KR20040033518A - a wet duster outfit having sprinkle function - Google Patents

Abstract

PURPOSE: A wet mopping structure having a water spray function is provided to wipe the mop at narrow space in a house or an office by lowering the depth of an attachable plate attaching a damp cloth. CONSTITUTION: A wet mop structure includes a handle grip(200) on a rod(100) and an attachable plate attaching a damp cloth. The handle grip forms a water inlet(210) with a closed cap(220) to contain water in the rod. An operation lever(250) is installed at the grip handle with connecting to an operation wire(240) leading to the lower end of the rod. A shell(110) containing tourmalines(500) is formed at the lower end of the rod. An opening(132) and a spring are installed at a connecting pipe at the lower end of the shell to open/close a passage communicated with the plate. The opening is interlocked with the operating wire so that when lifting the operating wire up, the opening is open to discharge water through a discharge hole(111). The plate, into which water passes through the opening, includes a plurality of nozzles(320) to discharge water outside.

Description

Mop tool with watering function {a wet duster outfit having sprinkle function}

The present invention relates to a mop tool that can be sprayed water from the water dispenser from time to time, and more particularly, it is possible to store the water in the bag body of a predetermined length while at the same time having excellent cleaning and sterilization power at the bottom of the bag body It relates to a mop tool with a watering function so that it can be built.

In general, living spaces such as homes and offices should be kept clean to not only provide comfort to the user, but also be good for hygiene and health. Therefore, these living spaces should be cleaned from time to time, various cleaning tools are used for this purpose. As a cleaning tool, a mop is mainly used to improve cleanliness, and the mop is often contaminated because it wipes dirty spaces, so it is often sucked and used.

However, such a mop cannot be wiped clean of dirty spaces because it is wiped with a little bit of water, and there is a hassle to suck frequently when wiping large spaces. Due to this, the cleaning operation is inconvenient and a lot of effort, as well as a long time wasted.

Therefore, in recent years, a mop tool (Korean Patent Publication No. 2001-28651) having a water sprayer capable of cleaning the water while spraying water from time to time has been applied, and the configuration thereof will be described in more detail with reference to FIG. The mop tool includes a mop 10, a mop 10 attached to the bottom, and a bucket 30 having a water sprayer, a bag 40 pivotally fixed to the bucket 30, and an end of the bag 40. It is fixed to the handle 50 to operate the water sprayer 20 is provided.

In other words, the handle 50 has an operating knob 61 which is pulled upwardly in an approximately □ shape, and the tubular portion 51 and the bag 40 of the handle 50 are connected, The bag 40 also has a cylindrical shape with a hollow formed therein, and an operating cable 63 having one end fixed to the body portion 62 of the operating knob 61 passes therethrough. This actuating cable 63 is connected between the pull operation of the water sprayer located in the bucket 30 through the inside of the bag 40. For this reason, when the operation knob 61 is pulled, the operation cable 63 is pulled to operate the pull operation to operate the water sprayer and at the same time water is sprayed to the outside through the injection holes 31 and 32 formed in the water tank 30. Will be. The injection holes 31 and 32 are composed of a front injection hole 31 for injecting water toward the front of the water tank 30 and a bottom injection hole 32 for spraying to the bottom center, and a multi-stage selector connected to the water sprayer 20. Through 80 the water spray to one side and to all jets can be selected.

The upper portion of the bucket 30 is formed with a water refill to replenish the water, is closed with a refill cap, when the water is insufficient to turn the refill cap to replenish the water. In addition, the upper portion of the opposite side of the bucket 30 is provided with a selection rotary switch for operating the multi-stage selection sphere described above, the mop 10 in the bucket 30 is detachable, the bag 40 is a user It has a length that makes it easy to stand up and work.

However, since the conventional mop tool configured as described above is a structure in which only pure water is sprayed in the bucket 30, contaminants such as stinging at the bottom may not be wiped well, and the detergent may be added to the bucket 30 to be sprayed with water. There was a hassle to wash once again the detergent sprayed on the floor.

In addition, conventionally, since the bucket 30 is located directly above the mop 10, the thickness of the mop 10 and the bucket 30 is high, and thus there is a problem in that the narrow space of the house or office cannot be effectively cleaned.

Therefore, the present invention was developed in view of the above problems, so that a predetermined amount of water is stored in the bag portion of the mop tool, thereby reducing the thickness of the mop and detachable plate to which the mop is attached, thereby effectively reducing the narrow space in the home or office. The mop tool with a water spray function to remove contaminants such as stings by effectively forming a tourmaline built-in container at the bottom of the bag and having a built-in tourmaline with excellent cleaning power instead of a general detergent. The purpose is to provide.

