KR20110005995A - Outside window cleanner of sliding door - Google Patents

Abstract

PURPOSE: An outdoor window cleaner of a gliding window is provided to enable a cleaner to clean the wide surface of outdoor window by moving up and down as rotating a roller. CONSTITUTION: An outdoor window cleaner of a gliding window is comprised of a transferring block(1a), a slide(2a), a wiper(3), a leaf spring(4a), a screw(4b), a bracket(5a) and a wire(7a). The transferring block is installed in a window frame and is moved up and down. The transferring block is contacted on recessed groove or groove side between a windowsill and a window frame. The transferring block is moved to up and down by rotation. The slide supports the wiper and moves left and right. The plate spring and a screw adhere the wiper to a glass window. If the form of a window frame is different, the bracket always maintains the contact of a roller and stabilized the movement of up and down. The wiper moves the wiper to left and right.

Description

Outdoor Window Cleaner of Sliding Door

The present invention is installed in the window frame in the interior of the window frame 1a: Figure 1a: moving block 1a: 2g: screw, Figure 2c: plate, 2d: pin, 2e: nut, 2b: Bracket, 2f: Screw, Fig. 2a: Slide, Fig. 5i: Screw, 2h: Clasp, 2j: Pin, 2k: Assembled with nuts and Fig. 4a: Plate spring, 4b: Screw close to the glass window Fig. 3 relates to an outdoor window cleaner of a sliding window for cleaning an outdoor window surface by a wiper. First, the window is opened, and the 1a: transfer block of FIG. 5, 1b: when the handle is rotated, 1c: screw presses 1d: block in FIG. 5, 1d: 1f: roller assembled in the block is guided to the 1m: guide pin of FIG. The 1k: rolla of Figure 5 assembled in 1a) is pressed against the opposite window frame. In Fig. 1, the wiper is energized by the 4a: leaf spring. In Fig. 5, the 1f: roller and 1k: roller are in close contact with the window frame and the wiper 3 is also in close contact with the window glass. To move left and right of the wiper 3, in Fig. 4, 5b: right block, bracket 5a, 5c: left block and through the holes of the left block, slide 2a of Fig. 5 is provided with 7e: screw and 7f: nut. At the first stage of the slide 2a, 7b: screw and 7f: nut 7b: assembled with brackets 7d: rollers are rotated again, and Fig. 5c: left block, brackets 5a, 5b: right block holes Pulling one line of the wire 7a assembled in this way rotates about 7d: roller of FIG. 5, and moves the 2nd stage of the slide 2a assembled with 7e: screw and 7f: nut to move the 2nd stage of the slide 2a. 2i: Screw, 2h: Clasp, 2j: Pin, 2k: Wiper (3) assembled with nut is moved to select the cleaning position.

6b of FIG. 3, when water is supplied from the outside through the water supply port, 6a: is injected into the glass window from the nozzle 6c: through the water supply pipe, and 1h of FIG. 5 is used to move the glass window surface in the room using the handle of the present invention. The present invention relates to an outdoor window cleaner for sliding windows, characterized by being capable of cleaning, and in order to make Shanghai East more stable, by adding a function of 5d: Roller of FIG. 4f of FIG. 4 adds the function of the roller to rotate in contact with the side surface of the window frame groove so as to be installed on the window frame between the window frame and the window frame and support the window frame so as to stably move.

It can be installed on the left or right side of the window, and if the window can not be cleaned at a time because the window surface is wide, half of the window surface is installed on the left side and the other half is installed on the right side for cleaning. 7a of Figure 1 can be selected using the wire can be cleaned every corner of the outdoor window surface, easy to operate and can quickly and easily wipe a wide window surface.

In the case of conventional magnetic vacuum cleaners, the area of cleaning is small and many windows of foreign substances have to be used several times. Therefore, the working efficiency decreases, and the cleaning is always carried out with anxiety that the magnet may fall off. The width between the narrow can not be used, there is no support of the vacuum cleaner mechanism because of the unstable contact with the glass window when cleaning it is necessary to improve.

The present invention is to solve the above-mentioned problems, installed in the window frame or between the window frame and the window frame to support the window frame and the window frame to move the shanghai by cleaning the rotation and can be cleaned safely indoors large outdoor glass window It can be cleaned and clean between the window and the railing while the vacuum cleaner contact the glass surface stably without interference.

