TWM656543U - Orbital mop combination and collodion strip - Google Patents

Abstract

The invention provides a track mop assembly and a tampon strip thereof. The track mop assembly includes a bucket, a mop body and a tampon strip, wherein a support frame is set in the space defined by the bucket, the mop body includes an operating rod and a setting seat, the bottom edge of the setting seat forms two strips, the tampon strip includes a tampon body, a positioning member, a supporting member and a plurality of connecting members, The positioning member, the abutting member and the connecting members are spaced apart at the top edge of the rubber cotton body, and the moldings are respectively embedded in the two sides of the positioning member, the connecting members and the abutting member. The positioning member forms a first baffle, and the abutting member forms a second baffle. The first baffle and the second baffle are respectively adjacent to the two ends of the rubber cotton body, and the first baffle and the second baffle relatively squeeze the rubber cotton body.

Description

Track mop assembly and tampon

This invention relates to a cleaning tool, in particular to an innovative structural form revealer of a track mop assembly and its tampon strip.

A mop is a cleaning tool for cleaning floors. A known cotton mop includes a handle, a cotton seat and a cotton strip, wherein the elongated handle provides a user with gripping operation, the cotton seat is connected to one end of the handle, and the cotton strip is a long strip made of a cotton material with good water absorption.

When using the aforementioned cotton-cotton mop to clean the floor or other flat surfaces, firstly, the cotton-cotton strip absorbs water, and the cotton-cotton strip becomes soft and elastic after absorbing water. Then, the two sides of the cotton-cotton strip in the width direction are squeezed relatively to squeeze out a part of the cotton-cotton strip saturated with water, thereby reducing the water content of the cotton-cotton strip, while the surface of the cotton-cotton strip remains moist, so that the moist and elastic cotton-cotton strip can mop the floor. The cotton-cotton strip is squeezed to discharge excess water, so that during the mopping process, when the cotton-cotton seat and the floor relatively squeeze the cotton-cotton strip, the cotton-cotton strip can be prevented from releasing a large amount of water and forming water accumulation on the floor.

There is another type of sponge mop, which is a long sponge strip folded in half so that the sponge strip is divided at a bend in the middle of its length. The two sections of the sponge strip between the bend and the two ends are squeezed against each other, thereby squeezing out a portion of the water absorbed by the sponge strip. However, the sponge strip is repeatedly folded in half, which easily causes excessive material loss at the bend.

In addition, the above two types of sponge mops need to be used in conjunction with a container with a larger diameter so that the sponge strip can enter the container to absorb water or clean, and when the sponge strip is squeezed, the container can receive the squeezed water to prevent the squeezed water from polluting the surrounding environment. The container with a larger diameter needs to occupy a considerable space for storage.

The main purpose of this invention is to provide a track mop assembly and its cotton strips. The technical problem it aims to solve is how to develop a new type of cotton mop structure that is more ideal and practical and to make innovative breakthroughs.

Based on the above-mentioned purpose, the present invention provides a track mop assembly, which includes:

A bucket defines a space extending to the top of the bucket. The space is provided with a support frame connected to the bucket, and the support frame has a bearing portion;

A mop body, including an operating rod and a setting seat, wherein the operating rod is provided for users to hold and operate, the bottom end of the operating rod is pivoted to the setting seat, so that the operating rod and the setting seat can rotate relative to each other, the setting seat is accommodated in the space, the bottom edge of the setting seat forms two long vertical pieces downward, each of the vertical pieces is parallel to each other, each of the vertical pieces forms a strip laterally, each of the strips extends relative to each other, a limiting member can be slidably arranged at one end of the setting seat relative to the setting seat, the limiting member passes through the setting seat and protrudes toward the bottom edge of the setting seat to form a stopper; and

A tampon strip, comprising a tampon body, a positioning piece, a backing piece and a plurality of connecting pieces, wherein the tampon body is an elongated body made of tampon material, the positioning piece, the backing piece and the connecting pieces are arranged at intervals on the top edge of the tampon body, the connecting pieces are located between the positioning piece and the backing piece, the positioning piece forms a first baffle, the backing piece forms a second baffle, the first baffle and the second baffle are adjacent to two ends of the tampon body respectively, the positioning piece, the connecting pieces and the backing piece form a slide groove on both sides respectively, the inserts are slidably embedded in the slide grooves respectively, so that the tampon strip is assembled on the bottom edge of the setting seat;

The top edge of the positioning piece forms a positioning portion, and the blocking portion is slidably embedded in the positioning portion to position the tampon strip accordingly.

