KR101841435B1 - A fixing apparatus disteage regulable structure for frame windows - Google Patents

Abstract

An object of the present invention is to improve the working efficiency by easily performing a leveling work and a gap adjusting work for a window frame, in which a gap between a wall and a window frame can be easily adjusted by adjusting the gap after a horizontal state of a support portion is adjusted regardless of surface roughness of the wall by using a gap adjusting jig used for installing the window frame and then mounting the window frame on the support portion and by performing the gap adjusting work in a state in which the window frame is horizontally maintained to stably install the window frame. To this end, the present invention provides a gap adjusting jig for stably installing a window frame in a wall by adjusting a gap between the wall and the window frame when the window frame is installed in an installation space formed between the wall of a building and the wall. The gap adjusting jig includes: a fixing bracket (10) including a first fixing bar (110) which is mounted on a surface of the wall (2) and a second fixing bar (120) which is formed at an end of the first fixing bar (110) in close contact with one end of the wall (2); an adjusting part (20) provided on the fixing bracket (10) to provide a lifting force to adjust the gap; and a support part (30) which is formed on the adjusting part (20) to adjust the gap between the wall (2) and the window frame by lifting the window frame mounted on one end of the support part (30) according to the gap adjustment of the adjusting part (20).

Description

Technical Field [0001] The present invention relates to a spacing adjusting jig for mounting a window,

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a gap adjusting jig for mounting a window and a gap adjusting method using the gap adjusting jig. More particularly, the present invention relates to a gap adjusting jig for mounting a window, The distance between the wall and the window can be adjusted by adjusting the distance between the wall and the window by placing the window in the receiving part and the distance can be adjusted with the window kept horizontal so that the window can be stably installed And a gap adjusting method using the gap adjusting jig. [0002] The present invention relates to a gap adjusting jig for mounting a window,

2. Description of the Related Art Generally, doors used in various buildings include doors and windows, window frames in which the doors and windows are slidably opened and closed, and the like.

These windows must satisfy the durability and high mechanical properties to withstand the load of glass, as well as the weather resistance with high resistance to the outside air.

In recent years, various types of windows have been developed such as a window system with a sliding door system, which is widely applied to comparatively large windows such as a partition window of a living room and a balcony window, and a security window with a security function, Has been used.

The conventional window system includes an outer window frame frame forming a frame of the window system, an inner window frame frame vertically or horizontally provided in the outer window frame frame to partition the inside of the outer window frame frame, and a window frame installed in the window frame and window frame And a window that is installed in the window frame and is slidably opened and closed.

In installing such a conventional window, a window must be precisely positioned so as to precisely align the horizontal and vertical directions. In order to perform such an operation, the window operation of the window is adjusted so as to be vertically and horizontally positioned accurately with respect to the ground Jig (or level device) is used.

In the method of measuring the horizontal and vertical of a window, conventionally, a factor indicating vertical and horizontal is attached to a weight directed toward the gravity direction, and the weight is suspended to thread on the measurement surface, A method of indicating the horizontal and vertical markings attached to the hose, a method of horizontally aligning the hose with water in the second long water hose, And a method of setting a reference point by installing a horizontal indicator.

However, the first of the conventional methods is that the length of the pendulum to the center of gravity of the spindle and the weight of the spindle is long and it takes time to stabilize the swing and it is difficult to install on the horizontal surface, Not suitable for measurement.

Further, even if a device having a supporting member for supporting without supporting it without interference so as to face the additional gravity direction without hanging in a part of the yarn is used, the structure is complicated and the size is large, which makes movement and operation inconvenient.

In the second method of the conventional method, when checking the water level of the hose, an error may occur depending on the position of the viewer, and the length of the hose is limited to the length that the operator can carry, It is not reliable.

Also, wait until the water level in the hose is stabilized, and in winter the water inside the hose may freeze.

Accordingly, although some hoses are used after being filled with oil, there is a problem that high accuracy of the horizontal view can not be expected due to the characteristics of highly viscous oil.

