WO2016017848A1

WO2016017848A1 - Motor-operated device for supplying wet tissues

Info

Publication number: WO2016017848A1
Application number: PCT/KR2014/007615
Authority: WO
Inventors: 이종철
Original assignee: 주식회사 홍옥
Priority date: 2014-07-30
Filing date: 2014-08-18
Publication date: 2016-02-04
Also published as: KR101470333B1; CN105310586A

Abstract

The present invention relates to an motor-operated device for supplying wet tissues, comprising: a stacking case forming a case body so as to stack dry tissues therein, and having a first hole; an outlet member having a second hole provided to the stacking case such that the second hole faces the first hole, and enabling the dry tissues stacked in the stacking case to be drawn from the second hole through the first hole; a water case provided at the top of the outlet member and the stacking case, and having a water outlet; a water spraying member provided between the first hole of the stacking case and the second hole of the outlet member and spraying the water, which is discharged through the water outlet, of the water case at the dry tissues passing through the first hole and the second hole so as to wet the tissues; and a pump provided between the stacking case and the outlet member and pumping the water, which is discharged through the water outlet, of the water case to the water spraying member.

Description

Electric Wipes Feeder

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an electric wet wipes supply apparatus, and more particularly, to an electric wet wipes supply apparatus that can easily use wet tissues using wet water in homes, restaurants, and industrial sites.

The wet wipes are sealed and wet, so the mold is perfect for growing. It is a common perception in the wet tissue manufacturing industry that it is impossible to make a product without the use of highly toxic preservatives. In addition, consumer sentiment to the wet tissues market is rapidly shrinking as the shocking fact that the harmful components of the humidifier disinfectant are contained in the wet tissues for infants and toddlers.

Recently, techniques for allowing a user to store wet wipes for a long time without using a preservative that is toxic to wet wipes have been disclosed. For example, antimicrobial wrappers and caps can be used to reduce the amount of preservatives contained in wet wipes. However, the disclosed techniques are not intended to reduce the content of preservatives or other chemical components, but are not intended to be fundamentally used, and thus cannot solve consumer anxiety.

In addition, recently, an apparatus for manufacturing wet tissue using only water has been disclosed. Related prior arts include Korean Patent Laid-Open Publication No. 10-2011-0007298, "Wet wipes manufacturing method and storage box". The prior art is a technique for preparing wet tissues immediately by using a compressed plate after wet the wet tissues. The prior art uses only water to make wipes, so there is no danger of preservatives or other chemicals.

An object of the present invention is to provide an electric wet tissue supply device that can be used to make a dry tissue easily wet tissue using only water.

Another object of the present invention is to provide an electric wet tissue supply device that can be used to pull out the dry tissue when not made of wet tissue.

Technical problems to be achieved by the present invention are not limited to the above-mentioned technical problems, and other technical problems not mentioned above may be clearly understood by those skilled in the art from the following description. There will be.

The present invention for achieving the above object is to make a cylindrical body to load the dry tissue therein, the loading box having a first hole; An outlet member having a second hole, wherein the second hole is installed in the loading tray so as to face the first hole, and extracts the dry tissue loaded in the loading container from the second hole through the first hole; A bucket installed on the outlet member and the loading box and having a water outlet; It is installed between the first hole of the loading box and the second hole of the outlet member, and sprays water from the water outlet from the outlet to the dry tissue penetrating between the first hole and the second hole. Soaking watering; And a pump that is installed between the loading box and the outlet member and pumps the water of the bucket withdrawn from the outlet to the watering member.

Specifically, the outlet member is provided with a reservoir having an upper opening for collecting and storing water discharged from the outlet, and the pump may pump water from the reservoir into the watering member.

A first sealing member may be installed at an opened upper portion of the reservoir to provide watertightness between the outlet and the outlet.

The pump may connect a first pipe member to a lower portion of the reservoir to suck water from the reservoir, and connect a second pipe member to the sprinkling member to pressurize the water in the reservoir.

A valve member for opening and closing the outlet may be installed at the outlet of the bucket, and a push protrusion for opening the outlet may be formed at the bottom of the reservoir by pushing the valve member when the bucket is installed on the outlet member. .

The valve member may be provided with a second sealing member for imparting watertightness between the outlet and the outlet.

The valve member may be elastically installed to operate elastically.

The bucket may be inserted into the reservoir when the bucket is installed on the outlet member to guide the movement of the water is formed to protrude from the outlet, the valve member may be inserted into the guide tube.

The sprinkling member is a hollow cylinder having a plurality of sprinkling holes at the bottom, and is disposed on the dry tissue penetrating between the first hole and the second hole to spray water.

The watering member may be in the form of a tube having a plurality of watering holes.

