TWM625797U - mop cleaning device - Google Patents

Abstract

A mop cleaning device is suitable for cleaning a mop with water, and comprises a housing unit, a driving unit, a pumping pump and a rotating unit. The housing unit includes a water storage tank, a cleaning tank, a water pumping hole and a flushing hole. The driving unit includes a base, a detent lever, and a first linkage group. The pumping pump has a pump housing, a The impeller, a water inlet pipe and a water outlet pipe, the rotating unit has a rotating shaft. When the lever is driven to slide relative to the base, the first linkage group rotates and the water stored in the water storage tank can be pumped to the cleaning tank and sprayed out from the flushing hole, and the mop head is rotated. Rinse, can achieve the purpose of mop cleaning.

Description

mop cleaning device

The new model relates to a cleaning appliance, in particular to a mop cleaning device.

There is an up-and-down displacement cleaning mop bucket (Patent Case of the Republic of China Certificate No. M598662), which includes a mop bucket body and a rotary mop cleaning assembly. The mop bucket body has a cleaning space, and the cleaning space accommodates cleaning liquid. The rotary mop cleaning assembly includes a hollow cylinder, a support structure and an elastic element. The hollow cylinder is fixed on the mop bucket body and has a compression space. The support structure is connected to the hollow cylinder body in a reciprocating manner and extends into the compression space at least partially, so as to generate pressure so that the cleaning liquid is squeezed out from the compression space. The elastic element is arranged between the support structure and the mop bucket body, so that the user can quickly clean the mop.

Although this cleaning device can achieve the purpose of mopping cleaning, when operating, the operator must apply force by hand and press the support structure downward to squeeze out the cleaning liquid. Be applicable.

In addition, when cleaning, when a mop head is pressed down, the cleaning liquid in the compressed space will flow to the cleaning space from most of the openings after being squeezed, and the cleaning space will produce Generate a lateral flow of water to clean the mop head, and remove and clean the dust and dirt contaminated by the mop head in the process of pressing back and forth for many times. After the user loosens the mop head, the support structure is rebounded and moved upward by the elastic recovery of the elastic element. In this state, the cleaning liquid flows back to the compression space through the openings. Therefore, the dirty water for cleaning the mop head will be squeezed and rinsed cyclically, and the cleaning effect of the mop head is also poor.

Therefore, the purpose of the present invention is to provide a mop cleaning device that can be cleaned with clean water.

Therefore, the mop cleaning device of the present invention is suitable for cleaning a mop with water, and includes a housing unit, a driving unit, a pumping pump and a rotating unit. The housing unit includes a housing wall that can define a water storage tank and a cleaning tank partitioned from the water storage tank, the housing wall has a water suction hole connected to the water storage tank, and a flushing hole connected to the cleaning tank a water hole, the driving unit is mounted on the housing base unit, and includes a base fixed on the housing wall, a detent rod slidably mounted on the base, and a rotatable driven by the detent rod The first linkage group, the pumping water pump is installed between the base and the shell wall, and has a pump casing, and an impeller whose shaft is arranged inside the pump casing, the pump casing has a pumping chamber, a pumping chamber connected to the The water inlet pipe of the water drawing chamber and the water pumping hole, and a water outlet pipe communicating with the water drawing chamber and the flushing hole, the impeller has a wheel shaft linked by the first linkage group, and most of them are connected to the wheel shaft and are provided with The blade in the water-drawing chamber, the rotating unit, is installed between the base and the shell wall, and has a rotating shaft, the rotating shaft has A linkage part extending in the cleaning tank and located on one side of the flushing hole, the mop head and the linkage part are detachably embedded, and the mop head can be driven to rotate in the cleaning tank; wherein, the switch is driven When the moving rod slides relative to the base, the first linkage group rotates and drives the impeller of the pumping water pump to rotate, and the water stored in the water storage tank is pumped to the cleaning tank and sprayed from the flushing hole, and rotates Rinse the mop head in.

The effect of the new model is: by driving the stopper rod to slide relative to the base, the impeller of the pumping pump is driven to rotate through the first linkage group, and the water stored in the water storage tank is pumped to the cleaning tank and sent by the cleaning tank. When the flushing hole is sprayed out, the rotating mop head can be cleaned with clean water, and a better cleaning effect can be achieved.

