KR100505008B1 - device for installation of window sash - Google Patents

Abstract

Window chassis installation device of the present invention is coupled to each of the connecting block 250 by screw coupling to the upper screw bar 210 and the lower screw bar 220 formed the left male screw 221 formed right male thread 211, respectively. Next, the main pipe 240 is coupled between the upper and lower connection bars 250 in a vertical line with the upper and lower screw bars 210 and 220 so that the length of the upper and lower screw bars 210 and 220 is integrally extended by the rotation of the connection block 250. And an upper and lower interval adjusting part fixed in a vertical state to the upper and lower ends of the window frame 1 and the upper frame of the window chassis 2 by being coupled to the upper screw bar 210 of the upper and lower interval adjusting part 200. ) And the lower frame of the window chassis 2 by being coupled to the upper setting part 100 for adjusting the horizontal and vertical states of the vertical frame 5 and the lower screw bar 220 of the vertical space adjusting part 200. 4) and the lower frame setting portion 300 to adjust the horizontal and vertical state of the vertical frame (4) to the window chassis It can be fixed to the window frame in a simple and convenient installation state, it is possible to shorten the construction period by completing the installation work of the window frame with a minimum of manpower.

In addition, the horizontal and vertical angles of the window chassis installed in the window frame can be adjusted more conveniently and accurately, so that a good quality of the window that is coupled to the window chassis and opened and closed by sliding can be obtained.

Description

Device for installation of window sash}

The present invention relates to a window chassis installation apparatus, and more particularly, to easily install a window frame installed on a window of a building in a temporary installation state, and then to precisely adjust horizontal and vertical angles of each frame. The present invention relates to a window chassis installation device that enables shortening of construction period according to work and installation with minimal manpower.

Generally, a window is an opening to be installed on the wall or roof of a building. shape. rescue . The classification varies greatly depending on the location or designer, which plays an important role not only in terms of functionality but also in architectural design.

The installation of the window chassis on the window frame, which is an opening of the building structure, is performed by a worker by lifting the window chassis by manpower on the window frame, which is an opening, and then supporting the supporting collar provided separately on the bottom of the window chassis. Adjust the horizontal and vertical angles of each frame.

After setting the window chassis by hand like this, filling the filler between the window chassis and the window frame by filling supplementary materials such as synthetic resin and then finishing the window frame and the window chassis to complete the installation of the window chassis. .

However, window chassis installation work is done by perfect hand as described above, so only the skilled technicians with long experience can make the horizontal and vertical angles of the window chassis frame relatively accurate. It can be adjusted precisely.

However, even a skilled technician, because the angle adjustment of the window chassis is made by hand based on the naked eye, there is a problem that it is difficult to always obtain accurate work results and at the same time the accuracy of the angle adjustment of the window frame chassis is inferior.

Therefore, a window fitted to a window chassis that does not exactly match the angle does not slide smoothly to the left and right, there was a problem that can not minimize the noise caused by friction and the noise generated from the outside of the window opening.

In addition, as described above, in order to install a single window chassis, a large number of workers must be put in, and at the same time, the workers have to manually adjust the horizontal and vertical angles of the window chassis manually. There was a problem.

Therefore, the main object of the present invention is to fix the window chassis by the upper and lower setting unit coupled to the upper and lower interval control unit and then fixed to be in close contact with the upper, lower, left and right ends of the window frame using the upper and lower interval control unit. It is to provide a window chassis installation device that can be placed in the frame in a temporary installation state, so that the new bird can be quickly installed with a minimum of manpower, thereby reducing the construction period.

Another object of the present invention is to adhere the window chassis to the window frame in the temporary installation state by the upper setting portion and the lower setting portion and then to adjust the horizontal and vertical angle of each frame of the window chassis mechanically and precisely An object of the present invention is to provide a window chassis installation device that enables smooth opening and closing of a window to be fitted.