Further, in addition to the hose, a transparent tube sealed with a liquid is connected to the frame, and even when a horizontal stand of a method for measuring the position of the bubble generated in the transparent tube is used, the operation of the horizontal stand is inconvenient, The position is also unclear and precise measurement can not be expected.

Also, the third is that a skilled worker and assistant who assists in the operation of the leveling or laser leveling indicator must work as one set, so that it takes a lot of time and manpower, and since such a device takes up a lot of space, It is troublesome to perform the adjustment work again.

In addition, there is a serious problem that the operator is uncomfortable to carry and install during the movement of the workplace and the equipment is expensive, thereby avoiding the use of the worker and moving up and down the apparatus for determining the horizontal reference point.

Meanwhile, in the conventional horizontal and vertical alignment work of the window, after setting the horizontal and vertical reference lines of the wall with respect to the ground (or bottom surface), the work is performed to correct the gap between the wall and the window .

Such a correction operation enables precise installation of windows when the precondition that the window should be completely horizontal and vertical is satisfied.

In practice, however, due to various factors such as processing errors in windows, manufacturing or assembly errors, and deformation due to changes in the shrinkage rate of materials due to temperature differences, such as during the summer or winter, There is a problem that even if the horizontal and vertical of the wall are precisely set with respect to the ground, the construction can not be performed so that the horizontal and vertical can be precisely aligned.

In addition, since the window is installed in a set form in which a window frame and a window are assembled, the window is not moved to the wall by the human force because the weight is considerable, and the window is moved and installed using a separate conveying device such as a crane However, there is a problem that the work hanging on the crane is very difficult to install the window according to the set baseline according to the easy movement even with a small force, and the work efficiency is lowered due to the increase of the working time.

Korean Patent Publication No. 10-864513 (issued October 20, 2008) Registered Utility Model No. 20-469337 of Korea Register (April 10, 2013) Korean Patent Laid-Open Publication No. 10-2017-133190 (Dec. 5, 2017)

SUMMARY OF THE INVENTION It is an object of the present invention to solve the above-mentioned problems, and it is an object of the present invention to provide a method and apparatus for adjusting a horizontal position of a wall without adjusting the surface roughness of a wall, The distance between the wall and the window can be adjusted easily by adjusting the distance between the window and the window, and the distance can be adjusted with the window kept horizontal so that the window can be stably installed, And a gap adjusting method using the gap adjusting jig. [0012] According to the present invention,

According to an aspect of the present invention, there is provided a method of installing a window in a wall of a building, the window being installed in the installation space, A fixing bracket including a first fixing base that is seated on the surface of the wall and a second fixing base that is formed at an end of the first fixing base and is in close contact with one end of the wall; An adjuster provided on the fixing bracket to provide a lifting force to adjust the gap; And a support unit configured on the control unit to raise and lower the window mounted on one end according to the adjustment of the adjustment unit to adjust the gap between the window and the window, Wherein the first fixing base of the fixing bracket is formed with a guide groove formed at a predetermined depth and having a predetermined length so as to guide the adjustment portion smoothly up and down; Wherein the control unit includes an ascending / descending unit configured on the first fixed table and a booster-force providing unit that causes the booster to operate in the ascending / descending unit; The elevating means includes a fixed housing fixed to the other side of the first fixed frame, a conveying housing reciprocally conveyed along the guide grooves of the first fixed frame, and a fixed housing and a conveying housing formed on the first fixed frame and the receiving portion, And a support housing fixed to one side of the second link, the first and second links being hinged at both ends and being formed in an 'X' shape, and a hinge shaft for hinging the center of the first and second links, ; Wherein the lifting force providing means comprises a feed shaft inserted and screwed into the support housing, a bearing housing configured to support at least one of the feed shaft so that the feed shaft rotates in place, A coupling configured to selectively connect a motor or a handle; A first pedestal having a plurality of holes formed in a rim and having a predetermined length at a lower end thereof to form guide grooves for reciprocating the conveying housing of the regulating part, and a fixed housing fixed to the other side; A second pedestal configured to be spaced apart from the first pedestal by a predetermined distance and having a plurality of fastening holes formed at positions corresponding to the pedestal holes and having a horizontal unit at one side; Wherein a head portion and a thread portion extending from the head portion are protruded from an inner hole of the first pedestal and an end portion of the threaded portion is fastened to a fastening hole of the second pedestal and is positioned on the first pedestal, And an adjusting bolt integrated with the pin to adjust the horizontal rotation of the second pedestal through a horizontal unit formed on the second pedestal by rotating the operator. And a friction pad formed on the second pedestal.

