KR20110096206A - Double side turning cleaner for glass window - Google Patents

Abstract

PURPOSE: Using the site adhering closely to the cleaning cloth, the cleaning function can be enhanced. The main magnetic controlling element and secondary magnetic controlling element are altogether control in the window either side. The cleaning can be advanced regardless of the thickness of the glass. CONSTITUTION: A double side turning cleaner for glass window and automatic supplying apparatus comprises a cleaner(100), a handle water tank, an automatic cleansing water supplying pump, a form of female screw, an outside disk, an inner side disk, a rotary power part, and an adsorption rubber part. The rotation power drive part is perpendicularly fixed the mini motor composed within the window in cleaner to the fixture rear part within the punched hole. The upper side of the motor is connected to the power supply unit to adapter and the formed switch. The pinion gear is stickig to the bottom pity rotary shaft of the motor. It is fitted with the spur gear of the outside disk having connection in the shaft formed in the female screw outer shape composed in the runner power controlling element of the pinion gear is the cleaner within the window insertion and it is rotated.

Description

Double side turning cleaner for glass window}

The present invention provides a window cleaner equipped with both sides of the glass window rotational cleaning at the same time, both sides of the glass window is provided to automatically supply the washing water to the inside and outside of the window using the water tank provided in the washing water in the window cleaner on both sides of the window It is about.

The present invention is provided with a rotational cleaning from both sides of the glass window, and at the same time the washing water supply pump provided to suck the supply of the washing water in the water tank provided in the handle portion, the outer disk to be rotated about an axis formed on the main force control unit, A piston having a super gear and a cam on the upper surface of the outer disk and configured to operate the cam in a washing water supply pump: the washing water in the tank is supplied to the suction window and the outside cleaner by the reciprocating motion of the piston, and the main force control provided at the center of the cleaner The part has a function of maintaining the center position by the suction force, the position movement and the rotation axis, and the bottom surface of the outer disk adhered to the shaft formed on the main force control unit is configured to detach the inner disk containing the cleaning cloth, and the outer side. The disc is provided with a magnetic force control unit at one end of the outward, and the outer disc, which is configured in the window cleaner, is also outward It is provided with a magnetic force control unit, by the rotational power drive unit provided in the window cleaner to suck the outside window cleaner together by the rotation of the rotational power transmission device to be rotated and cleaned, the window cleaner has an induction function and a water tank function It is provided with a handle portion to be attached, and relates to a window cleaner having a windshield double-sided rotation cleaning and automatic washing water supply.

It is our pursuit of modern life that we can see the outside world transparently in the house and, on the contrary, that the outside sunlight can illuminate the house through glass windows.

But unfortunately, while living in an environment where the outside world can be seen transparently, the management of transparency that cannot be seen brightly and clearly is still insufficient.

In general, the exterior walls of a home or office building, including an apartment, are hanging. There are opening and closing windows composed of glass windows, so that when the windows or windows are rainy or dirty with sand winds, housewives or office users of the building are squeezed or watered. It will always be cleaned.

However, this only corresponds to the inside of the glass window, the outside of the glass window can not be cleaned most, high-rise building is a significant risk. As a result, only the outer glass windows are left to expensive glass cleaning companies, or left unattractive for a long time, making it difficult to clean dust and oil on the glass.

In addition, the apartments are cleaned by waiting for a rainy day and sprayed with water, but rather they are exposed to the clean windows on the lower floors, causing frequent disputes between high-rises and lower residents.

So, to improve this problem, including the present applicant, a cleaner for many people to clean the outer surface of the window has appeared, but the situation is not yet satisfactory cleaner.

The above-mentioned conventional window cleaner has the following problems.

First, the conventional window cleaning is to use a sprayer or a water provided in the house, or to clean the water in the barrel, but cleaning the inside of the window is not a problem, cleaning the outside of the window is not dangerous. Because if the window finds a large area, the use of a large atomizer is unreasonable, and it is difficult to control the hose and the amount of water when using the hose to the water supply. The risk is very large.

In addition, if a large amount of water is sprayed or sprayed on the windows of an apartment or a home to clean the outside of the windows, water flows down the windows of the residents living on the lower floors, causing considerable discomfort. There is also a problem.

On the other hand, some of the commercially available window cleaners are cleaned with a detergent on top, but cleaning is smoothly carried out by using a detergent, but since cleaning is performed in only one direction, there is a problem that is difficult to clean.

In addition, when the vacuum cleaner is provided with a manual feed pump, the washing water is supplied by a separate bucket and manual, so that the manual operation of the washing water pump is difficult and difficult, as well as the management problems of the hose for the washing water supply. The management of the bucket to supply the wash water is a problem.

Otherwise, the washing water supply pump is provided in the bucket, and when the washing water is supplied to the cleaner for electric power, there is a problem in that the problem of managing the supply hose and the control of washing water supply are complicated.

In addition, commercially available vacuum cleaner is provided with a magnet, but the structure of adjusting the strength of the magnetic force according to the thickness of the glass is insufficient, there are a lot of problems to proceed to the safe window cleaning.

In addition, expensive special detergent may be used to clean the windows, but this is a problem applied to narrow windows or automobile windows, which is uneconomical for cleaning windows such as homes or offices.

In general, window cleaning is a straight cleaning method, it is necessary to find a more efficient and effective cleaning method.

Our window cleaners must be easy to handle, safe and secure, with a suitable wash water supply pump structure, effective wash water supply spray, light wash water supply hose for aptitude, and safe cleaning regardless of glass thickness. A cleaner is required.

Therefore, the window cleaner of the present invention can be cleaned while rotating both sides of the window at the same time using the power rotation power and the main force and the magnetic force, so as to more effectively and conveniently clean the inside and outside of the window of a normal home, office or apartment, The stored washing water in the tank configured in the vacuum cleaner is sucked, and automatically supplied to the window and the external vacuum cleaner by the washing water supply pump configured in the vacuum cleaner.

In addition, the windshield cleaner of the present invention is a rotational power configured to be rotated in contact with the axis of the main force control unit, the power rotation drive unit is rotated by a small deceleration motor motor installed into the hole in the hole in the rear of the holder of the window cleaner, the center of the holder A main force control unit having a transmission unit, a structure having a rotating shaft function, and a structure for adjusting the magnetic force by raising and lowering the magnet, an outer disc adhered to the axis of the main force control unit, and an outer disc one end of which is rotated A magnetic force control unit for inducing the inner disk, which is configured to include a removable donut-type cleaning cloth on the bottom of the outer disk, the washing water supply pump provided in the front portion of the holder of the window cleaner with the spur gear configured in the rotational power transmission device Under the action of the pressure of the cam, the washing water in the tank is supplied to the vacuum cleaner inside and outside the suction window. Is provided in the automatic water supply unit to the handle, the handle portion provided with the induction function to induce the cleaning and the washing water supplied to the internal and external cleaners to be attached to the window cleaner, the waterway hose connected to the window cleaner, A window cleaner having a double-sided rotary cleaning and automatic washing water supplying device including an adsorption rubber portion to prevent the locking is supplied.

