WO2016186451A1

WO2016186451A1 - Elevation-type fixing device, sliding belt module, horizontal adjustment supporter, and window frame construction system using same

Info

Publication number: WO2016186451A1
Application number: PCT/KR2016/005270
Authority: WO
Inventors: 김성만; 김효은; 김주안
Original assignee: 김성만; 김효은
Priority date: 2015-05-18
Filing date: 2016-05-18
Publication date: 2016-11-24

Abstract

The present invention relates to a window frame construction system using an elevation-type fixing device, a sliding belt module, and a horizontal adjustment supporter and, particularly, to a window frame construction system which guarantees a comfortable construction environment, has an enhanced wind-proofing property, prevents foreign substances from being accumulated on a window frame, and allows the easy horizontal adjustment of the window frame, wherein the system includes: an elevation-type fixing device, which is installed between an installation opening and a window frame of a construction structure to allow the window frame to be horizontally adjusted and fixed; a sliding belt module, which is installed at a lower portion of the window frame to allow the window frame to slide; and a horizontal adjustment supporter, which is installed between the lower wall and the window frame of the construction structure to allow the window frame to be horizontally adjusted.

Description

Lifting type fixing device, sliding belt module, horizontal supporter and window frame construction system using them

The present invention relates to a window frame construction system using a lifting type fixing device, a sliding belt module, and a horizontal adjustment supporter.

More particularly, the present invention relates to a window frame construction system that ensures a comfortable construction environment, enhances windproof characteristics, prevents foreign matter from accumulating on the window frame, and easily adjusts horizontally.

In order to install a window in a building, a window frame should be installed in an installation opening (concrete) of a building structure, and the window frame should be combined with the window frame.

As a conventional technique related to such a window frame construction system, there is a registered patent No. 10-0356376 (September 30, 2002) [method for constructing a window frame assembly for a building] (hereinafter, referred to as a prior art 1).

The conventional window frame construction system including the prior art 1 is leveled using various building subsidiary materials such as wood or brick pieces, and anchored by fixing anchor bolts (fixing means and fixing brackets), and then injecting cement, silicon or foamed synthetic resin to build the structural structure. After filling the gap between the installation opening of the window frame and the door frame or door frame proceeds to the final plastering process.

Therefore, the noise and dust problem during anchor bolt fixing work is large, there is a problem that the complaints of neighbors frequently. In addition, there is a problem that the air is not only delayed, but the weather is blown into the room, and it is difficult to guarantee a pleasant environment such as indoor interior work, and additionally, the waterproofing and windproof properties are not guaranteed by the puncture of the window frame by anchor bolts. There is.

In addition, the conventional window frame construction system is taking a structure to solve by introducing a variety of mohair to the window frame and the adjacent rail portion of the window in order to block the heat loss through ensuring windproof.

However, in particular, the lower part of the window equipped with the rollers inevitably increases the clearance gap to secure the roller driving space, and since the intrusion of outside air is made through the gap, even if a double window is installed or an insulating glass having a vacuum layer is used. Windproof characteristics or airtightness is not implemented as desired.

The present invention is to solve the above problems,

Elevation-type fixing device that can adjust the height to fill the gap between the installation opening of the concrete building structure and the window frame or the door frame makes the leveling and fixing work easy, and anchors at the location outside the building like the conventional window frame fixing work By eliminating the fixing work such as bolting work, it is safe and free of noise and dust problems caused by anchor bolting process, ensuring a pleasant construction environment, eliminating the complaints of neighbors, and eliminating holes in window frames or door frames. Its purpose is to provide a window frame construction system that can be made more waterproof and windproof, and can be immediately mounted with windows or doors to shorten the air and prevent rainstorms. do.

In addition, by adopting a sliding belt module and adopting the structure that the window coupled to it moves along the window frame, it completely escapes from the sliding structure using the rail (window) and the roller (window), which are the main elements of the existing sliding window system, to ensure the perfect windproof function. In addition, the object of the present invention is to provide a window frame construction system that completely shields the rail grooves visible from the outside so that foreign substances do not accumulate in the window frame and thus maintain cleanliness.

In addition, when the window frame is installed in the concrete building structure, it is aimed to provide a window frame construction system that allows the horizontal adjustment of the window frame precisely and easily by introducing a leveling supporter to easily level the window frame.

An elevating type fixing device according to the present invention having the above object includes an elevating body including a base having an engaging portion, a constraining member having a female screw portion, and an elevating member coupled to one side of the constraining member, and the engaging portion. And a support body coupled to the other side of the elevating member, the actuator having a male screw portion pivoted and coupled to the female screw portion, wherein the elevating member is provided with an upper shaft hole to the support by turning pins. It is characterized in that the first and second lifting panel to be combined as a set.

In addition, the sliding belt module according to the present invention includes a housing coupled to the mounting portion of the window frame, the belt provided in the housing, the window is coupled, and the window is guided along the belt to move along the exposed surface of the housing It is done by

In addition, the horizontal adjustment supporter according to the present invention, the first assembly is fixed to the lower window frame, the first pivot coupling portion is coupled to the first coupling, the length adjusting portion and the second pivot coupling coupled to the length adjusting portion It comprises a body having a portion, and a second coupling body coupled to the second pivotal coupling portion, and having an installation portion.

Furthermore, in the window frame construction system according to the present invention, the lifting type fixing device is provided between the installation opening of the building structure and the window frame to provide horizontal alignment and fixation of the window frame, and the sliding belt module is provided under the window frame to slide the window frame. It provides a movement, the leveling supporter is provided between the lower wall of the building structure and the window frame, characterized in that to provide horizontal adjustment of the window frame.

The present invention consisting of the above configuration and features

Since the fixing work such as anchor bolt drilling work can be omitted from the outside location of the building, it is safe and free of noise and dust problems generated during anchor bolting process, ensuring a pleasant construction environment and eliminating the complaints of neighbors. As the door frame is not formed, waterproof and windproof characteristics can be more perfect, and windows or doors can be immediately installed to shorten the air and to prevent rainstorms, thereby enabling early construction work and securing a living environment.