The watering member has a ring shape, and the dry tissue may sequentially pass through the first hole, the watering member, and the second hole.

The watering holes may be arranged along the length of the watering member to surround the gun tissue penetrating the watering member to spray water.

It further comprises a cartridge member, the cartridge member may be wrapped around the watering member to support.

The cartridge member has an inner ring shape to support the sprinkling member, and an incision portion exposing the sprinkler holes to the outside may be formed at an inner circumference of the cartridge member.

The lower portion of the cartridge member may be formed with a discharge pipe for discharging the water accumulated in the cartridge member through the outlet member to the outside.

An upper surface of the cartridge member may be formed to close the gap between the upper portion of the cartridge member and the outlet of the bucket, and the housing portion may be formed to extend.

Two parts of the cartridge member may be combined to surround the watering member.

The second hole may be provided with a leak preventing member that prevents water from leaking to the outside when the dry tissue wetted with the water of the water outlet is removed from the second hole.

The first hole may be provided with a overflow prevention member for preventing overflow so that water in the outlet does not flow into the loading box.

Power supply means for supplying external power to the pump may be installed between the loading box and the outlet member.

The outlet member may be provided with a control means having a power switch for turning on / off the power of the power supply means supplied to the pump.

The control means may have a speed adjusting dial for controlling the pumping speed of the pump.

A charging means for charging the power of the power supply means and supplying the charging power to the pump may be installed between the pump and the power supply means.

A water container may be installed below the outlet member and the loading box.

The drip tray is formed in an upper portion of the drip tray, a recovery hole for forming a passage for recovering the sprinkled water into the drip container, and is installed on the upper lower surface of the drip container to face the recovery hole, the drip container When the water is filled or the water container is inclined and the water is discharged through the recovery hole may include a discharge blocking film to stick to the upper portion of the water reservoir due to the surface tension of the water to block the recovery hole.

On the surface of the discharge blocking film that faces the recovery hole, a protrusion may be formed to be inserted into the recovery hole when the discharge blocking film adheres to the upper portion of the drip tray.

Grooves may be formed in the rear surface of the discharge blocking film toward the protrusions.

The upper portion of the drip can can be opened and closed from the drip can.

An air hole may be formed in an upper portion of the drip container.

A groove may be formed in an upper portion of the drip container, and the recovery hole may be formed in the bottom of the groove.

According to the present invention, there is no danger of preservatives or other chemical components because the dry tissue can be easily made into wet tissue using only water such as bottled water, purified water, and tap water in homes, restaurants, and industrial sites. In addition, due to its compact structure, it is easy to carry, so it can be used anytime, anywhere to make clean wipes.

In addition, when the wet tissue is not made, the dry tissue can be pulled out and used, so that the wet tissue and the dry tissue can be mixed in one device. Therefore, the user does not need to prepare a separate gun tissue.

1 is a view showing an electric wet tissue supply apparatus of the present invention.

2 is a view showing a state in which the cover is opened in the present invention.

3 is a plan view of FIG. 2.

4 is a view showing a loading box in the present invention.

5 is a view showing an outlet member in the present invention.

Figure 6 is a view showing a state in which the bucket and the storage compartment separated from the present invention.

FIG. 7 is a view illustrating a part of the cartridge member and the drip tray separated from FIG. 6.

8 is a cross-sectional view of the reservoir in the present invention.

9 is a cross-sectional view of the bucket in the present invention.

Figure 10 is a view showing the bottom of the bucket in the present invention.

11 is a view showing a valve member in the present invention.

12 is a view showing the components mounted to the outlet member in the present invention.

13 is a view showing the reservoir, the watering member, the pump, the filling means in the present invention.

Figure 14 is a view showing the reservoir, the watering member, the pump connected to the bucket in the present invention.

15 is a view showing a state in which the cartridge member is separated into two parts in the present invention.

Figure 16 is a view showing the drip tray in the present invention.

17 is a cross-sectional view of the drip tray in the present invention.

18 is a view showing the top of the drip tray in the present invention.

19 is a cross-sectional view showing a discharge blocking film in the present invention.

20 is a view showing the operation of the discharge barrier film in the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the present invention. Like elements in the figures are denoted by the same reference numerals wherever possible. In addition, detailed descriptions of well-known functions and configurations that may unnecessarily obscure the subject matter of the present invention will be omitted.

As illustrated in the drawings, the electric wet tissue feeding apparatus of the present invention comprises a loading box 100, an outlet member 200, a bucket 300, a watering member 400, a pump 500. Loading box 100, the outlet member 200, the bucket 300 may be made of a resin or metal material. Some components may be made of a resin material, and other components may be made of a metal material. Bucket 300 may be made of a transparent material to easily measure the water level.

