KR200232791Y1 - Floor water cleaner of Interior - Google Patents

Abstract

The present invention is brushed after spraying water on the indoor floor, and the water and dust generated here are sucked into the suction bottle and then separated and discharged separately. The present invention relates to an indoor floor cleaner for improving convenience and preventing leakage of sewage sucked during operation.

This invention is in the indoor floor cleaning apparatus,

Install a battery that is charged when the AC input to the battery storage unit formed integrally with the body on the motor to drive the motor with the charging current,

The water tank is placed in the upper part of the battery housing to supply water to the nozzle unit installed in front of the brush operation port through a hose and spray water evenly on the bottom surface.

While the upper end of the suction tube is installed in the trap-shaped trap opening the upper side of the trap attached to a pair of circular brackets on the body of both sides of the trap and the opening of the sewage canister facing the trap in the insertion portion protruding on the inner side of the circular bracket This is done by inserting and fixing it.

Description

Floor water cleaner of interior

The present invention is brushed after spraying water on the indoor floor, and the water and dust generated here are sucked into the suction bottle and then separated and discharged separately. The present invention relates to an indoor floor cleaner for improving convenience and preventing leakage of sewage sucked during operation.

The general cleaning device is limited to one use for sweeping or brushing the floor using an automatically operated brush. Also, the dust and fine foreign matters generated by the vacuum cleaner are provided with a double vacuum cleaner and a heterogeneous cleaning device. It should have been.

Therefore, the work was not efficient and economic problems were caused by the provision of various cleaning devices.

In the case of water cleaning, the general vacuum cleaner did not suck water effectively, and this caused mechanical damage.

Therefore, the utility model registration No. 220659 name indoor floor cleaning device, which is a pre-registered design of the present inventors has been proposed as a solution for solving the above problems. The pre-registration design is a single cleaning device that can be combined with the entire process of brushing, dust, water intake and separate discharge, but it is very cumbersome by using a general power supply because no separate power source is presented, through a hose By spraying water on the floor, evenly sprayed on the floor could not be cleaned cleanly, and the water sucked during the operation is leaking to the outside was causing a problem that requires a separate post-treatment work.

The present invention for solving the above problems by providing a rechargeable battery in the main body provides the convenience of work that can be easily done without a separate power connection, evenly sprayed water on the floor through the nozzle bar and the water sucked during work Provides a floor water cleaner that prevents leakage to the outside without artificial operation, and allows the operator to move the cleaner while pushing it to clean up the floor, and to separate and discharge sewage, dust, and fine foreign substances generated therefrom. The main purpose of the design is to enable it.

1 is a perspective view of a water cleaner to which the present invention is applied

Figure 2 is a partially cut-away longitudinal sectional view showing the internal structure of the present invention

Figure 3 is a longitudinal cross-sectional view of the operating state of the present invention

4 is a bottom view of the inventive water cleaner

5 is a partial cross-sectional view of the present invention brush operating means

6 is a state of coupling of the eccentric shaft and the eccentric wheel

Figure 7 is a longitudinal sectional view showing the sewage suction state according to the present invention

8 is a plan sectional view of the present invention impeller and casing

9 is a sectional view of the wastewater discharge operation state from the inhalation container to the wastewater container of the present invention

[Description of Symbols for Main Parts of Drawing]

10 body 12 motor 14 battery

15: water tank: 20: eccentric shaft 30: brush operating means

32: brush operation port 33: eccentric ring 34: guide holder

50: impeller 55: casing 60: suction tube

61: trap 62: flat bracket 64: sewer

70: suction head 73: suction port 74: mohair

Referring to the configuration of the preferred embodiment of the present invention for achieving the desired purpose in detail as follows.

The main body 12 has a motor 12 is placed on the upper side of the motor shaft 11 to face downward, and the battery housing 13 is integrally formed with the body 10 on the motor 12, the battery The rechargeable battery 14 is installed in the housing 13. The battery 14 is applied to the motor 12 to drive the motor 12 or to the battery 14 is applied to the motor 12 after the AC input voltage is reduced down in the rectifier 14a and rectified by direct current when using the AC input (14) will be charged. In addition, when using the battery 14 in a charged state without the input of AC is applied to the motor 12, the charging current of the battery 14 to drive the motor 12.

