KR100900097B1 - A washing dry system of mop - Google Patents

Abstract

The present invention, by forming a mop by connecting a mop rod provided with a gripping hanger at the upper end to a link at one end of the mop to enable use of both sides; Water-saving washing and drying device is provided with at least one washing device for cleaning the mop of the mop with the washing water inside the house, and at least one dehydration device for removing the moisture of the mop of the mop washed in the washing device unit The dehydration unit, the hot air dryer for drying the mop dehydrated from the dehydration device first by hot air, and the mop that is firstly dried by the hot air form a drying device part that hangs on a hanger installed on the outside (wall) of the house in order. By using both sides of the mop; The water-cleaning washing and drying apparatus is used for washing contaminated mop, dehydrating the mop of the cleaned mop, hot air drying to dry the dehydrated mop with hot air, and hot air dried mop to dry outside the device house. Can be performed by each individual in turn to systematically carry out a series of processes, a lot of time is spent on washing, dehydration and storage can be efficiently managed to significantly reduce the processing time, washing and dehydration It is possible to collect sewage water generated at the time of supply and supply it to the purification device to treat sewage in an environmentally friendly manner.

Mop. Water-saving washing and drying device. Cleaning device section. Dehydration unit. Drying device section.

Description

Water-saving washing and drying device {A WASHING DRY SYSTEM OF MOP}

Figure 1a and Figure 1b is a plan view showing different embodiments of the water-saving washing and drying device according to the invention.

Figure 2 is a front view showing an extract taken from the washing apparatus installed in the water-saving washing and drying apparatus according to the present invention.

Figure 3 is an exemplary view showing another embodiment of the washing device unit installed in the water-saving washing and drying apparatus according to the present invention.

Figures 4a and 4b, 5a and 5b, 6a and 6b is an exemplary view showing different embodiments of the dehydration unit installed in the water-saving washing and drying apparatus according to the present invention.

7a and 7b is a perspective view showing another embodiment of the hanger installed in the water-saving washing and drying apparatus according to the present invention.

Explanation of symbols on the main parts of the drawings

1: mop 2: mop rod 10: water-saving washing and drying device

11: washing chamber 12: washing unit 15: washing water distribution pipe

16: washing frame 17: washing water spray nozzle 20: sewage reservoir

21: Refuse collection box 23: Water frame 30: Dewatering unit

31: reduction motor 32: flywheel 33: main starting link

36: auxiliary start link 38: lifting link 39: interlocking link

40: moving shaft 41: fixed shaft 42: dewatering roller

50: fixed pressing plate 51: movable pressing plate 54: the base

60: operating rod support frame 63: operating rod 64: link

65: Bending lever 66: Handle 70. 75: Hanger

71. 76: mounting plate 73. 78: hanger rod

The present invention relates to a water-saving washing and drying apparatus that can sequentially perform the process of washing and then dehydrating the mop.

In more detail, the inside of the house is provided with one or more washing device for cleaning the mop of the mop with the washing water, one or more dehydration device for removing the moisture of the mop of the mop washed in the washing device unit Dewatering unit; Hot air drying device for primary drying the mop dehydrated in the dehydration device with hot air; The first mop dried by hot air is a drying device unit for drying by hanging on the hanger installed on the outside (wall surface) of the house in order to provide a water-saving washing and drying device that can perform the above steps sequentially while entering the inside of the house I will.

Conventional mop (aka: mapo mop), which is usually used in schools or offices, is provided with a fixing means provided with a support at the bottom of the bag, so that the multi-mop can be detached by the fixing means. have.

The conventional mop formed as described above has a problem that the force is applied only to the fixing means provided with the mop, so that the contact area with respect to the pressing force of the floor is small and the cleaning time is much used, and the efficiency of cleaning is inferior.

Proposed in order to solve the above problems is known as the Utility Model Registration No. 20-303862 "double stick that can be used on both sides" in Korea.

It is installed on one side (rear) of the base plate on which the mop is attached (covered) on the outer surface (top and bottom) with the head formed with a link member as an axis, and the intermediate member formed in a cylindrical shape with the link member of the head. There is a rod having a handle at the top by mounting the shaft (hinge).

However, since the width of the intermediate member mounted on the link member of the head is narrow, the entire width of the base plate with the mop cannot be pressed, so that a strong force cannot be transmitted to the entire mop, and the rod mounted on the intermediate member has a shaft (hinge). Because of swinging from side to side due to), mopping can not be efficiently carried out, and there is a problem in that the floor cannot be wiped clean.