The loading box 100 forms a tubular body and loads the dry tissue 1 therein and has a first hole 101. The outlet member 200 has a second hole 201. The outlet member 200 is installed in the stack 100 in which the second hole 201 faces the first hole 101. The dry tissue 1 loaded in the loading box 100 is pulled out from the second hole 201 through the first hole 101.

The dry tissue 1 is vertically loaded in the loading box 100 and drawn out from the second hole 201 through the first hole 101. While the one dry tissue 1 exits, the other dry tissue 1 comes out and waits between the second hole 201 and the first hole 101. A part of the other dry tissue 1 which came out protrudes from the 2nd hole 201, and is waiting to be pulled out.

Bucket 300 is installed on the outlet member 200 and the stack 100. The bucket 300 forms a water outlet 301 to withdraw water contained in the bucket 300.

The sprinkling member 400 is installed between the first hole 101 of the loading box 101 and the second hole 201 of the outlet member 200. The water sprinkling member 400 sprays and wets the water of the water bottle 300 discharged from the water outlet 301 to the dry tissue 1 penetrating between the first hole 101 and the second hole 201.

The pump 500 is installed between the loading box 100 and the outlet member 200, and pumps water from the bucket 300 discharged from the outlet port 301 to the sprinkling member 400. The pump 500 is an electric pump of a well-known technique that is supplied with power to perform a pumping operation, and may be a motor pump, a gear pump, a hydraulic pump, or the like.

The electric wet tissue supplying device of the present invention supplies power to the pump 500 so that the watering member 400 sprays water from the water tank 300 withdrawn from the water outlet 301. The gun tissue 1 which penetrates the 2nd hole 201 and the 1st hole 101 is removed from the loading box 100. The water sprayed by the sprinkling member 400 wets the dry tissue 1 penetrating between the first hole 101 and the second hole 201 to form a wet tissue.

Electric wet tissue supply apparatus of the present invention can be used to pull out any number of dry tissue (1) loaded in the loading box 100 through the second hole 201 and the first hole 101 at any time if the pump 500 does not operate. have.

The outlet member 200 may be a cylinder having a rear surface facing the loading box 100. Inside the outlet member 200, a reservoir 210 having an upper opening for collecting and storing water discharged from the outlet 301 is installed. The outlet member 200 forms a first cut-out groove 204 facing the water outlet 301 on the upper surface 203. The opened upper portion of the reservoir 210 faces the water outlet 301 through the first incision groove 204. The reservoir 210 may be in the form of a hopper. The pump 500 pumps the water of the reservoir 210 into the water sprinkling member 400.

A first sealing member 211 may be installed at an opened upper portion of the reservoir 210 to impart watertightness between the outlet and the outlet 301. The first sealing member 211 may be made of a resin material having elasticity. The first sealing member 211 may be in watertight contact with the upper surface 203 of the outlet member 200 to impart watertightness to the water outlet 301.

The pump 500 connects the first pipe member 501 to the lower portion of the reservoir 210 to suck water from the reservoir 210, and connects the second pipe member 503 to the sprinkling member 400. The water in the reservoir 210 is pumped. The reservoir 210 protrudes from the tubular protrusion 213 at the bottom thereof. The pump 500 sucks the water in the reservoir 210 by inserting the first tubular member 501 into the tubular protrusion 213.

The water outlet 301 of the water bottle 300 is provided with a valve member 310 for opening and closing the water outlet 301. At the bottom of the reservoir 210, a push protrusion 215 is formed to protrude the valve member 310 to open the outlet port 301 when the bucket 300 is installed on the outlet member 200. An elastic member 320 is installed in the valve member 310 to operate elastically. The elastic member 320 is preferably a spring made of a material resistant to corrosion.

When the water bottle 300 is coupled to the outlet member 200, the push protrusion 215 pushes up the valve member 310 to open the water outlet 301, and opens the water outlet 301 in which the water of the water bottle 300 is opened. Through the reservoir 210 is accumulated. The elastic member 320 is contracted.

When the water bottle 300 is separated from the outlet member 200, the contracted elastic member 320 is returned to its original state, and the valve member 310 receives the elastic force of the elastic member 320 to close the outlet port 301 quickly. do. Then, the water of the bucket 300 does not flow out of the outlet 301. The second sealing member 311 is installed in the head portion of the valve member 310 to impart firm watertightness to the water outlet 301. The second sealing member 311 is preferably made of a resin material having elasticity, and tightly blocks the water outlet 301 so that water does not leak.

