KR200443011Y1 - Automatic washing water supply window cleaner - Google Patents

Abstract

The present invention relates to a washing machine automatic supplying glass window washing machine which allows one side of the glass window to be cleaned while the other side of the glass window is cleaned. The cleaning water can be washed using the washing water supply pump provided in the main case by simply moving the handle when cleaning the glass window. The wiper is installed on the main and sub-cases to automatically open and close according to the movement of the main case to remove water droplets and debris from the glass window, and the cleaning cloth attached to the main and sub-case pallets from the window It is directed to a glass window washer that automatically absorbs an impact when in close contact with each other, facilitates desorption of the adsorption plate, and also freely adjusts the length of the handle when washing.

Windshield, Cleaner, Permanent Magnet, Thickness Control, Washing Water, Wiper

Description

Water automatic supply cleaner for glass window}

The present invention relates to an automatic washing water supply window cleaner in which washing water is automatically supplied.

The present invention relates to a glass window washer that automatically washes one side of the glass window to induce the other side to be cleaned at the same time, and is simply provided in the main case by a natural operation of cleaning the handle bar when the glass window is cleaned. The washing water is automatically supplied using the washing water supply pump, and the wiper provided in the sub-case is automatically opened and closed in accordance with the movement of the main case to remove water droplets and debris from the glass window, and to absorb shock when it is in close contact with the glass window. In addition, it is possible to proceed with a gentle cleaning, easy to release the adsorption of the adsorption plate, and also relates to the automatic washing water supply window cleaner that can freely adjust the length of the handle when washing.

The exterior walls of large homes and offices, including apartments, are usually equipped with opening and closing windows made of glass windows, which are always cleaned by mop or water when housewives or office users of the building are exposed to rain or wind. However, this is only for the inside of the glass window, the outside of the most can not clean or go to a professional window cleaning company, left unsightly appearance or bear a lot of cleaning costs.

In the case of apartments, the water is sprayed from high floors, and water splashes into the lower floors, causing the windows on the lower floors to become dirty, or, if the windows on the lower floors are open, the cleaning material flows into the house, causing frequent disputes between high and low floor residents. It was.

Thus, to improve this problem, many cleaners including the present applicant can shave the outside of the window, but many cleaners have not appeared yet.

The double-sided window cleaner has been proposed by the applicant (Registration Utility Model 20-0354918,20-0229125), which allows the gap between the permanent magnets to be adjusted according to the thickness of the window, but the user can change the washing water supplied when the window is cleaned. At this time, the sprayer or the hose connected to the faucet should be sprayed directly on the window surface (rainy day), and it is not easy to control the amount of water, which is cumbersome, and there is a problem that water droplets remaining after cleaning the window remain. .

In addition, the washing water supply method of the conventional window cleaner includes a washing water supply using water, a washing water supply method using a water motor pump installed in a water tank, a fixing method of a water tank to a window frame, and a washing water drop. It was unable to supply a certain amount of washing water, and consumed excessive water, and there were troublesome operation methods and troubles such as noise and electricity generation costs as well as difficult cleaning methods.

The present invention is to solve the problems as described above, by simply moving the handle up and down to receive a predetermined amount of washing water from the outside, so that the water droplets generated after cleaning the window does not occur, and the adsorption plate is easy to detach In addition, to provide a glass double-sided cleaner that can be easily adjusted the length of the handle.

The present invention for solving the above problems is formed on the upper part of the main, the sub-case wiper drive unit is provided with a fixed wiper and a rotary wiper to remove the water droplets of the glass window, and a plurality of injection holes are formed in the lower part of the wiper driver Injection part for spraying the washing water, the pallet formed in the lower part of the injection part, the buffer part is formed inside the main, sub-case and coupled with the pallet and to adjust the pallet up and down to relieve the impact of the glass window, the outer peripheral surface of the pallet Washing capture detachable portion formed in, the sub-case adsorption portion to be in close contact with the glass window, the washing water supply unit for supplying the washing water to the main case, the main water, and the case formed on one side of the washing water inlet connected to the injection port, the main case Is formed on one side of the washing water supplied from the washing water supply unit to supply the washing water to the injection hole Washing water control unit is connected to the washing water inlet to be connected to the main case rotatably connected to the handle and the handle formed on the outside of the washing water control unit and the handle is fastened to one end of the handle connecting portion Provide an automatic feed window cleaner.