In addition, as a conventional mop cleaning device, the domestic public utility model publication No. 20-1988-377 "mop cleaning dehydrator" and the public utility model publication No. 20-1995-8129 "mop dehydration apparatus" and disclosure Utility Model Publication No. 20-1993-23020 "Dancing Mop Washing Bin" and Open Utility Model Publication No. 20-1994-369 "Compression Dehydrator for Mop" and Utility Model Registration No. 20-186972 "Mip Mop Washing Device" Is known.

Utility Model Publication No. 20-1988-377 "mop washing machine dehydrator" is to operate the operating rod in the state in which the mop of the mop is inserted between the fixed roller and the moving roller provided on the top of the drip tray (container) In the state where the movable roller is adjacent to the fixed roller side, the mop is dehydrated while moving upward.

Public utility model publication No. 20-1995-8129 "mop dehydration device" and public utility model publication No. 20-1993-23020 "mop washing tub" is a paddle (footboard) installed outside the container (bucket) When pressurizing (pressing), the support (interval) installed in the X cross type is connected to the inside, adjoining the roller installed on the top of the X cross support (operation), and the pressure is If removed, the support (operation) will be expanded.

However, when the mop of the mop is dehydrated using these, the fixed roller (moving roller) and the moving roller (moving roller) are adjacent to each other while the mop of the mop is inserted between the fixed roller and the moving roller or between the moving rollers. Dehydration must be carried out while moving the mop to the upper side in the dehydration can not be easily carried out, there is a problem that contaminated water splashes to the outside when polluted to decontaminate or contaminate clothing.

Utility Model Publication No. 20-1994-369 "The dehydrator of the mop" is equipped with a mop support plate with a plurality of dehydration holes perforated on the inner upper end of the bucket of which the upper part is open, and the handle is provided on the upper side of the mop support plate. The mop press plate is installed with a hinge, and the mop is placed on the mop support plate to operate the handle, and the mop presses the mop to dehydrate the mop so that the mop needs to be cleaned elsewhere. There is a problem that can not discharge the sewage efficiently.

Utility Model Registration No. 20-186972 "Mip Mop Washing Device" includes a water tank filled with washing water, a spray chamber in which water supply pipes provided with nozzles at regular intervals are installed on both sides of the inside, and a pair of vertical rollers are double-front and rear Dehydration chamber is provided side by side to be rotated by the power means (motor), which is provided as a mop of the mop into the spray chamber in the state injecting water from the water tank through the nozzle to wash, mop It is to be dehydrated by repeatedly passing between the vertical roller to rotate by the power means.

However, since the equipment room is small, the process of dehydration in the dehydration chamber after washing in the spray chamber cannot be carried out separately. There is a problem that the efficiency is reduced.

In addition, to store the cleaning and dewatering cleaning equipment, domestic utility model registration No. 20-283638 "cleaning tool box" and utility model registration No. 20-333874 "cabinet type cleaning tool storage box" and patent registration No. 10-462246 The "cleaning box" is known.

They have a support frame formed with hooks for hanging mops inside the storage box that can open and close the doors, or they can be withdrawn or stored on a vertical plate where wheels are installed on both sides of the bottom and can be vertically set up by a support rod. Spheres are installed at regular intervals to hang mops or to open and close the doors. The elastic clips are installed at regular intervals to hang mops to the elastic clips. Only the function of storing on foot was carried out.

In particular, since the washing device, the dehydration device, and the storage box are formed separately, there is a problem that a series of processes for effectively cleaning and dewatering mop can not be carried out systematically, and a lot of time is consumed for washing, dehydration and storage. There is a problem that can not be efficiently managed, because the washing water generated when washing and dehydrating flows into the sewer, there is a problem that is not environmentally friendly and pollutes nature.

The present invention is to provide a water-saving washing and drying device that can be carried out sequentially after washing and drying the mop.

Another object of the present invention, the cleaning device unit provided with one or more cleaning devices for cleaning the mop of the mop with the washing water in the house; A dehydration device having at least one dehydration device for removing moisture from the mop of the mop washed by the washing device; Hot air drying device for first drying the mop dehydrated from the dehydration device with hot air, the first mop dry with hot air is a drying device unit to dry by hanging on a hanger installed on the outside (wall) of the house in order to form the process in the house The purpose is to provide a water-saving washing and drying device that can be performed sequentially.

Still another object of the present invention is to clean the polluted mop, dehydrate the mop of the washed mop, hot air drying to dry the dehydrated mop with hot air, and hot air dried mop to dry outside the device house. Drying process; each individual can be carried out in sequence (in order), so that a series of processes can be carried out systematically, and a lot of time is spent on washing, dehydration and storage, and can efficiently manage and significantly reduce the processing time. In addition, it is to provide a water-saving washing and drying device that can collect the washing water generated when washing and dehydrating to be supplied to the purification device to treat the sewage in an environmentally friendly manner.