Guide tube 330 is formed to protrude from the bottom of the bucket (300). The guide tube 330 is formed to protrude from the water outlet 301, when the water tank 300 is installed on the outlet member 200 is inserted into the interior of the reservoir 210. The guide tube 330 guides the water flowing out of the outlet 301 to the reservoir 210. The guide tube 330 inserts the valve member 310 and the elastic member 320 to protect the operation of the valve member 310 and the elastic member 320.

Although not shown, the sprinkling member 400 may be a hollow cylinder structure having a plurality of sprinkler balls at the bottom. The sprinkling member 400 may have any shape such as a circular shape or a plate shape. The sprinkling member 400 may be disposed on the dry tissue 1 penetrating between the first hole 101 and the second hole 201 to spray water. The sprinkling member 400 is installed to be detachably attached to the second pipe member 503 to facilitate cleaning and replacement.

The watering member 400 may be in the form of a tube having a plurality of watering holes 401. The sprinkling member 400 may be disposed on the dry tissue 1 passing through the first hole 101 and the second hole 201 in a straight line shape such as “−” to spray water.

In addition, the sprinkling member 400 is formed in a curved shape, such as a semi-circle, such as "U" is installed to surround a portion of the gun tissue (1) penetrating between the first hole 101 and the second hole 201 to I can live.

In addition, as shown in the figure, the watering member 400 may be formed in a ring shape. The sprinkling member 400 is installed so that the gun tissue 1 which has exited the first hole 101 can pass therethrough. The dry tissue 1 sequentially passes through the first hole 101, the watering member 400, and the second hole 201.

At this time, the sprinkling balls 401 are arranged along the length of the inner periphery of the sprinkling member 400 surrounds the gun tissue (1) passing through the sprinkling member 400 to spray water. The dry tissue 1 that has passed through the sprinkling member 400 exits the second hole 201 in a state where water is uniformly wetted in all directions.

The sprinkling member 400 is installed to be detachably attached to the second pipe member 503 to facilitate cleaning and replacement, etc., and is integrally formed with the second pipe member 503 to pump and clean the pump 500 for cleaning and replacement. It can be installed to detach from.

The sprinkling member 400 may be supported by the cartridge member 420. The cartridge member 420 may support the sprinkling member 400. The cartridge member 420 may support the watering member 400 by forming an empty ring shape inside. The cartridge member 420 forms an incision along the length of the inner circumference to expose the sprinkling holes 401 of the sprinkling member 400 to the outside.

The discharge pipe 421 may protrude from the lower portion of the cartridge member 420. The discharge pipe 421 discharges the water accumulated in the cartridge member 420 through the outlet member 200 by the sprinkling of the sprinkling holes 401. The outlet member 200 forms a second incision groove 206 through which the discharge pipe 421 penetrates the lower surface thereof, so that the discharge pipe 421 discharges the water accumulated in the cartridge member 420 to the outside of the outlet member 200. To help.

The discharge pipe 421 detachably inserted into the second incision groove 206 firmly supports the cartridge member 420. The cartridge member 420 may have a fitting protrusion 422 protruding from a surface corresponding to the loading box 100. The stacking box 100 may support the cartridge member 420 recessed from the bottom surface of the outlet member 200 by forming a fitting hole 102 to be detachably fitted corresponding to the fitting protrusion 422.

An upper portion of the cartridge member 420 may have a housing portion 423 extending to close a predetermined space between the upper portion of the cartridge member 420 and the outlet 301 of the bucket 300. The housing portion 423 is formed to extend in an open top and empty structure. The housing 423 has an open upper surface in contact with the upper surface 203 of the outlet member 200 and surrounds the first incision groove 204 between the upper portion of the cartridge member 420 and the outlet 301 of the bucket 300. Close some space.

For this reason, the reservoir 210 in contact with the first incision groove 204 is located inside the housing portion 423. The housing 423 may support the reservoir 210 by protruding a fitting protrusion 424 that may be detachably fitted into the fitting hole 217 of the reservoir 210 on an inner surface thereof. The cartridge member 420 may form a structure in which two portions are combined to surround the watering member 400. Cartridge member 420 is separated into two parts to facilitate the installation and replacement of the reservoir 210, the installation and replacement of the watering member 400, and the like. The housing part 423 prevents the leaked water from leaking to the outside when the leakage occurs at the coupling part with the first and second pipe members 501, and guides the leaked water to the discharge pipe 421. do.

The first pipe member 501 and the second pipe member 503 are separated from the pump 500, the discharge pipe 421 is removed from the second incision groove 206, and the fitting protrusion 424 is fitted into the fitting hole 102. If it is removed from, the reservoir 210 and the watering member 400, the first and

second pipe member

501, 503 can be separated from the outlet member 200 along the cartridge member 420. Therefore, the reservoir 210, the watering member 400, the first and

second pipe members

501 and 503, the cartridge member 420 may form a set structure.