As described above, the effect of the automatic washing water supply window cleaner according to the present invention will be described as follows.

First, when cleaning the glass window does not need an external motor for supplying the washing water, there is an effect of reducing the cost, the washing water supply method is simple, and only a certain amount of washing water is always supplied to reduce the waste of the washing water.

In addition, when pushing down the handlebar attached to the main case (in this case, the sub-case is guided together), the wiper is attached to the glass window to remove the washing water, which completely removes the water droplets and residues left after cleaning the glass window. The cleaning effect can be maximized, and the cleaning cloth is attached to the outside of the shock absorber so that it is buffered for a certain distance when it comes in close contact with the glass window, thereby reducing the impact and inducing soft cleaning. By increasing the stability and work efficiency of the work, the length of the handle is free to control the user can easily clean the glass window.

The present invention relates to an automatic washing water supply window washing machine capable of automatically washing both sides of the glass window by automatically supplying the washing water, and in particular, magnets are provided inside the main and sub-cases for cleaning the inner and outer sides of the glass window. It adheres magnetically to the surface, and the sub-case moves along the main case to clean both sides of the window, and it is combined with the magnet and the main and sub-cases to adjust the strength of the magnetic force. The wiper driving unit is formed at an upper end of the main and sub-cases to remove water droplets from the glass window. A plurality of injection holes are formed in the lower part of the wiper driving part to inject washing water; A pallet formed under the injection unit; A buffer part formed inside the main and sub-cases and coupled with the pallet, and controlling the pallet up and down to relieve the impact of the glass window; Washing capture detachable portion formed on the outer peripheral surface of the pallet; An adsorption part for allowing the sub-case to be in close contact with the glass window; Washing water supply unit for supplying the washing water to the main case; A washing water inlet formed on one side of the main and sub-cases and connected to the injection hole; Is formed on one side of the main case, the washing water control unit connected to the washing water inlet for receiving the washing water from the washing water supply unit to supply the washing water to the injection hole; A handle connecting part connected to the main case so as to be rotatable and formed outside the washing water control part; And, a handle bar fastened to one end of the handle bar connection part.

The washing water adjusting unit according to the present invention is a support that is fixed to the main case upper surface is fixed to the support, and the support is rotated and bent in a 'b' shape, one end of the lever is formed with a fastening projection, the groove is formed at one end The fastening protrusion of the lever is engaged and the other end is formed to include a wash water supply pump having a suction inlet connected to the wash water supply unit and an outlet connected to the wash water inlet, and a fixture for fixing the wash water supply pump to the main case.

The handle connecting portion is formed inside the handle connecting connector is fastened to insert the handle, characterized in that the engaging projection for lifting the lever from the lower side is formed to be rotatable on both sides of the handle connecting connector.

The wiper driving unit includes a wiper cover formed from the upper end of the main and sub-cases, a wiper bracket connected to the inside of the wiper cover, and a wiper fastened to the wiper bracket so that one end is in close contact with the glass window. In addition, the wiper driving unit is fixed to the wiper cover and the wiper bracket which is connected to the inside of the wiper cover and the wiper bracket and the wiper bracket which is connected to the wiper shaft and formed at the upper side of the window The wiper is in close contact with the end of the outer wiper bracket and the other end is characterized in that it comprises a connecting member connected to the adsorption unit.

On the other hand, the adsorption portion of the present invention is the adsorption plate guide hole formed in the pallet of the sub-case, the adsorption plate protruding to the adsorption plate guide hole to be in close contact with the glass, the pull string and one side connected to one side of the adsorption plate is drawn out The pull string is connected to the other side and the other side is formed with a grip jaw is elastically coupled to the sub-case and a central hole is formed, characterized in that it comprises an operating lever fastened through the long hole through the adjustment bolt of the sub-case .

The handle bar is formed to include an inner tube which is fastened to the handle bar connector and one side is open, the outer tube is provided with a gripping portion to hold directly by the hand and the adjusting tube connecting the inner tube and the outer tube, the adjusting tool is the inner side The first cam is provided on one side of the outer tube and the groove is formed in one side and is engaged with the opening of the inner tube and the outer side of the first cam thickens from one side to the other side, and rotates outside of the first cam. The second cam is provided with a thicker endothelial thickness from one side to the other side, the first cam and the second cam is released or tightened by the left and right rotation of the handle is formed so that the length of the handle can be adjusted It is done.