The above and other objects of the present invention,

Inside the house 10-1 with the door installed, the washing device unit 12, the dehydrating device unit 30 and the drying unit 45 is installed, the washing device unit 12 by spraying the washing water in the washing chamber 11 Wash the mop (1) that is walked in the inside, and dewatering the mop (5) of the mop (1) washed in the dehydrator unit 30, the dry mop by spraying hot air in the drying unit (45) mop The mop 5 of (1) is dried by hot air, and hangers 70 and 75 are installed on the outer wall of the house 10-1 at regular intervals to hang the mop 1 dried by hot air to dry naturally. In that;

A first entrance door 10-2 and a second entrance door 10-3 installed in the house 10-1 so as to allow entry and exit of the house 10-1;

The dewatering device part having the washing device part 12 installed on the first entrance door 10-2 side and the drying device part 45 provided on the second entrance door 10-3 side of the house 10-1. 30 installed; It is achieved by a water-saving washing and drying device 10 characterized in that.

delete

delete

delete

The above and other objects and features of the present invention will be more clearly understood by the following detailed description based on the accompanying drawings.

1A to 7B are views showing the water-saving washing and drying apparatus 10 according to the present invention, and FIGS. 1A and 1B show different embodiments of the water-saving washing and drying apparatus 10 according to the present invention. 2 and 3 are exemplary views showing different embodiments of the washing device unit 12 installed in the water-saving washing and drying apparatus 10 according to the present invention, and FIGS. 4A and 4B and 5A and FIG. 5B and 6A and 6B are exemplary views showing different embodiments of the dewatering device unit 30 installed in the water-saving washing and drying apparatus 10 according to the present invention, and FIGS. 7A and 7B illustrate the present invention. It is a perspective view showing another embodiment of the hanger 70 (75) installed in the water-saving washing and drying apparatus 10 according to.

Water-saving washing and drying device 10 according to the present invention for washing and drying the mop (1) was formed as follows.

The house 10-1 was formed in a rectangular shape with a roof (not specifically shown), and the first and second doors 10-2 and 10-3 were spaced apart from each other in the house 10-1. Formed separately, the first entrance door 10-2 can be used as an entrance door and the second entrance door 10-3 can be used as an outgoing door.

In the interior of the house 10-1, a washing device unit 12 was installed on the first entrance door 10-2 to wash the mop 1 which is hung on the inside of the washing chamber 11 by spraying the washing water. 2 Entrance door (10-3) side was installed a dehydration device 30 for dehydrating the wash water impregnated in the mop (5) by pressing the mop (5) of the washed mop (1), mop (1) A drying apparatus 45 for primary drying by spraying hot air to the mop 5) is installed together with the dehydrator 30 or separately installed.

The washing apparatus part 12 and the dehydrating apparatus part 30 and the drying apparatus part 45 installed inside the house 10-1 may be arranged in a "a" shape as illustrated in FIG. 2A or illustrated in FIG. 2B. As shown, it can be arranged in a "-" shape.

Washing device portion 12 was formed as illustrated in FIG.

The washing chamber 11 was formed so that the front surface was opened, and a wastewater collecting container 20 having a waste collection container 21 was formed at the bottom of the washing chamber 11 in a hopper type, and the waste collection container 21 was Inside the handle 23-1 is provided to be detached to the nettle 23, and the sewage collection box 21 is connected to the drain pipe 22 to the sewage separate sewage tank (not specifically shown) ) To be collected.

Inside the washing chamber 11, one or more washing apparatuses formed of the washing water frame 16 and the hangers 70 and 75 provided with the washing water spray nozzle 17 were installed. The partition 18 was provided and divided between apparatuses.

The washing device formed of the washing frame 16 and the hanger 70 and 75 has a washing water spray spaced apart from a pair of washing water frames 16 provided with washing water spray nozzles 17 on the lower side of the washing chamber 11. The nozzles 17 were installed to face the lower side inside, and between the washing water spray nozzles 17, the upper and lower hooks 70 and 75 were installed to hold the holding rods 3 and the pressing member of the mop 1. (4) was able to walk, and in particular, the mop (5) of the mop (1) to hang on the hanger (70) (75) was positioned between the washing frame (16).

Each washing water frame 16 may be connected to the distribution port 28 and the water supply pipe 28-1, and the distribution port 28 may be directly connected to a water pipe (not specifically shown) so that the washing water is supplied.