1: mop

101: Mop Head

102: Grip

103: Rotary joint

104: Underside

105: Engagement hole

106: Elastic hook

10: Shell base unit

11: Water storage tank

12: Cleaning tank

13: Shell Wall

131: Pumping hole

132: flushing hole

133: Drainage hole

134: Plug sleeve

20: Drive unit

21: Pedestal

211: The first axis column

212: Second shaft column

22: Trigger lever

221: tooth row

23: The first linkage group

231: The first driving wheel

232: The first driven wheel

233: The first one-way bearing

234: Shaft hole

24: The second linkage group

241: Second driving wheel

242: Second driven wheel

243: Second one-way bearing

25: Pedal

26: Spring

30: Pump up the pump

31: Pump housing

311: The Water Room

312: Water inlet pipe

313: Outlet pipe

32: Impeller

321: Axle

322: Blade

323: Embedding part

40: Rotation unit

41: Rotary shaft

411: Linkage

412: Shoulder

50: Positioning cover

51: Roller

60: water guide

61: water guide

62: spray hole

70: Brush set

20': drive unit

21': Pedestal

211’: Axle Post

22': Trigger lever

221’: tooth row

23’: The first linkage group

231’: The first driving wheel

231": First Crown Round

232’: first driven wheel

233': 1st one-way bearing

25': Pedals

X: horizontal axis

I: first direction

Ⅱ: The second direction

Other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, wherein: Fig. 1 is a three-dimensional combined schematic diagram of a first embodiment of the mop cleaning device of the present invention; Fig. 2 is the first embodiment Figure 3 is a schematic top view of a driving unit of the first embodiment; Figure 4 is a combined cross-sectional view of the first embodiment; Figure 5 is a three-dimensional view of a second embodiment of the new mop cleaning device Schematic diagram of the combination; FIG. 6 is a partial exploded schematic diagram of the second embodiment; and Figure 7 is a combined cross-sectional view of the second embodiment.

Before the present invention is described in detail, it should be noted that in the following description, similar elements are designated by the same reference numerals.

Referring to FIGS. 1 to 4 , a first embodiment of the mop cleaning device of the present invention is suitable for cleaning a mop 1 with water. The mop 1 has a mop head 101 , a handle 102 , and a mop head 101 connected to the mop head 101 . The rotary joint 103 between the handle bars 102, through the setting of the rotary joint 103, the handle bar 102 can freely rotate relative to the mop head 101, the mop head 101 has a bottom surface 104, a bottom surface 104 concave and The engaging hole 105 is non-circular in cross section, and most of the elastic hooks 106 are extended in the engaging hole 105 . The mop 1 is in the prior art and is not the focus of the research of this novel, so the detailed structure will not be repeated here.

The mop cleaning device includes a housing unit 10 , a driving unit 20 , a pumping pump 30 , a rotating unit 40 , a positioning cover 50 , a water guide 60 installed on the positioning cover 50 , and a water guide installed on the water guide 60 sets of 70 brushes.

The housing unit 10 includes a housing wall 13 that can define a water storage tank 11 and a cleaning tank 12 partitioned from the water storage tank 11 . A flushing hole 132 leading to the cleaning tank 12 , a drain hole 133 communicating from the cleaning tank 12 to the outside, and a plug sleeve 134 detachably plugged in the drain hole 133 .

The driving unit 20 is mounted on the bottom of the housing unit 10 and includes a base 21 fixed on the housing wall 13 , a detent lever 22 slidably mounted on the base 21 along a transverse axis X, a A first linkage group 23 that is rotatable driven by the detent lever 22 , a second linkage group 24 that is rotatable driven by the detent lever 22 , and a second linkage group 24 pivotally connected between the base 21 and the detent lever 22 . The pedal 25, and a spring 26 installed between the pedal 25 and the base 21 and providing the pedal 25 with restoring force. The base 21 has a first shaft column 211 and a second shaft column 212 arranged at intervals along the transverse axis X. The detent lever 22 has a tooth row 221 disposed along the transverse axis X and disposed on the side surface. The first linkage group 23 has a first driving wheel 231 that meshes with the tooth row 221 and is pivoted on the first shaft column 211 , a first driven wheel 232 that meshes with the first driving wheel 231 , and a set of The first one-way bearing 233 disposed on the first driven wheel 232, the rotation speed of the first driven wheel 232 is greater than that of the first driving wheel 231, and the first one-way bearing 233 has a polygonal shaft hole 234, which is used for The first one-way bearing 233 enables the tooth row 221 of the detent lever 22 to detent the first driven wheel 232 to drive the pumping pump 30 in one direction, and idling in the opposite direction. The second linkage group 24 has a second driving wheel 241 meshing with the tooth row 221 and shafted on the second shaft column 212 , a second driven wheel 242 meshing with the second driving wheel 241 , and a set of The second one-way bearing 243 is arranged between the second driven wheel 242 and the rotating unit 40 , and the second one-way bearing 243 can be used to make the tooth row 221 of the detent lever 22 detent the second driven wheel 242 The rotating unit 40 is linked in one direction and idling in the opposite direction.

