop head panel 1, a hinge pin 2, a mop head straight rod 4, a fixing pin 5, a mop main rod 6, a sliding table 7, a guide sleeve 8, a mop auxiliary rod 9, a shell 10, a main squeezing roller 11, an auxiliary squeezing roller I12, a long opening 13, a pin 14, a press switch 15, a waist-shaped opening 16, an outer sleeve lower part 17, an outer sleeve 18, a connecting sleeve 19, a thread 20, an end sleeve 21, a hanging ring 22, a water absorption body 23, a limiting pin 24, a transverse supporting shaft 25, a shaft seat 26, an auxiliary squeezing roller II 27, an end plate 28, a squeezing cavity 29, a holding head bottom plate 30, a longitudinal supporting shaft 31, a gluing layer 32, a squeezing port 33, a water drainage hole 34, a cleaning port 35, a mop cleaning barrel 36.

Detailed Description

In fig. 1, 2 and 3, an extrusion type telescopic mop comprises a mop auxiliary rod 8, a mop main rod 5 and a mop head, wherein an outer sleeve 17 is arranged on the mop main rod, the mop auxiliary rod is connected with an end sleeve 20 made of plastic, a hanging ring 21 is arranged on the end sleeve, the mop auxiliary rod and the mop main rod are made of stainless steel tubes, one end of the mop main rod is provided with a thread 19 and is movably connected with the mop auxiliary rod through a connecting sleeve 18, the mop head comprises a mop head straight rod 3, a mop head panel 1, a mop head bottom plate 29 and a water absorption body 22, a plug on the mop head straight rod extends into a socket on the mop head panel and is movably connected with a hinge pin 2, the other end of the mop main rod 5 extends into the straight rod 3 and is connected with a fixing pin 4, a water squeezer and the outer sleeve 17 are arranged on the mop main rod, the upper part of the outer sleeve is in sliding fit with the mop head, the, the lower part of the outer sleeve is provided with a waist-shaped opening 15 and a long opening 12, the waist-shaped opening is internally movably provided with a rotatable press switch 14, the press switch is provided with a limit pin 23, the limit pin can be inserted into a hole on the mop main rod to play a role of fixing the mop main rod, when the limit pin is separated from the hole, the mop main rod can slide in the outer sleeve and the guide sleeve, the press switch is connected with the lower part 16 of the outer sleeve by a pin 13, the mop main rod can move in the wringer, the mop head bottom plate is connected with a water absorption body 22 made of sponge by a colloid layer 31, a locking device which can enable the mop head panel and the mop head bottom plate to be relatively fixed is arranged between the mop head panel and the mop head bottom plate, the locking device comprises a locking pin which can be screwed into the mop head panel 1 and the mop head bottom plate, when the mop head bottom plate is, other locking structures can be adopted to movably fix the mop head panel and the mop head bottom plate together. The water squeezing device comprises a shell 9 connected with an outer sleeve 17, a guide sleeve 7 and a sliding table 6 (used for supporting a mop head panel) which are arranged in the shell and are in sliding fit with a mop main rod, wherein the shell is provided with a squeezing cavity 28 capable of containing a mop head to longitudinally pass through, main squeezing rollers 10 which are inclined are arranged in the squeezing cavity at intervals in the direction parallel to the mop main rod, the main squeezing rollers are cylindrical, the main squeezing rollers are movably arranged on the shell by a transverse support shaft 24, auxiliary squeezing rollers capable of squeezing two side faces of a water absorbing body are oppositely arranged on two sides of the main squeezing rollers, the auxiliary squeezing rollers are preferably arranged on two ends of the same shaft of the main squeezing rollers and can also be arranged on two ends of another rotating shaft which is not coaxial with the squeezing rollers or beside the two ends of the squeezing rollers, each auxiliary squeezing roller comprises an auxiliary squeezing roller II 26 and an auxiliary squeezing roller I11, and the main squeezing rollers and the auxiliary squeezing rollers II are preferably manufactured into a whole and, the two auxiliary extrusion rollers II can be separately manufactured and arranged on the same shaft or different shafts, the main extrusion roller can be one, or two or more auxiliary extrusion rollers can be arranged at intervals in an inclined head manner, and the main extrusion roller is separated by the minimum distance without influencing the mutual rotation of the two auxiliary extrusion rollers II on the supporting shafts.

The auxiliary extrusion roller II is in a conical shape, the shape of the extrusion surface on the auxiliary extrusion roller II corresponds to that of the two side surfaces of the water absorbing body, and the maximum distance between the extrusion surfaces (conical surfaces) of the two oppositely arranged auxiliary extrusion rollers II is larger than the maximum thickness between the two side surfaces of the water absorbing body.

As shown in fig. 4, a second structure of the auxiliary squeeze roll i 11 is provided, the auxiliary squeeze roll i is cylindrical and is disposed behind or in front of the main squeeze and can squeeze both side surfaces of the water-absorbing body, the auxiliary squeeze roll i is disposed vertically or obliquely with a longitudinal support shaft 30, and both sides of the longitudinal support shaft are disposed on the top surface and the side surface of the housing through shaft seats 25, respectively. Of course, the auxiliary pressing roll also comprises other structural forms which can press two sides of the water-absorbing body and have the same or similar substance.