The present invention is installed in the window frame in the interior of the window frame 1a: Figure 1a: moving block 1a: 2g: screw, Figure 2c: plate, 2d: pin, 2e: nut, 2b: Bracket, 2f: Screw, Fig. 2a: Slide, Fig. 5i: Screw, 2h: Clasp, 2j: Pin, 2k: Assembled with nuts and Fig. 4a: Plate spring, 4b: Screw close to the glass window Fig. 3 relates to an outdoor window cleaner of a sliding window for cleaning an outdoor window surface by a wiper. First, the window is opened, and the 1a: transfer block of FIG. 5, 1b: when the handle is rotated, 1c: screw presses 1d: block in FIG. 5, 1d: 1f: roller assembled in the block is guided to the 1m: guide pin of FIG. The 1k: rolla of Figure 5 assembled in 1a) is pressed against the opposite window frame. In Fig. 1, the wiper is energized by the 4a: leaf spring. In Fig. 5, the 1f: roller and 1k: roller are in close contact with the window frame and the wiper 3 is also in close contact with the window glass. To move left and right of the wiper 3, in Fig. 4, 5b: right block, bracket 5a, 5c: left block and through the holes of the left block, slide 2a of Fig. 5 is provided with 7e: screw and 7f: nut. 1b of the slide 2a is assembled with 7e: screw and 7f: nut, 7b: bracket 7d: roller, and then back to Fig. 4c: left block, bracket 5a, 5b: right block hole. Pulling one line of the assembled wire 7a rotates about 7d: roller of FIG. 5, and moves two stages of the slide 2a assembled with 7e: screw and 7f: nut to the second stage of the slide 2a. 2i: Screw, 2h: Clasp, 2j: Pin, 2k: Wiper (3) assembled with nut is moved to select the cleaning position. 6b of FIG. 3, when water is supplied from the outside through the water supply port, 6a: is injected into the glass window from the nozzle 6c: through the water supply pipe and 1h of FIG. It relates to an outdoor window cleaner of a sliding window, characterized in that it can be cleaned.

When the wiper 3 moves upward, the water supply of the window glass is wiped up by the wiper 3, and when the wiper 3 is downward, the 8a: cam 8b: screw of FIG. 2 is prevented to prevent the water supply from flowing above the window. 8c: Assemble to wiper 3 with nut and move the wiper 3 upward to touch the window frame. 8a: Cam is in contact with window frame using step of window glass and window frame. 8a: Wiper by cam shape. The water supply (3) that has been removed from the glass surface and wiped up by the wiper (3) flows first before the wiper (3) descends downward so that the water does not flow from the top after cleaning.

In order to stabilize the shangdongdong 1a: Figure 1a: the transfer block is in contact with the window frame groove to move up and down 5d: the roller of Figure 3 is added to close the window installed with the transfer block to be in contact with the window frame groove to rotate.

In another way, in order to stabilize the shangdongdong 1a: Figure 1a: the transfer block is in contact with the window frame groove side to move up and down 5f: Add a roller in Figure 4 to close the window installed with the transfer block is in contact with the window frame groove side Allow it to rotate.

Even if there is a difference in the shape of the window frame according to the window frame makers, the 5d: roller of Fig. 3 and the 5f: roller of Fig. 4 always rotate in contact with the side of the window frame groove and the side of the window frame groove. Then, the bracket 5a is guided to the 5e: pin and moved back and forth, so that the 5d: roller of FIG. 3 and the 5f: roller of FIG. 4 assembled to the bracket 5a can rotate in contact with the window frame groove and the side of the window frame groove. do.

In another vertical movement method of the present invention, 1f: roller and 1k: roller of FIG. 5 that are in contact with the side of the window frame are rotated in contact with the window glass as shown in FIG.

The present invention can safely clean a wide surface of the outer window surface at a time in the room and anyone can easily and safely wipe every corner of the glass window in a short time.

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

The present invention is divided into the following functions.

1a ～ 1L: vertical movement and close contact with window frame

2a to 2k: Wiper support function

3: Wiper (cleaning tool)

4a ～ 4b: adhesion of wiper window glass

5a-5L: Window frame groove and window frame groove close contact

6a ～ 6e: Water supply function

7a to 7f: left and right movement function

8a to 8c: Wiper ascent function

Looking at the configuration of the present invention

1 is a representative outline of the present invention

Installed in the window frame or installed in the shanghai dong or window frame and contacting the window frame groove or the side of the window frame groove between the window frame and the window frame to move up and down in rotation 1a: Transfer block, 3: 2a for wiper support and left and right movement , 3a wiper, 3a wiper, 3a for wiping the window surface of the wiper, 4a: plate spring, 4b: screw, 5a to keep the roller stable even when there is a difference in the shape of the window frame. Bracket, 3: 7a for wiper movement.