The washing water supply pump provided in the window cleaner includes a sealer configured in the supply pump: a piston configured to receive a spring restoring action of an elastic member inserted into the sealer: the piston is driven by a small motor configured in the window cleaner. Cam rotated transmission: When the piston under the pressure action of the cam is operated the washing water supply pump is a glass window cleaner having a structure that is injected through the injection cylinder provided in the window cleaner, through the suction side formed on one side Get

The washing water supply pump according to the present invention has a structure of a powerful suction and compression small pump that is also used for hydraulic pressure, and sucks the washing water at the base, regardless of the position where the handle portion of the handle is attached to the window cleaner. The suction force of the piston is returned to the restoring force of the spring inserted into the seal holder when the piston is formed by the cam rotation, while the wash water is discharged through the discharge valve configured in the wash water supply pump. It is brought about by action. That is, a washing water supply pump having a feature of supplying a height of 5 to 6 m in relation to liquid movement based on the Pascal principle.

The water supply hose for the wash water supply according to the present invention has the suction force of the piston configured to the water supply pump, and the washing water introduced into the waterway hose has a phenomenon that the washing water sucked by the capillary phenomenon stays in the water hose hose tube. A waterway hose for supplying washing water characterized by a waterway hose.

The outer disk configured to be rotated in contact with the shaft of the main force control unit according to the present invention is provided with a magnetic force control unit at one end outward: when the outer disk is rotated by the drive of a small motor installed in the window cleaner, the outer side of the window cleaner The suction force of the magnetic force adjustment portion provided in the disc is subjected to rotation induction, so that both sides of the glass window rotary cleaner to rotate at the same time.

자력 조정용 버튼의 회전에 따라, 자석이 안치된 매장통을 상승 하강되게 구성하여, 유리창 두깨에 관계없이 직진 이동과 회전 유도되는 흡입력에 의해 안전한 청소를 갖게 하는 유리창 청소기.Each of the main force control unit and the subordinate force control unit provided in the window cleaner outside the window according to the present invention

A window cleaner which is configured to raise and lower a burial container in which magnets are placed in accordance with the rotation of a button for adjusting the magnetic force, thereby ensuring safe cleaning by a suction force induced by a linear movement and rotation regardless of the thickness of the window.

The sealer constituted by the washing water supply pump according to the present invention forms a guide hole formed in a rectangular shape in which a guide pin formed in the piston outline is reciprocated at both ends thereof, and guide pins fixed to both ends of the piston in the guide hole. Insertion: The piston has an external configuration of a wash water supply pump which has a harmonized structure for smooth reciprocating guide weaving in the seal holder.

Windshield double-sided rotary cleaning and washing water automatic supply device according to the present invention has the following effects.

First, the window cleaner for cleaning the inner surface of the home or office window includes a small deceleration motor, a washing water supply pump unit, a washing water supply distribution unit, a main force control unit, and a stator having a spray bottle: a length screw configured in the main force control unit. Is connected to the button for adjusting the magnetic force on the upper surface, and the bottom side is provided with a magnet holder is placed, and the female screw is fastened to the length of the screw: the upper end of the female screw is fixed in the hole holed in the holder, under the holder The female screw sewn into the site forms an upper jaw and a lower jaw, and the lower side of the female screw is provided with a guide tube formed on an outer surface of a burial tube provided under the length screw, and between the upper jaw and the lower jaw of the female screw. A spring of the elastic member inserted into the spring and having an outer disk configured to be rotated in contact with the bottom of the spring, wherein the outer disk has a rotational power transmission field. The upper surface of the outer disk and a negative magnetic force adjusting portion are provided on the outer side of the outer disk, and the suction force by the magnetic force causes the rotation and the bottom of the outer disk includes a donut type cleaning table. The inner disk is configured to be provided, the window cleaner is provided to guide the cleaning of the handle portion, and the handle portion attached to the window cleaner has a water tank function is formed to store the wash water, a separate bucket is required No, the washing water is automatically supplied to the inside and outside of the window cleaner by the feed pump configured in its own, and both sides of the glass window to be rotated cleaning, to achieve a breakthrough window cleaning method.

The out-of-winder cleaner for cleaning the outer surface of the glass is fixed to the base with a main force control unit and the injection barrel: the outer disk having a secondary force adjustment portion in the outward end is inserted into the shaft between the upper jaw and the lower jaw formed in the main force control unit And a window cleaner including a bottom surface of the outer disk, the inner disk configured to be detachably enclosed with a donut-type cleaning cloth, to be guided by rotary cleaning.

The handle part is a glass window cleaner having a handle part which shares a water tank function and a cleaning induction function for supplying the washing water in the tank formed in the handle part to the suction window and the external cleaner by supplying the washing water provided in the window cleaner. .

The piston and the piston formed in the seal holder configured in the washing water supply pump are driven up and down by rotational power driven by the small motor-driven power source. The suction and discharge of the washing water stored in the water tank always maintain a certain amount of washing water on both sides of the glass window. While uniformly sprayed, at the same time to form a water vein on the glass surface, by the gentle cleaning process and the use of a small amount of water, there is an effect of not only saving water, but also to minimize water damage to the bottom layer, and does not require a separate bucket.

Since the cleaning process is free to move forward and backward on both sides of the glass window, and rotational cleaning is carried out on both sides of the glass window, there is an effect of effectively removing fine dust and dirt accumulated on the glass surface.

A strong adsorption rubber is provided in the middle of the waterway hose connected between the in-room cleaner and the out-of-window cleaner, and the straps tied to the adsorption rubber are coupled to the out-of-window cleaner while the straps are connected to the out-of-window cleaner while the shoelaces are tied to the out-of-window cleaner. Even if it is detached, it will fall within the limited range of the hose to the waterway connected to the string, so that the fear of falling can be removed, and the cleaning can be performed at will.

The small motor-power of the small motor, the small washing water supply pump with strong suction and discharge power, even with the water stored in the water tank 4m to 6m, the ability to suck the wash water and drained wash water Has the ability to feed high.

The outer disk constituting the power transmission device provided to rotate is rotated and cleaned on both sides of the glass window by the suction action between the window cleaner and the outer disk configured to the outer disk configured to the window cleaner having a subordinate force control unit at one end thereof. It can be obtained a window cleaner having an effect of inducing.

The inner and outer parts of the barrel containing the magnets embedded in the window and external cleaners and the magnets built in the buoyancy control unit are provided to be in close contact with the nylon mesh and embedded in the inner disc of the window cleaner. By covering the surface of the cleaning cloth with cotton mesh, the movement of the site where the magnet is placed smoothly, by the area in close contact with the cleaning cloth is effective to increase the cleaning function.

The main force control unit and the subordinate force control unit configured in the window cleaner and the window cleaner together can be adjusted on both sides of the window, so that the cleaning can proceed regardless of the thickness of the glass.