1 is a cross-sectional view of the mop tool according to the prior art,

2 is a perspective view of the mop tool according to the present invention,

3 is a cross-sectional view of the mop tool according to the present invention,

Figure 4 (a) and (b) is a sectional view of the main part showing the operating state of the handle portion according to the present invention,

Figure 5 (a) and (b) is a sectional view showing the main portion showing the operating state of the operation wire of the tourmaline built-in cylinder according to the present invention.

<Description of the symbols for the main parts of the drawings>

100: bag 110: tourmaline built-in

111: discharge hole 112: wire passing hole

113: coupling pipe portion 120: built-in cap

121: Inflow through hole 130: Connector

131: through-hole 132: opening and closing

133: spring 200: handle

210: water inlet 220: airtight cap

230: wire ball 240: working wire

250: operating lever 260: airtight

270: sealing plate 300: mop detachable plate

310: space part 320: sprayer

330: mop binding part 400: mop

500: tourmaline

The present invention for achieving the above object is in the mop tool formed in the mop detachable plate that can remove the mop at the top of the bag portion of the predetermined length, the mop at the bottom of the bag, so that a certain amount of water is stored in the bag Next, to form a water inlet having a closed cap in the handle portion of the top of the bag portion to the water into the bag portion, the operation lever is connected to the upper end of the operation wire that extends to the bottom of the bag portion in the handle portion On the other hand, the tourmaline to form a tourmaline built-in tub so that the tourmaline with cleaning power can be built in the bottom of the bag portion, and the opening and closing port to open and close the flow passage communicating with the rag detachable plate in the connection pipe bottom When installed together, but the opening and closing the interconnection to be operated by the operation wire when the operation wire is raised Water is discharged through the air hole while the closing opening is opened, and a plurality of sprinkling holes are formed to sprinkle water inside the water at various places of the rag detachable plate through which the water passing through the opening is introduced. do.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

2 is a perspective view of the mop tool according to the present invention, Figure 3 is a cross-sectional view of the mop tool according to the present invention.

In the mop tool formed on the top of the bag portion 100 of a predetermined length, the handle portion 200, the mop detachable plate 300 is formed at the bottom of the bag portion 100 to detach the mop 400,

First, the bag portion 100 is formed in a cylindrical shape so that a predetermined amount of water is stored therein, and then the handle portion 200 is coupled to the upper end of the bag portion 100, the handle portion 200 After forming the inside of the empty space to form a water inlet 210 having a closed cap 220 so that the water can be introduced into the bag portion 100 on one side of the upper side, the lower portion of the handle portion 200 After forming a wire hole 230 in communication with the inside of the bag portion 100, and then protrude the operation wire 240 to the lower end of the bag portion 100 to the wire ball 230 operation lever 250 Connect with and install.

Then, as shown in (a) of FIG. 4, the sealing plate 270 is fixed to the sealing opening 260 having the sealing plate 270 on the operation wire 240 positioned at the inner upper end of the bag 100. The wire hole 230 is always kept in a blocked state. In this case, as shown in (b) of FIG. 4, when the operation lever 250 is raised, the operation wire 240 is raised and the sealing plate 270 fixed thereto is pressed and the operation wire 240 below the predetermined length is predetermined. Is raised.

And, as shown in (a) (b) of FIG. 5 to form a tourmaline built-in cylinder 110 so that the tourmaline 500 of the granular state having a washing force can be built in the lower end of the bag portion 100, the tourmaline built-in After storing the appropriate amount of tourmaline 500 therein through the top of the barrel 110, the interior cap 120 of the bottom of the bag 100 is sealed to seal the water in the bag 100 It is to be introduced into the tourmaline built-in cylinder 110 through a plurality of inlet through-holes 121 formed in the cap 120, the lower end of the tourmaline built-in cylinder 110, a plurality of discharge holes 111 and the operating wire in the center The wire through hole 112 through which the 240 is formed is formed.

Coupling the connecting tube 130 of a predetermined length to the coupling tube portion 113 of the lower portion of the tourmaline built-in tube 110, and forms a through-hole 131 to discharge water in the inner bottom of the connecting tube 130, The opening 132 connected to the operation wire 240 is installed in the through hole 131, but the spring 133 is installed between the opening 132 and the tourmaline built-in cylinder 110 so that the opening 132 is always constant. At the same time, the through hole 131 is blocked by pressure, and the operation lever 250 connected to the upper end of the operation wire 240 is downward.

For reference, the tourmaline 500 embedded in the tourmaline internal container 110 is a complex borosilicate mineral having various unusual superelectric and piezoelectric properties, and recently, since the permanent electrode is present in the crystal structure, its unique electrical activity There are many different uses that are related to in many ways. In particular, the tourmaline generates an electrical discharge in water that dissociates water molecules into hydrogen and hydroxyl ions, which in turn react with the H ₂ O molecules to produce hydronium ions (H ₃ O ⁺ ) and hydrated hydroxyl ions (H ₃ O ₂ ^_ ) These ions are all known to have surface active properties.