In addition, as it completely escapes from the sliding structure using the rail (window) and the roller (window), the windproof function can be completely achieved, and the rail grooves visible from the outside can be completely shielded to prevent foreign matter from accumulating on the window frame, thus maintaining cleanliness. .

It also has the effect of making horizontal adjustment of the window frame precise and easy.

1 to 5 are embodiments of the lifting type fixing device according to the present invention.

6 to 14 is an embodiment of the sliding belt module according to the present invention.

15 to 17 is an embodiment of a horizontal supporter according to the present invention.

* Description of the symbols for the main parts of the drawings *

A: this fixture

1000: base 2000: lifting body

3000: actuator 4000: support

5000: stopper 6000: gap adjusting member

V: the present belt module (V1 to V3: fifth to seventh embodiments, unified to V)

Fifth Embodiment

100: housing 200: belt

300: bogie

6th and 7th embodiment

10: belt 20: tension regulator

30A, 30B: Belt pulley 40: Housing

50: balance

H: Bone Supporter

60: first binder 70: body

80: second binder

Since the present invention may be modified in various ways and have various forms, embodiments (or embodiments) will be described in detail in the text. However, this is not intended to limit the present invention to the specific form disclosed, it should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention.

In each of the drawings, the same reference numerals, in particular, the tens and ones digits, or the same digits, tens, ones, and alphabets refer to members having the same or similar functions, and unless otherwise specified, each member in the figures The member referred to by the reference numeral may be regarded as a member conforming to these criteria.

In addition, in the drawings, the components are exaggerated in size (or thick) in size (or thick) in size (or thin) or simplified in consideration of the convenience of understanding and the like, thereby limiting the scope of protection of the present invention. It should not be.

The terminology used herein is for the purpose of describing particular embodiments (suns, aspects, and embodiments) (or embodiments) only and is not intended to be limiting of the invention. Singular expressions include plural expressions unless the context clearly indicates otherwise. In this application, the terms “comprises” or “consists” are intended to indicate that there is a feature, number, step, action, component, part, or combination thereof described on the specification, but one or more other features. It is to be understood that the present invention does not exclude the possibility of the presence or the addition of numbers, steps, operations, components, parts, or combinations thereof.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art. Terms such as those defined in the commonly used dictionaries should be construed as having meanings consistent with the meanings in the context of the related art and shall not be construed in ideal or excessively formal meanings unless expressly defined in this application. Do not.

In the present specification, the first to second and the second to refer to different components are not limited to the order of manufacture, and their names are used in the detailed description and claims of the present invention. May not match.

The present invention relates to a window frame construction system using a lifting type fixing device, a sliding belt module, a horizontal adjustment supporter, to ensure a pleasant construction environment, to enhance windproof characteristics, to prevent foreign matter from accumulating on the window frame, and easily horizontal adjustment. This relates to a possible window frame construction system.

Hereinafter, with reference to the accompanying drawings, construction of a window frame using a lifting type fixing device (hereinafter referred to as a fixing device (A)), a sliding belt module (hereinafter referred to as a belt module), and a horizontal adjustment supporter (hereinafter referred to as supporter (H)). The system (hereinafter referred to as the system) will be described in detail.

1 to 5 relate to the present fixing device A according to the present invention.

1 and 2 show a basic first embodiment, FIG. 3 shows a second and third embodiments, FIG. 4 shows a fourth embodiment, and FIG. 5 shows a fifth embodiment.

As shown in FIG. 1, the fixing device A according to the first basic embodiment includes a base 1000, a lifting body 2000, an actuator 3000, and a support 4000.

Briefly described for each configuration, the base 1000 is a configuration in contact with the circumference of the installation opening of the building structure, provides a support for horizontal alignment and fixing when installing the window frame.

Lifting body 2000 is a configuration that provides a gap between the base 1000 and the support 4000 suitable for the window frame installation.

The actuator 3000 operates the lifter 2000 to allow the lifter 2000 to adjust the distance between the base 1000 and the support 4000.

The support member 4000 is in contact with the window frame, and provides a support force for horizontal alignment and fixing when the window frame is installed together with the base 1000.

In the following description of the present fixing device (A) consisting of the above configuration mainly described as 'window' construction, this is only for convenience of description, this fixing device (A) by the description of the name, specification, claims of the invention ) Is for window frames only and should not be construed as limited.

If necessary, adhesives, double-sided tapes, which have a bonding property with concrete and window frame materials, are provided on the contact surfaces of the building structure openings (concrete) and the window frame (F) and the main fixing device (A), especially the base (1000) and the support (4000). Silicon and the like can be utilized to increase the fixing force. Through this, it is possible to ensure a sufficient fixing force without using the anchor bolt used in the prior art.

In addition, the fixing device (A) may use a non-ferrous metal material such as iron or aluminum, a synthetic resin material, and other composite materials, and may be manufactured using various methods such as extrusion, injection, and die casting.

2 is a partially enlarged view for explaining the first embodiment of the present fixing device A in more detail.

As shown in FIG. 2, the base 1000 of the fixing device A includes a coupling part 1100 for mounting the actuator 3000.

The base 1000 is preferably adhered or attached to the window frame F in advance in consideration of the ease of rotating the actuator 3000 (because the circumference of the mounting opening of the building structure may be uneven and the smoothness may be irregular). Do.

Next, as shown in FIG. 2, the lifting member 2000 of the fixing device A includes a restraining member 2100 having a female screw portion 2130, and one side of the lifting member 2000 is coupled to the restraining member 2100. The member 2300 is included.

Here, the restraining member 2100 is preferably coupled to the base 1000 in advance, and the coupling between the lifting member 2300 and the restraining member 2100 may be made in various ways, as fixed in FIG. 2. It is preferred to consist of a combination of a ball and a holding pin (non-marked).

Next, as shown in FIG. 2, the actuator 3000 of the fixing device A has a male screw portion 3100 that is mounted on the coupling portion 1100 and pivots and is coupled to the female screw portion 2130.