Alternatively, as illustrated in FIG. 3, the normal level control washing water supply device 25 and the lowest level sensor 26 are respectively disposed on the upper and lower sides of the water tank 24 installed in the house 10-1. By installing, the water level control washing water supply device 25 is connected to the washing water supply pipe (25-1) to supply (filling) the washing water to the highest level, and the lowest level of the washing water by the lowest level detection sensor (26). To detect and supply wash water.

Each washing water frame 16 is connected to the distribution port 28 and the water supply pipe 28-1, and the distribution port 28 is connected to the underwater pump 27 by the suction pipe 27-1 to the underwater pump 27 By the operation of the washing tank to be filled in the water tank 24 to be supplied to each washing water frame (16).

The dehydration unit 30 for dewatering the washing water impregnated in the mop 5 of the mop 1 installed and cleaned at the second entrance door 10-3 side in the house 10-1 is next (FIG. 4A). And 4b, 5a and 5b, and 6).

4a and 4b is an exemplary view showing the dehydrator 30.

Hooks 70 and 75 were installed at the upper and lower ends of the same vertical line, and lower ends of the interlocking links 39 were installed as fixed shafts 41 at both lower ends of the racks 65 to be installed at the lower ends. At the upper end of 39), the dehydration roller 42 is connected to the lower end of the elevating link 38 installed as the shaft on the upper end with the movable shaft 40, but the upper end of the elevating link 38 is inward.

The lower portion of the elevating link 38 is connected to the upper end of the auxiliary main link 36 by the intermediate shaft 37, and the lower ends of the left and right auxiliary auxiliary links 36 on the upper side of the main starting link 33 35), the lower end of the main starting link 33 was installed as a shaft 34 on the flywheel 32 is rotated by the operating means 31, such as a reduction motor.

5a and 5b is an exemplary view showing another embodiment of the dehydrator 30.

Hooks 70 and 75 are installed at the upper end and the lower end of the same vertical line, and the pressing protrusions 52 and the vertical drainage grooves 53 are formed at regular intervals on one side of the hanger 65 installed at the bottom. Plate 50 was installed, and the other side of the hanger (65) was installed on the inner surface of the pressing plate 52 and the movable pressing plate 51 formed at regular intervals in the vertical drainage groove (53).

A pair of interlocking links 54 are installed on the rear surface of the movable compression plate 51 as a shaft, and the other end of each interlocking link 54 is installed on the auxiliary linking link 36 as an axis. The shaft 36 is connected to one end of the main starting link 33 by the shaft 35, and the other end of the main starting link 33 is connected to the flywheel 32 which is rotated by an operating means 31 such as a reduction motor. 34).

4A and 4B and a hydraulic cylinder as an actuating means 31 in the dehydrator 30 of FIGS. 5A and 5B, the rod of the hydraulic cylinder being coupled to the auxiliary linkage 36 (specifically shown). (Not shown), the mop 5 can be dehydrated while operating (advancing and reversing) the pressing plate 51 together with the auxiliary interlocking link 36 by the forward and reverse operation of the hydraulic cylinder.

In addition, Figure 6a and 6b is illustrated as the dehydrator 30 is formed as follows.

On one side of the upper surface of the pedestal 54, a fixed pressing plate 50 was integrally formed, and an operating rod support frame 60 was installed in the middle, between the fixed pressing plate 50 and the operating rod support frame 60. In the pedestal 54, a drain hole 54-1 was drilled.

The actuating rod support frame 60 installed in the middle of the upper surface of the pedestal 54 integrally forms a front support block 62 formed at the front end of the fixing plate 61 so that the flow hole 62-1 flows back and forth. The rear end piece 63 is integrally formed at the rear end, and the operating rod 67 is inserted into the distribution hole 62-1 of the fixing plate 61, and the handle 66 is provided at the upper end of the rear support piece 63. The rear end of the bent operating lever 65 was mounted as the rear axle 69, and the link 64 was positioned between the rear end of the operating rod 67 and the middle of the bending operating lever 65. 1) and the intermediate shaft (68-2) was mounted, the movable pressing plate 51 was mounted on the tip of the operating rod (67).

In particular, the pressing projections 52 and the vertical drainage grooves 53 are formed on the opposite surfaces of the fixed pressing plate 50 and the movable pressing plate 51 at regular intervals, respectively.

In the dehydrator 30, a drying device 45 for spraying hot air to the rag 5 of the mop 1 from which the washing water was dewatered was installed. The drying device 45 was installed in the dehydrator 30. It can be installed in a batch or separately as a post-process of the dehydrating device unit 30.