FIG. 2 is a top projection of FIG. 1

5, 1L for fixing the block, 2L for fixing the plate, 2g for fixing the plate 2c, 8a of the wiper ascending function for flowing down the feed water during the upward movement of the wiper, cam, 8b, and 8c: Consists of nuts.

3 to the bottom projection of FIG.

6b: water supply port, 6a: water supply pipe, 6c: nozzle, 6a: water supply port for supplying water from the outside, 6d: clamp, 6e: screws, 5d for rotational movement in contact with the window frame groove: It consists of a roller and a 5d: pin for supporting the roller and guiding the left and right movement of the bracket 5a, and a 1m: guide pin for vertically guiding the 1f: roller in FIG.

4 is a left side view of FIG.

5b: right block, 5c: left block, 5j: screw, contact with the side of the window frame groove to support the bracket (5a) in contact with the side of the shanghai window frame groove and the window frame groove of the present invention to stabilize the shandong 5f: roller for stabilizing movement, and rollers in contact with the window frame groove and groove side at all times, even when the shape of the window frame is different, 5h: handle, 5g: screw, 5i: spring pin.

5 is a cross-sectional view A-A of FIG.

To describe in detail of the present invention

1b: handle, 1c: screw, 1d: space, 1e: block, 1f: roller, 1g: stop ring, 1j: block, 1k: roller, transfer block The user can grip 1h: handle, 1i: screw, transfer block 1a and 2b: bracket 2c: plate, plate spring 4a for assembling the plate spring 4a, wiper 2b: bracket, 2d: pin, 2e: nut, 2f: screw, slide (2a) and 2i: screw (2h: clasp, 2j) to secure the wiper (3) : Pin, 2k: nut, slide 2a, to move left and right, a strand of wire (7a) of Figure 4b 5b: right block, bracket (5a), 5c: the left block passes through the holes ( 2a) 2nd stage is assembled with 7e: screw, 7f: nut, and slide (2a) 1st stage is wound with 7e: screw, 7f: nut 7b: bracket and 7d: pin 7c: roller Figure 4 when the 5c: are assembled through the hole in the right block: the left block, the bracket (5a), 5b.

6 is a cross-sectional view B-B of FIG.

The front of the window frame is shown to show the contact of the 5L: roller assembled to the 5k: pin.

FIG. 7 illustrates a method in which the 1f: roller and the 1k: roller of the transfer block 1a are in contact with the side of the window frame and move in contact with the window glass in another method of moving in the present invention.

8 is composed of a first step, a second step of the slide shape is possible to move left and right.

9 is a wiper shape stepped to avoid interference with the opposite window frame in the window open state using the window frame and window glass step.

10 is an exemplary view of using the window shangdong of the present invention.

11 is an exemplary view of the window seat use of the present invention.

12 is an exemplary view of the window right side use of the present invention.

Looking at the assembly of the present invention

In Fig. 5, a female screw is machined into the transfer block 1a to assemble a male screw 1c: screw, and a 1c: a screw is drilled to assemble a screw 1b: a handle. 1c: Machine the stop ring at the other end of the screw, assemble 1d: space, 1e: block, 1g: stop ring, and 1e: machine the female thread on the block to assemble 1f: roller, and make a hole in the transfer block (1a). After processing, thread 1e: female thread to the block and assemble the 1m: guide pin.

1h: The handle is machined with a hole in the transfer block 1a and assembled with 1i: screw.

The 1j: block is machined with a hole in the transfer block 1a, the 1j: block is machined with a female screw, and the 1L: screw is assembled into FIG. 2, and the 1j: block is machined with a female screw.

In FIG. 5, the female block is machined in the transfer block 1a, and 2c: the plate is machined with holes, and 2g: screw is assembled in FIG. 2, and in FIG. 5, 2b: the bracket is machined with holes, and 2c: the plate is machined with holes. Assemble with pin and 2e: nut. Holes are drilled in the first stage of the slide (2a), and 2b: female threads are machined into the brackets, and 2f: screws are assembled.

In Fig. 1, 4a: the plate spring is machined with a hole at one end, and a female screw is machined in the plate 2c, and 4b: screw is assembled, and the other end touches the wing of the bracket 2b so that the center of the 2d: pin of Fig. 5 is centered. Compression force acts on the wiper 3 and restricts the rotational angle by the compression force to the assembly interval of 2b: bracket and 2c: plate.

In Fig. 5, 2h: the clasp is machined with a female screw, a hole is formed at the end of the second stage of the slide (2a), and 2i: a screw is assembled. Into the hole.

In Fig. 2, a hole is drilled in the 8a: cam and a hole is drilled in the wiper 3, whereby 8b: screw and 8c: nut are assembled.