The present invention provides a rotary cleaning and automatic supply of washing water to the inside and outside of the glass window of the building, such as a house or office, the electric power rotating power drive unit, a rotary power transmission device, a main force control unit having a central axis function, a magnetic force to induce rotation The configuration of the control unit, the washing water supply pump, the washing water supply distribution unit and the spray container, and relates to a window cleaner for automatically supplying both sides of the window cleaning and washing water, the window cleaner is configured in the electric power rotating drive unit to promote the rotation cleaning Miniature reduction gear motor, adapter, switch, and pinion gear are provided, and the outer disk, which has a cam and spur gear configured on the rotary power transmission device on the upper surface, is adhered around the axis of the main magnetic force control unit configured at the center of the cleaner. It is rotated, the piston outer surface side of the washing water supply pump provided in the window cleaner on the cam And the washing water in the handle tub tank when the piston is operated by the pressure action received when the cam is rotated, and the sucked washing water is provided to a window and an external cleaner, and the window cleaner has a handle. The outer plate is formed to have a water tank function to store the washing water, and the handle portion stores the washing water and is supplied to the inside and outside cleaners. It is provided to be attached to the inner disk configured to be detachable and included a cloth, and provided with an adsorbing rubber in the middle of the channel-water canal connected to the out-of-window cleaner, by connecting the strap between the adsorption rubber and the out-of-window cleaner to the water hose Window cleaning, including glass enclosed Group.

The seal holder configured in the automatic washing water supply pump is formed to have a rectangular guide hole at both ends of the outer ring: guide pins fixed to both ends of the piston reciprocating in the seal holder are inserted into the guide hole. By the restoring action of the spun member spring inserted into the seal holder and the pressure action of the cam, the piston is used to raise and lower the piston effectively to reciprocate in the seal holder. And a suction valve part connected to the arc-water and a water channel is formed on one side, and a discharge valve part is formed on the other side to supply the washing water to the inside and outside cleaners: a piston which is returned to the restoring force of a spring inserted into the seal holder And one side of the piston is interviewed on the cam surface configured in the rotary power transmission device of the window cleaner, Is formed on the upper surface of the spur gear configured in the rotational power transmission unit, is provided on the upper surface of the outer disk which is rotated in contact with the axis of the main force control is driven by the electric power rotating power unit, configured on the pinion gear of the rotary power unit and the upper surface of the outer disk An automatic washing water supply pump configured to apply a rotational pressure action of the cam to one side of the piston when the spur gear is fitted and rotate, thereby automatically sucking and discharging the washing water to be supplied to the inside and outside of the window cleaner.

The main magnetic force control unit is connected to the button for adjusting the magnetic force on the upper surface: the bottom side is composed of a length screw having a buried barrel is placed in the magnet, the length screw is configured to be fastened with the female screw fixed in the hole holed on the center of the holder, The outer part of the female screw is divided into upper, middle and lower ends, and the upper end is fixed to the fixing stand, and the middle end is provided with the upper and lower jaws with the axial function for rotation between the upper and lower jaws, and the lower end of the magnetic reservoir. The main magnetic force control unit, which is provided with a guide cylinder formed on the outer surface, has an adsorption movement function, and the outer surface of the guide cylinder is brought into close contact with a nylon mesh by means of a ring finger, thereby making the adsorption movement smooth.

에 구비되게 하되, 먼저 창내 청소기에는 회전 동력 전달 장치로 구성되는 캠과 스퍼기어를 상명에 구성한 외측 원판 외향 일단에 상기 부자력 조절부가 구비되고, 상기 창외 청소기에는 주자력 조절부의 축에 유착 회전되게 구성된 외축 원판 외향 일단에도 부자력 조절부를 구비되게 하여, 유리창 사이로 창내 청소기의 외측 원판에 구비된 부자력 조절부와 창외 청소기의 부자력 조절부가 마주보는 상태에서 흡인상태에 놓이 게 하여, 상기 창내 청소기에 설치된 소형 모-타의 구동으로 창내 청소기의 외측 원판이 회전시, 상기 창외 청소기의 외측 원판에 구비된 부자력 조절부는 자력 흡인상태에서 회전 유도를 받게 하여, 유리창 양면에서 동시에 회전 청소가 되게 하는, 유리창 청소기를 얻게 한다.The floating force control unit the window cleaner and the window cleaner, respectively

To be provided in, but the first window cleaner is provided with the sub-magnetic force control portion on the outer side of the outer disk composed of a cam and spur gear consisting of a rotary power transmission device in the upper name, and the out-of-winder cleaner is attached to the shaft of the main magnetic force control portion One side of the outer disk is configured to be provided with a magnetic force control unit, the magnetic force control unit provided on the outer disk of the window cleaner between the glass window and the magnetic force control unit of the window cleaner are placed in a suction state in the state facing the window, When the outer disc of the window cleaner is rotated by a small motor installed in the vacuum cleaner, the subsidiary force control unit provided on the outer disc of the window cleaner receives the rotation induction under magnetic attraction, thereby simultaneously rotating the cleaning on both sides of the glass window. Get a window cleaner.

The washing water supply distribution unit located in front of the fixing unit configured on the upper part of the window cleaner is formed as a rectangular tube, and the upper surface of the tube is composed of two discharge pipes and one supply pipe, which are upwardly upward, and the supply pipe located at the center of the pipe is the washing water automatic It is connected to the discharge valve configured in the supply pump, the discharge pipe located throughout the barrel is connected to the injection cylinder provided on the front end of the fixed holder of the window cleaner, the orifice is provided in the middle steel connected to the injection cylinder.

The discharge pipe located in the latter half of the barrel is connected to the spray container of the out-of-window cleaner, so that the washing water discharged from the seal holder configured in the automatic washing water supply pump is equally supplied to the in-window cleaner and the out-of-window cleaner. Obtain a wash water supply distribution.

The handle portion to be attached to the window cleaner is configured as a Y-shaped connector, a connecting rod and a handle barrel with a space inside, and the connector is provided with an opening / closing lid for washing water input and a channel hose-hole at the top of the Y-type. And the handle barrel is formed of a handle and a water tank for washing water, the handle portion has a water tank function for storing and supplying the washing water, and the handle portion using the material of the transparent alloy resin material, the storage amount and the amount of the washing water used At the same time, it is possible to obtain a handle for cleaning induction, which also has a characteristic that can be analyzed.

Adsorption rubber provided in the intermediate position where the water hose is connected to the discharge pipe of the washing water supply distribution portion of the window cleaner connected to the spray container of the out-of-window cleaner: Coupling the strap tied to the adsorption rubber and the hose hose connection: By attaching to the out-of-window cleaner, even if it is locked during cleaning, it will fall into the glass window for cleaning, thereby preventing the damage to the lower floor.

Hereinafter, with reference to the accompanying drawings, a detailed description of the glass window double-sided rotary cleaning and automatic washing water supply device according to the present invention.