By means of this innovative structural form and technical features, compared with the previous technology, the present invention can reduce the opening area requirement of the water bucket to provide the setting seat and the rubber cotton strip to enter the space, and the first baffle and the second baffle relatively squeeze the rubber cotton body along the longitudinal direction of the rubber cotton body to release the water absorbed by the rubber cotton body. The stress and deformation of the rubber cotton body are evenly distributed throughout the rubber cotton body, avoiding excessive local material loss of the rubber cotton body, improving the overall service life of the rubber cotton body, and achieving practical progress.

Please refer to the drawings, which are preferred embodiments of the present invention. However, these embodiments are for illustrative purposes only and are not limited to this structure in patent applications.

As shown in Figures 1 to 7, a preferred embodiment of the track mop assembly includes a bucket 01, a mop body 02 and a tampon 03, wherein the bucket 01 defines a space 10, which extends to the top of the bucket 01, and the space 10 accommodates the mop body 02 and the tampon 03. The space 10 is provided with a support frame 20, which is connected to the bucket 01 and has a bearing portion 21.

The mop body 02 includes an operating rod 30 and a setting seat 40, wherein the operating rod 30 is provided for users to hold and operate. The bottom end of the operating rod 30 is hinged to the setting seat 40, so that the operating rod 30 and the setting seat 40 can rotate relative to each other according to the needs of use. The setting seat 40 is accommodated in the space 10, and the bottom edge of the setting seat 40 forms two long vertical pieces 42 downward, each of which is parallel to each other. Each of the vertical pieces 42 forms a strip 44 laterally, and each of the strips 44 extends relative to each other. A stopper 46 can be slidably arranged at one end of the setting seat 40 relative to the setting seat 40, and the stopper 46 passes through the setting seat 40 and protrudes toward the bottom edge of the setting seat 40 to form a stopper 48.

The tampon strip 03 includes a tampon body 50, a positioning member 60, a backing member 70 and a plurality of connecting members 80, wherein the tampon body 50 is an elongated body made of tampon material, the positioning member 60, the backing member 70 and each of the connecting members 80 are arranged at intervals on the top edge of the tampon body 50, each of the connecting members 80 is located between the positioning member 60 and the backing member 70, and the positioning member 60 is shaped like a tampon. The first baffle 62 is formed by the abutting member 70, and the second baffle 72 is formed by the abutting member 70. The first baffle 62 and the second baffle 72 are adjacent to the two ends of the cotton body 50 respectively. The positioning member 60, each of the connecting members 80 and the abutting member 70 form a slide groove 90 on both sides respectively. Each of the inserts 44 is slidably embedded in each of the slide grooves 90, so that the cotton strip 03 is assembled on the bottom edge of the setting seat 40.

The top edge of the positioning member 60 forms a positioning portion 64, and the blocking portion 48 is slidably embedded in the positioning portion 64, thereby positioning the tampon strip 03.

FIG. 1 and FIG. 6 respectively show that the operating rod 30 and the setting seat 40 are generally parallel or nearly parallel. Accordingly, the setting seat 40 and the tampon strip 03 have a small cross-section in the horizontal direction. The setting seat 40 and the tampon strip 03 can be placed in the space 10 from top to bottom in an upright form with the two ends in the longitudinal direction respectively located at the top and the bottom. The opening area requirement of the bucket 01 for the setting seat 40 and the tampon strip 03 to enter the space 10 can be reduced. The area requirement of the bucket 01 in the horizontal direction is low, and the space requirement for storing the bucket 01 is small, which is conducive to the storage of the bucket 01.