In the present invention, the cushioning pad may be provided at the lower end of the first fixing base of the fixing bracket so that stable seating can be achieved regardless of the surface roughness of the wall. One end of the second pedestal is fixed to the first pedestal so that horizontal adjustment of the second pedestal can be stably performed with respect to the first pedestal at the center between the first and second pedestals of the pedestal, And a hinge ball formed in a spherical shape to be inserted into the ball insertion groove.

The present invention relates to a method for installing a window in a wall of a building and adjusting a gap between the wall and the window to guide the window in a stable manner when the window is installed in the installation space, A method of adjusting a gap using a jig, the method comprising: providing an anchor bolt on a wall; inserting and fixing the anchor bolt into an insertion hole of a second fixing base formed on the fixing bracket to fix the interval adjusting jig to the wall; ; When the interval adjusting jig is placed on the wall through the interval adjusting jig seating step, the adjusting bolt is rotated through the horizontal part of the second bracket formed on the receiving part of the interval adjusting jig to align the second bracket with the horizontal A horizontal adjustment step of adjusting the support part; A window placing step of placing the window on the second pedestal when the horizontal adjustment of the pedestal part to the second pedestal is completed through the horizontal adjustment step of the pedestal part; A supporting unit horizontal reconfirming step of reconfirming and adjusting a horizontal state through a horizontal unit provided in the second pedestal when the seating of the window is completed in the second pedestal through the window seating step; A window interval adjusting step of adjusting the distance between the wall and the window by raising and lowering the receiving unit through the adjusting unit when the leveling of the second pedestal of the receiving unit on which the window is seated is completed through the horizontal re-checking step of the receiving unit; A step of fixing a gap between the wall and the window by inserting a brace between the wall and the window when the adjustment of the gap between the wall and the window is completed through the window interval adjusting step; And removing the gap adjusting jig from the wall when the gap between the wall and the window is firmly fixed through the strut mounting step so that the installation work of the window is performed on the wall after removing the gap adjusting jig from the wall .

According to the present invention, after adjusting the horizontal position of the receiving portion without depending on the surface roughness of the wall through the gap adjusting jig for installing the window, the window is seated on the receiving portion to adjust the distance between the wall and the window, So that the interval of the window can be adjusted easily and the interval of the window can be adjusted while keeping the window horizontally so that the horizontal maintenance and spacing adjustment work of the window can be easily performed, It is effective.

1 is an exploded perspective view of a gap adjusting jig according to the present invention;
2 is a functional state diagram of the gap adjusting jig according to the present invention,
2a is the initial state, and 2b is the raised state of the support portion.
3 is a partially enlarged view of adjusting the level of the pedestal according to the present invention;
4 is a view illustrating a process of adjusting the interval using the gap adjusting jig according to the present invention.

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

The window installation spacing jig (1) of the present invention includes a fixing bracket (10), a regulating portion (20), and a receiving portion (30).

The fixing bracket 10 is seated on a wall 2 forming a space for installing a window.

The fixing bracket 10 includes a first fixing table 110 which is mounted on the upper end of the wall body 2 and a second fixing table 110 which is vertically bent at the end of the first fixing table 110 and is brought into close contact with one surface of the wall body 2 And a second fixing table 120 for exerting a fixing force.