First, as shown in FIGS. 1, 2, and 6, the window cleaner according to the present invention includes a window cleaner 100 and a body 300 to which the handle part 300 is wiped to clean the inner side of the window provided in the house or the office. As shown in FIGS. 1 and 2, the fixing base 101 configured at the upper part of the window cleaner 100 includes a spray container 164 at the front end, a washing water supply pump 140 at the rear of the spray container 164, The wash water supply distribution unit 160, the rear portion of the holder 101 is provided with a small deceleration motor 112, the handle portion 300 on both left and right jaw surfaces (1010, 1016) above the center of the holder (101) The female screw configured to be connected to the connector 301 is configured in the main force control unit 120 sewered from the upper surface to the bottom surface of the fixing base 101 in the hole holed in the center of the fixing base 101 124 is provided to be fixed to the upper end.

The upper surface of the center portion of the fixing base 101 is provided with a button 121 for adjusting the magnetic force, the button 121 is connected to the length screw 122 configured in the main magnetic force control unit 120, the length screw 122 The bottom side forms a burial container 123A in which the magnet 123 is placed, and the female thread 124 fastened to the length screw 122 is formed in the shape of the length screw 122, and the bottom side is the magnetic burial box. (123A) is provided with a guide cylinder 125 formed on the outer surface, the female screw 124 is formed between the bottom of the guide 101 and the guide cylinder 125, two-stage jaw (127A) (127B), the upper The jaw 127A supports the underside of the fixing base 101, inserts a spring 128 of the elastic member between the upper jaw 127A and the lower jaw 127B, and below the spring 128. It is provided with an axial function which makes the outer disk 102 comprised in the window cleaner 100 adhere and rotate.

The outer surface of the guide tube 125 formed at the bottom of the female screw 124 allows the nylon mesh 500 to be in close contact with the finger 134.

The small deceleration motor 112 installed at the rear of the holder 101 is vertically settled into the hole formed in the blue hole 101B at the rear of the holder 101, and the upper surface of the switch 114 is configured at the power supply 111. The adapter 115 is connected to the power supply, and the rotation shaft 112A configured at the bottom of the motor 112 allows the pinion gear 113 to be fixed.

The automatic washing water supply pump 140 configured in the window cleaner 100 is provided at the front rear surface of the holder 101.

The automatic washing water supply pump 140 includes a sealer 141 capable of hydraulic adjustment as shown in FIG. 6, and the suction ring part 145 and the discharge valve part 146 are provided at one side of the sealer 141. It is formed, to have a structure for supplying the washing water to the inside and outside the cleaner (100, 200), the suction ball 145 and the discharge ball 146 inside the control ball (145C) (146C) and the ballast member Springs 145D and 146D are provided.

In addition, the seal which receives the restoring force of the spring 143 inserted into the seal holder 141 configured in the automatic washing water supply pump 140 and the rotational pressure action of the cam 152 configured in the rotary power transmission device 150. Piston 143 provided in the 141; Automatic washing water supply pump to have a function of suction and discharge of the washing water by the reciprocating operation of the piston (143).

As shown in FIG. 7, the sealer 141 has a rectangular guide hole 141B in which guide pins 147 and 147 'of the piston 142 are reciprocated to the outer ends 141A and 141A' ( 141B '), and the guide pins 147 and 147' are fixed to both sides 148 and 148 'of the piston 142, and the guide pins are formed in the guide holes 141B and 141B'. It is configured to have an efficient reciprocating function of the piston 142 by inserting 147 and 147 '.

3, 4, and 4A, the piston 142 presses the spring 143 in the seal holder 141, and then the piston 142 moves the cam 152. As shown in FIGS. The piston 142 is returned to the state due to the restoring force of the spring 143 of the injectable member inserted into the seal inlet 141 when the contact surface is separated from the contact surface.

The cam 152 is configured on the upper surface of the spur gear 151 fitted with the pinion gear 113 of the motor 112 formed in the rotational power driver 110.

As shown in FIG. 3, the spur gear 151 is mounted on the upper surface of the middle disc of the outer disc 102, and the upper jaw formed on the outer portion of the female screw 124 configured in the main force control unit 120. The outer disc 102 is attached to the shaft 124A between the 127A and the lower jaw 127B to be rotated by adhesion.

The outer disk 102 is provided with a magnetic force adjustment unit 130 at one end outward.

The subordinate magnetic force adjustment unit 130 is formed of a length screw barrel 131A integrated with the control button 131 rotating on the upper surface, the length screw barrel 131A is a magnet 133 is settled, the outer surface Silver length screw 132A is formed, the female screw 132 is fastened to the length screw 132A is provided with a guide cylinder 132A formed of the inner surface of the screw, it is attached to the bottom surface of the outer disk 102 .

The length screw 131A has a structure in which the length screw cylinder 131A, which is integrated with the button 131 by the rotation of the magnetic force adjusting button 131, is raised and lowered along the female screw 132 of the guide cylinder 132A. .

The bottom surface of the guide cylinder 132A is provided to be in close contact by the finger 134 so that the nylon mesh 500 is covered.

The washing water supply distribution unit 160 is provided at a front portion of the fixing base 101 configured at the top of the window cleaner 100.

The upper surface of the rectangular cylinder 160 formed in the washing water supply distribution unit 160 is provided with one supply pipe 161 and two discharge pipes 162 and 162A which are upwardly upward.

The supply pipe 161 located at the center of the washing water supply distribution unit 160 is connected to the water discharge hose 602 and the discharge valve 146 formed at one side of the automatic washing water supply pump 140 as shown in FIG. 6. And, the discharge pipe 162A located at the rear of the barrel 160 is connected to the injection cylinder 264 of the out-of-window cleaner 200 by a water hose hose 604, the discharge pipe 162 located throughout the barrel 160 Is connected to the injection container 164 of the window cleaner 100.

The orifice 163 is provided in the middle of the water hose 604 connected to the discharge pipe 162 and the window cleaner among the discharge pipes 162 and 162A, so that the supply amount of the washing water is adjusted.

On the other hand, the connector 301 of the handle portion 300 to be attached to the window cleaner 100 is provided with a mounting pin (301A) (301A ') on both sides of the top of the outer shape is Y-shaped, the fixing base 101 The patch pins 301A and 301A 'are inserted into and padded into the holes 101C and 101C' with holes on both sides.

The connector 301 is formed in the shape of a Y-shaped barrel with a space inside, the Y-shaped connector 301 is a washing water input lid 301B and a waterway hose on the upper surface ground to the Y side (601) inserting the insertion hole (302C) for the snow, and the insertion hole (302C) is connected to the suction hose 145 and the channel hose-601 formed on one side of the automatic washing water supply pump 140 To be.

As shown in FIG. 6, the tubular connector 302 configured in the handle part 300 is formed in a space, and is connected to the connector 301 having an interior space, and the interior is commonly used as a space. do.

The connecting table 302 is also connected to the handle barrel 303 has a space therein, and is provided with a function of always putting and storing the washing water.

The handle barrel 303 has a shape in which the handle 303A and the reservoir 303B are combined as shown in FIGS. 1 and 6.

One side of the bottom of the reservoir 303B is provided with a drain lid 305 for allowing the washing water, which is generated by long-term storage, to be discharged to the outside of the reservoir 303B.