On the other hand, the second hole 201 is provided with a leak preventing member 230 that prevents water from leaking to the outside when the wet tissue 1 wetted by the water outlet 301 is removed from the second hole 201. Can be. Leakage preventing member 230 is formed in a ring shape is fixed to the second hole 201, when the wet tissue (1) of the water outlet 301 is pulled out of the second hole (201) when the wet tissue (1) ) To prevent the excess water from leaking to the outside. Leakage preventing member 230 has an elastic, preferably made of a silicon material. Leakage preventing member 230 is provided to give elasticity when pulling out the wet tissue (1) wet with water to remove the excess water to the wet tissue (1) like a squeeze to prevent leakage to the outside.

Although not shown, the first hole 101 may be provided with a overflow prevention member that prevents the overflow of water from the water outlet 301 so as not to flow into the loading box 100. The overflow prevention member has a ring shape and is fitted into the first hole 101 to be fixed. The overflow prevention member prevents water splashing or water flowing along the dry tissue 1 when the spraying member 400 is sprayed, thereby preventing the water from flowing into the stacking container 100 so that the dry tissue 1 is loaded in the stacking container 100. Do not get wet with water.

A power supply means 600 for supplying external power to the pump 500 may be installed between the loading box 100 and the outlet member 200. The power supply means 600 is installed on the lower surface 205 of the outlet member 200 and is located between the loading box 100 and the outlet member 200. The power supply unit 600 constitutes a power supply circuit unit to supply external power to the pump 500, and may receive external power through a terminal 601 exposed to the front surface 207 of the outlet member 200. . The terminal 601 may be a terminal that may be connected to a USB jack for supplying external power from a PC, and may be a terminal that may be connected to an outlet to be connected to an outlet for supplying external power. In addition, the power supply unit 600 may be directly connected to an outlet by configuring a plug.

The outlet member 200 may be provided with a control means 700 for controlling the operation of the pump 500. The control means 700 is installed on the front surface 207 of the outlet member 200 and is located between the loading box 100 and the outlet member 200. The control means 700 constitutes a control circuit part having a power switch 701 for turning on / off the power of the power supply means 600 supplied to the pump 500 to control the operation of the pump 500. The power switch 701 is installed to be exposed from the front surface 207 of the outlet member 200, and may be a button type.

The pump 500 receives the power from the power supply means 600 when the power switch 701 is "on" operation and pressurizes the water in the reservoir 210 to the sprinkling member 400, the sprinkling member 400 The water pushed by the pump 500 is sprinkled with a dry tissue 1 passing through the first hole 101 and the second hole 201 to form a wet tissue. When the power switch 701 is "off", since the pump 500 does not operate, the gun tissue 1 may be pulled out and used. For example, the user presses the power switch 701 to operate the pump 500. When the power switch 701 is not pressed, the pump 500 does not operate and pulls out the gun tissue 1 from the stacking box 100. Can write

The control means 700 may be provided with a speed adjusting dial 703 for controlling the pumping speed of the pump 500. The speed control dial 703 is installed to be exposed from the front surface 207 of the outlet member 200. The speed control dial 703 may control the pumping speed of the pump 500 by adjusting the motor rotational speed of the pump 500 by turning left and right. The speed adjusting dial 703 may be a jog dial or the like.

A charging means 800 may be installed between the pump 500 and the power supply means 600 to charge the power of the power supply means 600 and supply the charging power to the pump 500. The charging means 800 is a well-known technique consisting of a rechargeable battery and a charger for charging the rechargeable battery. When the power switch 701 is "on" after charging the power of the power supply means 600 normally, the pump 500 Can supply power. The charging means 800 operates the pump 500 to the outside of the power supply to make the wet tissue 1 into a wet tissue.

Under the outlet member 200 and the loading box 100 may be installed so that the drip tray 900 is detachable. The upper portion 901 of the drip container 900 is formed with a recovery hole 903 for recovering the remaining water, etc. that can be generated while the watering member 400 is watered. The recovery hole 903 is positioned below the second cutting groove 206 of the outlet member 200 to correspond to the discharge pipe 421 of the cartridge member 420. The recovery hole 903 penetrates the water discharged from the discharge port 421 to be collected in the drip tray 900.

The upper portion 901 of the drip container 900 may be opened and closed from the drip container 900. The drip tray 900 separates the upper portion 901 and, for example, forms protrusions at both ends of the separated upper portion 901 and forms fitting holes at portions of the drip tray 900 corresponding to the protrusions. The upper portion 901 may be opened and closed from the drip tray 900 by fitting the protrusion to the fitting hole to be rotated. The drip container 900 may discharge the liquid accumulated therein by opening the upper portion 901.