When the actuator 3000 is mounted to the coupling unit 1100, the actuator 3000 is mounted to expose the tool coupling unit 3300 to the outside of the base 1000.

Next, as shown in Figure 2, the support 4000 of the fixing device (A) is coupled to the other side of the elevating member (2300).

The first and second elevating panels 2310 having an elevating member 2300 constituting the elevating body 2000 having an upper shaft hole 2330 coupled to the support 4000 by a pivot pin 2340 are featured. It is composed of a set (2320).

The fastening device (A) consisting of the above configuration and features is coupled to the tool coupling portion 3300 by rotating the male screw portion 3100, the constraining member 2100 having the female screw portion 2130 is the male screw portion 3100 The first elevating panel 2310 and the second elevating panel 2320 constrained by the restraining member 2100 are rotated oppositely with respect to the turning pin 2340, thereby supporting the support member 4000 and the base. The interval between the 1000 is narrowed.

Through the above operation process, when rotating the male screw portion 3100 in the opposite direction, it may be easily predicted to widen the interval between the support member 4000 and the base 1000.

In addition, as shown in FIG. 2, the first and

second lifting panels

2310 and 2320 are provided with stepped grooves 2321 at the top thereof, and are preferably configured to overlap each other without interfering with each other. Do.

The overlapping arrangement of the first and second elevating

panels

2310 and 2320 through the stepped grooves 2321 enables the provision of thicker elevating panels on the base 1000 and the support 4000 of the same area. As a result, it can be directly connected to the durability of the fixing device (A).

In FIG. 3, the implementation of the above-described operation process can be more clearly confirmed. As shown in FIG. 3A, in the fixing device A, the actuator 3000 is disposed between the central non-screw part 3130. First and second male thread portions 3110 (not shown) on opposite sides of each other, and the first restraining member 2110 and the second restraining member 2100 are coupled to the first male thread portion 3110. And a second confining member 2120 coupled to a male screw part (not shown), wherein a first elevating panel 2310 is attached to the first confining member 2110, and the second elevating panel 2320 is provided with the second confining member 2120. It is characterized in that it is coupled to the restraining member 2120.

Therefore, when the male screw portion 3100 of the fixing device A is rotated in one direction, the first constraining member 2110 and the second constraining member restraining the first elevating panel 2310 and the second elevating panel 2320. The first lifting panel 2310 and the second lifting panel 2320 rotate in the direction of each other with respect to the turning pin 2340 by moving in the direction in which the 2120 is close to each other, and the support 4000 and the base 1000. The gap between them is widened.

Alternatively, when the male screw portion 3100 of the fixing device A is rotated in the other direction, the first restraining member 2110 and the second restraining member 2120 move in a direction away from each other, such that the first lifting panel 2310 and the first lifting panel 2310 are formed. The two lifting panels 2320 rotate in opposite directions with respect to the turning pins 2340 to narrow the gap between the support member 4000 and the base 1000.

The fastening device (A) made of the above configuration and features provides a triangular three-axis rotating structure, thereby ensuring a differentiated field applicability compared to the conventional four-axis, five-axis or other multi-axis rotating structure.

More specifically, the floor of the construction site is horizontal, the situation that should be installed so that the support 4000 is inclined (a situation that should be installed to tilt the window frame), the situation that should be installed so that the base 1000 is inclined (the bottom surface is Non-uniform situation), the base 1000 and the support 4000 are all in the situation to be installed so that the inclination has the advantage that the displacement of the inclination in accordance with the situation is possible to be able to handle the fluid.

In addition, the four-axis and five-axis or other multi-axis rotating structure may cause damage to the shaft portion when the force is concentrated on any one axis as the number of axes increases, but the three-axis structure of the fixing device (A) Structural stability can be provided in that the concentration of force at one point is not significantly affected.

Meanwhile, in FIG. 3, it is possible to confirm the provision of the stopper 5000 that limits the rotation angles of the first and

second lifting panels

2310 and 2320.

In FIG. 3A, the stopper 5000 is a limiting member 5000B attached to the lower side of the upper shaft hole 2330 of the first elevating panel 2310 and the second elevating panel 2320 (second embodiment). In FIG. 3B, an embodiment (third embodiment) in which the stopper 5000 protrudes downward from the lower surface of the supporter 4000 may be used.

The stopper 5000 restricts the rotation angles of the first and

second lifting panels

2310 and 2320 so that the pivot pins 2340 are centered when the first and

second lifting panels

2310 and 2320 are fully extended. Keep the shape bent upward in the '∧' shape.

If the first and

second lifting panels

2310 and 2320 change to a '-' or '또는' shape, the lifter 2000 is not lifted by the actuator 3000, so that the stopper Through the provision of the 5000, the lifting member 2300 must maintain the '∧' shape.

In the stopper 5000 of FIG. 3A, that is, the limiting member 5000B, the first limiting member 5000B is caught by the second lifting panel 2320 when the first lifting panel 2310 is rotated. The rotation of the elevating panel 2310 is limited, and thus the rotation of the second elevating panel 2320 is also limited.

Alternatively, in the case of the stopper 5000 of FIG. 3B, that is, the stopping protrusion 5000A, when the support 4000 is lowered, the stopping protrusion 5000A is located before the support thread 4000, or the male screw portion 3100 or the like. The contact with the restraining member 2100 limits the lowering of the support 4000, and the rotation of the first lifting panel 2310 and the second lifting panel 2320 is also limited.

4 is a rear perspective view showing a fourth embodiment of the present invention.

As shown in FIG. 4, the fixing device A includes a gap adjusting member 6000 provided below the base 1000.

The gap adjusting member 6000 may adjust the installation height of the fixing device A separately from the gap control between the base 1000 and the support 4000 through the lifting member 2000 and the actuator 3000. It is provided to make.

In particular, the gap adjusting member 6000 may be utilized in connection with the interior construction, in addition to the construction of the window frame A, for example, when the rod is installed on the shelf when the rod is short or correct the length of the floor surface The non-flatness can be used for various fixing operations, such as when the cabinet is prevented from floating on the wall.