In Fig. 4, 5b: right block and 5c: left block protrude into the transfer block 1a by machining a groove in the transfer block 1a. Assemble to one hole of bracket (5a), assemble the roller (5d) and the other hole of bracket (5a). 5L: Roll assembled 5k: Pin and bracket 5a: 5e: Pin inserted into brackets 5b: Right block and 5c: Left block into the machined holes and 5j: Screw 5b: Right block and 5c: Assemble the left block.

5f: The roller is assembled to the female thread of the bracket 5a.

5g: One end of the screw is machined with a hole 5h: The handle is inserted, the center is dug a groove into the bracket (5a), 5i: Spring pin is bound and the other end is machined with a male screw to Assemble

In FIG. 5, the wire 7a is assembled with 7e: screw and 7f: nut at the two ends of the slide 2a of FIG. 5 through the holes of 5b: right block, bracket 5a, and 5c: left block of FIG. At the first stage of the slide (2a), 7e: screw, 7f: nut 7b: bracket and 7d: pin 7c: rolled up and rolled again, Figure 5c: left block, bracket 5a, 5b: right Assemble through the hole in the block.

In Fig. 3, the internal thread is machined in the transfer block 1a for water supply from the outside, and 6b: the water supply port is assembled and the hole is machined on the opposite side. . 6c: The nozzle is assembled and fixed to the cam 8a with the clamp 6d: and the screw 6e: and the coil 6a: the water supply pipe is configured to move together when the two ends of the slide 2a move left and right.

When explaining the window cleaning operation by the wiper (3) indoors

Figure 1a: the transfer block is made in the U-shape to open the window to open the window frame 5L in Figure 6: contact the roller 1a: insert the transfer block 1b in Figure 5: 1c: handle by rotating the screw 1c: the transfer block It works with the female screw of (1a) to close the 1e: block of FIG. 5 and the 1f: roller assembled to the 1e: block is guided by the 1m: guide pin of FIG.3 to the window frame and on the opposite side of the transfer block 1a. The assembled 1k: rolla of Figure 5 is in close contact with the window frame opposite surface. In Fig. 1, the wiper is powered by a 4a: leaf spring so that in Fig. 5, the 1f: roller and 1k: roller are in close contact with the window frame and the wiper 3 is also in close contact with the window glass. To move left and right of the wiper 3, in Fig. 4, 5b: right block, bracket 5a, 5c: left block and through the holes of the left block, slide 2a of Fig. 5 is provided with 7e: screw and 7f: nut. 1b of the slide 2a is assembled with 7e: screw and 7f: nut, 7b: bracket 7d: roller, and then back to Fig. 4c: left block, bracket 5a, 5b: right block hole. Pulling one line of the assembled wire 7a rotates about 7d: roller of FIG. 5, and moves two stages of the slide 2a assembled with 7e: screw and 7f: nut to the second stage of the slide 2a. 2i: Screw, 2h: Clasp, 2j: Pin, 2k: Wiper 3 assembled with nut moves to select cleaning position.

Pulling the opposite strand of the wire (7a) can be moved in the opposite direction to select the cleaning position on the window surface.

In FIG. 3, 6b: water is supplied from the outside through the water supply port, and 6a: water is injected from the nozzle to the window glass through the water supply pipe. In Fig. 5, when the user grasps the handle and moves the present invention up and down, the window glass is cleaned by the wiper 3 in close contact with the window glass. When the wiper 3 moves upward, the water supply of the window glass is wiped up by the wiper 3, and when the wiper 3 moves downward, the 8a: cam 8b: screw, 8c of FIG. : Assemble to wiper (3) with nut, and move the wiper (3) upward and touch the window frame. 8a: Cam is in contact with window frame using step of window glass and window frame. 3) is removed from the glass surface and wiped up by the wiper (3) to let the water flow down.

In order to stabilize the shangdong, 1a of Figure 1: the transfer block is in contact with the window frame groove and moved up and down to add 5d: roller of Figure 3 to close the window installed with the transfer block (1a) can be rotated in contact with the window frame groove Make sure

In order to make the shandong more stable, Figure 1a: the transfer block is in contact with the window frame groove side to move up and down 5f: add a roller of Figure 4 to close the window in which the transfer block (1a) is installed to contact the window frame groove side Allow it to rotate.