The first fixing table 110 functions to stably support the adjusting unit 20 and the receiving unit 30 so that the adjusting unit 20 and the receiving unit 30 can be stably configured and operated.

At the lower end of the first fixing table 110, a buffer pad 112 having a predetermined thickness is formed.

The cushioning pad 112 supports the first fixing table 110 so as to stably hold the first fixing table 110 on the wall 2. That is, the buffer pads 112 are made of rubber, urethane, or silicone having a pliable elasticity. When the first fixing table 110 is seated on the wall body 2, the surface of the wall body 2 is subject to roughness So that it can be maintained in a stable state.

The buffer pad 112 is formed to have a thickness of 1 to 10 mm. If the buffer pad 112 is less than 1 mm, the buffering function can not be exerted, and the stable fixing of the first fixing table 110 is not achieved due to the surface roughness of the wall body 2, The buffering function is exerted, but the overall height is elevated, causing a gap between the wall and the window to be widened.

In addition, the first fixing table 110 has a guide groove 114 having a predetermined depth and a predetermined length.

The guide groove 114 serves to guide the support unit 30 so that the support unit 30 can be stably lifted and lowered by the adjustment unit 20. [

The second fixing table 120 is closely adhered to one surface of the wall body 2 so that the first fixing table 110 can be stably fixed.

In addition, the second fixing table 120 is formed with an insertion hole 122 through which the anchor bolt 3 is inserted so as to maintain a stable state of fixation on the wall 2.

In addition, the buffer pad 112 may be formed on one surface of the second fixing table 120 so as to improve the adhesion with the wall body 2.

The adjusting unit 20 is provided between the fixing bracket 10 and the receiving unit 30 to elevate the receiving unit 30 to adjust the height of the window mounted on the receiving unit 30, Ensure horizontal or vertical alignment to the window.

The control unit 20 includes a lifting unit 210 and a lifting force providing unit 220.

The lifting means 210 includes a fixed housing 212 fixed to the upper ends of the fixing brackets 10 and the lower ends of the receiving portions 30 and guide grooves 114 of the fixing brackets 10 A transfer housing 214 which is inserted in a guide groove of the receiving part 30 and is supported to be reciprocated so as to be conveyed and a conveying housing 214 which is formed between the fixing bracket 10 and the receiving part 30, First and second links 216 and 218, each of which is configured such that both ends thereof are fixed to the housing 214 and the center portions of the first and second links 216 and 218 are crossed with each other, And a hinge shaft 219 formed at the center of the hinge shaft 218.

A hinge is formed in the fixing and transferring housings 212 and 214 and the first and second links 216 and 218 formed between the fixing and transferring housings 212 and 214 so that the hinge coupling is performed.

The support portion 30 is connected to one side of the second link 218 by a link action of the first and second links 216 and 218 in accordance with the rotation direction provided by the lifting force providing means 220 And a support housing 215 for supporting it so as to be able to be raised and lowered is constructed.

The support housing 215 is screwed with the lifting force providing means 220 so that the first and second links 216 and 218 can be linked with each other.

The elevation strength providing means 220 provides the elevation means 210 with elevation to elevate the elevation means 210.

The lifting force providing means 220 includes a conveying shaft 222 having a predetermined length and one end of which is screwed to the support housing 215 and at least one support shaft At least one bearing housing, and a coupling 226 at the end of the transfer shaft 222.

A motor 228 or a handle 229 is provided at an end of the conveying shaft 222 to rotate the conveying shaft 222 forward or reverse so that the elevating means 210 can be lifted.

That is, the motor 228 is an electric type that can provide forward rotation or reverse rotation by a power source provided from the outside, and is lifted and lowered using electric energy, thereby providing convenience of operation. In this case, the power supplied to the motor 228 may be a portable battery, for example, a vehicle battery.