As shown in FIG. 4, the gap adjusting member 6000 includes a first screw part 6100 coupled to a lower portion of the base 1000, a second screw part 6200 coupled to the first screw part 6100, and a second screw part ( It includes a support panel 6300 fixedly coupled to the 6200.

In the implementation of FIG. 4, the first screw part 6100 is male and the second screw part 6200 is female.

The fastening device (A) according to the fourth embodiment is in close contact with the support 4000 or the support panel 6300 on one side of the construction position, and by adjusting the gap between the first and

second screw portion

6100, 6200 By securing an appropriate gap between the support panel 6300 and the support 4000, it is possible to fill the gap of the construction position.

In addition, at this time, the fixing device A has an additional effect that the detailed spacing can be adjusted through the spacing of the base 1000 and the support body 4000 through the lifting body 2000 and the actuator 3000.

5 is a perspective view showing a fifth embodiment of the present invention.

In FIG. 5, the functional injection holes 4100 formed in the support 4000 may be confirmed, and the functional agents including concrete, cement, adhesive, etc. may be effectively penetrated through the functional injection holes 4100. It can provide a more firm holding force.

6 to 14 relates to the present belt module according to the present invention.

This belt module (V) is able to completely escape from the sliding structure using the rail (window) and roller (window), which is the main sliding door system of the existing sliding window system to ensure the perfect windproof function, and completely shields the rail groove visible from the outside Keep the window frame clean and free of debris.

Prior to the description of the belt module (V), if the approximate direction is specified for convenience of description, in the state as shown in Figure 6 and 7 (based on the direction in which gravity acts) up, down, left, right , Before and after, and the direction will be specified according to this criterion unless otherwise specified in the following detailed description and claims.

In addition, in the description of the present belt module V according to the fifth to seventh embodiments of the present invention (FIGS. 6 to 14), the present belt module V is denoted as V1, V2, and V3 according to each embodiment. However, the same reference numerals in the accompanying drawings will be denoted by S and V. In addition, in the description of the sixth and seventh embodiments (Figs. 9 to 14), even in the case of the same configuration as the fifth embodiment (Figs. 6 to 8), separate reference numerals are used for convenience of division. do.

Specifically, referring to the belt module V, as shown in FIG. 6, the belt module V is applied to a window frame construction system for constructing the window frame F and the window W. FIG. 6. (And other drawings) shows the windows of the assembly building, that is, the apartment (APT) living room, the belt module (V) can be applied to various sliding windows such as doors, folding doors, including a variety of sliding windows.

The window frame F is configured to have a mounting portion F1 at some or all of the lower portion, the upper portion, the left side, and the right side, and the belt module V1 is provided at the mounting portion F1. That is, in FIG. 6 (and other figures), the belt module V1 is shown as being provided in the lower mounting portion F1 of the window frame F. However, the sliding belt module V1 is provided as needed. It can be introduced by configuring the mounting portion (F1) to the left or right, including the top, or both up, down, left and right.

In addition, the window frame (F) may have a rectangular or square structure, it may be applied to the form in which the window (W) moving along the window frame (F) is sliding in a curved shape.

Next, as shown in FIGS. 6 and 7, the window W is a sliding window W provided in the window frame F, and the window W mounted on the window frame F is about 1/2 to 2. It consists of a fixed window (W2) occupies about / 3, and a movable window (W1) moving in conjunction with the sliding belt module (V1).

In addition, the mounting portion F1 is introduced under the window frame F, which requires windproofing and shielding of the exposed rails, which provides more complete windproofness, airtightness, thermal insulation, cleanliness, and no need for cleaning. Sliding belt module (V) is a component is installed in the

housing

100, 40 to provide assembly.

This is because a lot of outside air is actually introduced from the existing window system, and the part in which the structure (roller, etc.) is introduced to support the load of the movable window (W) and ensure smooth sliding movement is under the window frame (F).

The belt module (V) has a housing (100) and (40) coupled to the mounting portion (F1) of the window frame (F), belts (200) and (10) provided in the housing (100) and (40), and the window (W). ) Is coupled, and comprises a

trolley

300, 50 that is guided along the

belt

200, 10 to move along the exposed surface 110 of the

housing

100, 40.

First, referring to FIG. 8, the belt module according to the fifth embodiment of the present invention, the belt module V1 is a housing 100 coupled to the mounting portion F1, and an exposed surface 110 of the housing 100. The belt 200 is seated in the seating groove 120 formed in the window, and the window (W) is coupled to be guided along the belt 200 is made to include a trolley 300 to move along the exposed surface (110).

The housing 100 is a component incorporating components. In particular, since the moving means 400 for moving the trolley 300 is embedded in the housing 100, deterioration of aesthetics and failure due to external exposure of the moving means 400 are caused. The problem does not develop.

In addition, in view of the fact that the belt module V1 is provided under the window frame F, the exposed surface 110 of the housing 100 may be naturally inferred.

A seating groove 120 is formed in the upper exposed surface 110 of the housing 100, and the seating groove 120 preferably has a size corresponding to the thickness of the belt 200, and thus the belt module V1. ) Has no configuration protruding from the window frame (F), there is no gap between the window frame (F) and the bogie 300, that is, the outside air gap between the belt 200, in particular the bogie 300 and the housing 100 It cuts the source into the room to dig into, and also reduces and shields the gap between the belt 200 and the housing 100 to block the possibility of foreign substances such as dust flowing into the inside of the housing 100, more perfect It can provide windproofness, airtightness, heat insulation, cleanliness, and no need for cleaning.

In addition, the trolley 300 moves along the exposed surface 110, but has a hollow portion 340 therein to accommodate the belt 200 and guided along the belt 200 to move on the exposed surface 110. do.

On the other hand, as another feature of the present belt module (V1) according to the fifth embodiment, as shown in Figure 8, the trolley 300 is provided to protrude downward to press the pressing member 310 to press the belt 200 It characterized by including).