The drying unit 45 has hooks 70 and 75 installed at the upper and lower ends of the same vertical line, and hot air frames 46 provided with hot air nozzles 47 at both lower sides of the rack 65 installed at the bottom. Although installed side by side so that the hot nozzles 47 are opposed to each other, although not specifically illustrated, the hot air generating device is installed inside the house 10-1 to supply hot air to each hot air frame 46.

On the outer wall of the washing unit 10, the dehydrating unit 30, the drying unit 45 and the house (10-1) hangs the mop (1) dried by the primary hot air side by side to hang again to dry naturally ( 70) and 75 were installed at regular intervals.

As illustrated in FIGS. 6 and 7, the hanger 70 and 75 have a pair of hanger rods 73 on the mounting plates 71 and 76 having the mounting holes 72 and 77 drilled at both ends thereof. 78) integrally formed side by side, and the front end of each hook rod (73) (78) was formed as an up bending piece 74 or a down bending piece (79).

Hereinafter, the operational relationship of the water-saving washing and drying device 10 according to the present invention.

The mop 1 according to the present invention is used in a state where the mop 5 is formed in a double-sided shape and the pressing member 4 is positioned on one side, and the handle 3 is held by one hand and the other hand. Is used in the same manner as using a conventional mop while holding the gripping rod (32).

After using one side of the mop 5 as described above, after moving the pressing member 4 to the other side, the other side of the mop 5 is used, and the mop 1 using both sides of the mop 5 is Using the water-saving washing and drying apparatus 10 according to the invention, washing, dehydration and drying.

The user using the mop 1 enters the inside of the house 10-1 through the first entrance door 10-2.

The user who enters the inside of the house 10-1 through the first entrance door 10-2 hangs the mop 1 to each cleaning device of the cleaning device unit 10 as illustrated in FIG. 3.

When hanging the mop 1 to the washing apparatus, the gripping rod 3 is inserted into the hook rod 73 of the hanger 70 installed on the upper side, and the pressing member 4 is hooked on the hanger 75 provided on the lower side. Place it on the rod (78).

In the state in which the mop 1 is hung on the hangers 70 and 75 of the washing apparatus, the operation switch (not specifically shown) of the washing apparatus is operated to operate the washing spray nozzle 17 of the washing water frame 16. Washing is carried out by spraying the washing water.

The washing water sprayed through the washing spray nozzle 17 of the washing water frame 16 is directly supplied from the washing water supply pipe to the distribution hole 28 when the distribution hole 28 is directly connected to the washing water supply pipe such as a water pipe. 3, when the water pump 27 installed in the water tank 24 is connected to the suction pipe 27-1, the water tank 24 is filled by the operation of the water pump 27. The washed water is supplied to the distribution port 28 through the water supply pipe 28-1.

As described above, the washing water supplied to the distribution port 28 is distributed and supplied to each washing water frame 16 through each water supply pipe 28-1, and through the washing spray nozzles 17 of each washing water frame 16. As it is injected, the mop 5 of the mop 1 is washed.

The washing water sprayed through the washing spray nozzle 17 of the washing frame 16 is washed by spraying the washing water more than once, but once by a program that is already set in the main control unit (not specifically shown). It automatically stops after washing for several seconds, preferably for 5 to 15 seconds.

The contaminated washing water generated when washing as described above falls into the sump container 20 so that the dirt is collected in the sewage collection container 21 while being filtered by the mantle 23, and the sewage passing through the mantle 23. Is collected into a sewage collection tank (not specifically shown) through the drain pipe 22.

When washing the mop (5) by each washing device of the washing unit 10, each washing device is divided by the partition (8), so the washing water generated in one washing device is blocked by the partition (8) It will not be scattered by other cleaning devices.

In particular, when supplying the washing water filled in the water tank 24 by the operation of the submersible pump 27 as illustrated in FIG. 3, the level control washing water supply device 25 detects the washing water every time the level of the washing water is lowered. The water level of the washing water is always kept constant by replenishing, and when the water level reaches the lowest level sensor 26 in the state where the washing water is not replenished, the washing water is supplied again or the operation of the water pump 27 is stopped so that the washing water is stopped. To prevent depletion.

As described above, the mop 1 having been cleaned by the cleaning device of the cleaning device unit 10 is removed and moved to the dehydration device unit 30.

Hook the washed mop (1) to the dehydrator 30, the hook hanger (9) of the mop (1) is hooked to the hook rod 63 of the hanger 60 installed on the upper side, the pressing member ( 4) is placed on the hook rod 68 of the hanger 65 installed on the lower side.