In order to achieve the above object, the window chassis installation apparatus of the present invention has the upper frame and the lower frame in which the door frame into which the window is fitted correspond to each other, and the window chassis in which the vertical frames are mutually coupled to both sides is precisely mounted on the window frame. A window chassis fixing means for positioning,

Connect the connecting block to the upper screw bar on which the right male screw is formed and the lower screw bar on the left male screw by screwing, respectively, and then connect the main pipe between the upper and lower connecting bars and the connecting block on the upper and lower sides by the rotation of the connecting block. The upper and lower intervals of the upper and lower screw bars integrally fixed and vertically fixed to the upper and lower ends of the window frame, the horizontal and vertical state of the upper frame and the vertical frame of the window chassis by coupling to the upper screw bar It is a basic feature of the technical configuration to configure the upper setting portion for adjusting the, and the lower setting portion for adjusting the horizontal and vertical state of the lower frame and the vertical frame of the window chassis by coupling to the lower screw bar of the vertical space adjusting portion.

When described in detail with reference to the accompanying drawings a preferred embodiment of the present invention configured as described above are as follows.

1 is a perspective view showing a window chassis installation apparatus of the present invention, Figure 2 is a front view showing a state in which the window chassis is installed on the window frame using the window chassis installation apparatus of the present invention, Figure 3 is a window chassis of the present invention Figure 4 is a side view showing a state in which the window chassis is installed on the window frame using the installation device, Figure 4 is a cross-sectional view showing the inside of the horizontal frame adjustment means of the lower setting of the window chassis installation device of the present invention.

As shown in Figures 1 to 4, the window chassis installation apparatus of the present invention is the upper frame 3 and the lower frame (4) formed with the door frame 6 to which the window is fitted are located corresponding to each other and vertical to both sides In the window chassis fixing means for precisely positioning the window chassis (2) in which the frames (5) are mutually coupled to the window frame (1),

The upper and lower screw bars 210 and 220 are respectively coupled by screw coupling to the upper screw bar 210 having the right male screw 211 and the lower screw bar 220 having the left male screw 221 formed thereon. The main pipe 240 is coupled between the upper and lower connection blocks 250 in a vertical line, and the length of the upper and lower screw bars 210 and 220 is extended and reduced integrally by the rotation of the connection block 250. Upper and lower interval adjusting part fixed to the upper and lower ends of the frame (1), and the upper frame (3) and the vertical frame of the window chassis (2) by coupling to the upper screw bar 210 of the upper and lower interval adjusting part 200 (5) is coupled to the upper set portion 100 to adjust the horizontal and vertical state, and the lower screw bar 220 of the upper and lower interval adjusting portion 200 to the lower frame 4 of the window chassis (2) perpendicular to It consists of a lower setting unit 300 for adjusting the horizontal and vertical state of the frame (4).

The right female screw 251 is formed at the center of the upper connection block 250 coupled to the main pipe 240, and the left female screw 252 is formed at the lower connection block 250 to the right male screw 211. ) By screwing the upper screw bar 210 and the lower screw bar 220, each of which forms the male screw 221 and the left male screw 221, respectively, by the rotation of the connection block 250 coupled to the upper and lower portions of the main pipe 240. The upper screw 210 and the lower screw 220 may be extended and reduced in length through the right female screw 251 and the left female screw 252 of the connection block 250.

In addition, the main pipe 240 is coupled to the connection block 250 so that the upper and lower screw bars (210, 220) in a vertical line to match the upper and lower screw bars (210, 220) to move up and down by the connection block 250 By allowing the main pipe 240 to be inserted into the inner circumference of the main pipe 240, the right and left screw 211 and the left screw 221 of the upper and lower screw bars 210 and 220 are prevented from being damaged from outside or dust or foreign matter.

In addition, the two sides of the main pipe 240 are coupled to the guide bar 230 to the connection block 250, respectively, so that the operator can easily rotate the upper and lower interval control unit 200.

In addition, the both ends of the upper screw 210 and the lower screw 220 of the upper and lower interval adjusting unit 200 by combining the close cap 215, which is a rubber material, respectively, the window chassis installation device 10 in the window frame (1) It can be fixed more firmly without slipping.

The upper setting unit 100 is provided with a horizontal frame adjusting means 110 for adjusting the horizontal angle while supporting the upper frame 3 of the window chassis (2).