In addition, the handle 229 is a manual type in which the worker directly rotates the feed shaft 222, so that the lifting means 210 is lifted and lowered by the human force.

This is selected by the operator in consideration of various factors such as the installation place or the size of the window.

Each of the motors 228 and the handle 229 is coupled to the coupling 226 formed at the end of the transfer shaft 222 so as to be interlocked with the motor 228 or the handle 229 .

The conveying shaft 222 may be threaded to a certain length or the entire length so as to be screwed into the support housing 215.

The bearing housing is formed at both ends or at one side of the conveying shaft 222 to support the conveying shaft 222 so that the conveying shaft 222 can rotate in place, Any of which can be used.

The coupling 226 is formed at the end of the transfer shaft 222 and is configured to support the electric motor 228 or the manual handle 229 to be selectively connected.

The receiving portion 30 is located at the upper end of the adjusting portion 20 and is raised or lowered by the elevating force provided by the adjusting portion 20 so that the receiving portion 30 is aligned horizontally or vertically with respect to the window.

The receiving unit 30 includes a first pedestal 310 and a second pedestal 320.

A hinge ball 330 is provided between the first and second pedestals 310 and 320 to support the second pedestal 320 in a spaced relation with respect to the first pedestal 310, .

That is, the hinge ball 330 is formed in a spherical shape, is fixed to be positioned at the center of the first pedestal 310, and the second pedestal 320 is supported by the hinge ball 330, A ball insertion groove 322 is formed.

Accordingly, the second pedestal 320 can be rotated around the hinge ball 330 at a predetermined angle with respect to the first pedestal 310.

A plurality of adjustment bolts 340 are provided between the first and second pedestals 310 and 320 to adjust the horizontal position of the second pedestal 320.

The adjusting bolt 340 is fixed to one side of the head portion 342 and a threaded portion 344 extending from the head portion 342 by a predetermined length and forming a thread, 340) to rotate the head (346).

In this case, an air hole 312 in which the head portion 342 and the screw portion 344 of the adjustment bolt 340 are inserted into the first pedestal 310 and the adjustment bolt 340 is seated to rotate in place .

The second pedestal 320 is formed with a fastening hole 324 for fastening the threaded portion 344 of the adjustment bolt 340 to maintain the fastened state.

The adjustment head 346 of the adjustment bolt 340 is positioned at the upper end of the first pedestal 310. The pin 348 is fixed to the screw hole 344 of the adjustment bolt 340 protruding from the hole 312 and is seated on the pin hole 344 of the first support 310, The threaded portion 344 and the adjusting head 346 are integrated with each other so that the threaded portion 344 is rotated according to the direction in which the operator rotates the adjusting head 346. [

A guide groove 314 is formed in the first pedestal 310 at a position corresponding to the guide groove 114 of the fixing bracket 10 and has a predetermined depth.

The guide groove 314 supports the transfer housing 214 of the regulating portion 20 so that the transfer housing 214 can be stably reciprocated.

A friction pad 350 made of a material having a high friction coefficient is formed at one end of the second pedestal 320 so as not to cause slippage without damaging the surface of the window seated on the upper end.

In addition, a horizontal unit 326 is provided on one side of the second pedestal 320 to check the horizontal state of the second pedestal 320.

The leveling device 326 may be a commercially available device. In some cases, the leveling device 326 may be configured not to be configured in the second pedestal 320 but to be used separately whenever necessary have.

The friction pad 350 is preferably made of rubber or silicone, and in this case, it is preferable that the friction pad is configured to be more rigid than the buffer. Of course, the friction pad 350 may be omitted in some cases.

In order to adjust the horizontal position of the second pedestal 320 through the horizontal unit 326 formed at one side of the second pedestal 320 and to adjust the horizontal position of the second pedestal 320, The screw 344 of the adjusting bolt 340 rotates while the adjusting head 346 is rotated in the adjusting bolt 340 at a position to adjust the horizontal position among the plurality of adjusting bolts 340 constituted by the adjusting bolts 340, The second pedestal 320 is moved up and down by the fastening holes 324 of the second pedestal 320 to which the screw portion 344 is fastened.

