TWM561496U - Mop bucket for cleaning flat mop and squeezing water - Google Patents

Abstract

The present invention provides a mop bucket for cleaning and squeezing a flat mop, the mop bucket comprising a cylinder and a water squeezing device, the cylinder having adjacent and spaced apart first and second chambers; The water device comprises an upper cover body and a first water squeezing mechanism and a second water squeezing mechanism disposed at a lower end of the upper cover body and opposite to the first chamber and the second chamber, wherein the upper cover body is opposite to the first water squeezing mechanism The first and second chambers have a first opening and a second opening through which the carriage of the flat mop is provided; the first and second water squeezing mechanisms are respectively disposed at the lower end of the first opening and the second opening, and the first And the second water squeezing mechanism has a water squeegee formed at a position opposite to the first opening and the second opening, and when the sliding plate of the flat mop passes through the first opening or the second opening, each water squeegee scraps The mop has a mop, and the mop is cleaned and squeezed.

Description

Mop bucket for flat mop cleaning and squeezing water

The present invention relates to a floor cleaning appliance, and more particularly to a flat mop and a mop bucket that can both clean a flat mop mop and a flat mop mop.

As for the floor cleaning appliance, there is a flat mop structure, and the Republic of China Patent Publication No. M515367 "Self-squeeze horizontal mop" discloses a flat mop including a mop rod, a flat mop head with a mop on the back, a mop The sleeve is provided with a sleeve which can slide up and down, the lower end of the sleeve is provided with a hammer, the head has a mouth, and the bottom surface of the mouth is provided with a water-scraping strip as a water-squeezing mechanism, and the water-scraping strip The swingable implementation is carried out at the opening, and the flat mop head is inserted into the mouthpiece after the flat mop head is parallel to the mop rod, the flat mop head is out of the mouth when the head is in the high position, and the flat mop head is in the low position when the head is in the low position The lower end is inserted into the opening; when the sling is up and down, the squeezing strip of the squeezing mechanism squeezes the mop on the back of the flat mop head that is passed through. However, there are still some problems in the use of the flat mop described above: First, in the process of squeezing water and cleaning, it is necessary to hold the mop rod in one hand and the upper and lower squeezing movement in the other hand to complete the operation, which is time consuming and laborious. The squeezing water and cleaning effect of the mop are poor; the second is that the mop is not washed in the water when cleaning, and the cleaning effect is not good.

Other objects, advantages and features of the present invention will be apparent from the following description of the preferred embodiments illustrated herein.

The main purpose of this creation is to provide a mop bucket that facilitates the cleaning and squeezing (dehydration) of the flat mop; thereby improving the problem of poor cleaning effect of the existing flat mop.

In order to achieve the foregoing, the mop bucket for cleaning and squeezing a flat mop comprises: a cylinder and a water squeezing device disposed above the cylinder; the cylinder has a first chamber; the squeezing The water device includes an upper cover body and a first water squeezing mechanism disposed on the lower end surface of the upper cover body and opposite to the first chamber, the upper cover body having a carriage for providing the flat mop relative to the first chamber Passing through a first opening; the first water squeezing mechanism comprises a socket and a water squeezing strip, the socket has a bottom plate, and the bottom plate has a perforation adjacent to and in communication with the first opening shape, the perforation is opposite a first port is formed on a side through which the pallet mop passes, and a second port is formed on the opposite side; the water squeegee is pivotally disposed at the first port of the socket, and has an upper swing position and is restricted In a swinging position, the water squeezing strip has a pivoting end adjacent to the pivoting portion in the width direction thereof and a scraping end extending outward from the pivoting end, the scraping end extending out of the first port And into the perforation, and the squeeze strip is at the hem Position, the scraping end disposed above the pivoting end height.

Preferably, the pivoting end of the water squeegee has a hook ear, and the hook ear is provided with a resilient element connected to the socket.

Preferably, the scraping end edge of the water squeegee has a plurality of convex portions arranged at intervals.

Preferably, the pivoting end of the water squeegee has at least one lug, and the bottom plate of the socket has abutting block for providing abutment thereof.