Therefore, once charging is completed, it is possible to easily work without a separate power source, and in the present invention, it is possible to work continuously for 4 hours with a fully charged battery.

The tank 15 is placed in the upper part of the battery housing 13, the tank 15 is connected to the nozzle unit 16 installed in front of the brush operating port 32 by the hose 17, the inlet 18 formed on the top The water supplied to the inlet flows into the nozzle unit 16 by its own weight to spray water evenly on the bottom surface. And the handle (19) is installed on the top of the water tank 15, the power switch and the water spray switch is installed on both sides of the battery housing 13 can control the power and water spray.

The eccentric shaft 20 installed in front of the motor 12 is free to rotate by the upper rotary support 21, and the motor is formed by engaging the small gear 12a formed on the motor shaft 12 with the standby gear 22 formed thereon. Receives rotational force of (12) and decelerates and rotates.

Brush operating means 30 for rotating the brush operating tool 32 fixed to the hinge shaft 31 in front of the body 10 by the rotational power of the eccentric shaft 20 is the lower portion of the eccentric shaft 20 as shown in FIG. Eccentric wheel 33 is coupled to. The eccentric ring 33 is a known type in which the eccentric inner ring 33b is fitted inside the bearing 33a and the eccentric shaft 20 is coupled to the eccentric position of the eccentric inner ring 33b.

The guide rod 36 is freely coupled to one side of the eccentric ring 33 and the guide holder 34 is rotatably coupled to the guide rod 34. The hinge shaft 31 is fixed to the fixing bracket 39 formed at the side. Therefore, when the eccentric ring 33 is eccentric rotation movement, the support rod 36 is brushed on the floor by pushing or pulling the brush operating port 32 while repeatedly moving to the left and right.

The brush operation opening 32 is attached to the front and rear and body 10 of the brush insertion unit 38 so that the brush 41 is inserted into the brush insertion unit 38 and fixed to the brush insertion unit 38 so that the operation is smooth and the restoring force is excellent. The spring 38b is connected to the spring plate 38a to make the operation more smooth.

On the other hand, the impeller 50 is fastened by a nut 51 at the lower end of the motor shaft 12, and the impeller 50 has a plurality of radial wings 54 radially between the upper plate 52 and the lower plate 53. It is formed in a general form and is wrapped in a casing 55 attached to the bottom of the body 10. Here, the bearing 56 is inserted into the upper part of the casing 55 so that the rotation of the impeller 50 is smooth, and resistance to rotation is not generated, and dust or foreign matter sucked by the impeller 50 is discharged to both sides of the casing 55. An outlet 57 is formed.

In addition, the lower portion of the casing 55, the suction cylinder 60 is installed in communication with the caster 10a for movement on both sides of the body 10 in which the suction cylinder 60 is built.

The suction cylinder 60 is sucked in dust or foreign matter, sewage, etc. by the suction force of the impeller 50, the dust and foreign matter is discharged to the outlet 57 through the casing 55 is filtered by a filter installed separately The sewage is collected while remaining in the suction pail 60.

Here, the upper portion of the trap-shaped trap 61 of the upper opening is installed in the corner of the suction tube 60, so that even if the sewage during the operation is not leaked to the outside.

That is, since the opening of the trap 61 is directed upward, there is no leakage to the outside until the sewage tank 60 is completely filled with sewage, and the sewage in the suction tube 60 can be discharged only artificially. do.

Discharge means for discharging sewage is a pair of circular brackets 62 are attached to the body 10 on both sides of the trap 61, and the sewage container 64 is inserted into the insertion portion 63 protruding on the inner surface of the circular brackets 62. ) Is fixed to the opening (65) toward the trap (61).

Therefore, when a certain amount of water is filled in the suction container 60, grab the handle 19 and squeeze the body 10 backward, and as shown in FIG. 9, the open portion of the trap 61 in the suction container 60 is horizontal from the top. It is positioned to be able to be discharged into the sewage container 64, and when the sewage container 64 is filled with sewage, the sewage container 64 can be taken out from the insertion portion 63 to discharge the sewage to the outside.