The second pedestal 320 is horizontally aligned with respect to the X axis and the Y axis in a state where the center is fixed by the hinge ball 330 of the first pedestal 310, And is horizontal with respect to the ground.

The gap adjusting method using the interval adjusting jig for installing a window as described above will be described as follows.

First, in the interval adjusting jig seating step S1, the gap adjusting jig 1 is seated on the wall 2 on which the window is to be installed.

The anchor bolt 3 is fixed to the wall 2 and then the anchor bolt 3 is inserted into the insertion hole 122 of the second fixing table 120 formed on the fixing bracket 10 of the gap adjusting jig 1. In this case, So that the gap adjusting jig 1 stably stays in the wall body 2. In this way,

At this time, since the buffer pad 112 is formed on the first fixing table 110 of the fixing bracket 10, the surface of the wall body 2 is irregular, So that it can be stably placed.

The anchor bolts 3 may be omitted and an adhesive tape such as a double-sided tape may be used to fix the gap adjusting jig 1 to the wall body 2, 1) can be stably mounted.

The horizontal adjustment step S2 of the receiving part may be performed after the step of mounting the gap adjusting jig 1 on the wall 2 through the step of mounting the gap adjusting jig S1, To be in a horizontal state.

This is achieved by checking the horizontal state of the receiving unit 30, that is, the second pedestal 320, through the horizontal unit 326 formed in the second pedestal 320 of the receiving unit 30, The first and second pedestals 310 and 320 are horizontally aligned with each other through the adjustment bolts 340 configured at the positions to be horizontally adjusted among the plurality of adjustment bolts 340 formed between the first and second pedestals 310 and 320.

This is because when the operator rotates the adjusting head 346 of the adjusting bolt 340, the screw portion 344 in which the adjusting head 346 is fixed integrally is rotated in place in the first pedestal 310, The second pedestal 320 fastened to the fastening hole 324 moves up and down around the central hinge ball 330 so that the horizontal position of the second pedestal 320 is smoothly adjusted.

In this case, when the horizontal adjustment of the second pedestal 320 is not performed, the adjustment of the interval with respect to the wall may be performed at the time of horizontal and spacing adjustment for the window seated on the second pedestal 320 However, since the wall is not horizontally aligned between the wall and the window, the offset load is applied to a certain portion of the window so as to shorten the years of use of the window, and also it is impossible to maintain a smooth fixed state between the walls.

Therefore, the horizontal adjustment operation for the second pedestal 320 on which the window is seated is a very important operation, and such a horizontal adjustment operation for the second pedestal is an important operation not provided in the past.

When the horizontal adjustment of the receiving unit 30 is completed through the receiving unit horizontal adjustment step S2, the window mounting step S3 is to place the window on the horizontally aligned receiving unit 30.

In this case, lifting may occur between the window and the receiving portion 30 when the window is seated on the receiving portion 30. Therefore, if lifting occurs, the receiving portion 30 30 so that the window can be seated on the receiving portion 30. [

When the window is placed on the receiving unit 30 through the window seating step S3, the leveling unit 326 of the second receiving unit 320 of the receiving unit 30 The horizontal position of the support portion 30 is confirmed.

When the horizontal state of the support portion 30 is changed by the weight of the window, the horizontal position of the second support 320 is adjusted through the adjustment bolt 340 formed on the support portion 30 as described above .

The window interval adjustment step (S5) adjusts the interval between the wall and the window when the horizontal confirmation of the receiving portion on which the window is seated is completed through the receiving unit horizontal re-checking step (S4).

That is, when the conveying shaft 222 constituted in the regulating portion 20 of the gap adjusting jig 1 is rotated by the motor 228 or the handle 229, a support housing 215 coupled to one side of the conveying shaft 222 Are reciprocally transported along the transporting shaft 222. As shown in Fig.