As shown in the right circle region of FIG. 8, the pressing member 310 is provided at any position of the trolley 300, more specifically, one end is connected to the trolley 300 and the other end of the belt is adjacent to the trolley 300. (200) contact.

Here, the expression 'adjacent to the bogie 300' refers to a seating groove just before the bogie 300 and the belt 200 adjacent to the bogie 300 are accommodated into the hollow portion 340 of the bogie 300 by the movement of the bogie 300. And to form a play by departing from 120).

Therefore, the windproofness, airtightness, heat insulation, cleanliness, cleaning necessity, etc. are reduced by the clearance between the belt 200 and the seating groove 120 (or the exposed surface 110) through the introduction of the pressing member 310. It can be minimized.

In particular, as can be seen in the right circle region of FIG. 8 and the upper portion of FIG. 8, the pressing member 310 preferably includes a passage portion 311 therein to secure the passage path of the belt 200. It is more preferable that the 311 has an inclination so that the belt 200 can be seated on the inner hollow portion 340 of the trolley 300.

Furthermore, the pressing member 310 is a deflection prevention plate coupled to the lower portion to prevent the belt 200 from sagging due to the height difference between the seating groove 120 of the housing 100 and the hollow portion 340 of the trolley 300. It is preferable to further include a 313, the deflection preventing plate 313 is exposed to the same degree as the bottom of the pressing member 310 as shown to create a flat surface, through which the housing 100 exposed surface It will be more desirable to be provided to be able to move smoothly over the (110).

As another feature of the present belt module V1 according to the fifth embodiment, as shown in FIG. 8, the seating groove 120 of the housing 100 is provided with an insertion portion 121 and a belt 200. Is characterized in that it comprises a projection 210 is inserted into the insertion portion 121.

In the upper left circle region of FIG. 8, the configuration of the insertion part 121 and the protrusion 210 may be confirmed. As illustrated, the insertion part 121 may include a groove formed in the seating groove 120 of the housing 100. .

In addition, the protrusion 210 is configured to protrude downward on the bottom surface of the belt 200 (see FIG. 8), and is inserted into the seating groove 120 when the belt 200 is seated on the seating portion F2.

In addition, the protrusion 210 may be continuously provided on the lower surface of the belt 200, but in order to take the pulley structure of the belt 200 to be described later, the belt 200 may be inflectable. As shown in FIG. It is preferred to be spaced consecutively.

Due to the above configuration and features, the belt module V1 has the stability of movement of the trolley 300, so that the belt 200 can be stably accommodated in the seating groove 120 when the trolley 300 is moved. 200) provides an effect of solving the problem of shifting in the horizontal direction.

In addition, the belt 200 itself or the lower protrusion 210 of the belt 200 may be provided with a magnetic part.

The magnetic part may be manufactured by embedding the magnetic material in the belt 200 or the protrusion part 210 or by mixing the fine powder, and arranging the magnet or the magnetic body in the housing 100 or the window frame (F). .

Through the provision of the magnetic part, the contact state between the belt 200 and the housing 100 (or the window frame F) is maintained and smoothness is improved, and the above-described windproofness, airtightness, heat insulation, cleanliness, and no need for cleaning can be added. Can be.

As another feature of the present belt module V1 according to the fifth embodiment, as shown in FIG. 8, the housing 100 has an opening 130 and guide protrusions arranged symmetrically about the opening 130. Including the 140, the seating groove 120 is disposed on the guide protrusion 140. In addition, the trolley 300 is formed in the receiving groove portion 320 for receiving the guide protrusion 140, the lower portion extending in the receiving groove 320 and through the opening 130 in the space 150 in the housing 100 It includes a coupling fixing portion 330 is inserted. In addition, the coupling means 330 is characterized in that the movement means 400 for adding the mobility of the bogie 300 is coupled.

This belt module (V1) can ensure the stability of the movement of the bogie 300 through the configuration of the guide protrusion 140 and the receiving groove 320, the guide protrusion 140 guides the movement of the bogie 300 In order to ensure the straightness when moving the trolley 300.

In addition, the belt module (V1) according to the fifth embodiment is as described above through the configuration of the coupling fixing portion 330 is inserted into the space portion 150 in the housing 100 and the moving means 400 coupled thereto. It is possible to solve the problem of aesthetics degradation and failure caused by the external exposure of the vehicle (400).

In particular, as shown in Figure 8, the moving means 400, the rail member 410 fixed to the fixing groove 160 of the housing 100, the rail member 410 is coupled to the outer surface and the coupling of the trolley 300 The sliding member 420 coupled to the fixed portion 330 and the rail member 410 and the bearing member 430 interposed in the sliding member 420, the moving means 400 is the lower portion of the trolley 300 8 may be provided in the entirety or may be provided in a lower portion of the trolley 300.

9 to 12 show a sixth embodiment of the present invention.

9 shows a perspective view, FIG. 10 shows various views, FIG. 11 shows a front sectional view, FIG. 12 shows a side sectional view, and FIG. 12 shows a front sectional perspective view.

Specifically, the belt module V2 according to the sixth embodiment will be described with reference to FIG. 9 ([A] is an exploded perspective view, [B] is an exploded perspective view) and FIG. 10 ([B] is a plan view, and [C] is As can be seen from the front view, [A] is a cross-sectional view taken along the "AA" line in [C]), the window frame at the time of opening the window (W) on the left side of the window (W), in particular the movable window (W) ( F) A shock absorbing pad W1b (see FIG. 10 [A]) is provided to cushion the left frame and collides with the left frame, and on the right side of the movable window W, windproof (or airtightness) and soundproofing when the window W is closed. In order to engage the engaging projection W1a (refer to the right dashed line circle in Figs. 9B and 10A), the engaging projection is the engaging groove F3 of the right frame of the window frame F (Fig. 10). Reference point in the right dashed line in [A]) to form an overlap.

As can be seen in FIGS. 9 and 11 (sectional views taken along the line “BB” in FIG. 2B), the belt module V2 according to the sixth embodiment includes a belt 10 and a belt pulley. It consists of 30A, 30B.