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

Looking at the configuration of the automatic washing water supply window cleaner of the present invention as shown in Figures 1 to 5, first is provided with a main case 100 for washing the inner surface (1a) of the glass window, the main case ( Corresponding to 100 is provided a sub-case 400 for washing the outer surface (1b) of the glass window (1). A magnet part 2 having a plurality of magnets is formed at one side of the center of the main and sub-cases 100 and 400 in a magnet housing 3 having a rectangular shape, and the magnet part 2 is located at the center of the magnet part 2. One end of the adjusting bolt (5) for adjusting the strength of the magnet by raising and lowering) is coupled, and the other end of the adjusting bolt (5) is fastened to the center of the main and sub-cases (100,400) and the end of the case (100,400) Protrudes to the outside and is fastened to the adjustment screw (6). Therefore, by rotating the adjustment screw 6 forward and reverse the magnet portion 2 coupled to the adjustment bolt 5 is raised and lowered to adjust the strength of the magnet.

As shown in FIG. 2, at the top of the main and sub-cases 100 and 400, wipers 111 and 411 are provided to completely remove water droplets or residues remaining on the surface of the window 1 after washing the window when washing the window 1. The provided wiper driving units 110 and 410 are formed.

The wiper driving parts 110 and 410 protrude outward from the upper ends of the main and sub-cases 100 and 400, and wiper covers 112 and 412 of flat plates are inclined from the upper portions of the case 100 and 400 to the bottom surface.

The wiper bracket 117 is fastened and fixed to the inside of the wiper cover 112 of the main case 100, and the fixed wiper 111 is tightly fixed to the windshield bracket 117 to remove water droplets or debris. do.

On the other hand, a wiper shaft 414 is formed inside the wiper cover 412 of the sub-case 400 corresponding to the main case 100, and a wiper having the wiper 412 fastened to the wiper shaft 414. The bracket 417 is fastened and mounted to be rotatable. In addition, one axis of the wiper bracket 417 is connected to the suction plate 462 to be described later by the connecting member 415, the wiper bracket 417 is rotated up and down in accordance with the movement of the suction plate 462, The wiper 411 moves up and down to remove residual water droplets or residue from the glass window.

That is, the adsorbing plate 462 to be described later in close contact with the water film is formed on the glass surface is configured to be moved back and forth in the sub-case 400 of the outer surface of the glass window guided in the symmetrical state by the main case 100. The adsorption plate 462 is fixed to the connection member 415 coupled to the wiper bracket 417 on the head, and the connection member 415 is adhered to the adsorption plate 462 formed in the sub-case 400 so as to be adhered to the main case. When the sub-case 400 is pushed up by the 100, the wiper 411 is pulled out by pulling the wiper bracket 417 when moving to the front side (upward or traveling direction) while maintaining a close contact with the water film formed on the suction plate 462. Move away from the glass surface, when the sub-case 400 is pushed down by the main case 100, the adsorption plate 462 is moved downward or backward while maintaining a close contact with the water film is formed and the wiper bracket 417 Push the wiper 411 is in close contact with the glass surface to remove water droplets or debris.

Hereinafter, as shown in FIG. 4, a plurality of injection holes 121 and 421 are formed below the wiper driving parts 110 and 410 of the main and sub cases 100 and 400, and injection parts 120 and 420 having nozzles (not shown) therein. ) Is formed. The injection parts 120 and 420 spray the washing water when the glass window 1 is washed.

Both ends of the injection unit (120,420) and the bottom side of the bottom surface of the main, sub-case (100,400) is provided with a wheel, the main, part, the case (100,400) is formed to be easily moved in the glass window (1).

Pallets 130 and 430 of a predetermined area are formed on the lower side of the injection unit 120 and 420, and a plurality of buffer holes 141 and 441 are formed inside the pallets 130 and 430, and the main and sub-cases ( The buffer rings 142 and 442 provided inside the 100 and 400 are protruded into the buffer holes 141 and 441 so that one end of the buffer rings 142 and 442 may be fastened to the buffer holes 141 and 441. And it is elastically coupled by the springs (143, 443) from one inner side of the main, sub-case (100, 400) to the inner surface of the pallet (130, 430), the pallet (130, 430) elastically reciprocating by the length of the buffer ring (142, 442) The pallet (130,430) is to be buffered to exercise.