A second link 218 fixed to one side of the support housing 215 is inserted into the guide groove 114 of the first fixing table 110 by the action of a pulling force or a pushing force, .

At this time, the first link 216 linked by the hinge shaft 219 is linked to the center of the second link 218 by a linking action, so that the receiving unit 30 is lifted up vertically, The gap between the wall 2 and the window is adjusted.

The strut mounting step S6 is a step of placing the strut between the wall 2 and the window by adjusting the distance between the wall 2 and the window through the window interval adjusting step S5, So that the adjusted spacing between the window and the window is maintained.

The spacing adjusting jig removing step S7 is a step of forming a strut between the wall 2 and the window through the strut mounting step S6 so that the gap between the wall 2 and the window is firmly fixed, ).

This is because when the receiving part 30 is lowered through the adjusting part 20 formed in the gap adjusting jig 1 and a space is formed so that the receiving part 30 can be separated between the wall 2 and the window, So that the gap adjusting jig 1 can be easily removed from the wall 2.

Accordingly, when the interval adjusting jig 1 is removed from the wall 2, work for installing a window on the wall 2 is performed. Since the installation work of the window is a general technical idea, Is omitted.

The distance between the wall and the window can be adjusted by adjusting the horizontal position of the wall without adjusting the surface roughness of the wall through the gap adjusting jig for mounting the window as described above, The interval can be easily adjusted and the interval can be adjusted with the window kept horizontal so that the window can be stably installed so that the horizontal maintenance and the interval adjustment work of the window can be easily performed to improve the efficiency of the operation.

The present invention is not limited to the above-described embodiments, but is merely one example for implementing the gap adjusting jig for installing windows and the gap adjusting method using the gap adjusting jig. It will be understood by those skilled in the art that various changes may be made without departing from the spirit of the invention.

1: Spacing jig 10: Fixing bracket
110: first fixing table 112: buffer pad
114: guide groove 120: second fixing table
122: insertion hole 20:
210: elevating means 212: fixed housing
214: transfer housing 215: support housing
216: first link 218: second link
219: Hinge shaft 220: Strength providing means
222: Feed axis
226: Coupling 228: Motor
229: handle 30:
310: First stand 312:
314: guide groove 320: second pedestal
322: ball insertion groove 324: fastening hole
326: Leveler 330: Hinge ball
340: adjusting bolt 342: head portion
344: threaded portion 346: adjustable head
348: pin 350: friction pad

Claims (3)