The shape of the window frame varies among window frame manufacturers, and even if there is a difference in the shape of the window frame, the 5d of the roller and the 5f of the roller of FIG. 4b is a bracket assembled with 5e: pin on the right block and 5c: left block by turning the screw 5g: screw with 5i: handle by using a knob. 5a) is guided to the 5e: pin and moved back and forth so that the 5d: roller of Fig. 3 and the 5f: roller of Fig. 4 assembled to the bracket 5a can always rotate in contact with the side of the window frame groove and the window frame groove.

In another vertical movement method of the present invention, 1f: roller and 1k: roller of FIG. 5 that are in contact with the side of the window frame are rotated in contact with the window glass in FIG.

1 is a plan view of the present invention

Figure 2 is a top projection of Figure 1 of the present invention

Figure 3 is a bottom projection of Figure 1 of the present invention

4 is a left side view of FIG. 3 of the present invention;

5 is a cross-sectional view A-A of FIG. 3 of the present invention;

6 is a sectional view B-B of FIG. 3 of the present invention;

Figure 7 is a window glass contact rotation Shanghaidong method in the present invention

8 is a slide shape view

9 is a wiper shape view

10 is an illustration of using Shanghai East of the present invention

11 is an exemplary view of the use of the window seat Shanghai East of the present invention

12 is an exemplary view of using the window right side Shanghaidong of the present invention

Description of the Related Art

1a: Transfer block, 1b: Handle, 1c: Screw, 1d: Space, 1e: Block, 1f: Roller, 1g: Stop ring, 1h: Handle, 1i: Screw, 1j: Block, 1k: Roller, 1L: Screw, 1m: Guide pin

2a: Slide, 2b: Bracket, 2c: Plate, 2d: Pin, 2e: Nut, 2f: Screw, 2g: Screw, 2h: Clasp, 2i: Screw, 2j: Pin, 2k: Nut

3: wiper

4a: leaf spring, 4b: screw

5a: bracket, 5b: right block, 5c: left block, 5d: roller, 5e: pin, 5f: roller, 5g: screw, 5h: handle, 5i: spring pin, 5j: screw, 5k: pin, 5L: roller

6a: water supply pipe, 6b: water supply port, 6c: nozzle, 6d: clamp, 6e: screw

7a: wire, 7b: bracket, 7c: pin, 7d: roller, 7e: screw, 7f: nut

8a: cam, 8b: screw, 8c: nut

Claims (5)

Fig. 1a: Transfer block Fig. 5b: Handle, 1c: Screw, 1d: Space, 1e: Block, 1f: Roller, 1g: Stop ring, 1j: Block, 1k: Roller, 1h: Handle, 1i: Screw, 1L in Fig. 2: Screw, 1m in Fig. 3: Guide pin, 5b: Right block, 5c: Left block, 5j: Screw, 5k pin in Fig. 6, 5L: Shanghaidong and window frame Adhesion function; Fig. 2a: Slide, Fig. 2b: Bracket, 2c: Plate, 2d: Pin, 2e: Nut, 2f: Screw, Fig. 2g: Screw, Fig. 2h: Clasp, 2i: Screw, 2j: Pin, 2k: support wiper 3 consisting of nuts; Figure 7a: wire, Figure 7b: 7b: bracket, 7c: pin, 7d: roller, 7e: screw, 7f: nut wiper (3) left and right movement function; 3: wiper, cleaning tool of FIG. 4a: window spring surface contact function of the wiper 3 composed of 4A: leaf spring and 4b: screw; 3, water supply function consisting of 6a: water supply pipe, 6b: water supply port, 6c: nozzle, 6d: clamp, and 6e: screw; 8a: cam, 8b: screw, 8c: the windshield wiper (3) consisting of a nut, including the lifting function and installed on the window frame to clean the east window of the sliding window, characterized in that for cleaning in Shanghai The method of claim 1 1a of Figure 1: 5a: the bracket in the transfer block, 5d: roller, 5e: of the pin 3 and installed in the window frame to be installed in the window frame and the window frame groove between the window frame groove and the window frame to rotate Featured outdoor window cleaner with sliding window The method of claim 2 5a of FIG. 1: 5f of FIG. According to claim 2 and 3 Fig. 5a: 5b: right block and 5c: left side with a female screw on the bracket, 5b: 5g: screwed with a spring pin, 5b: right hand block and 5c: left hole with a hole formed in the right block. The bracket 5a assembled with the pin 5e: pin in the block is guided by the 5e pin and moved back and forth, so that the shape of the window frame recess is different. The outdoor window cleaner of the sliding window, which allows the roller to always rotate in contact with the window frame groove and the side of the window frame groove. The method of claim 1 1f: roller and 1k: rollers of FIG. 5, which are installed in the window frame by the other method of vertical movement, are installed on the window glass in FIG.

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