Here, the horizontal frame adjusting means 110 is coupled to the sliding block vertically movable to the upper screw bar 210 so that the sliding hole 112a slides up and down, but the window chassis on one side of the moving block 112. The support plate 111 is fixed to support the upper frame 3 of (2), and the set screw 113 fixed to the fixing handle 114 is attached to the other side of the movable block 112. The upper screw bar 210 Coupling to be connected to the outer periphery of the) to control the sliding of the moving block (112).

At this time, the locking projection 111a protrudes on the upper surface of the support plate 111 to correspond to the door frame 6 of the upper frame 3 so that the locking projection 111a is the door frame of the upper play 3. (6) to be coupled between the so that the upper frame (3) can be more effectively attached.

Further, at the outer circumference of the upper screw bar 210 of the upper and lower interval adjusting part 200 is formed a guide groove 210a in the longitudinal direction and the moving block of the horizontal frame adjusting means 110 coupled to the upper screw bar 210. Inner circumference of the slide hole (112a) of the 112 to form a guide projection (112b) to be coupled to each other to improve the straightness of the horizontal frame control means 110 sliding up and down in the upper screw bar (210).

The lower setting part 300 is a horizontal frame adjusting means 310 for adjusting the horizontal angle while supporting the lower frame 4 of the window chassis 2, and for adjusting the vertical angle of the lower portion of the vertical frame (5) The side of the vertical frame 5 of the window frame 1 by adjusting the angle of the lower frame 4 with respect to the vertical frame adjusting means and the upper setting part 100 attached to the upper frame 3 of the window chassis. Consists of the angle adjusting means 320 to match the window frame to correspond to the horizontal line in the direction.

Here, the horizontal frame adjusting means 310 is coupled to the lower screw bar 220 through which the lock 313 is fixed to the outer circumference through the moving block 312.

Furthermore, the movable block 312 is provided with a claw gear 314 which is engaged with the rake 313 and rotates on the horizontal line with the rake 313. The rake 313 is caused by the weight of the lower setting part 300. To prevent the free fall to the bottom of the.

The driven worm gear 314 provided in the inside of the movable block 312 is engaged with the driven worm gear 315 and then driven by the adjustment handle 316 exposed to the outside through the other side of the movable block 312. It is coupled to the gear 315 so that the lower setting portion 300 can be moved up and down along the rake 313 by the rotation of the adjustment knob 316.

In addition, the angle adjusting means 320 is coupled to the main block 324 to the lower screw bar 220 so as to be located on the upper side of the horizontal frame adjusting means 310 to rotate the turning lever 321 on one side of the main block 324. The slide block 323 is moved in the front and rear direction by the screw 322 rotating through the rotation lever 321 by screwing the sliding block 323 to one side of the screw 322 through the combined screw 322 It is possible to adjust the lateral angle of the vertical frame (5) of the window frame (1).

At this time, the lower surface of the sliding block 323 to form a locking groove (32a) so that the door frame 6 of the window chassis (2) can be fitted and the door frame inserted by coupling the screw to the side of the sliding block (323) (6) to be more firmly fixed to the sliding block 323.

The vertical frame adjusting unit 330 detachably couples the sub block 333 to the main block 324 of the angle adjusting unit 320 so that the screw 331 is upright with the lower screw bar 220. Penetration through the screw 331, while coupling the wrench block 334 to each end of the screw 331, the screw close contact plate 332 to one side of the screw 331.

Here, the contact plate 332 screwed to one side of the screw 331 penetrated through the sub-block 333, the contact plate 332 by pressing the lower side of the vertical frame 5 by the rotation of the screw 331 The vertical frame 5 is adjusted to stand upright with the upper and lower frames 3 and 4 at 90 degrees.

Referring to the operation of the present invention as follows.

After fixing the window chassis installation device 10 to the window frame 1, the operation of attaching the window frame 1 to the window chassis installation device 10 is as follows.

First, as shown in FIG. 2 and FIG. 3, the window chassis 2 is installed in the window frame 1, that is, the window frame 1, which is an opening formed in the wall or roof of the building. Position the upper screw bar 210 and the lower screw bar 220 in a vertical state on the portion projecting outward except the portion.

Here, the window chassis installation device 10 is to be installed symmetrically on one side and the other side of the window frame (1).