Small holes (301B ') on the upper surface of the lid for washing water input (301B) to clean the inlet of the washing water by being influenced by the atmospheric pressure in the connector 301, the connecting rod 302 and the handle barrel 303 of the handle portion 300, Increases functionality

And so that the amount of the wash water stored in the connector 301, the connecting table 302 and the handle barrel 303, which is configured in the handle portion 300 is replaced by the water tank function to be visually confirmed from the outside, to be formed of an alloy resin material of the transparent body do.

As shown in FIG. 5, the external parts of the female threads 122 and 222 of the main force control units 120 and 220 provided in the window cleaner 100 and 200 may be formed by the upper jaw 127A and 227A. High jaws 127B and 227B are formed, and springs 128 and 228 are inserted between the jaws, so that the springs 128 and 228 are bonded to the outer disc 102 between the jaws ( 202 is buffered and the cleaning cloth 500C (500C ') contained in the inner disc 103 (203), which is detachably attached to the bottom of the outer disc 102 (202), is brought into contact with the glass surface. The pressure is buffered to allow gentle cleaning to proceed.

1 and 5, the window cleaner according to the present invention is provided with a floating body of the out-of-window cleaner 200 to clean the outside of the window provided in the home or office.

The fixing stand 201 formed at the upper end of the out-of-window cleaner 200 is provided with a spray container 264 on the front end side, and the main force adjusting unit 220 is formed on the center of the fixing stand 201.

The main magnetic force control unit 220 is the upper surface is connected to the button for adjusting the magnetic force 121, the bottom side is provided with a length screw 222 integral with the buried barrel 223A is placed magnet 223, the length screw A female screw 224 fastened to the 222 is provided on the exterior.

The female screw 224 is provided with a guide cylinder 225 formed on the outer surface of the buried cylinder 223A provided on the bottom side of the length screw 222.

The female screw 224 is a space in which the raising and lowering action of the buried barrel 223A, in which the magnet 223 is placed by the rotation of the magnetic adjustment button 221, may occur in the guide cylinder 225 of the female screw 224. It is formed to have.

The spring 228 of the elastic member is inserted between the upper jaw 227A and the lower jaw 227B having the lower jaw 227B formed on the female screw 224, and the bottom surface of the spring 228 is inserted. The outer disk 202, which has a magnetic force adjustment unit 230 at one end outward, is configured to be rotated by adhesion.

The outer disc 202 allows the inner disc 203 to be attached to and detached from the bottom by a donut-shaped washing cloth 500C '.

The outer side of the window including covering the bottom portion of the guide tube 225 formed at the bottom of the female screw 224 formed in the main magnetic force control unit 220 to be in close contact with the nylon mesh 500 'by the hem 226. Get the floating body of the out-of-window cleaner 200 to wipe.

1 and 6 as described in detail the connection configuration of the water hose hose for supplying the washing water provided in the window cleaning according to the present invention.

First of the connecting rod 302 and the handle barrel 303 through the insertion hole (302C) of the connector 301 is formed on the suction side 145 and the handle 300 formed on one side of the automatic washing water supply pump 140 The channel hose-601 is positioned up to the inner bottom of the reservoir 303B, and the cap hose 306 formed on the bottom surface of the channel hose-601 is inserted in the wash water to be sucked. Let the tail hang up.

In addition, the supply pipe 161 and the water channel arc at the center of the washing water supply distribution unit 160 provided on the fixing unit 101 of the window cleaner 100 at the discharge side 146 formed at one side of the automatic washing water supply pump 140. -Number 602 is connected.

Among the discharge pipes 162 and 162A formed in the washing water supply distribution unit 160, the discharge pipe 162 is connected to a spray tube 264 provided in the out-of-window cleaner 200 and a water channel hose 603.

In addition, another discharge pipe 162A of the washing water supply distribution unit 160 connects the spray container 164 provided in the window cleaner 100 to the water channel arc-604, and the water channel hose- ( 604 is provided with an orifice 163 in the middle to adjust the amount of washing water supplied from the supply pipe 162 to the window cleaner 200 and the amount of washing water supplied from the supply pipe 162A to the window cleaner 100. In addition, the spraying amount of the washing water sprayed on both sides of the window should be sprayed evenly.

4 according to the present invention is an explanatory diagram of the operating principle of the automatic washing water supply pump.

First, the spring 143 of the injectable member is inserted into the seal holder 141 inside the seal holder 141, and the spring 143 is interviewed with the surface of the piston 142 configured in the seal holder 141. By the pressure action of the cam 152 of the rotary power transmission unit 150 is configured in the window cleaner 100, the piston 141 is pressed against the spring 143, and vice versa When the 141 is released from the pressure action of the cam 152, the piston 141 is raised and returned in the sealer 141 by the protruding restoring force of the spring 143.

Therefore, as shown in FIGS. 4-2A, the pinion gear 113 configured in the motor 112 is driven by the small motor 112 to transmit rotational power that is fitted to the pinion gear 113. The spur gear 151 configured in the device 150 is rotated clockwise. Accordingly, when the protrusion 152A of the cam 152 formed on the upper surface of the spur gear 151 is separated from the contact surface of the piston 142, the spring 143 of the elastic member inserted into the seal holder 141 may be formed. By the restoring force, the piston 142 synergizes in the seal holder 141.

At this time, the adjustment ball (145C) is closed toward the outlet canal hole (145B) of the suction valve 145, whether or not closed the inlet canal hole (145A) of the suction valve 145 configured in the Seocheok automatic feed pump 140, The wash water in the water tank 305B flows into the seal holder 141 through the water hose hose 601. Therefore, the adjustment ball 145C of the discharge side 145 closes the inlet waterway hole 145A by the restoring force of the spring 143 of the melt member 141 in the seal holder 141, and thus a predetermined amount into the seal holder 141. Of washing water is supplied from the water tank 303B.

On the contrary, as shown in FIG. 4-1A, the cam 152 rotates clockwise along with the spur gear 151, and applies pressure to the contact surface 142A of the piston 142. The piston 142 causes the spring 143 of the melt member inserted into the seal holder 141 to proceed under pressure, such that the adjusting ball 145C in the suction valve 145 is an inlet channel hole of the suction valve 145. Closing 145A. Therefore, the washing water in the sealer 141 does not pass through the suction valve 145, and the washing water is closed by the adjustment ball 146C, which closed the inlet water hole 146B of the discharge valve 146 configured at one side of the automatic washing water supply pump 140. ) Is the pressure of the piston 142 in the sealer 141, the washing water in the sealer 141 is closed the adjustment ball 146C in the direction of arrow A, whether the inlet canal hole 146B of the discharge valve 146 is closed. By pushing to, the washing water is supplied to the washing water sucked into the seal holder 141 to the in-room cleaner 100 and the out-of-window cleaner 200 through the outlet canal hole 146A of the discharge side 146.

5 is a cross-sectional view of the inside and outside of the cleaner according to the present invention, a detailed structure description for the rotational drive of the rotary cleaner is as follows.