As described above, the dehydrator 30 illustrated in FIGS. 4A and 4B or 5A and 5B or 6 is dehydrated while the mop 1 is hung on the dehydrator 30.

Dehydration by the dewatering device 30 illustrated in Figures 4a and 4b is carried out as follows.

As illustrated in FIGS. 4A and 4B, the deceleration motor 31 is operated by operating a switch (not specifically shown) while the mop 1 is engaged.

The reduction motor 31 is operated to rotate the flywheel 32 once or several times. When the flywheel 32 is rotated halfway, the shaft 34 moves from the top dead center to the bottom dead center, and the shaft 34 is the bottom dead center. When moving to the main starting gear 33 is pulled at the same time the auxiliary main link (36) of both sides which are directed to the shaft 35 while moving downward.

When the auxiliary main links 36 on both sides are pulled downward at the same time, each of the lifting links 38 on both sides is downward based on the fixed shaft 41 as illustrated by the virtual line.

When each lifting link 38 moves downward, the moving shaft 40 moves downward (opening), and when each lifting link 38 moves downward, dehydration of both sides mounted at the front end (upper) is performed. The roller 42 is downward while pressing both sides of the mop 5, and thus, dehydration is performed when the dehydrating rollers 42 on both sides are downward while pressing both sides of the mop 5.

When the flywheel 32 is completely rotated by the operation of the deceleration motor 31, the links 35 return to their original states while the shaft 35 moves to its original state (top dead center).

On the other hand, the dehydration apparatus 30 illustrated in FIGS. 5A and 5B dehydrates the mop 5 as follows.

As illustrated in FIGS. 5A and 5B, the switch (not specifically shown) is placed while the mop 5 is held between the fixed pressing plate 50 and the movable pressing plate 51 by hanging the mop 1. To operate the reduction motor 31.

When the deceleration motor 31 is operated, the flywheel 32 is rotated by one rotation. When the flywheel 32 is rotated by half, the shaft 34, which is located at the outside, moves inward and moves the main start link 33. (Push), the main driving link 33 is moved inward to push the movable pressing plate 51 connected by the interlocking link 54 to the fixed pressing plate 50 side, the movable pressing plate 51 is fixed When pushed toward the pressing plate 50 side, the mop 5 of the mop 1 located therebetween is crimped and dewatered.

When the flywheel 32 is completely rotated by the operation of the deceleration motor 31, when the shaft 35 is moved to its original state (outside), the movable pressing plate 51 is returned to its original state.

6A and 6B is characterized in that the dewatering device 30 is manually dewatered without automatically dewatering the washing water as shown in FIGS. 4A and 4B or 5A and 5B.

As illustrated in FIG. 6A, the bending lever 65 is flipped backwards to introduce the mop 5 of the mop 1 between the fixed compression plate 50 and the movable compression plate 51 spaced apart from each other. When the handle 66 is pushed forward, the bending lever 65 rotates forward with respect to the rear shaft 69 and pushes the link 64 connected to the intermediate shaft 68-2, and the link 64 ) Moves forward, the operating rod 67 connected to the front shaft 68-1 is advanced (moved) through the distribution hole 62-1 of the front support block 62, the operating rod 67 When the movement is advanced, the moving pressing plate 51 is advanced to compress and dehydrate the mop (5).

Advance the moving pressing plate 51 as described above, and after dehydrating the mop (5) by pressing the handle 66 to the rear, the bending lever 65 is rotated to the rear relative to the rear axis (69) While moving the link 64 connected to the intermediate shaft (68-2) to the rear, when the link 64 is moved to the rear operating rod 67 connected to the front shaft (68-1) is supported forward When the operating rod 67 is reversed, the movable compression plate 51 is also reversed to return to its original state, and the movable compression plate 51 is returned to its original state. After returning to, the mop 1 is withdrawn.

After the dehydration is performed by the dehydration apparatus 30 illustrated in FIGS. 4A and 4B or 5A and 5B or 6A and 6B as described above, the drying apparatus unit 45 installed or installed together with the dehydration apparatus 30. ) And dry the mop 5.

When operating a switch (not specifically shown) of the drying device unit 45, the hot air generator (not specifically shown) installed inside the house 10-1 is operated for a predetermined time, and thus preferably for a predetermined time. For example, the hot air is supplied for 5 to 15 seconds.

Hot air generated from the hot air generating device is supplied to each hot air frame 46 on both the left and right sides, hot air is sprayed to both sides of the mop 5 through the hot air nozzle 47 of each hot air frame 46, mop (5) Hot air is dried.