When the tampon strip 03 is set on the setting seat 40, the tampon strip 03 slides from one end of each of the inserts 44 to the other end of each of the inserts 44, so that each of the inserts 44 passes through the abutment member 70, each of the connecting members 80 and the positioning member 60 in sequence, and is slidably embedded in each of the slide grooves 90 relatively. Each of the inserts 44 forms a track to guide and limit the linear displacement direction of the abutment member 70, each of the connecting members 80 and the positioning member 60, and then the limiting member 46 is moved laterally to make the blocking portion 48 slide into the positioning portion 64, so that the tampon strip 03 can be set on the setting seat 40. The blocking portion 48 limits the positioning member 60 from moving in the opposite direction and separating from each of the inserts 44, thereby positioning the tampon strip 03.

When the tampon 03 is to be removed from the mounting seat 40 for replacement or cleaning of the tampon 03 or other purposes, the limiting member 46 is moved to allow the blocking portion 48 to slide away from the positioning portion 64. After the restriction of the blocking portion 48 on the positioning member 60 is released, the tampon 03 is slid along the longitudinal direction of the tampon 03 to allow the positioning member 60, each of the connecting members 80 and the abutting member 70 to be sequentially separated from each of the inserts 44, thereby completing the operation of removing the tampon 03 from the mounting seat 40.

When the preferred embodiment is used to perform cleaning work, the operating rod 30 and the setting seat 40 are substantially parallel or nearly parallel, and the cotton body 50 is placed in the space 10, so that the cotton body 50 absorbs the water pre-set in the space 10. After the cotton body 50 absorbs the water and softens, as shown in FIG. 6, the abutment member 70 is located at the downward end of the cotton strip 03, and the second baffle 72 is placed against the top edge of the abutment portion 21, and then the operating rod 30 is controlled to move the setting seat 40 downward. Since the baffle 48 is embedded in the positioning portion 64, the positioning member 60 and the setting seat 40 are in a state of being ... In combination, the first baffle 62 forms a stopper for the top end of the cotton body 50, and the bearing portion 21 resists the force applied by the second baffle 72 and the cotton body 50 in a softened state, so that the abutment member 70 and each of the connecting members 80 are respectively guided by the molding 44 to move toward the direction of the positioning member 60, and the first baffle 62 and the second baffle 72 form an extrusion effect on the cotton body 50, causing the cotton body 50 to elastically deform and shrink in length, and each of the molding 44 respectively forms a track to guide the abutment member 70 and each of the connecting members 80 to linearly reciprocate, thereby squeezing out part of the water absorbed by the cotton body 50.

The preferred embodiment utilizes the first baffle 62 and the second baffle 72 to relatively squeeze the cotton body 50 in the length direction of the cotton body 50, so that the cotton body 50 releases excess water. The operation process of squeezing out water is easy, and the user's hands do not need to touch the cotton body 50, which is conducive to keeping the hands clean.

It is worth mentioning that, in the process of the first baffle 62 and the second baffle 72 relatively squeezing the rubber cotton body 50, the force and deformation of the rubber cotton body 50 are distributed in various parts of the rubber cotton body 50. Compared with the prior art of squeezing out moisture by bending the rubber cotton strips, the force and deformation of the rubber cotton body 50 are evenly distributed in various parts of the rubber cotton body 50, which can avoid excessive local material loss of the rubber cotton body 50 and improve the overall service life of the rubber cotton body 50.

Furthermore, two protrusions 12 are formed inside the water bucket 01, and the support frame 20 is placed against the top edge of each of the protrusions 12. Each of the protrusions 12 supports the abutment portion 21 to withstand the relative force applied from top to bottom by the abutment member 70 to the support frame 20.

The support frame 20 is formed with a plurality of connecting strips 22 spaced apart to connect the supporting portion 21, and a plurality of passages 23 are formed between adjacent connecting strips 22. Accordingly, each connecting strip 22 can increase the strength of the supporting portion 21 to withstand the force from the abutment member 70, and the water squeezed out of the cotton body 50 can fall into the space 10 below the support frame 20 through each passage 23.

The support frame 20 protrudes a plurality of scraping portions 24 , as shown in FIG. 7 , when a plurality of foreign objects (not shown) are attached to the surface of the rubber cotton body 50 , the scraping portions 24 can be used to scrape the rubber cotton body 50 so that the foreign objects are removed from the surface of the rubber cotton body 50 .