That is, since the hydroxyl ions are composed of the HOH portion, which is a hydrophilic group, and the HO portion, which is a hydrophobic group (for example, the H portion acts as a hydrophobic group), the hydrophilic group is oriented toward the water molecule and the hydrophobic group is opposite to the water molecule. Orientation, said orientation state is the safest state that hydroxyl ions can have.

At this time, since hydroxyl ions play a role of promoting the surface activity, the surface tension of the tap water can be lowered, and when the surface tension of the tap water is lowered, the emulsification, dispersion, and penetration are actively buried on the floor. Contaminants can be removed more easily.

Finally, the mop detachable plate 300 which is detached by the mop 400 by the mop binding unit 330 is coupled to the connection tube 130 so as to communicate, the inside of the mop detachable plate (300) The space 310 is formed to temporarily store the water discharged from the 130, and a plurality of sprinkling holes 320 are formed in front of the space 310.

Referring to the operation of the mop tool configured as described above are as follows.

If you want to clean using the mop tool, first put the water through the water inlet 210 of one side of the handle portion 200, as shown in Figure 4, the water introduced is the bag portion 100 connected to the handle portion 200 And, the tourmaline built-in casing 110 connected to the bag portion 100, and the connection pipe 130 with the opening and closing hole 132 of the lower side is introduced, and when the handle portion 200 is filled with water sealed cap Seal with (220). At this time, while the water passes through the tourmaline built-in cylinder 110 is mixed with the tourmaline deposited therein, at the same time, an electrical discharge that dissociates the water molecules into hydrogen and hydroxyl ions occurs, and then reacts with the H ₂ O molecules to react with the hydronium ions. (H ₃ O ⁺ ) and hydrated hydroxyl ions (H ₃ O ₂ ^_ ), which are converted into surfactants.

Then, as shown in Figure 5 fixed to the mop 400 to the mop binding portion 330 of the mop detachable plate 300, and then pull the operation lever 250 of the handle portion 200, Figure 4 (b As the working wire 240 rises as shown in FIG. 2, the sealing plate 270 fixed thereto is compressed and the lower working wire 240 rises a predetermined length, and at the same time, the lower end of the operating wire 240 Connected openings and openings 132 ascend the opening of the through-hole 131 at the bottom of the tourmaline built-in barrel 110, the water discharged through the through-hole 131 flows into the space portion 310 of the removable plate 300 Then, the water is sprayed to the front of the mop 400 through the watering hole 320 in front of the space 310, when the water is sprayed to start mopping.

At this time, the hydroxyl ions made by mixing with tourmaline plays a role of promoting the surface active action, thereby lowering the surface tension of the water, and when the surface tension of the water is lowered, the action of emulsification, dispersion, and penetration is active. It is easier to remove contaminants on the surface.

On the other hand, when the operation lever 250 of the handle portion 200 that was pulled is released, the operation wire 240 is lowered by the restoring force of the spring 133 at the bottom of the tourmaline inner cylinder 110, the opening and closing port of the lower end 132 blocks the through-hole 131 inside the connection pipe 130 to prevent the water is discharged.

Therefore, the present invention is to clean the narrow space of the house or office by lowering the thickness of the mop and detachable plate 300 to which the mop 400 is attached by allowing the predetermined amount of water to be stored in the bag portion 100 of the mop tool. On the other hand, by forming a tourmaline built-in casing 110 at the bottom of the bag 100, it is possible to effectively remove contaminants, such as when stabbed by having a built-in tourmaline (500) having excellent washing power, not a general detergent therein. To have one very useful effect.

Claims (1)

In the mop tool formed on the upper end of the predetermined length of the handle portion, the mop detachable plate formed on the lower end of the bag portion to remove the mop, After the predetermined amount of water is stored in the bag part 100, the sealing cap 220 may be introduced into the bag part 100 in place of the handle part 200 at the upper end of the bag part 100. The water inlet 210 is provided, and the operating lever 250 is installed to be connected to the upper end of the operation wire 240 which extends to the lower end of the bag part 100 in place of the handle part 200. The tourmaline built-in cylinder 110 is formed so that the tourmaline 500 having a washing force can be embedded at the bottom of the unit 100, and the rag detachable plate 300 is connected to the connection pipe 130 at the bottom of the tourmaline built-in cylinder 110. When opening and closing the opening 132 with the spring 133 to open and close the flow path in communication with the opening and closing 132 is connected to each other to be operated by the operating wire 240 when the operating wire 240 is raised While opening and closing the opening 132, the water is discharged through the discharge hole 111, and passes through the opening and closing 132 Having a water spray that a number of the one portion of the mop removable plate 300 in which the water is flowing able to spray the inside of the water to the outside to form a plurality of water spray holes (320), characterized the wet-cloth tool function.