First, the small deceleration motor-112 is vertically installed and fixed in the holder 101 configured at the top of the cleaner 100 and the hole 101B formed in the rear of the holder 101, and the motor-driven ( The upper surface of the 112 is provided with a power supply 111, the bottom rotating shaft 112A is provided to fix the pinion gear 113, the pinion gear 113 is a rotation power transmission device as shown in FIG. It is configured to be fitted with the super gear 151 configured in 150, and to be driven by the rotational power by electric power. And the spur gear 151 is configured to be rotated in contact with the shaft 124A between the upper jaw 127A and the lower jaw 127B formed on the outer appearance of the female screw 124 is configured in the main force control unit 120. It is provided on the upper surface of the disk 102, the bottom of the outer disk 102 is configured to detach the inner disk 103 containing the donut-shaped cleaning cloth (500C), the outer disk 102 is the inner disk The body 103 is subjected to a buffering action by the spring 128 of the elastic member inserted into the bottom surface of the upper jaw 127A formed on the female screw 124. And the cleaning cloth (500C) contained in the inner disc 103 makes the glass surface smoothly touching the bottom.

However, the out-of-window cleaner 200 to clean the outside of the window is configured as shown in FIG.

The out-of-window cleaner 200 has the same structure as the rest of the window cleaner except for the rotary power drive unit 110 and the rotary power transmission device 151 provided in the window cleaner 100.

The in-window cleaner 100 and the out-of-window cleaner 200 are fixed to the top of the cleaner (101, 201) is configured at the top of the cleaner in the central portion (101A) 201A to the main force control unit 120, 220 The sewage upper end of the female screws 124 and 224 is configured to be fixed. Meanwhile, the length screws 122 and 222 connected to the magnetic force control buttons 121 and 221 located on the upper surface of the main magnetic force adjusting unit 120 and 220 are buried in which magnets 123 and 223 are placed. Is provided with a cylinder (123A) 223A, the length screw 122, 222 has a structure that is fastened to the female screw 124, 224, the bottom side of the female screw (124, 224) is the buried Guide cylinders 125 and 225 formed on the outer shape of the cylinders 123A and 223A are provided, and the bottom surface of the guide cylinders 125 and 225 extends from the nylon meshes 500 and 500 'to the edges 126 ( 226 is provided in close contact.

The upper jaw 127A and 227A formed on the female screws 124 and 224 are positioned to replace the bottom surface of the fixing base 101 and 201, and the lower jaw formed to the female screws 124 and 224. The bottom of the spring 128, 228, in which the spring 128, 228 of the elastic member is inserted between the jaw 127B, 227B and the upper jaw 127A, 227A, the outer disc 102, 202 The adhesion is configured to rotate. And the outer disk (102, 202) is provided with a magnetic force adjustment unit 130, 230 at one end outward, and the outer disk (102, 202) is a cleaning cloth (500C) (500C ') on the bottom The inner disk 103 (203) containing the () is provided detachably.

The magnetic force adjustment unit 130, 230 is composed of a length screw barrel 131A (231A) integral with the magnetic force adjustment button (131, 231): the interior of the magnet 133, 233 is settled And guide tubes 132A and 232A formed on the inner surface of the female screws 132 and 232 engaged with the length screws 131A 'and 231A'. And the bottom portion of the guide tube 132A (232A) is provided with a close contact with the nylon mesh 500, 500 'by the ring finger (132, 232).

The magnetic force adjustment buttons 121 and 221 configured in the main magnetic force adjustment unit 120 and 220 are to adjust the magnetic force as necessary on the weak side of the window. The suction force of the magnetic force is due to the suction phenomenon when the N station of the magnet meets the S station of another magnet, so when the window cleaning, the adsorption movement on the glass surface is smooth or too easy handle portion 300 When you feel it, you will adjust between the two sides of the window. In addition, the window cleaner 100 guided by the handle part 300 has an induction function along the front and rear left and right together with the out-of-window cleaner 200 facing each other between the glass windows.

Structure description having a rotary double-sided cleaning function according to the present invention is as follows.

의 주자력 조절부(120)(220)로 구성되는 암나사(124)(224)는 외형 중간부에 상위 턱(127A)(227A)과 하이 턱(127B)(227B) 사이에 형성된 축(124A)(224A)은 회전용 축(124A)(224A) 기능을 갖게 구성되고, 상기 주자력 조절부에 구성되는 자석이 갖는 자력은 유리창 사이에서 흡착 기능을 갖는다. 그리고 상기 암나사(132)(232)에 형선된 축(124A)(224A)에는 외향 일단에 부자력 조절부(130)(230)를 구비한 외측 원판(102)(202)을 유착 회전되게 구성한다. 상기 외측 원판(102)(202)는 밑면에 도나쓰형의 세척포(500C)(500C')를 내포 착탈되게 구성된 내측 원판(103)(203)을 패착되게 한다.Each of the fixing units 101 and 201 configured in the window cleaner 100 and the window cleaner 200 is provided at a core portion.

Female screw 124, 224 consisting of the main force control unit 120, 220 of the shaft 124A formed between the upper jaw 127A, 227A and the high jaw 127B (227B) in the middle of the appearance 224A has a rotating shaft 124A and 224A functions, and the magnetic force of the magnet configured in the main magnetic force control unit has a suction function between the windows. In addition, the outer disks 102 and 202 having the magnetic force adjusting parts 130 and 230 at one end are formed in the shafts 124A and 224A, which are formed on the female threads 132 and 232. . The outer discs 102 and 202 allow the inner discs 103 and 203 to be attached to and detached from the bottom by a donut-type washing cloth 500C and 500C '.

In addition, the rotational power transmission autonomous 150 is rotated by the small motor 112 of the rotational power driver 110 installed in the window cleaner 100. Therefore, the outer disk 102, which includes the cam 152 and the spur gear 151 formed on the upper surface of the rotary power unit 150, is also rotated together, and adjusts the magnetic force provided in the outer disk 102. The magnet 123 of the unit 130 causes the magnet 223 of the sub-force control unit 230 provided on the outer disc 102 of the out-of-window cleaner 200 to induce suction rotation.

내측 원판(103)(203)에 내포된 세척포(500C)(500C')는 유리창 양측면에 면접 회전 청소되게 하고, 동시에 상기 세척수 자동 공급 펌프부(140)에 구성된 피스턴(142)은 상기 회전 전달 장치(150)로 구성되는 캠(152)의 압력 작용과 상기 실인더(141) 내에 삽입된 탕성부재의 스프링(143)의 복원력으로, 왕복 작동되는 피스 턴(142)에 의해 자동적으로 상기 손잡이부(300)에 구성된 수조통(303B) 내 저장된 세척수를 흡입 상기 창내·외 청소기(100)(200)에 구비된 분사통(164)(264)을 통해 공급되게 하는 유리창 양면 회전 청소와 세척수 자동 공급 장치를 갖는 유리창 청소기.Therefore, the inner disc 103 attached to the outer disc 102 of the window cleaner 100 and the inner disc 203 attached to the outer disc 202 of the window cleaner 200 are also rotated together.