The upper and lower outer portions of the pallets 130 and 430 are provided with washing caps 150 and 450 which can be attached to the washing cloths well. The cleaning capture detachable parts 150 and 450 are provided with a double sided nonwoven fabric or a macro tape such as a carpet, so that the cleaning cloth adheres well to the cleaning capture detachable parts 150 and 450 at a time and does not easily fall off.

On the other hand, the left and right ends of the pallet 430 central portion of the sub-case 400 protrudes from the elliptical suction plate guide hole 461 and the suction plate guide hole 461 so that the sub-case 400 is in the glass window 1. An adsorption part 460 having a synthetic resin adsorption plate 462 made of rubber material to be in close contact with each other is formed.

The adsorption part 460 is connected to one side of the elliptical adsorption plate guide hole 461 and the adsorption plate 462, the adsorption plate 462, the pull string 463, and one end of the pull string ( 463 is connected to the outside and a long hole 464a is formed at the center thereof, and an adjustment bolt of the sub-case 400 penetrates and is fastened, and the other end is provided with an operating lever 464 having a gripping jaw 464b formed therein. A spring 465 is fastened to one side of 464 to be connected to the sub-case 400.

That is, when pulling the holding jaw 464b of the operating lever 464, the pull string 463 connected to one end of the operating lever 464b is pulled, and the suction plate 462 connected to the pull string 463. One side of the ascending rises the air between the adsorption plate 462 and the glass window (1b) so that the adsorption plate (462) is easily dismantled from the glass window (1b).

On the other hand, one side of the lower surface of the main case (100,400) is formed with a washing hole inlet 170,470 into which the washing water flows, and flowing from the washing hole inlet (170,470) to the injection hole (121,421) in the case (100,400) A water channel formed as a tank is formed to move the wash water.

The lower side of the upper surface of the main case 100 is provided with a washing water control unit 180 for receiving the washing water from the washing water supply unit 500 provided to the outside and re-transmitting to the washing water inlets (100,470).

The washing water adjusting unit 180 is formed in the form of a yaw (凹) groove is mounted on both sides of the lower end of the upper surface of the main case 100 and the support holes (181a, 181b) formed in the upper fastening, and the support (181a, 181b) ) Is rotated up and down and is fastened to one end is formed with a fastening protrusion is provided with a lever (183, 184) bent in a 'b' shape.

The levers 183 and 184 are coupled to the vertical levers 183a and 184a in the vertical direction and the horizontal levers 183b and 184b in the horizontal direction.

In addition, one end is formed in the groove is engaged with the fastening projections of the vertical lever (183a, 184a), the other side is formed with the inlet (186a, 186b) and the outlet (187a, 187b), the cylinder and the piston is provided inside the body to air Washing water supply pumps 185a and 185b for sucking and discharging the washing water by compression are provided.

The washing water supply pumps 185a and 185b surround the bodies of the washing water supply pumps 185a and 185b and are fixed to the main case 100 by fixing rods 189a and 189b mounted to the main case 100. .

Therefore, when the horizontal lever (183b, 184b) is rotated up and down, the vertical lever (183a, 184a) fastened to the groove of the washing water supply pump (185a, 185b) to the washing water supply pump (185a, 185b) It compresses and expands to inhale and discharge the wash water.

Washing water adjusting unit 180 including the support 181, the levers (183, 184), the washing water supply pump 185, and the fixing stand (189) are provided on the left and right sides of the main case 100, respectively. Wash water control unit (left), second wash water control unit (right)

The first suction opening 186a of the first washing water supply pump 185a and the second suction opening 186b of the second washing water supply pump 185b are connected by an external washing water supply unit 500 and a lake, and the first washing water supply pump The first outlet 187a of 185a is connected to the washing water inlet 170 of the main case 100, and the second outlet 187b of the second washing water supply pump 185b is the washing water inlet of the subcase 400. 470 is connected.

On the other hand, the main case 100 is fastened so as to be rotatable on both sides of the central part, and the handle bar connecting portion 200 whose lower part is opened to surround the washing water control unit 180 provided in the main case 100 from the outside is the main part. It is formed in the center of the case 100 over the bottom.