The water squeezing device may further include a second water squeezing mechanism having a second chamber adjacent to the first chamber and spaced apart from the second chamber, the upper cover body having the second chamber a second opening through which the flat mop passes, the second water squeezing mechanism is disposed on the lower end surface of the upper cover body and above the second chamber; the second water squeezing mechanism includes a seat and a water squeegee The base has a bottom plate having a through hole adjacent to and in communication with the second opening, the through hole forming a first port on a side passing through the canvas, and a second port being formed on the opposite side. The bottom plate of the socket further has a water guiding passage extending above the first chamber; the water squeezing strip is pivoted at the first port of the socket, and has a restricted upper swing position and a lower swing position The water squeezing strip has a pivoting end adjacent to the pivoting portion in the width direction thereof and a scraping end extending outwardly from the pivoting end, the scraping end extending out of the first port to the In the perforation, and the water squeezing strip is in the lower swing position, the scraping end is disposed at a higher height than the pivoting end.

Preferably, the pivoting end of the water squeegee has a hook ear, and the hook ear is provided with a resilient element connected to the socket.

Preferably, the scraping end edge of the water squeegee has a plurality of convex portions arranged at intervals.

Preferably, the pivoting end of the water squeegee has at least one lug, and the bottom plate of the socket has abutting block for providing abutment thereof.

10‧‧‧ flat mop

12‧‧‧Mops

14‧‧‧

142‧‧‧ bottom

144‧‧‧ top surface

16‧‧‧ mop

20‧‧‧Mop bucket

22‧‧‧Cylinder

24‧‧‧First Chamber

242‧‧‧Drainage

244‧‧‧ cushion

26‧‧‧Second chamber

262‧‧‧ discharge

264‧‧‧ cushion

30‧‧‧Squeezing device

32‧‧‧Upper cover

34‧‧‧First opening

36‧‧‧second opening

40‧‧‧First water squeezing mechanism

42‧‧‧ seat

421‧‧‧

422‧‧‧floor

423‧‧‧ wall

424‧‧‧Perforation

426‧‧‧first port

428‧‧‧second port

44‧‧‧Squeezing strip

441‧‧‧ lugs

442‧‧‧ pivot end

444‧‧‧ scraping end

446‧‧‧ convex

448‧‧‧‧ Ears

46‧‧‧Flexible components

48‧‧‧guide wheel

60‧‧‧Second water squeezing mechanism

62‧‧‧ 承座

621‧‧‧

622‧‧‧floor

623‧‧‧ wall

624‧‧‧Perforation

625‧‧‧ water intake channel

626‧‧‧ first port

628‧‧‧second port

64‧‧‧Squeeze scraper

641‧‧ ‧ lugs

642‧‧‧ pivot end

644‧‧‧ scraping end

646‧‧‧ convex

648‧‧‧‧ Ears

66‧‧‧Flexible components

68‧‧‧guide wheel

Figure 1. Schematic diagram of the main components of this creation.

Figure 2. An exploded view of some of the components of this creation.

Figure 3. An exploded view of the squeezing device of this creation.

Figure 4. Schematic diagram of the components of the first water squeezing mechanism of the present invention.

Figure 5. Schematic diagram of the components of the second water squeezing mechanism.

Figure 6. Schematic cross-sectional view of the implementation of the present creation.

Figure 6. A schematic partial cross-sectional view of one of the embodiments of the present invention.

Referring to FIGS. 1-7, the creation includes a flat mop 10 and a mop bucket 20; the flat mop 10 has a mop lever 12 and a carriage 14 movably coupled to the lower end of the mop lever 12, The carriage 14 has a bottom surface 142 and a top surface 144, and the bottom surface 142 of the carriage 14 is detachably provided with a mop 16; further, the mop 16 can also be disposed on the top surface 144 or the bottom surface 142 and the top surface of the carriage 14. Each of the 144 is provided with a mop 16.