The washing cloths 500C and 500C 'included in the inner discs 103 and 203 allow the cleaning to be rotated by interview on both sides of the glass window, and at the same time, the piston 142 configured in the automatic washing water supply pump 140 transmits the rotation. By the pressure action of the cam 152 consisting of the device 150 and the restoring force of the spring 143 of the ball member inserted into the seal holder 141, the handle portion automatically by the reciprocating piece turn 142 Double-sided rotational cleaning and automatic supply of washing water to allow the washing water stored in the water tank 303B configured in the 300 to be supplied through the spray bottles 164 and 264 provided in the inside and outside cleaners 100 and 200. Window cleaners with a device.

8 is a view showing a state of use of the window cleaner equipped with a double-sided rotary window cleaning and washing water supply automatic pump device according to the present invention.

First, the user should observe the following precautions before cleaning.

Once you have electronics (electronic watches, mobile phones, etc.) in your body, keep them in a safe place.

Then move the stored window cleaner to the place to be cleaned.

At this time, be careful not to suck the vacuum cleaner on the magnet.

Check the following before cleaning.

1. Identify the connections between hoses of each channel.

2. Check the function of the buttons (121) (131) and (221) (231) for magnetic adjustment.

3. Check if reservoir (304B) is full of wash water or if it has drained sufficiently.

4. Make sure the cleaning table (400C) (400C ') to be cleaned is clean.

   ★ replace if exposed

5. Nailong mesh 500 wrapped around the base of the female screws 124, 132, and 224, 232 constituted in the main magnetic force control unit 120, 220 and the sub-magnetic force control unit 130, 230 ( 500 '), (500A) (500A') Check the adhesion state.

6. Check the function of the automatic washing water supply pump. (Test by turning on the switch 114 to see if the washing water is sprayed from the ground.)

Thoroughly inspect as above and then prepare for cleaning.

1. First, the adsorption rubber 551 provided on the waterway hose 603 is adsorbed on the upper portion of the window pane to be cleaned.

2. Make the window cleaner 100 and the window cleaner 200 between the glass window.

3. Multiply the adapter 115 by the outlet to get power.

4. Hold the handle barrel 303 of the cleaning induction handle portion 300 in the hand and then turn on the switch 114.

5. After confirming that the washing water is sprayed through the injection tanks 164 and 264 of the inside and outside of the cleaner, the cleaning unit 300 guides the cleaning.

6. At this time, try to guide the cleaning by the handle portion 300 before and after a little induction.

7. At this time, check whether the adsorption movement is unfavorable. If the adsorption movement is heavy, adjust the magnetic strength weakly, and if the adsorption movement is too light, strongly adjust the magnetic strength by the buttons 121, 221, and 131, 231. .

After the preparation for cleaning as described above, proceed with the cleaning as follows.

There are many ways to proceed with cleaning, but basically do not force the cleaning guided by the handle portion 300, forcing the cleaning by looking at the situation such as fine dust or sting accumulated on the glass surface.

If the cleaning is no longer carried out due to the depletion of the wash water stored in the tank during the cleaning, the inner and outer cleaners 100 and 200 are returned to the original position to be cleaned by the handle 300 and then the washing water is returned. After supplying the washing water through the washing water inlet 301B of the connector 301, the cleaning proceeds again. At this time, be careful not to forget to turn off the switch 114.

After the cleaning is finished, the inside and outside cleaners 100 and 200 are returned to the position before cleaning by the handle part 300, and then the power switch 114 is turned off.

After the window cleaner 100 and the window cleaner 200 are separated from the glass window, the window cleaner 100 and the window cleaner 200 are kept in an insulated state so as not to be adsorbed by the magnet provided in the cleaner itself.

Then the adapter (115) is multiplied to the power.

In addition, the cleaning cloths 500C and 500C 'included in the inner discs 103 and 203 of the inside and outside cleaners 100 and 200 are replaced, the connection parts of the water hoses are checked, and whether the outside of each cleaner is clean. Check and store.

However, the present invention is not limited to the above embodiment and various modifications are possible.

1 is an overall perspective view of the windshield double-sided rotary cleaning and washing water automatic supply pump unit according to the present invention.

Figure 2 is an exploded perspective view of the rotary power drive, the power transmission device and the main force control unit configured in the window cleaner according to the present invention.

3 is a cross-sectional view of the rotary power drive unit, the power transmission device and the main force control unit according to the present invention.

Figure 4 is an operation relationship explanatory diagram of the automatic washing water supply pump unit according to the present invention.

4-1 is a state in which the piston in the washing water supply pump presses the spring in the seal holder by the pressure action of the cam constituted in the rotary power transmission device according to the present invention.

4-1A is a schematic explanatory diagram illustrated in FIG. 4-1.

4-2 is a state in which the position of the piston is raised by the spring restoring force of the injectable member inserted into the seal holder of the washing water supply pump according to the present invention;

Figure 4-3 is an enlarged view of the structure of the suction valve and the discharge valve configured in the washing water supply pump unit according to the present invention.

5 is an explanatory view of the overall sectional view of the inside and outside of the window cleaner and the magnetic force control unit according to the present invention.

5-1 is an explanatory diagram of FIG. 5.

Figure 5-2 is an enlarged cross-sectional view of the secondary magnetic force adjustment unit according to the present invention.

Figure 6 is also an explanatory view of the hose-pipe connector to the wash water channel according to the present invention.

Figure 7 is a cross-sectional view of the outer structure of the washing water supply pump unit according to the present invention.

8 is a window cleaning state in accordance with the present invention.

[Description of reference numerals for important parts of the drawings]

100 Window Cleaner 101 Fixture

101A Hole 101B Hole

102 Outer Disc 103 Inner Disc

110 Rotational Power Drive 112 Small Reduction Motor

112 A shaft 113 pinion gear

114 switch 115 adapter

120 Main magnetic force control 121 button

122 length screw 123 magnet

123A Reservoir 124 Female Thread

125 Information Box 126 Singer

127A upper jaw 127B lower jaw

128 Spring 130 Buoyancy Control

131 button 131A length screw pail

132 female thread 132A

133 magnets 134 rings

140 Automatic washing water supply pump 141 Seal

141A Guide 141A 'Guide

141B Guide Pin 141B 'Guide Pin

142 Piston 143 Spring

145 Suction Valve 145A Inlet Drainer

145B outlet waterway 145C adjustable ball

146 outlet 146A outlet waterway

146B Inlet Drainer 146C Adjustable Ball

147 Guide Pin 147 'Guide Pin

148 downward side 148 'downward side

150 Rotary Power Train 151 Spur Gears

152 Cam 152A Cam Turning Surface

160 Washing water supply section 161 Supply line

162 discharge line 162A discharge line

164 spray gun 200 out-of-window cleaner

201 Fixture 202 Outer Disc

203 Inner Disc 220 Main Magnetic Force Adjuster

221 button 222 length screw

223 magnet 223A burial box

224 female thread 225

226 Singing 227A Top Jaw

227B Lower Jaw 228 Spring

230 Buoyancy Controls 231 Buttons

231A Length screw barrel 232 Female thread

232A Receptacle 233 Magnets

234 fingertips 264 jet

300 handle 301 connector

301A Pin 301A 'Pin

301B hole 301C hole

302 connecting rod 303 handle tub

303A Handle 303B Countertop

400 Channels Ho-Su 500 Nairon Mesh

500 'Nairon Mesh 500C Cleaning Cloth

500C 'cleaning cloth 550 adsorption rubber part

551 adsorption rubber 552 string

Claims (7)

Window cleaner with a handle part: Each window cleaner is placed between the window cleaner and the glass window.