As shown in the figure, the upper portion 901 of the drip container 900 may be opened and closed completely from the drip container 900. The upper end of the side walls of the sump container 900 facing the upper part 901 forms a jaw in which the upper part 901 is placed so that when the upper part 901 is closed, the upper surface of the side walls and the upper part of the upper part 901 are flush with each other. The packing member 905 may be provided at the periphery or the chin of the upper portion 901 to impart watertightness between the drip container 900.

The discharge blocking film 900 is provided with a discharge blocking film 940. The discharge blocking film 940 is provided on the lower surface of the upper portion 901 of the drip container 900 to face the recovery hole 903. The discharge blocking film 940 is the upper portion 901 of the drip tray (900) due to the surface tension of the water when the water is discharged through the recovery hole (903) is filled with water in the drip tray (900) or the drip tray (900) It adheres to the lower surface and closes the recovery hole 903.

The discharge blocking film 940 may be made of a resin material such as silicone resin, and has a smooth surface to effectively generate surface tension between the drip tray 900 and, furthermore, to have elasticity and to quickly generate the drip bucket 900 when surface tension is generated. It is to be able to stick to the upper surface of the (901).

The discharge blocking film 940 is smoothly shaved in the drip tray 900 to which the discharge blocking film 940 is stuck. The drip tray 900 may be made of a resin material such as plastic, and smoothly forms a surface of the drip tray 900 to which the discharge barrier film 940 adheres so that the surface tension can be effectively generated between the discharge barrier film 940 and the discharge barrier film 940. do.

The drip container 900 may be made of metal, and the surface of the discharge barrier film 940 may be smoothly coated with a resin coating to effectively generate surface tension between the discharge barrier film 940 and the discharge barrier film 940.

The surface tension enhancing film of the same material as that of the discharge blocking film 940 is further provided on the surface of the drip tray 900 on which the discharge blocking film 940 adheres, so that the discharge blocking film 940 adheres to the surface tension enhancing film. The discharge blocking film 940 can more effectively block the recovery hole 903.

The discharge blocking film 940 is usually separated from the recovery hole 903 so that the water in the discharge pipe 421 passes through the recovery hole 903, and when the drip container 900 is filled with water or the drip container 900 is inclined. Due to the surface tension of the water, it adheres to the lower surface of the upper portion 901 of the drip container 900 to block the recovery hole 903.

A groove 906 may be formed in the upper portion 901 of the drip container 900, and a recovery hole 903 may be formed in the bottom of the groove 906. The groove 906 performs the function of collecting the liquid. The groove 906 collects water while the discharge blocking film 940 stuck to the drip tray 900 falls again so that water does not leak to the outside, and weights the water load to the discharge blocking film 940 to receive the water drop container 900. The discharge blocking film 940 stuck to the can be dropped more quickly.

An air hole 907 is formed in the upper portion 901 of the drip container 900. The air hole 907 draws out the air inside the water container 900 to remove the air pressure when the discharge blocking film 940 stuck to the drip tray 900 falls again, thereby removing the air pressure, thereby allowing the discharge blocking film 940 to smoothly recover the recovery holes 903. Away from Without the air hole 907, the discharge blocking film 940 is difficult to fall from the recovery hole 903 due to the internal air pressure of the drip container 900.

On the surface of the discharge blocking film 940 facing the recovery hole 903, a protrusion 941 which is fitted into the recovery hole 903 when the discharge blocking film 940 sticks to the drip container 900 may protrude. In addition, a recess 943 may be formed on the rear surface of the discharge blocking film 940 toward the protrusion 941.

The recess 943 provides a place where the air inside the drip tray 900 can enter when the drip tray 900 is filled with water or the drip tray 900 is inclined, and the protrusion 941 catches the air to hold the air. By forming a bag, buoyancy is generated so that the discharge blocking film 940 can quickly adhere to the lower surface of the upper portion 901 of the drip container 900 to close the recovery hole 903.

The discharge blocking film 940 is firmly fixed to the lower surface of the upper portion 901 of the drip container 900 through the fixing means. The fixing means may be an adhesive applied along one side of the discharge blocking film 940. The fixing means may be formed of an adhesive having a high resistance to water to firmly fix the discharge blocking membrane 940 to the lower surface of the upper portion 901 of the drip container 900.

The fixing means includes two or more holes formed in the discharge blocking film 940, fitting protrusions protruding from the lower surface of the upper portion 901 of the drip tray 900, and fitted into the holes, and fitting holes fitted into the fitting protrusions. And a supporting member fitted to the fitting protrusions fitted into the holes, and bolt members fixed to the supporting member by screwing to the fitting protrusions inserted into the fitting holes of the supporting member, respectively.