In the center of the handle connecting portion 200, the handle holder fastener 210 is formed so that the handle holder 300 can be fastened, and the left and right sides of the handle holder fastener 210, respectively, the washing water adjusting unit 180. ) Is seated, and long rods protrude to the center of the main case 100 at both ends of the handle replacement fastener 210 so as to be rotatable to the main case 100.

In addition, on both sides of the handle replacement fastener 210, the protrusion 220a across the space between the first and second horizontal levers 183a and 183b and the first and second wash water supply pumps 185a and 185b. 220b is protruded.

The locking projections 220a and 220b are positioned on both sides of the handle replacement fastener 210, and are rotated 90 degrees about the fastening shaft, and the horizontal lever 1183b and 184b is usually used to push up the horizontal lever 183b and 184b. 183b and 184b, and in some cases, when placed above the horizontal lever 183b and 184b, the locking protrusions 220a and 220b are built into the handle replacement fastener 210 and have a structure to be restored to its original shape. .

Accordingly, when the handle 300 is fastened to the handle connector 210 formed in the handle connecting portion 200 and lifts the handle 300, the handle connecting portion 200 is upward. As the handle bar connection part 200 rotates, the locking protrusions 220a and 220b formed on the handle bar connection part 210 are rotated by the first and second wash water control parts 180a and 180b. The second horizontal lever levers 183b and 184b are lifted together to compress the air inside the first and second wash water supply pumps 185a and 185b to automatically suck and drain the washing water.

When the horizontal levers 183b and 184b are excessively lifted, the locking protrusions 220a and 220b are separated from the ends (limits) of the horizontal levers 183b and 184b. When the locking projections 220a and 220b return after the separation, the locking projections 220a and 220b rotate from the top to the lower portion of the horizontal levers 183b and 184b about the fastening shafts, so that the horizontal levers 183b and 184b are rotated. After passing through the locking projections (220a, 220b) to the original state.

On the other hand, as shown in Figure 5, the handle 300 is the inner tube 310 is fastened to the handle connecting hole 210, the user grips the hand 330 and the inner tube 310 directly by hand And an outer tube 320 fastened between the gripping portion 330 and the inner tube 310 is inserted into the outer tube 320 by sliding into the inner tube 320. The inner tube 310 and the outer tube 320 is connected by the adjustment sphere 340 to adjust the.

The adjustment hole 340 of the handle 300 is formed on the outer side of the inner tube 310, one side is open and the first cam 341, the groove is formed on one side, and the second cam (in the cap of the outer end) 342 is provided, the first cam 341 and the second cam 342 is released or tightened by the left and right rotation of the handle 300, the inner tube 310 to the outer tube 320 The sliding insert is formed to enable the length adjustment of the handle 300.

That is, an unevenness is formed at one side of the first cam 341, and is integrally rotated by being engaged with the inner tube 310 which is open at one side, and the unevenness of the first cam 341 is met. A piece is provided with a second cam 342 having a jaw formed thicker than the thickness of the outer circumferential surface of the first cam 341. When the outer tube 320 is rotated about 90 degrees, the first cam 341 and the first cam are formed. When the two cams 342 are rubbed and tightened, and the reverse side of the outer tube 320 is rotated by about 90 degrees, the first cams 341 and the second cams 342 that are tightened are pulley handles ( The length of 300) can be adjusted.

6 is a state diagram showing an embodiment according to the present invention.

First, the user puts the washing water or water in the washing water supply unit 500.

The washing water supply unit 500 has one inlet 510 into which the washing water is injected into a bucket (washing water bottle) containing the washing water and outlets 520a and 520b respectively formed at the left and right sides of the inlet.

The bucket is equipped with a strap so that the user can hang it on the shoulder or the wall.

When the water is contained in the water tank, the user attaches the cleaning cloth or cloth to the cleaning trapping portions 150 and 450 formed on the pallet 130 and 430 of the main and sub-cases.

Macrotape (nonwoven fabric) and the like are attached to the cleaning attachment and detachment parts 150 and 450 so that the user can easily attach and remove the cleaning cloth.