The mop bucket 20 includes a barrel 22 and a water squeezing device 30 disposed above the barrel 22, the barrel 22 having adjacent and spaced apart first and second chambers 24, 26, the first chamber The bottom end of the chamber 24 and the second chamber 26 may have a discharge opening 242, 262. Each of the discharge openings 242, 262 may be selectively closed by a plug body 28, and the first chamber 24 and the second chamber 26 are selectively closed. The bottom portion has an elastic cushion 244, 264. The water squeezing device 30 has an upper cover body 32 and a first water squeezing mechanism 40 disposed on the lower end surface of the upper cover body 32 and above the first chamber 24. The upper cover body 32 has a first opening 34 through which the carriage 14 of the flat mop 10 is provided with respect to the first chamber 24; the first water squeezing mechanism 40 includes a socket 42 and a water squeegee 44. The base 42 has a bottom plate 422 having a through hole 424 adjacent to and communicating with the first opening 34. The through hole 424 defines a first port 426 on a side of the carriage 16 through which the trailer 16 passes. A second port 428 is formed on the opposite side; the water squeegee 44 is pivotally connected to the socket 42 in a swingable manner in the longitudinal direction thereof. The first port 426 is located, and the water squeegee 44 is restricted to have an upper swinging position and a lower swinging position. The water squeegee 44 has a pivoting end 442 adjacent to the pivoting portion in the width direction thereof. And a scraping end 444 extending outwardly from the pivoting end 442, the scraping end 444 extending out of the first port 426 into the through hole 424, and the water squeegee 44 is in the lower swing position, the scraping The end of the scraping end 444 can have a plurality of convex portions 446 arranged at intervals, and the pivot end 442 further includes a hook 448, an elastic member 46. The hooking lug 448 is connected to the socket 42 so that the water squeegee 44 can be elastically oscillated.

In addition, the pivoting end 442 of the water squeezing strip 44 has at least one lug 441, and the socket 42 (the bottom plate 422) has abutting block 421 that provides abutment thereof, the resisting block 421 restricting the water squeegee 44 An upwardly swinging position; and the first port 426 of the socket 42 has a wall 423 for the water squeegee 44 to terminate the end 444, the wall 423 limiting the direction of the water squeegee 44 Below the swing position.

Moreover, the second port 428 of the through hole 424 of the socket 42 has at least one guide wheel 48 pivoted according to the direction in which the port extends, and the rim 482 of the guide wheel 48 protrudes into the through hole 424. The two guide wheels 48 are pivoted on both sides of the second port 428.

The upper casing 32 of the water squeezing device 30 further includes a second opening 36 that is opposite to the second chamber 24 and that can provide the carriage 14 of the flat mop 10, and is disposed under the upper cover 32. The end face is opposite to a second water squeezing mechanism 60 above the second chamber 24.

The second water squeezing mechanism 60 includes a socket 62 and a water squeezing strip 64. The socket 62 has a bottom plate 622 having a through hole 624 adjacent to and communicating with the second opening 36. The through hole 624 A first port 626 is formed on a side of the carriage 16 with respect to the carriage 14, and a second port 628 is formed on the opposite side; the water squeegee 64 is pivotally connected to the upper and lower sides thereof in the longitudinal direction thereof. The first port 626 of the socket 62 is located, and the water squeegee 64 is restricted to have an upper swing position and a lower swing position, and the water squeegee 64 has a side adjacent to the pivot joint in the width direction thereof. a pivoting end 642 and a scraping end 644 extending outwardly from the pivoting end 442, the scraping end 644 extending out of the first port 626 into the through hole 624, and the water squeegee 64 is in a lower swing position The scraping end 444 has a height higher than the pivoting end 642. The end of the scraping end 644 can have a plurality of spaced-apart protrusions 646, and the pivoting end 642 further includes a hook 648. An elastic member 66 is coupled between the hook 648 and the socket 62 to effect the elastically oscillating swing of the water squeegee 64.

In addition, the pivoting end 642 of the water squeegee 64 has at least one lug 641, and the socket 62 (the bottom plate 622) has abutting block 621 that provides abutment thereof. The resisting block 621 limits the water squeegee 64. An upwardly swinging position; and the first port 626 of the socket 42 has a wall 623 for the water squeegee 64 to include the end 644, the wall 623 limiting the direction of the water squeegee 64 Below the swing position. Moreover, the bottom plate 622 of the socket 62 has a water guiding passage 625 extending above the first chamber 24.

Moreover, the second port 628 of the through hole 624 of the socket 62 has at least one guide wheel 68 pivoted according to the direction in which the port extends, and the rim 682 of the guide wheel 68 protrudes into the through hole 624. The two guide wheels 68 are pivoted on both sides of the second dam 628.