 The user withdraws the mop 1 which has been hot-air dried for a predetermined time by the hot air of the drying device unit 45, and comes out of the house 10-1 through the second entrance door 10-3, and the house 10-1. Hang on each hanger (70) (75) installed on the outer wall of the) to be allowed to dry naturally again.

The water-saving washing and drying apparatus 10 according to the present invention enters the inside of the house 10-1 through the first entrance door 10-2, and the washing apparatus unit 12, the dehydrating apparatus unit 30, and the drying cabinet. After passing through the tooth part 45 in sequence, the mop 10 is washed, dehydrated, and dried in order, and then comes out of the house 10-1 through the second entrance door 10-3 so as not to collide with a new person. Step (1) hangs on each hanger 70 (75) installed on the outer wall of the house (10-1) to perform a natural drying again process sequentially.

While the invention has been described and illustrated only with respect to specific embodiments thereof, it will be apparent to those skilled in the art that various changes and modifications can be made within the spirit and scope of the invention, and such modifications and variations are within the scope of the appended claims. It is natural.

The present invention, by forming a mop by connecting a mop rod provided with a gripping hanger at the upper end to a link at one end of the mop to enable use of both sides; Water-saving washing and drying device is provided with at least one washing device for cleaning the mop of the mop with the washing water inside the house, and at least one dehydration device for removing the moisture of the mop of the mop washed in the washing device unit The dehydration unit, a hot air drying device for first drying the mop dewatered by the dehydration device with hot air, and the first mop dried with hot air form a drying device part for drying by hanging on a hanger installed on the outside (wall) of the house sequentially. As can be carried out by the mop, the mop can use both sides of the mop; The water-saving washing-drying device is used to clean contaminated mop, dehydrate the mop of the cleaned mop, dry the dehydrated mop with hot air, and dry the mop with hot air, Inside and out of the house, each individual can be carried out one by one (in order) so that a series of processes can be carried out systematically. It can significantly shorten, it is possible to collect the washing water generated when washing and dehydrating to be supplied to the purification device to treat the sewage environmentally.

Claims (12)