The pumping pump 30 is installed between the base 21 and the shell wall 13, and has a The pump casing 31, and an impeller 32 shafted inside the pump casing 31, the pump casing 31 has a water-drawing chamber 311 (see FIG. 3 ), a water inlet pipe 312 connected to the water-drawing chamber 311 and the water suction hole 131 , and a water outlet pipe 313 connected to the water drawing chamber 311 and the flushing hole 132 . The impeller 32 has an axle 321 linked by the first linkage group 23 , and the first one-way bearing 233 is sleeved between the first driven wheel 232 and the axle 321 .

The rotating unit 40 is installed between the base 21 and the housing wall 13 , and has a rotating shaft 41 driven by the second linkage group 24 . The second one-way bearing 243 is sleeved on the second driven wheel 242 Between the rotating shaft 41 , the rotating shaft 41 has a linkage portion 411 extending in the cleaning tank 12 and located on one side of the flushing hole 132 , and a shoulder portion 412 disposed inside the linkage portion 411 . The cross-sectional shape of the mop head 101 corresponds to the engaging hole 105 , and the engaging hole 105 of the mop head 101 and the linking portion 411 are detachable by using the elastic hooks 106 to be detachably engaged with the shoulder 412 . splicing (see Figure 2).

The positioning cover 50 is installed inside the cleaning tank 12 , and the linkage portion 411 of the rotating shaft 41 protrudes from the top surface of the positioning cover 50 , and has a roller 51 for the bottom surface 104 of the mop head 101 to span.

The water guiding member 60 is installed on the top surface of the positioning cover 50 and extends horizontally, and has a water guiding groove 61 connected to the flushing hole 132 , and a plurality of spray holes 62 communicating with the water guiding groove 61 .

The brush set 70 is installed on the top surface of the positioning cover 50 and is installed on the water guide 60 side.

In order to further understand the functions of the components of the present invention, the technical means used, and the expected effects, the following descriptions will be given, and it is believed that a more in-depth and specific understanding of the present invention can be obtained from this.

In use, the operator inserts the engaging hole 105 of the mop head 101 into the linkage portion 411, and uses the elastic hooks 106 to engage the shoulder portion 412, so that the mop head 101 is positioned on the rotating shaft 41, The bottom surface 104 of the mop head 101 is stably supported by the roller 51 .

2 to 4 , when the operator steps on the pedal 25 of the driving unit 20 with his feet, and moves the detent lever 22 along the transverse axis X and toward a first direction I, the tooth row 221 depresses the detent The first driving wheel 231 of the first linkage group 23 rotates relative to the first shaft column 211 , and can also rotate in conjunction with the first driven wheel 232 . The rotational speed of the first driven wheel 232 is greater than that of the first driving wheel 231 function, the impeller 32 of the pumping pump 30 can be linked to rotate rapidly, and the effect of pumping water can be generated, and the water inlet pipe 312 can draw clean water from the water storage tank 11, and then the water outlet pipe 313. The water spray holes 62 of the water guide member 60 spray upward. At the same time, the tooth row 221 also drives the second driving wheel 241 of the second linkage group 24 to rotate relative to the second shaft column 212, and can also drive the second driven wheel 242 to rotate, the second driven wheel 242 In conjunction with the rotating shaft 41 of the rotating unit 40, the mop head 101 rotates, and by using the setting of the rotating joint 103, the handle 102 can be held by the operator without rotating.

Therefore, when the mop head 101 is driven to rotate by the rotating shaft 41 , the clean water sprayed upward from the water spray holes 62 of the water guide 60 will clean the mop head 101 , and the mop head 101 will also be cleaned by the brush set 70 . 101 for brushing, so that the mop head 101 can achieve the purpose of cleaning.