For the implementation of the operation, referring to FIG. 6 and FIG. 7 , the first chamber 24 of the mop bucket 20 is filled with water for cleaning (not shown), and the carriage 14 of the flat mop 10 is rotated to be cleaned. And a state of squeezing water, which is rotated in the carriage 14 to be parallel with the mop rod 12, so that the carriage 14 of the flat mop 10 can be inserted into the first opening 34 to operate in the first water squeezing mechanism 40, while buffering The pad 244 cushions the impact of the carriage 14.

When the carriage 14 enters the through hole 424 of the first water squeezing mechanism 40 from the top to the bottom, the water squeegee 44 is swayed by the wall 423, and the scraping end 444 is pressed against the bottom surface 142 of the carriage 14. The mop 16 is disposed, and the guide wheel 48 rests against the top surface 144 of the carriage 14 to reduce friction; when the mop 16 is lifted up after the mop 16 is wetted, the water squeegee 44 is pulled up and swings upwards. The lug 441 of the water squeegee 44 is restrained against the abutting block 421, so that the scraping end 444 is pressed against the contact The mop 16 is used to perform the squeeze squeezing of the mop 16 , and the convex portion 446 may have foreign matter such as hair, cotton wadding, etc. attached to the surface of the mop 16; The traction of the elastic member 46 is forced to abut against the mop 16, so that the scraping of the foreign matter of the convex portion 446 is more practical.

When the carriage 14 enters the perforation 424 of the first water squeezing mechanism 40 from top to bottom, the water squeegee 44 will swing downward, and the scraping end 444 will contact the mop 16 for cleaning again. The squeeze squeezing is performed, and the convex portion 446 also performs the foreign matter scraping on the surface of the mop 16 .

Under the reciprocating up and down movement of the flat mop 10, the relative movement between the mop 16 on the carriage 14 and the first water squeezing mechanism 40 is generated, and the mop 16 is cleaned by continuous soaking and squeezing water repeatedly. Moreover, when cleaning and squeezing water, the mop rod 12 can be held down by both hands, so that the operation is very convenient and labor-saving.

The flat mop 10 cleaned by the first chamber 24 can be again squeezed and squeezed by the second water squeezing mechanism 60. Basically, the second chamber 26 is not filled with any contents; when the carriage 14 is used When entering the perforation 624 of the second water squeezing mechanism 60 from the top to the bottom, the water squeegee 64 is swayed by the wall 623, and the scraping end 644 is pressed against the mop 16 of the bottom surface 142 of the carriage 14. Extrusion squeezing is performed, and the guide wheel 68 rests against the top surface 144 of the carriage 14 to reduce friction, and the cushion 264 cushions the impact of the carriage 14; since the scraping end 644 is in the lower swing position The height is set higher than the pivoting end 642 such that the scraped water will flow from the scraping end 644 to the pivoting end 642 and flow from the bottom plate 622 into the first chamber 24 via the water guiding passage 625.

When the flat mop 10 is lifted up, the water squeegee 64 is pulled up and swings upward, and when the lug 641 of the water squeegee 64 is restrained against the abutment 621, the scraping end 644 is also pressed. The mop 16 is pressed against the mop 16 to squeeze the water, and the squeezed water can be drained from the squeeze strip 64 to the socket 62 or collected by the second chamber 26; Under the movement, the relative movement between the mop 16 on the carriage 14 and the second water squeezing mechanism 60 is achieved, and the mop 16 is dehydrated under the continuous squeezing and squeezing, and the hands can be squeezed when the water is squeezed. Holding the mop lever 12 down, it is very convenient and labor-saving to operate. The convex portion 646 of the water squeegee 64 can also be scraped off by the foreign matter attached to the surface of the mop 16 during the squeeze water squeezing process, and the water squeegee 64 is forced by the traction of the elastic member 66. Resilience against the mop 16 makes the implementation of the projection 646 more convenient.

The above description is only a specific embodiment of the present invention, and does not impose any formal restrictions on the present creation. The simple modifications, equivalent substitutions or modifications made on the basis of the technical features of the present creation should fall within the scope of the present invention. The scope of protection of this creation.