 After attaching the cleaning cloth to the main and sub-cases (100,400), operate the handle three to four times up and down before being in close contact with the glass window, after confirming whether the washing water is injected into the injection part of the main, sub-cases and the sub-cases (400) is in close contact with the outer surface (1b) of the glass window (in this case, it is also checked whether the adsorption plate of the sub-case is in close contact with the water film state.) The adsorption plate 462 provided inside the sub-case 400 ) Presses the center portion of the sub-case 400 so as not to stick to the glass window (1b).

Then, when the sub-case 400 is stuck to the glass window 1b, the main case 100 is in close contact with the inner side 1a of the glass window 1, that is, the surface facing the sub-case 400. The main and sub-cases 100 and 400 are brought into close contact with the glass window 1 by magnets provided therein, and the main and sub-cases 100 and 400 are moved together by the strength of the internal magnets of the main and sub-cases 100 and 400. As the pallets 130 and 430 of the 100 and 400 are pushed into the interior by the buffer parts 140 and 440, the wheels and the cleaning cloth of the main and sub-gauges 100 and 400 are brought into close contact with the surface of the glass window 1.

When the main and sub-cases 100 and 400 are in close contact with the glass window 1 and are ready for washing, the handle 300 of the main case 100 is rotated to adjust the length according to the user's body.

Thereafter, the holding part of the handle 300 of the main case 100 is wrapped and the main case 100 is pushed up and down and left and right to clean the glass window 1.

At this time, to raise the handle 300 in order to spray the wash water in the desired position. When the handle 300 is raised, the horizontal projections 183b of the first and second levers 183 and 184 of the first and second levers 183 and 184 provided in the washing water adjusting unit 180 are disposed in the handle protrusions 200a and 220b of the handle 200. , 184b) to drive the washing water supply pumps 185a and 185b to deliver a predetermined amount of washing water to the injection holes 121 and 421 of the main and sub-cases 100 and 400, and in the washing water supply pumps 185a and 185b. It will be sucked back by the amount of flushed water.

Accordingly, when the handle 300 is lifted during the washing, the washing water is automatically supplied from the external washing water supply unit 500 formed as a bucket to the injection units 120 and 420 of the main and sub-cases 100 and 400.

The initial stage in the main and sub-cases (100, 400) uses the air pressure principle to fill the washing water in the washing water supply pumps (185a, 185b) cylinder and the supplied washing water is based on the principle of Pascal as the nozzles of the injection unit (120,420). It is ejected through the injection holes 121, 421 provided in the injection unit (120, 420).

When the glass window is washed using the washing water, the glass window (1) is left with water droplets, residual washing water, etc., so that the neat cleaning may not be performed, and the present invention provides a wiper driving unit (110,410) at the top of the main and sub-cases (100,400). When the main and sub-cases 100 and 400 are advanced, the wipers 111 and 411 of the wiper driving units 110 and 410 fall off the surface of the glass window, and when the main case 100 is pulled out, the sub-case 400 is also pulled out. Since the wiper (111,411) is in close contact with the surface of the glass window, the water droplets and residual residues remaining on the surface of the glass window are swept away.

When the washing of the glass window 1 is completed, the suction plate 462 of the sub-case 400 is pulled to separate the suction plate 462 from the glass window.

1 is a fastening view of the main case of the automatic washing water supply window cleaner according to the present invention

Figure 1a is a block diagram of the washing water control unit according to the present invention

1b is a block diagram of a washing water supply pump of the washing water control unit according to the present invention

2 is an internal cross-sectional view of the main, sub-case according to the present invention

3 is a plan view of a sub-case according to the present invention

Figure 4 is a bottom view of the subcase according to the present invention

5 is a fastening state diagram and cross-sectional view of the handle of the automatic washing water supply window cleaner according to the present invention

6 is a state of use of the automatic washing water supply window washing machine according to the present invention.