A handle tank for supplying the washing water, which is sucked and moved by the main force and the magnetic force provided at the same time, and rotates and is cleaned at the same time, and the washing water having the sieve cleaning function attached to the window cleaner: suctioning the washing water from the tank Handle tub tank for supplying the inside and outside of the window cleaner: Automatic washing water supply pump for sucking the washing water from the tank and supplying the inside and outside of the window cleaner: A main force that acts as a shaft function on the lower part of the center of the fixing unit configured in the window and the outside cleaner Outer part of female screw comprised in the adjusting part: Outer disc of the window cleaner provided with a cam and spur gear on the upper surface of the power rotation transmission device inserted into the shaft formed in the outer part of the female thread: But the external force adjusting portion at one end The outer disk which is shared by both the inside and outside of the window cleaner: And the bottom of the outer disk has a cleaning cloth And a rotational power drive unit having an inner disc configured to be detachably attached to the window cleaner, and vertically installing a small speed reduction motor at a rear portion of the holder configured in the window cleaner: an adsorption rubber provided in the middle of the channel arc-water connected to the window cleaner. Part: including a string tied to one end of the adsorption rubber to the out-of-window cleaner together with a channel arc-water The handle portion, It is configured to induce cleaning by being stuck to the window cleaner, The connector, the connecting rod and the handle barrel configured in the handle portion to be formed into a space, The handle portion is provided with a water tank function for injecting and storing the washing water, The connector configured in the handle portion is provided with a washing water inlet hole and a waterway hose inlet, Handle part attached to the window cleaner, characterized in that the washing water suction function and the cleaning induction function to share the washing water sucked through the water tank stored in the automatic washing water supply pump automatic supply pump to the window cleaner, The washing water automatic supply pump unit, Suction valve connected to the handle tank and the water hose hose is formed on one side of the seal cylinder, The discharge valve is formed on the other side of the sealer, The discharge valve is connected to the water supply hose hose and the supply pipe of the washing water supply distribution unit configured in the window cleaner, Seal holder for supplying the washing water to the window and the external cleaner through the two discharge pipes formed in the washing water supply distribution unit: restored by the spring of the elastic member inserted into the chamber and driven by rotation of the window cleaner Washing water automatic supply pump including a piston to pressurize the spring for the spring by the pressure action of the cam to suck out the washing water in the seal holder, The main magnetic force adjustment unit, The upper part is fixedly sewered at the center of the fixing stand which is constituted in the inside and outside of the window cleaner, and the upper surface is provided with a button for adjusting the magnetic force: The lower side of the length screw connected to the button is provided with a burial container in which a magnet is placed. , The female screw fastened to the length screw is provided with a guide tube formed on the outer surface of the buried barrel at the bottom side, the outer surface of the guide cylinder is provided to be in close contact with the nylon mesh, The female screw configured in the main force control unit is formed to have a rotating shaft function between the guide cylinder is provided at the base fixed to the fixed base, The main magnetic force control unit configured to insert and rotate the outer disk having a subordinate force control unit in the shaft formed on the female screw, the main magnetic force control unit having a shared shaft function and a suction force function for adjusting the magnetic force, The magnetic force adjustment unit, A subordinate force control unit is provided at one end of the outer disk, which is attached and bonded to the shaft formed on the external shape of the female screw included in the main force control unit, The length screw configured in the magnetic force adjustment unit is to be integral with the button for adjusting the magnetic force provided on the upper surface, the bottom side is provided with a length screw barrel in which the magnet is placed, The female screw coupled to the length screw of the length screw barrel is formed on the outer surface of the length screw cylinder, The subsidiary force control unit provided on the outer side of the outer disk of the window cleaner which is rotated by the drive of the window cleaner has the subsidiary force control unit provided on the outer plate of the window cleaner to be guided in rotation to obtain rotational cleaning from both sides of the glass window. Floating Force Control Unit, The rotary power drive unit, The small motor constituting the window cleaner is installed vertically fixed into the hole holed in the rear of the holder, The upper surface of the motor is provided with an adapter and a switch configured in the power supply unit, the bottom side is fixed to the pinion gear on the rotating shaft, And the pinion gear is rotated and cleaned by fitting with the spur gear of the outer disc attached and bonded to the shaft formed on the outer thread of the female screw configured in the main force control unit of the window cleaner. The method of claim 1, The upper part of the small reduction gear motor provided in the cleaner holder in the window is composed of a power supply, and the lower part of the rotating shaft is fixed pinion gear: The spur gear fitted to the pinion gear is provided with an outer disk which is rotated in contact with the shaft formed on the main force control unit of the window cleaner. A magnetic force adjusting portion is provided at one end of the outer disc outwardly: The magnetic force of the auxiliary force control unit provided in the window cleaner sucks the magnetic force of the secondary force control unit provided on the outer disk of the window cleaner, thereby inducing rotation to obtain rotational cleaning. The method of claim 1, The handle tank of the handle portion is replaced with a structure in which the washing water is stored, the handle portion of the window cleaner, characterized in that formed from an alloy resin material of the transparent body so that the use and storage amount of the washing water in the tank from the outside. The method of claim 1, The washing water supply distribution unit is provided in the window cleaner, The washing water supply distribution portion is formed into a rectangular space cylinder: one supply pipe and two discharge pipes are provided, The washing water suctioned and discharged by the reciprocating motion of the piston configured to the automatic washing water supply pump is introduced into the supply pipe, The washing water introduced into the supply pipe is supplied to the inside and outside of the window cleaner through two discharge pipes, Washing water supply distribution unit characterized in that the orifice is provided in the middle of the channel-water can be supplied to the window cleaner, the uniform washing water is supplied to the window cleaner. The method of claim 1, The adsorption rubber is provided in the middle of the water hose hose connected to the out-of-window cleaner, A strap connected separately between the adsorption rubber and the out-of-window cleaner is combined with a water hose to form a suction, and the out-of-window cleaner is handled in a glass window to be cleaned even if the out-of-window cleaner is locked, so as to be a safety device that does not damage the lower floor. Rubber part. The method of claim 1, The spring of the tangible member inserted into the shaft formed of the female screw outer portion formed in the main force control unit is: A spring-loaded device, which is inserted into the shaft to complete the action with the inner disk attached to the outer disk configured to be rotated in contact, so that the cleaning cloth contained in the inner disk smooths the interview on the glass surface and proceeds with cleaning. The method of claim 1, Seal chamber configured in the automatic washing water supply pump: To form a perforated rectangular guide hole reciprocating guide pins provided in the piston on the outer sides of the seal holder, The piston is fixed to the guide pin which is inserted into the guide hole on both sides of the outer side downward: Exterior structure of the automatic washing water supply pump portion characterized in that the piston makes a smooth reciprocating motion in the seal holder.

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