Meanwhile, the suction head 70 which sucks dust or sewage into the suction container 60 is connected to the support member 71 attached to the bottom of the body 10 so as to flow up and down at the rear of the brush operation port 32. Connecting pipe connected between the suction head 70 and the suction pipe 66 inserted in the suction head 70 and the suction tube 60 while the suction port 32 is sucked regardless of the kind of dust, foreign matter, and sewage, etc. Through 72, it can be introduced into the suction container (60).

Suction head 70 is a general vacuum cleaner in the form of a suction port 73 is formed in the center of the bottom as shown in Figure 4 and around the suction port 73 has excellent moisture absorption power and a soft and dense mohair 74 is attached to dust or Effectively inhale sewage.

Referring to the cleaning process through the operating state of the present invention made of such a configuration as follows.

First, when the power switch is turned on while the battery 14 is fully charged, the motor 12 operates and the eccentric shaft 20 is decelerated and rotated by the gear combination as the motor shaft 11 rotates. This eccentric rotation will be done.

Therefore, the support rod 36 is repeatedly moved left and right by the eccentric wheel 33, so that the brush operation tool 32 rotates to clean the bottom surface. Here, the hinge shaft 31 to which the support rod 36 is connected moves up and down as the brush operating tool 32 rotates, but since the eccentric wheel 33 is obliquely coupled to the eccentric shaft 20 as shown in FIG. 4. As the guide holder 34 moves up and down together as it rotates, there is no problem in operation.

When the sole 41 is operated, the water tank 15 is filled with water, and the water is sprayed in front of the sole 41 while freely falling through the nozzle unit 16, so that the brush operating tool 32 cleans the water.

In addition to the operation of the brush operating port 32, the impeller 50 installed on the motor shaft 11 rotates to suck all the remaining sewage, dust, foreign matters, etc. after cleaning the water through the suction head 70. In the present invention, although not shown in the drawings, the filter is attached to the outlet 57 to filter dust or foreign matter, and then only air is discharged to the outside.

Therefore, the present invention cleans the floor by brush operation as soon as the operator pushes it out, and it can quickly and cleanly clean the floor quickly and cleanly by separating and discharging sewage and dust by immediately taking in the sewage and dust generated therein. Will be.

In addition, it is possible to work without the inconvenience of connecting a separate power supply or recharging during the work, and the inhaled sewage is not leaked to the outside during the work.

The present invention is a combination of brushing and water cleaning at the same time with a single cleaner can reduce the cost of having a large amount of equipment, work is continuously performed, the cleaning time is reduced, and a rechargeable battery is attached to separate power connection This unnecessary operation improves the convenience of the operation, while spraying water evenly on the floor through the nozzle bar, so that the floor can be cleaned cleanly, and the sewage sucked in during the operation does not leak out to the outside.

Claims (1)

The eccentric shaft 20 is installed to receive the rotational force of the motor 12 installed on the upper side of the body 10 by a gear combination and is rotated by the eccentric movement of the eccentric wheel 33 at the tip of the eccentric shaft 20. A brush operating tool 32 is installed to brush the bottom surface while rotating backwards, while being coupled to the tip of the motor shaft 11 of the motor 12 and the outer surface of the impeller 50 having the casing 55 wrapped therein. In the indoor floor cleaning device for sucking the dust and sewage of the cotton through the suction head (70) through the suction tube (60) to separate and discharge the dust and sewage, Installing a battery 14 to charge the AC input and drive the motor 12 with a charging current in the battery housing 13 formed integrally with the body 10 on the motor 12, By placing the water tank 15 in the upper part of the battery housing 13 to supply water to the nozzle unit 16 installed in front of the brush operating port 32 through the hose 17 to evenly spray water on the bottom surface, A pair of circular brackets 62 are attached to both sides of the trap 61 and the circular bracket 62 is installed in the trap-shaped trap 61 having an upper side open at the rear edge of the suction tube 60. 62) Indoor floor water purifier, characterized in that the insertion portion 63 protruding from the inner surface of the sump (64) is fixed to the trap (61) toward the trap (61).