<Explanation of symbols for main parts of the drawings>

1: glass window 2: magnet

3: magnet housing 5: adjustment bolt

6: adjusting screw 100: main case

400: subcase 110,410: wiper drive unit

111,411: Wiper 112,412: Wiper Cover

114,414: Wiper Shaft 117, 417: Wiper Bracket

120,420: injection part 121, 421: injection hole

130,430: Pallet 140,440: Shock Absorber

141,441: buffer hole 142,442: buffer ring

143,443: Spring 150,450: Washing detachable part

151,451: washing cloth 460: adsorption part

461: Suction plate guide 462: Suction plate

463: pull string 464: operating lever

464a: long hole 464b: gripping jaw

465: connection member 170,470: washing water inlet

180: washing water control unit 181: support

183,184: lever 185: washing water supply pump

186: inlet 187: outlet

189: holder 200: handle bar connection portion

210: handlebar connector 220: locking projection

300: handle 310: inner tube

320: outer tube 330: gripping portion 340: adjuster 341: first cam 342: second cam

Claims (8)

The main and sub-cases for washing the inside and the outside of the glass window are provided with magnets on both sides of the glass window magnetically, and the sub-case moves along the main case to clean both sides of the glass window, the magnet and the main, In the glass window washer is provided with an adjustment bolt and an adjustment screw coupled to the sub-case to adjust the strength of the magnetic force, A wiper driver formed at an upper end of the main and sub-cases to remove water droplets from the glass window; A plurality of injection holes are formed in the lower part of the wiper driving part to inject washing water; A pallet formed under the injection unit; A buffer part formed inside the main and sub-cases and coupled with the pallet, and controlling the pallet up and down to relieve the impact of the glass window; Washing capture detachable portion formed on the outer peripheral surface of the pallet; An adsorption part for allowing the sub-case to be in close contact with the glass window; Washing water supply unit for supplying the washing water to the main case; A washing water inlet formed on one side of the main and sub-cases and connected to the injection hole; Is formed on one side of the main case, the washing water control unit connected to the washing water inlet for receiving the washing water from the washing water supply unit to supply the washing water to the injection hole; A handle connecting part connected to the main case so as to be rotatable and formed outside the washing water control part; And, Washing water automatic supply glass window cleaner comprising a; a handle bar fastened to one end of the handle connecting portion. The method of claim 1, The washing water control unit, A support fixed to one side of the main case upper surface; Is fastened to the support is rotated, bent in a 'b' shape, one end of the lever formed with a fastening protrusion; A washing water supply pump having a groove formed at one end thereof to engage the fastening protrusion of the lever, and at the other end thereof, an inlet connected to the washing water supply unit and an outlet connected to the washing water inlet; And Automatic washing water supply window cleaner comprising a; fixing the washing water supply pump to the main case. The method according to claim 1 or 2, The handle connecting portion, A handle connector is formed at the center of the handle, and the handle is inserted and fastened. The washing protrusion is formed to be able to move in and out of the handlebar connector from both sides of the handlebar connector so as to lift up one end of the lever. Supply windshield washer. The method of claim 1, The wiper drive unit, A wiper cover formed from the upper end of the main and sub-cases to the outside; A wiper bracket connected to the inside of the wiper cover; And And a wiper having one end fixed to the windshield and fastened to the wiper bracket. The method according to claim 1 or 4, The wiper drive unit, A wiper cover formed from the upper end of the main and sub-cases to the outside; A wiper shaft connected to the inside of the wiper cover; A wiper bracket connected to the wiper shaft to rotate; A wiper having one end fixed to the windshield by being fastened to the wiper bracket; And And a connection member connected to one end of the outer periphery bracket and the other end connected to the adsorption unit. The method of claim 1, The adsorption unit, Suction plate guide hole formed on the pallet of the sub-case; A suction plate protruding from the suction plate guide hole to be in close contact with the glass surface; A pull string connected to one side of the suction plate and drawn out; And One side is connected to the pull string, the other side is a grip jaw is formed is elastically coupled to the sub-case, the central hole is formed in the center of the adjustment bolt of the sub-case through the operating lever fastened; includes; Automatic washing water supply window cleaning machine, characterized in that. The method of claim 1, The handle is, An inner tube fastened to the handle connector and open at one side thereof; An outer tube having a gripping portion held directly by hand; And Automatic water supply glass washing machine comprising a; adjustment mechanism for connecting the inner tube and the outer tube. The method of claim 7, wherein The adjustment tool, A first cam provided at one end of the inner tube and formed at one side thereof with a recess formed therein, which is engaged with the opening of the inner tube, and the thickness of the outer skin becomes thicker from one side to the other side; A second cam that rotates outside of the first cam and has a thicker endothelial thickness from one side to the other side; and the first cam and the second cam are loosened or tightened by left and right rotation of the handle to provide the handle. Automatic washing water supply window cleaner, characterized in that the length of the stand can be adjusted.

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