Next, when holding the guide bar 230 of the upper and lower interval adjusting portion 200 of the window chassis installation device 10, the left male screw 221 on the right female screw 251 and the left female screw 252 of the connection block 250, respectively. ) And the upper screw bar 210 and the lower screw bar 220 which are fastened to the right arm screw 251 are extended or shortened based on the connection block 250 according to the rotation direction of the guide bar 230. .

In this way, the length of the upper screw bar 210 and the lower screw bar 220 in accordance with the size of the window frame (1) elastically stretches and contracts, the upper and lower screws selectively on the upper and lower ends of the window frame (1) of different sizes Through the upper and lower ends of the bars (210, 220) to be firmly fixed to the window frame (1).

Thereafter, a wrench is inserted into a wrench groove formed in the wrench block 334 of the vertical frame adjusting unit 330 of the lower setting unit 300 to rotate the screw 331 to allow the end of the wrench block 334 to the window frame 1. While pressed to the left and right sides of the window sash installation device 10 evenly close to the inner circumferential surface of the window frame (1) to maximize the fixing force of the window chassis installation device.

Next, the operation of attaching the window frame 1 to the window chassis installation apparatus 10 is performed as follows.

First, the operator may make the lower setting portions 300 of the window chassis installation apparatus 10 installed on the left and right sides of the window frame so that the window chassis 2 may be horizontally mounted on the window chassis installation apparatus 10. To help.

As described above, when the adjusting knob 316 of the lower setting unit 300 is rotated so that the lower setting unit 300 achieves the same height, the rotation force rotates the circular worm gear 314 through the driven worm gear 315. Each lower setting of the window chassis installation device 10 fixed to the left and right sides of the window frame by adjusting the height of the lower setting unit 300 while the prime worm gear 314 is moved upward or downward along the rake 313. The unit 300 is set to achieve the same horizontal line.

Thereafter, the window chassis 2 is seated on the upper surface of the pedestal 311 of the lower setting part 300, and then the support plate 111 of the upper setting part 100 hangs the upper frame 3 of the window chassis 2. Adjust the position of the upper setting portion 100 to support.

The height adjustment of the upper setting unit 100 is rotated by the fixing knob 114 is bonded to the fixing knob 114 to release the fixing force of the set screw 113 for pressing the outer periphery of the upper screw bar (210). Next, the upper setting unit 100 is slid from the upper screw bar 210 so that the upper surface of the support plate 111 is in close contact with the upper frame 3 of the window chassis 2.

Thereafter, after the position of the upper setting unit 100 is set, the fixing knob 114 is reversely rotated to fix the upper setting unit 100 to the upper screw bar 210.

At this time, the locking projections 111a of the support plate 111 are fitted between the door frames 6 formed on the upper frame 3.

As such, when the operation of attaching the window chassis 2 to the window chassis installation device 10 by the upper setting unit 100 and the lower setting unit 300 is completed, the frames 3 and 4 of each of the window chassis 2 are completed. , 5) The work to adjust the horizontal and vertical angle is as follows.

 First, the upper setting part 100 of the window chassis installation device 10, which is symmetrically fixed to one side and the other side of the window frame 1, has its height set equally on the horizontal line, and then hangs the window chassis 2. By supporting the upper frame 100 of the window chassis 2 the horizontal angle is automatically adjusted.

Next, the horizontal angle control of the lower frame 4 is placed on the top of the lower frame 4 to measure the horizontal level of the horizontal frame of the lower setting unit 300 supporting the lower frame 4 in the inclined direction The adjusting means 310 rotates the adjusting knob 316 so that the horizontal frame adjusting means 310 can be moved along the rake 313 by gears engaged with each other.

 At this time, the pedestal 311 rotates the adjustment knob 316 until the level can display the complete level by gradually raising the lower end of the lower frame 4 of the inclined side.

After the horizontal adjustment of the lower frame 4 is completed, the vertical work of the vertical frame 5 is carried out as follows.

First, the vertical frame adjusting means 330 of the lower setting unit 300 of the window chassis installation apparatus 10 is located on the vertical frame 5 side inclined inwardly of the window frame 1 because the vertical angle does not fit correctly. ) To adjust the vertical angle of the inclined vertical frame (5).