01: Bucket

02: Mop body

03: Tampon

10: Space

12: Protrusion

20: Support frame

21: Bearing Department

22: Connecting strip

23: Aisle

24: Scrape

30: Operation lever

40: Setting seat

42: Stand

44: Welt

46: Limiting piece

48:Block

50: cotton body

60: Positioning piece

62: First barrier

64: Positioning unit

70: Abutment

72: Second baffle

80: Connectors

90: Chute

Figure 1 is a three-dimensional diagram of a preferred embodiment of the present invention. Figure 2 is a partial enlarged diagram of a bucket of a preferred embodiment of the present invention. Figure 3 is a three-dimensional exploded diagram of a mop body and a tampon of a preferred embodiment of the present invention. Figure 4 is a three-dimensional diagram of another angle of view of a mop body of a preferred embodiment of the present invention. Figure 5 is a cross-sectional diagram of a combination of a mounting seat and a tampon of a preferred embodiment of the present invention. Figure 6 is a side cross-sectional diagram of a preferred embodiment of the present invention in use. Figure 7 is a partial top view diagram of another preferred embodiment of the present invention in use.

01: Bucket

02: Mop body

03: Tampons

10: Space

12: Protrusion

20: Support frame

21: Bearing Department

22: Connector bar

23: Aisle

30: Operating lever

40: Setting seat

50: Cotton body

Claims (5)

A track mop assembly, comprising: A bucket defines a space, the space extends to the top of the bucket, the space is provided with a support frame, the support frame is connected to the bucket, and the support frame has a bearing portion; A mop body, including an operating rod and a setting seat, wherein the operating rod is provided for users to hold and operate, the bottom end of the operating rod is pivoted to the setting seat, so that the operating rod and the setting seat can rotate relative to each other, the setting seat is accommodated in the space, the bottom edge of the setting seat forms two long vertical pieces downward, each of the vertical pieces is parallel to each other, each of the vertical pieces forms a strip laterally, each of the strips extends relative to each other, a limiter can be slidably arranged at one end of the setting seat relative to the setting seat, the limiter passes through the setting seat and protrudes toward the bottom edge of the setting seat to form a stopper; and A tampon strip, comprising a tampon body, a positioning piece, a supporting piece and a plurality of connecting pieces, wherein the tampon body is an elongated body made of tampon material, the positioning piece, the supporting piece and each of the connecting pieces are arranged at intervals on the top edge of the tampon body, each of the connecting pieces is located between the positioning piece and the supporting piece, the positioning piece forms a first baffle, the supporting piece forms a second baffle, the first baffle and the second baffle are adjacent to the two ends of the tampon body respectively, the positioning piece, each of the connecting pieces and the supporting piece form a slide groove on both sides respectively, each of the inserts slides and fits into each of the slide grooves respectively, so that the tampon strip is assembled on the bottom edge of the setting seat; The top edge of the positioning member forms a positioning portion, and the blocking portion slides into the positioning portion to position the tampon strip accordingly. As described in claim 1, the track mop assembly has two protrusions formed inside the bucket, the support frame is placed against the top edge of each protrusion, and each protrusion supports the abutment portion to withstand the relative force of the abutment member from top to bottom. The track mop assembly as described in claim 2, wherein the support frame is spaced to form a plurality of connecting strips respectively connected to the supporting portion, and a plurality of aisles are respectively formed between the adjacent connecting strips. The track mop assembly as described in claim 1, wherein the support frame protrudes with a plurality of scraping portions, thereby scraping the cotton wool body. A kind of tampon strip includes a tampon body, a positioning piece, a supporting piece and a plurality of connecting pieces, wherein the tampon body is an elongated body made of tampon material, the positioning piece, the supporting piece and each of the connecting pieces are arranged at intervals on the top edge of the tampon body, each of the connecting pieces is located between the positioning piece and the supporting piece, the positioning piece forms a first baffle, the supporting piece forms a second baffle, the first baffle and the second baffle are respectively adjacent to the two ends of the tampon body, the positioning piece, each of the connecting pieces and the supporting piece form a slide groove on both sides, and the top edge of the positioning piece forms a positioning portion.

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