A space setting jig for installing a window in which a window installation space is formed in a wall of a building and a window is installed in the installation space by adjusting an interval between the wall and the window,
A first fixing table 110 having guide grooves 114 of a certain depth and length formed at one end thereof and a second fixing table 120 bent perpendicularly at the ends of the first fixing table 110, A fixing bracket 10 for holding a state of being in close contact with one side of the fixing bracket 10;
A support part (30) configured on the fixing bracket (10) and configured to support one side of the window; And
And an adjusting unit 20 provided between the fixing bracket 10 and the receiving unit 30 to raise and lower the receiving unit 30 to provide a lifting force to adjust the interval of the window in the wall 2 and;
A plurality of air holes 312 are formed in the rim of the receiving portion 30 and guide grooves 314 having a predetermined depth and length are formed at positions corresponding to the guide grooves 114 of the first fixing table 110 And a plurality of fastening holes 324 are formed at positions corresponding to the plurality of air holes 312. The plurality of fastening holes 324 are formed in the upper surface of the first pedestal 310, And a threaded portion 344 extending from a head portion 342 inserted into an inner hole 312 of the first pedestal 310 is inserted into the second through hole 312 through the hole 312, An adjusting head 346 is fixed to one side of a screw portion 344 which is fastened to the fastening hole 324 of the pedestal 320 and is positioned on the first pedestal 310 and protruding through the acoustical hole 312, And the second pedestal 320 is formed with a screw portion 344 and a fastening hole 324 for maintaining a fastening relationship with the adjusting head 346 in a rotating direction of the adjusting head 346, An adjustment bolt 340 that adjusts the height of the second pedestal 320 to be horizontal with respect to the second pedestal 320 by adjusting the height of the second pedestal 320, And a friction pad (350) for preventing the friction pad (350) from being damaged;
The control unit 20 includes an elevating unit 210 that is installed between the first fixing unit 110 and the first pedestal 310 to move the first pedestal 310 up and down, (220) for providing a lifting force so that lifting and lowering operation can be performed in the lifting / lowering device (200);
The elevating means 210 includes a conveying housing formed in each of the guide grooves 114 and 314 of the first fixing table 110 and the first pedestal 310 to be conveyed along the guide grooves 114 and 314 A fixing housing 212 fixed to the first fixing table 110 and the first mounting table 310 at positions opposite to the transfer housing 214 and a second fixing table 212 fixed to the first fixing table 110 and the first pedestal 310, A plurality of first and second links 216 and 218, each of which is hinged to both ends of the fixing and transporting housings 212 and 214, respectively, And a support housing 215 formed at one side of the plurality of second links 218. The hinge shaft 219 hinges at the center of each of the first and second links 216 and 218, ;
The lifting force providing means 220 includes a conveying shaft 222 inserted and screwed into the support housing 215, at least one bearing housing for supporting the conveying shaft 222 to rotate smoothly, A coupling 226 formed at an end of the conveying shaft 222 to selectively connect the motor 228 or the handle 229 to support the conveying shaft 222 so as to be rotatable;
Wherein the jig comprises a plurality of projections.
The method according to claim 1,
A cushioning pad 112 is provided at the lower end of the first fixing base 110 of the fixing bracket 10 so as to allow stable seating without being affected by the surface roughness of the wall body 2;
The first and second pedestals 310 and 320 of the pedestal portion 30 are provided at the center of the first pedestal 310 with respect to the first pedestal 310 so that horizontal adjustment of the second pedestal 320 can be stably performed. A hinge ball 330 having one end fixed to the pedestal 310 and the other end inserted into a ball insertion groove 322 formed in the second pedestal 320;
Wherein the jig comprises a plurality of projections.
Claims 1 or 2 as claimed in claim 1 or 2, wherein a window installation space is formed in a wall of a building and a window is installed in the installation space by adjusting the distance between the wall and the window A method of adjusting a gap using a gap adjustment jig for installing a window,
(S1) of securing an interval adjusting jig to the wall by inserting an anchor bolt into the wall and inserting and fixing the anchor bolt into an inserting hole of a second fixing base formed on the fixing bracket;
When the gap adjusting jig is placed on the wall through the gap adjusting jig seating step (S1), the adjusting bolt is rotated through the horizontal part of the second bracket provided on the receiving part of the gap adjusting jig, (S2) of adjusting the position of the support unit
(S3) for placing the window on the second pedestal when the horizontal adjustment of the pedestal is completed through the horizontal adjustment step (S2) of the pedestal part;
(S4) a step of reconfirming and adjusting a horizontal state through a horizontal unit provided on the second pedestal when the seating of the window on the second pedestal is completed through the window seating step (S3);
A window interval adjusting step of adjusting the distance between the wall and the window by raising and lowering the receiving unit through the adjusting unit when the leveling of the second pedestal of the receiving unit on which the window is seated is completed through the receiving unit horizontal re- S5);
A step (S6) of securing a gap between the wall and the window by inserting a brace between the wall and the window when the distance between the wall and the window is adjusted through the window interval adjusting step (S5); And
(S7) for removing the gap adjusting jig from the wall when the gap between the wall and the window is firmly fixed through the strut mounting step (S6), and then installing the window on the wall;
The method of claim 1, wherein the spacing adjusting jig is formed of a metal.

Images