In order to adjust the vertical angle as described above, when the initial window chassis installation device 10 is fixed to the window frame 10, the vertical frame adjusting means 330 is pressed to both sides of the window frame 1 while being fixed. The close contact plate 332 moving in conjunction with the screw 331 is rotated in the screw 331, the vertical frame 5 is advanced by the angle to be adjusted of the vertical frame 5 inclined the inner side of the window frame (1) Or after the reverse and rotate the screw 331 using the wrench block 334, the close contact plate 332 is to adjust the vertical angle while pressing one side of the vertical frame 5, at the same time the wrench block 334 The window chassis installation device 10 is fixed to the window frame while being pressed to both side walls of the window frame 1.

After the horizontal and vertical angles of the outer circumferential surface of the window chassis 2 are precisely adjusted as described above, the lower frame 4 is moved relative to the upper setting part 100 that adheres to the upper frame 3 of the window chassis 2. , The angle adjustment work to the vertical frame 5 of the window frame 1 to correspond to the side and the horizontal line of the window frame 1 is as follows.

First, as shown in Figure 4, the locking groove 323a formed in the sliding block 323 by rotating the screw 322 of the angle adjusting means 320 is the lower frame 4 of the window chassis 2 door frame 6 ), And then the door frame 6 of the lower frame 4 of the window chassis 2 is inserted into the locking groove 323a.

Subsequently, when the screw 322 interlocked by rotating the angle adjusting means 320 of the lower setting unit 320 and the rotating lever 321 is rotated, the sliding block 323 embedded in the door frame 6 of the window chassis 2 is rotated. The locking groove 323a of the bottom) is connected to the front and back by the screw 322 while lowering the window chassis 2 based on the upper setting part 100 attached to the upper frame 3 of the window chassis 2. Rotate to adjust the angle to correspond to the side of the window frame (1) on the horizontal line.

As such, when the horizontal and vertical angles of the window chassis 1 are precisely installed and installed in the window frame 1, the filler is inserted into the gap between the window frame 1 and the window chassis 2 to finish the window. The installation work of the chassis 2 is finally completed.

As described above, the window chassis installation apparatus of the present invention is connected to the upper block of the screw screw 210 formed on the right screw 211 and the lower screw bar 220 formed on the left screw 221, the connection block 250 After coupling by screw coupling respectively, the upper and lower screw bars (210, 220) and the vertical pipe in a vertical line coupled between the upper and lower connection block 250 by the upper and lower screws by the rotation of the connection block 250 While the length of the bars (210,220) integrally stretched and contracted to the upper and lower interval adjusting portion which is fixed in the vertical state to the upper and lower ends of the window frame (1), and coupled to the upper screw bar 210 of the vertical interval adjusting portion 200 Coupling to the upper setting unit 100 for adjusting the horizontal and vertical state of the upper frame 3 and the vertical frame 5 of the window chassis 2, and the lower screw bar 220 of the upper and lower interval adjusting unit 200. Lower setting to adjust the horizontal and vertical state of the lower frame (4) and the vertical frame (4) of the window chassis (2) By constructing the unit 300, the window chassis can be fixed to the window frame easily and conveniently, so that the installation work of the window frame can be completed with minimal manpower, thereby reducing the construction period. have.

In addition, the horizontal and vertical angles of the window chassis installed in the window frame can be adjusted more conveniently and accurately, so that a good quality of the window that is coupled to the window chassis and opened by sliding can be obtained.

1 is a perspective view showing a window chassis installation apparatus of the present invention.

Figure 2 is a front view showing a state in which the window chassis is installed on the window frame using the window chassis installation apparatus of the present invention.

Figure 3 is a side view showing a state in which the window chassis is installed on the window frame using the window chassis installation apparatus of the present invention.

Figure 4 is a cross-sectional view showing the inside of the horizontal frame adjustment means of the lower setting of the window chassis installation apparatus of the present invention.