When the operator releases the force on the pedal 25, the pedal 25 can be swung upward to the original position by the restoring force provided by the spring 26, and the pedal 25 can be linked with the detent lever 22 along the transverse axis X and When moving in a reverse direction in a second direction II opposite to the first direction I, although the tooth row 221 will block the first driving wheel 231 of the first linkage group 23 and the second driving wheel of the second linkage group 24 241, but with the arrangement of the first one-way bearing 233 and the second one-way bearing 243, although the first driven wheel 232 and the second driven wheel 242 will be driven, they will only idle and will not drive the impeller 32 and the rotating shaft 41.

Therefore, the present invention utilizes stepping on the pedal 25 to link the lever 22 to slide relative to the base 21 , and drives the impeller 32 of the pumping pump 30 to rotate through the first linking group 23 , and stores the water in the storage tank 11 . The water is pumped to the cleaning tank 12 and sprayed from the water spray holes 62 of the water guide 60, and then drives the rotating shaft 41 and the mop head 101 to rotate through the second linkage group 24, so that the cleaning operation of the mop can be carried out with clean water, and the Better cleaning effect.

5 to 7 again, a second embodiment of the new mop cleaning device also includes a housing unit 10, a driving unit 20', a pumping pump 30, a positioning The cover 50, a water guide member 60 installed on the positioning cover 50, and a brush group 70 installed on the water guide member 60, and the difference from the first embodiment is that the rotating unit 40 is omitted, but the mop 1 is used. A grip rod 102 is pressed down to generate a linear displacement action, which can convert a mop head 101 into a rotary action. This kind of mop 1 is the prior art and is not the focus of the study of this new model, so the detailed structure will not be repeated here (eg M368410, M415686, M446606 and other patent cases).

Wherein, the base 21' of the driving unit 20' only has a shaft column 211' perpendicular to the transverse axis X, and the detent lever 22' of the driving unit 20' has a tooth row 221' disposed on the top surface , the first linkage group 23' has a first driving wheel 231' that meshes with the tooth row 221' and is pivoted on the shaft column 211', and a first crown wheel 231 that is connected to the first driving wheel 231' ", a first driven wheel 232' meshing with the first crown wheel 231", and a first one-way bearing 233' set between the first driven wheel 232' and the axle 321, the first The rotational speed of the driven wheel 232' is greater than that of the first driving wheel 231', and the first one-way bearing 233' can make the tooth row 221' of the locking rod 22' stop the first driven wheel 232' to unidirectionally link the The rotating shaft 321 is idling in the opposite direction.

When the operator steps on the pedal 25 ′ of the driving unit 20 ′ and moves the detent lever 22 ′ along the transverse axis X and toward a first direction I, the tooth row 221 ′ depresses the first linkage The first driving wheel 231 ′ of the group 23 ′ rotates relative to the shaft column 211 ′, and can be linked with the first driven wheel 232 ′ to also rotate, so that the impeller 32 of the pumping pump 30 can be linked to rotate rapidly and generate water function, and make the water inlet pipe 312 drain from the water storage After the tank 11 draws clean water, it is discharged from the water outlet pipe 313 , and finally sprayed out from the water guide member 60 . At the same time, by pressing down the handle 102 of the mop 1 to generate a linear displacement action, the mop head 101 can be converted into a rotary action, and the mop 1 can also be cleaned with clean water. Therefore, the second embodiment of the present invention can also achieve the same purpose and effect as the first embodiment.

To sum up, the new mop cleaning device of the present invention has the advantages of simple overall structure, easy operation and good cleaning effect, and can indeed achieve the purpose of the new model.

However, the above are only examples of the present invention, which should not limit the scope of implementation of the present invention. Any simple equivalent changes and modifications made according to the scope of the patent application of the present invention and the contents of the patent specification are still included. within the scope of this patent.