The outlet member 200 may form a groove 241 in the front surface 207 in which the second hole 201 is formed. The second holes 201 may be formed in the grooves 241, respectively, and the cover 243 for opening and closing the grooves 241 may be detachably installed in the grooves 241. The cover 243 protects the dry tissue 1 and improves the aesthetics of the outlet member 200. The cover 243 may be rotatably installed in the groove 241 to open and close the groove 241.

Bucket 300 may be made of a cylindrical body with only the top surface opened. The water bottle 300 may be installed to rotate the cover 341 to open and close the opened upper surface. The bucket 300 may form a fitting hole on one side of the opened upper surface, and the cover 341 may form a fitting protrusion fitted to the fitting hole to rotate and open and close the opened upper surface of the bucket 300. Cover 341 is made of a transparent material can easily measure the water level of the bucket (300). An opening on the upper edge of the water bottle 300 may be provided with a packing member for imparting watertightness between the cover 341. An air hole is formed in the cover 341 so that water can be smoothly discharged to the water outlet 301.

Bucket 300 may be coupled to the outlet member 200 and the stack 100, respectively. Stacking box 100 is a cylinder with only the upper surface is opened and the top surface is opened when the water tank 300 is separated from the outlet member 200 and the stacking box (100). The stacker 100 refills the gun tissue 1 through the upper surface opened by separating the bucket 300.

The water bottle 300 may be coupled to the outlet member 200 and the stacking box 100 by forming the locking protrusions 351 on the front side and the locking protrusions 353 on the rear side, respectively. Separation of the bucket 300 to facilitate the washing and drying of the bucket 300 to maintain a clean state at all times.

The outlet member 200 forms a catching hole 251 to which the catching protrusion 351 is fitted to the upper surface 203, and is detachably coupled to the water bottle 300. The locking protrusion 351 is hooked to the locking hole 251 by forming a hook-shaped locking jaw at the end. The locking protrusion 351 may protrude downward from the front surface of the bucket 300.

Bucket 300 is formed in the front push button 355 to operate elastically through the incision line to push the push button 355 push the locking projection 351 of the locking projection 351 caught in the locking hole 251 The jam jaw can be pulled out. Loading box 100 forms a locking step 113 is fitted to the engaging projection (353) to be coupled to the bucket 300 detachably.

The outlet member 200 may be installed to be detachably attached to the loading box 100. The outlet member 200 protrudes and forms a locking projection 253 on the front surface 207, and forms a locking hole 115 through which the locking projection 253 is fitted on the front surface of the loading box 100, and the locking projection 253. Is fitted to be detachably coupled to the engaging hole 115, the outlet member 200 may be installed to be detachable to the loading box (100). The locking protrusion 253 may be fitted to be detachably attached to the locking hole 115 by rotating the locking portion with respect to the locking hole 115.

An anti-slip member is installed at each lower portion of the outlet member 200 and the stack 100 to prevent the outlet member 200 and the stack 100 from slipping.

As described above, since the present invention can easily use wet tissues using water such as bottled water, purified water, and tap water in homes, restaurants, industrial sites, etc., there is no danger of preservatives or other chemical components.

In addition, the present invention is easy to carry due to the compact structure can be used to make a clean wipes harmless to the human body anytime and anywhere.

In addition, in the present invention, when the wet tissue is not made, the dry tissue can be pulled out and used, so that the wet tissue and the dry tissue can be used in one apparatus. Therefore, the user does not need to prepare a separate gun tissue.

The present invention has been described with reference to the preferred embodiments, and those skilled in the art to which the present invention pertains to the detailed description of the present invention and other forms of embodiments within the essential technical scope of the present invention. Could be. Here, the essential technical scope of the present invention is shown in the claims, and all differences within the equivalent range will be construed as being included in the present invention.

Claims

A stacking box having a first hole formed in the tubular body with a gun tissue;

An outlet member having a second hole, wherein the second hole is installed in the loading tray so as to face the first hole, and extracts the dry tissue loaded in the loading container from the second hole through the first hole;

A bucket installed on the outlet member and the loading box and having a water outlet;

It is installed between the first hole of the loading box and the second hole of the outlet member, and sprays water from the water outlet from the outlet to the dry tissue penetrating between the first hole and the second hole. Soaking watering; And

And a pump that is installed between the loading box and the outlet member and pumps the water of the bucket withdrawn from the outlet port to the watering member.
According to claim 1,