Claims (13)

A mop bucket for cleaning and squeezing a flat mop, which is mainly used for cleaning and squeezing a mop of a bottom surface of a flat mop, the mop bucket comprising: a cylinder (22), the cylinder (22) There is a first chamber (24); a water squeezing device (30) disposed above the cylinder (22), the water squeezing device (30) includes an upper cover body (32) and is disposed on the upper cover body ( 32) a lower end face and a first water squeezing mechanism (40) above the first chamber (24), the upper cover body (32) having the flat mop provided relative to the first chamber (24) 10) a first opening (34) through which the carriage (14) passes; the first water squeezing mechanism (40) includes: a socket (42) having a bottom plate (422), The bottom plate (422) has a perforation (424) that is similar to and communicates with the first opening (34), the perforation (424) forming a first port on a side that passes over the carriage (14) mop (16) ( 426), the opposite side forms a second port (428); a water squeegee (44) pivotally mounted at the first port (426) of the socket (42), the water squeegee (44) is subjected to Restricted with a lower swing position, the squeeze strip (44) is in the width direction a pivoting end (442) adjacent to the pivoting end and a scraping end (444) extending outwardly from the pivoting end (442), the scraping end (444) extending out of the first port (426) And in the perforation (424), and the water squeegee (44) is in the lower swing position, the scraping end (444) is disposed at a higher height than the pivoting end (442). The mop bucket according to claim 1, wherein the pivoting end (442) of the water squeegee (44) has a hook (448), and the hook (448) is provided with a resilient element ( 46) Connected to the socket (42). The mop bucket according to claim 1, wherein the scraping end (444) end edge of the water squeegee strip (44) has a plurality of convex portions (446) arranged at intervals. The mop bucket according to claim 1, wherein the pivoting end (442) of the water squeegee (44) has at least one lug (441) and the bottom of the socket (42) (422) ) has a block (421) that provides its abutment. The mop bucket of claim 1, wherein the first port (426) of the socket (42) has a wall (423) for the water squeegee 44 to be disposed at the end (444). . The mop bucket of claim 1, wherein the second port (428) of the socket (42) has at least one guide wheel (48) pivoted in a direction in which the port extends. The mop bucket according to claim 1, wherein the water squeezing device (30) further comprises a second water squeezing mechanism (60) having a first chamber (24) Adjacent and spaced apart from one of the second chambers (26), the upper cover 32 has a second opening (with respect to the second chamber (26) through which the carriage (14) of the flat mop (10) is provided ( 36) The second water squeezing mechanism (60) is disposed on a lower end surface of the upper cover body (32) and above the second chamber (26), the second water squeezing mechanism (60) includes: a seat (62) The socket (62) has a bottom plate (622) having a perforation (624) adjacent to and communicating with the second opening (36), the perforation (624) being opposite to the carriage ( 14) one side of the mop (16) passes through a first port (626), and the opposite side forms a second port (628), the bottom plate (622) of the socket (62) further has a second chamber extending to the first cavity a water guiding passage (625) above the chamber (24); a water squeezing strip (64) pivotally mounted at the first port (626) of the socket (62), the water squeegee strip (64) being restricted Having a lower swing position, the squeeze strip (64) has a pivot adjacent to the pivot in its width direction An end (642) and a scraping end (644) extending outwardly from the pivot end (642), the scraping end (644) extending out of the first port (626) into the perforation (624), When the water squeezing strip (64) is in the lower swing position, the scraping end (644) is disposed at a higher height than the pivoting end (642). The mop bucket according to claim 7, wherein the pivoting end (642) of the water squeegee strip (64) has a hook (648), and the hook ear (648) is provided with a resilient element ( 66) is connected to the seat (62). The mop bucket according to claim 7, wherein the scraping end (644) end edge of the water squeegee strip (64) has a plurality of convex portions (646) arranged at intervals. The mop bucket according to claim 7, wherein the pivoting end (642) of the water squeegee strip (64) has at least one lug (641) and the bottom plate (622) of the socket (62). ) has a block (621) that provides its abutment. The mop bucket of claim 7, wherein the first port (626) of the socket (62) has a wall for the water squeegee (64) to include the end (644) ( 623). The mop bucket of claim 7, wherein the second port (628) of the socket (62) has at least one guide wheel (68) pivoted in a direction in which the port extends. A flat mop (10) for use with a mop bucket according to any one of claims 1 or 7 wherein the flat mop (10) includes a mop bar (12) and is movably coupled to the mop bar ( 12) A carriage (14) at the lower end, the bottom surface (142) of the carriage (14) having a mop (16), the mop (16) being capable of contacting the water squeegee.