10: Shell base unit

11: Water storage tank

12: Cleaning tank

13: Shell Wall

131: Pumping hole

132: flushing hole

133: Drainage hole

134: Plug sleeve

20: Drive unit

21: Pedestal

22: Trigger lever

221: tooth row

25: Pedal

26: Spring

30: Pump up the pump

31: Pump housing

40: Rotation unit

50: Positioning cover

51: Roller

60: water guide

62: spray hole

70: Brush set

X: horizontal axis

Claims (8)

A mop cleaning device, suitable for cleaning a mop head with water, comprises: a housing unit, comprising a housing wall that can define a water storage tank and a cleaning tank partitioned from the water storage tank, the housing wall has a communication a water pumping hole in the water storage tank, and a flushing hole in communication with the cleaning tank; a driving unit, mounted on the housing base unit, and comprising a base fixed on the housing wall, a slidably mounted on the housing A detent lever of the base, and a first linkage group that is rotatable driven by the detent lever; a pumping pump, installed between the base and the shell wall, and has a pump casing, and a shaft arranged on the The impeller inside the pump casing, the pump casing has a water-drawing chamber, a water inlet pipe connected to the water-drawing chamber and the water-drawing hole, and a water outlet pipe connected to the water-drawing chamber and the flushing hole, the impeller has an axle linked by the first linkage group, and a plurality of blades connected to the axle and disposed in the water-drawing chamber; and a rotating unit installed between the base and the shell wall and having a rotating shaft , the rotating shaft has a linkage part extending in the cleaning tank and located on one side of the flushing hole, the mop head and the linkage part are detachably embedded, and the mop head can be driven to rotate in the cleaning tank; Wherein, when the lever is driven to slide relative to the base, the first linkage group rotates and drives the impeller of the pumping pump to rotate, and the water stored in the water storage tank is pumped to the cleaning tank and through the flushing hole Spray and rinse the rotating mop head. The mop cleaning device according to claim 1, wherein the driving unit further comprises a second linkage group that is rotatable driven by the detent lever, and the rotating unit has a The rotating shaft is driven by the second linkage group to drive the mop head to rotate. The mop cleaning device according to claim 2, wherein the base of the driving unit has a first shaft column and a second shaft column, the detent lever of the driving unit has a tooth row, and the first linkage group There is a first driving wheel meshed with the tooth row and the shaft is arranged on the first shaft column, a first driven wheel meshed with the first driving wheel, and a set of the first driven wheel and the axle. The first one-way bearing between the two, the rotation speed of the first driven wheel is greater than that of the first driving wheel, and the first one-way bearing can be used to make the tooth row of the detent lever detent the first driven wheel to link the axle in one direction , idling in the reverse direction, the second linkage group has a second driving wheel meshing with the tooth row and the shaft is arranged on the second shaft column, a second driven wheel meshing with the second driving wheel, and a set of A second one-way bearing arranged between the second driven wheel and the rotating shaft, by using the second one-way bearing, the tooth row of the detent lever can be used to stop the second driven wheel to link the rotating shaft in one direction, Reverse is idle. The mop cleaning device according to claim 3, wherein the driving unit further comprises a pedal pivotally connected between the base and the detent lever, and a pedal installed between the pedal and the base to provide the Spring for pedal return force. The mop cleaning device as claimed in claim 1, further comprising a positioning cover installed inside the cleaning tank, a water guide member installed on the positioning cover, and a brush set installed on the water guide member, the rotation shaft The linkage part protrudes from the top surface of the positioning cover, the positioning cover has a roller for the mop head to straddle, the water guiding member extends flat, and has a water guiding groove connected with the flushing hole, and most of the water guiding grooves are connected to the water guiding groove the spray holes, the brush group is arranged on one side of the spray holes. The mop cleaning device according to claim 1, wherein the base of the driving unit has a shaft column, the detent lever of the driving unit has a tooth row, and the first linkage group has a tooth row engaged with and arranged on the shaft. The first driving wheel on the shaft column, a first crown wheel connected with the first driving wheel, a first driven wheel meshing with the first crown wheel, and a set of the first driven wheel and the The first one-way bearing between the axles, the rotation speed of the first driven wheel is greater than that of the first driving wheel, and the first one-way bearing can make the tooth row of the detent lever depress the first driven wheel in one-way linkage The axle, in reverse, idles. The mop cleaning device of claim 6, wherein the driving unit further comprises a pedal pivotally connected between the base and the detent lever, and a pedal installed between the pedal and the base to provide the Spring for pedal return force. The mop cleaning device according to claim 6, further comprising a positioning cover installed inside the cleaning tank, a water guide member installed on the positioning cover, and a brush set installed on the water guide member, the rotation shaft The linkage part protrudes from the top surface of the positioning cover, the positioning cover has a roller for the mop head to straddle, the water guiding member extends flat, and has a water guiding groove connected with the flushing hole, and most of the water guiding grooves are connected to the water guiding groove the spray holes, the brush group is arranged on one side of the spray holes.

Images