Inside the house 10-1 with the door installed, the washing device unit 12, the dehydrating device unit 30 and the drying unit 45 is installed, the washing device unit 12 by spraying the washing water in the washing chamber 11 Wash the mop (1) that is walked in the inside, and dewatering the mop (5) of the mop (1) washed in the dehydrator unit 30, the dry mop by spraying hot air in the drying unit (45) mop The mop 5 of (1) is dried by hot air, and hangers 70 and 75 are installed on the outer wall of the house 10-1 at regular intervals to hang the mop 1 dried by hot air to dry naturally. In that; A first entrance door 10-2 and a second entrance door 10-3 installed in the house 10-1 so as to allow entry and exit of the house 10-1; The dewatering device part having the washing device part 12 installed on the first entrance door 10-2 side and the drying device part 45 provided on the second entrance door 10-3 side of the house 10-1. 30 installed; Washing and drying device for water saving, characterized in that. The washing apparatus unit 12 of claim 1, wherein the washing apparatus unit 12 is installed at the first access door 10-2 to wash the mop 1 with the washing water; The washing chamber 11 is formed so that the front surface is opened; At the bottom of the washing chamber 11, a waste collection container 20 having a waste collection container 21 is formed in a hopper shape, and a mantle 23 having a handle 24 in the waste collection container 21 is provided. It is installed to be detachable, and connected to the drain pipe 22 at the bottom of the waste collection box (21); In the interior of the washing chamber 11, a pair of washing water frames 16 provided with washing water spray nozzles 17 are provided to face each other, and between the washing water frames 16, hooks 70 and 75 are provided. At least one cleaning device installed; Washing frame 16 is provided oppositely connected to the distribution port 28 through the water supply pipe 28-1, and to supply the washing water to the distribution port 28; When installing a plurality of washing apparatus is provided with a partition (18) between each washing apparatus; Water-saving washing and drying device comprising a. The dewatering device unit 30 of claim 1, further comprising: a dewatering device unit 30 for dewatering the mop 5 of the mop 1 which is installed at the second entrance door 10-3 and washed; The upper and lower ends of the same vertical line are provided with hooks 70 and 75; On both sides of the lower end of the hanger 65 is installed on the lower end of the interlocking link 39 is installed with a fixed shaft 41; At the upper end of the interlocking link 39, the dehydration roller 42 connects the lower end of the elevating link 38 installed at the upper end to the movable shaft 40 with the upper end of the elevating link 38 facing inward. With; The lower side of the elevating link 38 connects the upper end of the auxiliary main link 36 to the intermediate shaft 37, and the lower end of the left and right auxiliary auxiliary links 36 is connected to the upper end of the main starting link 33. 35), the lower end of the main starting link 33 is installed as a shaft 34 on the flywheel 32 that is rotated by the reduction motor 31; Washing and drying device for water saving, characterized in that. The dewatering device unit 30 of claim 1, further comprising: a dewatering device unit 30 for dewatering the mop 5 of the mop 1 which is installed at the second entrance door 10-3 and washed; The upper and lower ends of the same vertical line are provided with hooks 70 and 75; On both sides of the hanger 65 which is installed at the lower end of the fixed pressing plate 50 and the movable pressing plate 51 is installed spaced apart; A pair of interlocking links 54 are spaced apart from each other on the rear surface of the pressing plate 51, and the other end of each interlocking link 54 is installed in the auxiliary linking link 36 as a shaft. 36 is connected to one end of the main start link 33 by a shaft 35, and the other end of the main start link 33 is installed as a shaft 34 on a flywheel 32 that is rotated by the reduction motor 31. that; Washing and drying device for water saving, characterized in that. The dewatering device unit 30 of claim 1, further comprising: a dewatering device unit 30 for dewatering the mop 5 of the mop 1 which is installed at the second entrance door 10-3 and washed; On one side of the upper surface of the pedestal 54, the fixed pressing plate 50 is integrally formed, and in the middle, the operating rod support frame 60 is installed, and between the fixed pressing plate 50 and the operating rod support frame 60. In the pedestal 54, the drain hole 54-1 is drilled; The actuating rod support frame 60 integrally forms the front support block 62 in which the distribution hole 62-1 is circulated to the front and rear of the fixing plate 61, and integrally forms the rear support piece 63 at the rear end. One; The operating rod 63 is inserted into the distribution hole 62-1 of the fixing plate 61, and the rear end of the bending operation lever 65 having the handle 66 at the upper end thereof is provided at the rear support piece 63. 69), wherein a link 64 is mounted between the front shaft 67 and the intermediate shaft 68 between the rear end of the operating rod 63 and the middle of the bending operating lever 65; A movable pressing plate 51 is mounted at the tip of the operating rod 63; Washing and drying device for water saving, characterized in that. The method according to claim 1, Drying unit 45 for hot-air drying the mop (5) of the dehydrated mop (1); The upper and lower ends of the same vertical line are provided with hooks 70 and 75; On both sides of the lower side of the hanger 65 is installed on the lower side of the hot air frame 46 is installed side by side so that the hot nozzle 47; Each hot air frame 46 is connected to a hot air generator; Washing and drying device for water saving, characterized in that. The method according to claim 1, The washing device 10, the dehydrator 30, the drying device 45 and the hanger 70, 75 is installed on the outer wall of the house (10-1); Mounting plates 71 and 76 having both mounting holes 72 and 77 drilled at both ends thereof and integrally formed with a pair of hook rods 73 and 78 in parallel; It is included that the tip of each hook rod (73) (78) formed of an upward bending piece 74 or a downward bending piece (79); Washing and drying device for water saving, characterized in that. The washing apparatus according to claim 2, wherein at least one washing apparatus is installed in the washing chamber 11; A pair of washing water frames 16 provided with washing water spray nozzles 17 in the lower side of the washing chamber 11 are installed so that the washing water spray nozzles 17 face each other; Between the washing water spray nozzles 17, the upper and lower hooks 70 and 75 are installed to hang the gripping hooks 9 and the pressing member 4 of the mop 1; Washing and drying device for water saving, characterized in that. The method according to claim 1, The washing unit 12, the dehydrator 30 and the drying unit 45 is installed in the house (10-1); A water-saving washing and drying device, characterized in that the arrangement "-" or "-" shaped. The method according to claim 2, in the supply of the washing water to the washing frame 16 provided opposite; The distribution port 28 is directly connected to the water pipe to supply the washing water, or the distribution port 28 is connected to the suction pipe 27-1 having the submersible pump 27 to supply the washing water to the water tank 24. Water-saving washing and drying device, characterized in that; The method according to claim 4 or 5, wherein the pressing projection plate 52 and the movable pressing plate 51, the pressing projection 52 and the vertical drain groove 53 are formed at regular intervals, respectively; Washing and drying device for water saving, characterized in that. The water level control washing water supply device 25 is installed on the upper side of the water tank filled with the washing water to detect the highest level of the washing water, and the lowest level is detected on the lower side of the water tank. To install the low water level sensor 26 to allow the washing water to be charged or to temporarily stop the operation of the submersible pump 27; Water-saving washing and drying device characterized in that.

Images