 Explanation of symbols on main parts of drawing

1: window frame 2: window chassis

3: upper frame 4: lower frame

5: vertical frame 6: door frame

10: window chassis installation device 100: upper setting unit

110: horizontal frame adjustment means 111: support plate

111a: Jamming 112: Moving Block

112a: Slide ball 112b: Guide protrusion

113: set screw 114: fixed handle

200: vertical space adjusting part 210: upper screw bar

210a: Guide groove 211: Right male thread

215: close stopper 220: lower screw bar

221: left hand thread 230: guide bar

240: main pipe 250: connection block

251: right hand thread 252: left hand thread

300: lower setting unit 310: horizontal frame adjusting means

311: pedestal 312: moving block

312a: Slide ball 313: Lek

314: Wondong worm gear 315: Jongdong worm gear

316: adjustment knob 320: angle adjustment means

321: turning lever 322: screw

323: Slide block 323a: Hanging groove

324: main block 330: vertical frame adjusting means

331: screw 332: contact plate

333: subblock 334: wrench block

Claims (4)

The upper frame 3 and the lower frame 4 on which the door frame 6 into which the window is fitted are located in correspondence, and the window chassis 2 in which the vertical frames 5 are mutually coupled to both sides thereof is provided. In the window chassis fastening means to precisely position) The upper and lower screw bars 210 having the right male thread 211 and the lower screw bar 220 having the left male screw 221 formed thereon are coupled to each other by the coupling block 250 with screw coupling, and then the upper and lower screw bars 210 and 220. ) And the main pipe 240 is coupled between the upper and lower connection blocks 250 in a vertical line, and the length of the upper and lower screw bars 210 and 220 is extended and contracted integrally by the rotation of the connection block 250. Up and down interval adjustment unit 200 is fixed in the vertical state at the upper and lower ends of (1), The upper and lower interval adjusting unit 200 is coupled to the sliding block vertically moved to the upper screw bar 210 so as to slide up and down the sliding block 112a on one side of the moving block 112, the window chassis ( 2) a set screw fixed to the fixing handle 114 on the other side of the movable block 112 to fix the support plate 111 protruding upwardly the locking protrusion 111a so as to support the upper frame 3 of the present invention. The upper frame (3) of the window chassis (2) by the horizontal frame adjustment means 110 to control the sliding of the movable block 112 by coupling the 113 to the outer periphery of the upper screw bar (210) And to adjust the horizontal and vertical state of the vertical frame (100) (100), Couple the movable block 312 to the lower screw bar 220 to be coupled to the rake 313 on the outer periphery of the lower screw bar 220 of the upper and lower interval adjusting unit 200 to be engaged with it. The movable block gear 312 is provided with a circular worm gear 314 engaged with the rake 313 inside the movable block 312, and the driven worm gear 315 coupled to the adjustment knob 316 on one side of the movable block 312 is driven. To the worm gear 314 and the other side of the moving block 312 of the window chassis 2 through the horizontal frame adjusting means 310 coupled to the base 311 so as to support the bottom of the lower frame (4) The window chassis 2 can be adjusted by the angle adjusting means 320 and the vertical frame adjusting means installed at the horizontal frame adjusting means 310 while allowing the horizontal and vertical states of the lower frame 4 and the vertical frame 4 to be adjusted. It consists of a lower setting unit 300 to set the front, rear, left, right position of Windows, chassis, installed devices that feature. The method of claim 1, The vertical space adjustment unit 200 is installed on the window chassis to easily rotate the vertical space adjustment unit 200 by coupling the guide bar 230 to the connection block 250 to both sides of the main pipe 240, respectively. Device. delete The method of claim 1, The angle adjusting means 320 of the lower setting unit 300 is coupled to the main block 324 to the lower screw bar 220 so as to be positioned above the horizontal frame adjusting means 310, one side of the main block 324. Penetrating the screw 322 coupled to the turning lever 321 in the screw 322 sliding block 323 is screwed on one side of the screw to set the front and rear positions of the window chassis 2 and the vertical frame adjusting means ( 330 is coupled to the sub-block 333 detachably to the main block 324 of the angle adjusting means 320 to pass the screw 331 through the sub-block 333 so as to stand upright with the lower screw bar 220 screw ( 331 is configured to screw the contact plate 332 to one side of the screw 331 while coupling the wrench block 334, respectively, so that the left and right positions of the window chassis 2 can be precisely set. Window chassis installation device characterized in that.