Here, the belt 10 forms a pseudo crawler between two

belt pulleys

30A and 30B. The term 'similar' crawler track may be a track formed by the belt 10 itself, but a more perfect product Due to the design characteristics for implementing the above, it is necessary to interpose the above-described trolley 50 or the tension regulator 20, or both, and other functional components, and the state in which the belt 10 is connected to the track It is a term chosen because it forms.

Furthermore, the term 'infinite trajectory' is not in the strict sense of the dictionary, and the movement of the window W does not mean that the belt 10 is perfectly turning one wheel or more between the two

belt pulleys

30A and 30B. This is because the left and right distances of the window frame F are moved to the maximum as the window W is opened and closed. Therefore, the invention should not be construed as obscure by the somewhat exaggerated technique of 'infinite track' or 'similar infinite track'.

The belt 10 is formed at both ends of the bent portion 10r in contact with the two belt pulleys (30A, 30B), and the connection portion connected to the window (W) is implemented through the bogie 50 to couple both ends of the bogie 50. The part 51 (refer to the enlarged view in the upper right dashed line in FIG. 13) functions. (On both ends of the engaging part 51, both ends of the upper guide part of the belt 10 are fastened and fixed by using a bolt or the like. do)

In the sliding belt module V2, the belt 10 constitutes an upper guide portion 11 and a lower guide portion 13 starting from the inflection portion 10r.

Furthermore, the belt module V2 is equipped with a housing 10 having various parts built in the window frame F mounting portion F1 through the introduction of the belt 10 and the housing 40 in which the belt pulley is built, thereby improving productivity. It is desirable to provide convenience for construction and maintenance and repair.

In addition, the present invention introduces a trolley 50 to which the window W is coupled to the connection portion of the sliding belt module V2 for the purpose of perfection of productivity, assembly convenience, construction convenience, and maintenance and repair convenience. It is preferable that the window W1 is settled at 50 so as to support the load and ensure smooth opening and closing sliding operation.

As can be seen in the enlarged view of the main portion of the center of the belt module V2 in FIG. 12 and the lower portion of the cross-sectional view taken along the "CC" line of FIG. The lower mounting portion F1 of F) is provided with a seating portion F2 to which the seated portions 47 protruding from both sides of the upper portion of the housing 40 are coupled, and the airtightness is wrapped around the seated portion 47 bent downwardly. In order to assist the wind-proof property, the seating portion F2 includes an inner side protruding first protrusion F2a and an upwardly protruding second protrusion F2b spaced apart from the first protrusion F2a to form a seating space. The upper both side to-be-mounted part 47 of the housing 40 engages in the space between protrusion F2a (F2b).

In addition, the housing 40 accommodated in the mounting portion F1 formed between the seating portions F2 has a first accommodating portion in which both sides of the belt 10, in particular, the upper guide 11 are inserted into the seating portion F2. 41) (shown in the primary enlarged cross section of the main portion of the belt module V2 in the lower part of FIG. 10 and in the upper left secondary enlarged view of the primary enlarged view), By digging the gap between the upper guide portion 11 and the housing 40 to block the flow into the room, and also to reduce and shield the gap between the upper guide portion 11 and the housing 40 of the belt 10 Source blocking the possibility of foreign matter, such as dust flows into the interior of the housing 40, thereby providing a window frame construction system that is completely shielded rail groove visible when viewed from the outside.

In addition, the housing 40 of the belt module V2 according to the sixth embodiment has a second and third accommodation portion in the space between the first accommodation portion 41 for the upper guide portion 11 of the belt 10. 43 and 45 are provided.

The second and

third accommodation portions

43 and 45 are provided with a trolley 50 and a belt 10 for seating and supporting the window W1 seated between both the first accommodation portions 41 of the housing 40. As a space for the first, the second accommodating portion 43 is essentially a main roller for smooth sliding of the trolley 50 moving between the belt pulleys 30A and 30B accommodated in the housing 40 of the belt module V2. A rail for R1) is formed, and the third accommodating portion 45 is arranged at the bottom of the upper guide portion 11 of the belt 10 to install a sag prevention roller R2 supporting the upper guide portion of the belt 10. The cross section has a pocket shape. The third accommodating part 45 and the sag prevention roller R2 installed thereon are arranged at both sides of the second accommodating part 43 and the main roller R1 to provide a balanced support structure.

As shown in the right top dashed line circle in FIG. 12, the deflection preventing roller R2 may alternatively be deformed into a deflection preventing bearing Rm. It is preferable to use a material having sliding characteristics such as acetal as the support body Rm, and the shape thereof may be configured as a brush type instead of a block type. As such, the deflection prevention member such as the deflection prevention roller or the deflection prevention support member may be selected and modified in various shapes and materials.

In addition, the deflection support body (Rm) and the third receiving portion (45m) of the housing 40 of the belt module (V2) for this is arranged in pairs on both sides of the main roller (R1), respectively, allowing more balanced support. It is configured to.

Furthermore, as can be seen in FIGS. 9B, 11, and 13, the belt 10, the tension adjuster 20, the belt pulleys 30A, 30B are built in, and the bogie 50 is seated on the top. After this, the belt module V2 installed on the mounting portion F1 of the window frame F is connected to the belt pulleys 30A and 30B installed through shaft pins (not shown) mounted on both ends of the housing 40. 10, in the installation by hooking, both ends 11t of the upper guide portion 11 of the belt 10 in the state that the front cover 40C of the housing 40 is opened, both ends coupling portion 51 of the trolley 50 ) And both ends 13t of the lower guide portion 13 of the belt 10 are connected to the fastening portion 23A of the tension adjuster 20 (nut member 23). ) (E.g. bolting method available).

Thereafter, the bolt members 21 constituting the tension regulator 20 are formed with threads in opposite directions on both sides (for example, one side of the left side and the other side of the right side) formed by the first and second threaded portions 21A and 21B. ) (For example, a threadless connection in the center can be made by polygon, etc., can be rotated using a tool), and the lower guide part 13 is screwed with the corresponding nut member 23. The tension of the entire belt 10, including the tension, is relaxed or relaxed.