The outlet member is provided with a reservoir having an upper opening for collecting and storing the water discharged from the outlet, the pump is a motorized wet tissue supply device for pumping the water in the reservoir to the watering member.
The method of claim 2,

An electric wet tissue supply device having a first sealing member for imparting watertightness between the water outlet and the open upper portion of the reservoir.
The method of claim 2,

The pump is connected to the first pipe member to the lower portion of the reservoir to suck the water of the reservoir, and the second tube member to the watering member by the electric wet tissue supply device for feeding the water in the reservoir.
The method of claim 2,

The water outlet of the bucket is provided with a valve member for opening and closing the outlet, the bottom of the reservoir is an electric wet tissue that protrudes the push projection for opening the outlet by pushing the valve member when the bucket is installed on the outlet member Feeder.
The method of claim 5,

The valve member is an electric wet tissue supply device is provided with a second sealing member for imparting watertightness between the outlet and the outlet.
The method of claim 5,

The valve member is provided with an elastic member, the electric wet tissue supply device that operates elastically.
The method of claim 5,

The bucket is provided with an electric wet tissue supplying device is formed when the bucket is installed on the outlet member to guide the movement of the water is inserted into the interior of the reservoir is projected from the outlet, the valve member is inserted into the guide tube .
According to claim 1,

The sprinkling member is an electric cylinder having a hollow structure having a plurality of sprinkling holes in the bottom, and is located on the dry tissue penetrating between the first hole and the second hole to spray water.
According to claim 1,

The watering member is an electric wet tissue supply device of the tubular shape having a plurality of watering holes.
The method of claim 10,

The sprinkling member has a ring shape, wherein the dry tissue is a wet tissue supply device that sequentially passes through the first hole, the sprinkling member and the second hole.
The method of claim 11, wherein

The sprinkling balls are arranged along the length of the watering member is an electric wet tissue supply apparatus for spraying the water surrounding the gun tissue passing through the watering member.
The method of claim 11, wherein

And a cartridge member, wherein the cartridge member surrounds and supports the watering member.
The method of claim 13,

The cartridge member is formed in the form of an empty ring wrapped around the sprinkling member, the inner periphery of the cartridge member is an electric wet tissue feeding device is formed with a cutout portion for exposing the sprinkler holes to the outside.
The method of claim 13,

And a discharge pipe for discharging water accumulated in the cartridge member to the outside through the outlet member under the cartridge member.
The method of claim 15,

The upper part of the cartridge member is an electric wet tissue supply apparatus is formed in the upper surface of the cartridge member and the top of the water outlet of the water bottle opening is closed and the housing portion is hollow.
The method of claim 13,

The cartridge member is an electric wet tissue supply device is coupled to the two parts surrounding the watering member.
According to claim 1,

And the second hole is provided with a leak preventing member that prevents water from leaking to the outside when the dry tissue wetted with the water of the outlet is removed from the second hole.
According to claim 1,

The first hole is an electric wet tissue supply apparatus is provided with a overflow prevention member to prevent the overflow so that the water of the outlet does not flow into the loading box.
According to claim 1,

An electric wet tissue supply device between the stacking box and the outlet member is provided with a power supply means for supplying external power to the pump.
The method of claim 20,

And the outlet member is provided with a control means having a power switch to turn on / off the power of the power supply means supplied to the pump.
The method of claim 21,

And the control means has a speed adjusting dial for controlling a pumping speed of the pump.
The method of claim 20,

And a charging means for charging the power of the power supply means and supplying the charging power to the pump between the pump and the power supply means.
According to claim 1,

An electric wet tissue supply device provided with a water reservoir under the outlet member and the loading box.
The method of claim 24,

The drip tray is

A recovery hole formed in an upper portion of the drip tray and forming a passage for collecting the sprinkled water into the drip tray;

It is installed on the upper lower surface of the sump container to face the recovery hole, and when the water is discharged through the recovery hole due to the water filling or inclining the drip container, the upper part of the sump container due to the surface tension of the water An electric wet tissue supply device comprising a discharge barrier film that adheres to close the recovery hole.
The method of claim 25,

And a projection to be fitted into the recovery hole when the discharge blocking film sticks to the upper portion of the drip tray, on the surface of the discharge blocking film facing the recovery hole.
The method of claim 26,

An electric wet tissue supplying device having a recess formed in the back surface of the discharge blocking film toward the protrusion.
The method of claim 25,

The upper portion of the drip container is an electric wet tissue supply device that is opened and closed from the drip container.
The method of claim 25,

An electric wet tissue supply device in which an air hole is formed in an upper portion of the drip tray.
The method of claim 25,

A groove is formed in the upper portion of the drip tank, the recovery hole is an electric wet tissue supply device is formed in the bottom of the groove.