When the mop head is cleaned and mops the floor after water in the sponge body needs to be squeezed, the mop head is rotated for 90 degrees, the main rod of the mop is pulled upwards, the mop head and the water absorbing body enter the squeezing cavity 28, the mop head panel is supported on the sliding table, the bottom surface of the sponge body starts to be in contact with the main squeezing roller, the main rod of the mop is pulled upwards (at the rear end of the mop) with force, the water absorbing faucet body can be used for mopping the floor when water is discharged to a proper degree under the simultaneous squeezing action of the main squeezing roller and the auxiliary squeezing roller, the two ends of the mop head panel are movably provided with end plates 27 tightly attached to the two ends of the sponge body, and the function of the end plates is to prevent the sponge body from extending towards the. In fig. 5 and 6, the utility model discloses still including supporting mop washing bucket 35 that uses, the mop washing bucket is including extrusion mouth 32 and the washing mouth 34 that is provided with mop washing bucket terminal surface (top surface) respectively, the extrusion mouth lower extreme is equipped with main squeeze roll 10, is provided with the vice squeeze roll II 26 that can extrude the body both sides face that absorbs water relatively in main squeeze roll both sides, vice squeeze roll II is the coniform, the last squeezing surface of vice squeeze roll II is corresponding with the body 22 both sides face shape that absorbs water, vice squeeze roll sets up on the same horizontal back shaft 24's of main squeeze roll both ends preferably, also can establish on another horizontal back shaft both ends with the squeeze roll disalignment or set up the next door at the squeeze roll both ends, be equipped with baffle 36 between washing mouth and the extrusion mouth, mop washing bucket lower part is equipped with wash port 33.

Referring to fig. 4 and 6, the mop cleaning bucket can be further provided with a main squeezing roller 10 and an auxiliary squeezing roller i 11 as shown in fig. 4, wherein the auxiliary squeezing roller i is cylindrical and is arranged behind or in front of the main squeezing roller and can squeeze two side surfaces of the water absorption body, the auxiliary squeezing roller i is vertically or obliquely arranged by a longitudinal supporting shaft 30, and two sides of the longitudinal supporting shaft are respectively arranged on the top surface and the side surface of the mop cleaning bucket through a shaft seat 25. Of course, the auxiliary pressing roll I also comprises other structural forms which can press two side surfaces of the water absorption body and have the same or similar substantial contents.

The detailed description of the present invention is only for illustrating the technical solutions of the present invention and not for limiting, and although the present invention has been described in detail with reference to the specific embodiments, it should be understood by those skilled in the art that the technical solutions of the present invention can be modified or replaced with equivalents without departing from the spirit and scope of the technical solutions of the present invention, which should be covered by the scope of the claims of the present invention.

Claims

1. The utility model provides a flexible mop of extrusion formula, it includes vice pole (8), mop mobile jib (5) and mop head of mop, be provided with overcoat (17) on the mop mobile jib, mop mobile jib one end links to each other with the vice pole activity of mop, and the mop mobile jib other end links to each other with the mop head activity, be equipped with the wringing ware on the mop mobile jib, the mop mobile jib can remove in the wringing ware, the mop head includes mop head straight-bar (3), mop head panel (1), mop head bottom plate (29) and the body (22) that absorbs water, the wringing ware includes casing (9) that link to each other with the overcoat, sets up in the casing with mop mobile jib sliding fit's uide bushing (7) and slip table (6), the casing has extrusion cavity (: a main squeezing roller (10) is arranged in the squeezing cavity in the direction parallel to the main rod of the mop, and auxiliary squeezing rollers capable of squeezing the two side surfaces of the water absorbing body are oppositely arranged on the two sides of the main squeezing roller.

2. The squeeze-type telescopic mop as claimed in claim 1, wherein: the auxiliary extrusion roller comprises an auxiliary extrusion roller II (26) in a conical shape, and the extrusion surface on the auxiliary extrusion roller II corresponds to the shape of two side surfaces of the water absorption body.

3. The squeeze-type telescopic mop as claimed in claim 1, wherein: the auxiliary squeeze roll comprises a cylindrical auxiliary squeeze roll I (11), the auxiliary squeeze roll I is arranged behind or in front of the main squeeze roll and can squeeze two side faces of the water absorbing body, the auxiliary squeeze roll I is vertically or obliquely arranged through a longitudinal support shaft (30), and two shafts of the longitudinal support shaft are respectively arranged on the top face and the side face of the shell through a shaft seat (25).

4. The squeeze-type telescopic mop as claimed in claim 1, wherein: it still includes mop washing bucket (35), the mop washing bucket is including setting up extrusion mouth (32) and washing mouth (34) on mop washing bucket terminal surface respectively, extrusion mouth lower extreme is equipped with main squeeze roll (10), is provided with vice squeeze roll II (26) that can extrude the body both sides face that absorbs water in main squeeze roll both sides relatively, vice squeeze roll II is the circular cone, the face of extrusion on vice squeeze roll II is corresponding with the body both sides face shape that absorbs water (22).

5. The squeeze-type telescopic mop as claimed in claim 1, wherein: it still includes mop washing bucket (35), mop washing bucket is including setting up extrusion mouth (32) and washing mouth (34) on mop washing bucket terminal surface respectively, extrusion mouth lower extreme is equipped with main squeeze roll (10), main squeeze roll both sides are provided with vice squeeze roll I (11), vice squeeze roll I (11) are cylindrically, vice squeeze roll I sets up at main squeeze roll back or preceding and can extrude the both sides face that absorbs water the body, and vice squeeze roll I is perpendicular or the slope setting with vertical back shaft (30), and vertical back shaft diaxon passes through axle bed (25) and sets up respectively on the top surface and the side of mop washing bucket.