Subsequently, the front cover 40C of the housing 40 is closed, and this belt module V2 is installed in the mounting portion F1 of the window frame F, as shown in the exploded perspective view of FIG. 9B. First, the rail groove of the window frame is first inserted into the protruding rail provided in the upper frame of the window frame, and the lower frames of the window W1 are provided at

stops

53a and 53b provided at both ends of the upper portion of the cart 50 (Fig. 9). And the

stopper

53a and 53b and the lower frame of the window W1 are fixed by bolts or the like (other male and female coupling hooks can be used).

At this time, the insertion lower protrusion W1c of the lower frame of the window W1 can be seen in the upper left secondary enlarged view for the primary enlarged cross-sectional primary view of the center of the belt module V2 of FIG. 13, Since it is located in the window seating portion 55 of the cart 50, it is also possible to achieve perfect airtightness and windproofness.

14 relates to a seventh embodiment of the present invention.

FIG. 14 shows a modified sliding belt module V3 of the present invention according to the seventh embodiment, which basically corresponds to the enlarged side cross-sectional view of the lower right main portion of FIG. 13.

In this modified example, first, as shown in a partial plan view in the upper left dashed-circle circle in order to improve assemblability, the installation hole 10H is easy to install the belt 10 of the belt module V3 in the cart 50. ), The overlapping portion 10h around the installation hole is fitted into the mounting slit 50s of the trolley 50 (see also the enlarged part of the upper left one-dot chain line circle).

Moreover, the trolley | bogie 50 located in the installation hole 10H inside of this belt 10 is equipped with the windproof member ws, and is comprised so that the function which prevents the outside of the window frame F from invading inside may be reinforced.

In addition, the upper and

lower guides

11 and 13 of the belt 10 are supported by the lubricating members r1 and r2 provided in the upper and lower mounting

parts

11r and 13r formed in the window frame F to ensure smooth sliding. have.

The lubricating members (r1, r2) can utilize a member having lubricating properties such as acetal, Teflon material, and other metal materials, and can consider noise characteristics, friction characteristics, lubricity, temperature variation of four seasons, or the like. In consideration of the cushioning function, a round rod-shaped member or a hollow tubular member, and a synthetic resin or metal material can be selected and employed as necessary.

In addition, the lubrication member (r1, r2) having a circular cross section is forcibly fitted to the installation portions (11r, 13r), and the installation portion wraps the outer circumference of the lubrication member about 55 to 75% to prevent the lubrication member from being separated. Is preferably.

Furthermore, in the belt module V3 of this modification, the trolley 50 is configured such that the roller has only one main roller R1 to function, and the glass of the window W is composed of double glass with a vacuum layer interposed therebetween. It is.

In the above description, the method of installing the sliding belt modules V, V2, and V3 on the upper part of the window frame F (left and right sliding opening and closing), and the left and right side (up and down sliding opening and closing type) is omitted, and other metal or synthetic resin such as aluminum is omitted. Conventional known techniques related to window systems are omitted, but those skilled in the art can easily infer, infer, and reproduce them.

15 to 17 are views showing an eighth embodiment of a horizontal supporter (this supporter (H)) according to the present invention.

As shown in Figure 15 to 17, the supporter (H) is the first assembly (60) fixed to the lower window frame, the body 70 for pivotal coupling with the first assembly (60), and the body 70 and It includes a second coupling 80 that is pivotally coupled and fixed to the lower wall (St) of the building structure.

For each configuration, the first assembly 60 is fixed to the lower portion of the window frame (F) (or lower sliding window module (V), lower window frame (F)), as shown in Figure 16 It is provided with a reference weapon, and can be fixed to the lower part of a window frame or the lower part of this belt module V through a bolt etc.

Similarly, the second assembly 80 may also be fixed to the lower wall St of the building structure through an installation hole and a bolt.

Body 70 is the first pivotal coupling portion 71 is coupled to the first coupling body 60, the length adjusting portion 73 coupled thereto, and the second coupling body 80 and coupled to the length adjusting portion 73 It includes a second pivotal coupling portion 72 to be coupled.

Here, it is preferable that the first pivot coupling portion 71 and the second pivot coupling portion 72 have a coupling structure with a shaft pin and a snow hole (not indicated), and this structure is a well-known technique. Will be omitted.

The supporter H having the above structure adjusts the horizontality of the window frame through the first pivotal coupling portion 71 and the second pivotal coupling portion 72, and performs more accurate horizontal adjustment through the length adjusting portion 73. do.

As can be seen in Figure 15, after the horizontal adjustment is completed, it is preferable to place the pedestal between the upper portion of the lower wall (St) of the building structure and the window frame to make the leveling more secure.

On the other hand, the length adjusting portion 73 is a key feature of the supporter (H), as shown in FIG. 17, the length adjusting portion 73 is a female screw member (731), the female screw member (731) coupled with the male screw member (731) 733) and. The male screw member 731 includes an idle part 735 provided in the other female screw member 733.

Accordingly, the length of the body 70 is adjusted by the rotation of the male screw member 731 or the female screw member 733. The female screw portion 2130 does not rotate along the male screw portion 3100 by the provision of the idle portion 735. Therefore, the length of the body 70 is adjusted by drawing the male thread part 3100 into or out of the female thread part 2130 by rotation.

As shown in FIG. 17, the idle part 735 is fixed to the female screw member 733 and has a first cap screw s1 having a fixing cap 735A and a second screw thread coupled to the first screw thread s1. and an idler gear 735B having an s2 and a rotation shaft a735 and an annular groove g735 formed at the end of the rotation shaft a735, and a fixing washer 735C coupled to the rotational groove. desirable.

Therefore, when the female screw member 733 rotates, the idle gear 735B rotates, so that the female screw member 733 turns out, and only the male screw member 731 rotates to be drawn into or pulled out of the female screw member 733.

In addition, it is preferable that the fixing washer 735C has a shape in which one side is opened, and includes a deformation coupling protrusion 735c therein.

When the fixing washer 735C is inserted into the deformation groove (735c) is deformed when inserted into the annular groove (G735) to the open side, this is a separate because the rigid coupling can be maintained in the annular groove (G735) It can be conveniently mounted in the annular groove g735 without the need for tools.

As described above, the fixing device A, the belt module V, and the supporter H are for building a window frame construction system.

The present system (S) is a lifting type (A) is provided between the installation opening of the building structure and the window frame (F) to provide the horizontal alignment and fixing of the window frame (F), the sliding belt module (V) window frame (F) is provided in the lower portion to provide a sliding movement of the window frame (F), the horizontal adjustment supporter (H) is provided between the lower wall (St) and the window frame (F) of the building structure, the horizontal adjustment of the window frame (F) It characterized in that to provide.

Therefore, the window frame construction system (this system) according to the present invention is characterized in that it is configured using the lifting type fixing device (A), the sliding belt module (V), the horizontal adjustment supporter (H), This will have all the functions and effects of the fixing device (A), the belt module (V), the supporter (H) described above,

When constructing or renovating, it is not necessary to perform anchoring work such as anchor bolt drilling at the outside of the building like the conventional window frame fixing work, so it is safe and there is no noise and dust problem generated during anchor bolting, ensuring a pleasant construction environment and neighboring It also eliminates complaints, and makes the window frame free of waterproofing and windproof characteristics, and makes it possible to install windows immediately so that construction period can be shortened and weatherproofing is prevented. It has the effect of being possible.

In addition, by introducing a sliding belt module consisting of a belt and a bogie to completely escape from the sliding structure using rails (windows) and rollers (windows), which are the main elements of the existing sliding window system, the windproof function is perfected and the rail groove visible from the outside The shield is completely shielded so that foreign matters do not accumulate in the window frame, thereby maintaining cleanliness.

In addition, when the window frame is installed, it can be easily and precisely horizontally adjusted, and has an effect of contributing to the improvement of the window frame construction quality.

The present invention described with reference to the accompanying drawings may be variously modified and changed by those skilled in the art, and such variations and modifications should be construed as being included in the scope of the present invention.

Claims

A base having a coupling portion;

A lifting member including a restraining member having a female screw portion, and a lifting member coupled to one of the restraining members;

An actuator having a male thread portion mounted on the coupling portion and pivoting and coupled to the female thread portion; And

A support coupled to the other side of the elevating member;

Including but not limited to,

The elevating member is provided with an upper shaft hole portion lifting type fixed device, characterized in that configured as a set of the first and second lifting panel coupled to the support by a pivot pin.
The method according to claim 1,

The actuator has first and second male threads in opposite directions on both sides with a central non-threaded portion therebetween,

The restraining member is composed of a first restraining member engaging with the first male screw portion and a second restraining member engaging with the second male screw portion,

And the first elevating panel is coupled to the first constraining member, and the second elevating panel is constrained and coupled to the second constraining member.
The method according to claim 1,

Further comprising a stopper for limiting the rotation angle of the first and second elevating panel, when the first and second elevating panel is fully unfolded, it maintains the shape bent upward in the '∧' shape around the turning pin Elevation type fixing device.
The method according to claim 3,

The stopper is a lifting type fixing device, characterized in that the stopper protrusion protruding downward from the lower surface of the support.
A housing coupled to the mounting portion of the window frame;

A belt provided in the housing; And

A sliding belt module coupled to the window, the sliding belt module including a trolley which is guided along the belt and moves along an exposed surface of the housing;
The method according to claim 5,

The belt is constrained by two belt pulleys provided at both ends of the housing to form an inflection portion at both ends and an upper guide portion and a lower guide portion at the portion contacting the two belt pulleys.

Both ends of the upper guide portion is sliding belt module characterized in that the coupling coupled to both ends of the bogie.
The method according to claim 5,

The belt is seated in a seating groove formed in the exposed surface of the housing,

The trolley is provided to protrude downward, the sliding belt module comprising a pressing member for pressing the belt.
The method according to claim 7,

The mounting groove of the housing is provided with an insertion portion,

The belt is a sliding belt module, characterized in that it comprises a projection inserted into the insertion portion.
The method of claim 7.

The housing includes an opening and guide protrusions arranged symmetrically about the opening, and the seating groove is disposed on the guide protrusion.

The bogie includes an accommodation groove for accommodating the guide protrusion, and a coupling fixing portion extending downwardly through the accommodation groove and inserted into the space in the housing through the opening.

Sliding belt module, characterized in that the coupling means is coupled to the moving means for adding the mobility of the balance.
A first assembly fixed to the lower part of the window frame;

A body having a first pivot coupling portion coupled to the first coupling body, a length regulating portion coupled to the first pivot coupling portion, and a second pivot coupling portion coupled to the length regulating portion;

A second coupling member coupled to the second pivot coupling unit and having an installation unit;

Leveling supporter consisting of.
The method according to claim 10,

The length adjustment unit

A male screw member, and a female screw member engaged with the male screw member. And a idle portion (Idle) provided in the female screw member on the other side of the male screw member.
The method according to claim 11,

The idle part

A fixed cap inserted into the female screw member and having a first screw thread, an idle gear having a second screw thread and a rotating shaft coupled to the first screw thread, and an annular groove formed at an end of the pivot shaft, and fixed to the circular recess groove. Leveling supporter further comprises a washer for.
A window frame construction system using the lifting type fixing device according to claim 1, the sliding belt module according to claim 5, and the horizontal supporter according to claim 10,

The lifting type fixing device is provided between the installation opening of the building structure and the window frame to provide horizontal alignment and fixing of the window frame,

The sliding belt module is provided under the window frame to provide sliding movement of the window frame,

The horizontal adjustment supporter is provided between the lower wall of the building structure and the window frame, window frame construction system, characterized in that to provide horizontal adjustment of the window frame.