KR102328976B1 - Guide stopper for windows and doors - Google Patents

Abstract

A guide for windows and doors that can be easily assembled without the use of tools and constructed conveniently without the use of tools as it is configured to support the fixing bracket by inserting the fixing bracket into the stopper body and by inserting the finishing plate on it or using forced fitting and elasticity. A stopper is provided. In particular, a guide stopper for windows and doors that allows the stopper body to be firmly constructed through the pressure protrusion even if there is a slight change or deformation in the thickness of the guide since the pressing protrusions are integrally protruded on the opposite surfaces of the fixing bracket. provides In addition, since the guide can be placed between the fixing brackets formed with the pressure protrusions facing each other and the stopper body can be forcibly installed, a guide stopper for windows and doors that anyone can easily and conveniently install at a desired location and use it safely. to provide.

Description

GUIDE STOPPER FOR WINDOWS AND DOORS

The present invention relates to a guide stopper for windows and doors, and more particularly, since it is configured to be easily assembled by inserting a fixing bracket into the stopper body and then pressing the butt with a finishing plate, it can be assembled safely and easily without using a tool made available for use. At this time, since the stopper body and the finish plate are integrally assembled using forced press-fitting and elastic deformation, it is possible to firmly support and fix the fixing bracket installed therein while firmly assembling.

In general, sliding-type windows and doors may cause damage or damage to windows and doors if the windows and doors are opened too quickly. Accordingly, the window and door, as shown in [Fig. 1], a stopper 10 for the window is attached. These stoppers for windows and doors, as shown in (Patent Document 1) to (Patent Document 3) below, by mounting stoppers manufactured in various shapes to prevent the windows and doors from collided with the window frame, so that they can be safely used.

(Patent Document 1) For public use in Korea No. 20-2018-0003376

In absorbing shock by covering the body of the stopper installed by being fitted in the groove under the existing sliding window with a cap molded from a soft synthetic resin material, the head of the fastening bolt connecting the stopper cap to the stopper body is buried in the shaft of the stopper cap. Since the stopper cap and the fastening bolt are integrated, when the stopper cap is inserted into the shaft hole of the stopper body, if the stopper cap is rotated without a separate locking tool such as a screwdriver, the fastening bolt is transversely inserted into the shaft hole and fixed. It relates to a buffer stopper for a window configured to be done quickly and easily

(Patent Document 2) Korean Patent Registration No. 10-1969668

It can be quickly and easily installed and used on the horizontal frame of the window frame in a one-touch form without using a separate tool. Disclosed is a one-touch installation type window stopper that does not cause any cracks to occur, so that no water leakage occurs in the window frame and does not impair the windproof effect. The one-touch installation type window stopper includes a fixing block provided with a fixing groove fitted to a rail formed in the horizontal frame of the window frame and provided with a cramper insertion slot communicating with the fixing groove, and is fastened to the fixing groove to attach the fixing block to the rail. A fixing means for primarily fixing, a buffer member for buffering the impact of the window while sliding at a predetermined interval along the fixing block when an open window collides with the fixing block by sliding at a predetermined interval, and the crampon insertion slot A pair is hinged to the fixing block in the form of scissors so that a part is inserted into the window, and is pushed by a cushioning member that slides as the window collides and rotates in different directions around the hinge. Is protruding to the outside of the crampon insertion slot may include a crest for secondaryly fixing the fixing block to the rail by pressing the rail of the horizontal frame from both sides.

(Patent Document 3) Korean Patent Registration No. 10-2050670

Since the support bracket is forcibly inserted into the main body and assembled so that the support bracket can be forcibly inserted into the rail and installed at a fixed location, anyone can easily and conveniently use the rail stopper without using fixing means. An object of the present invention is to provide a rail stopper for sliding windows. In particular, if the rail stopper is forcibly inserted into the rail and forcibly pushed toward the length of the lower frame of the window frame, the rail stopper installation is finished. Another purpose is to provide a stopper.

However, these existing stoppers for windows have the following problems.

(1) Since it is divided into several parts and then assembled into one, the structure is complicated and there is a difficulty in assembling the stoppers for windows and doors.

(2) In particular, depending on the type of stoppers for windows and doors, iron pieces may be used to firmly fix the guides.

(3) That is, since the iron piece is used to fix the stopper for the window by forcing it to be inserted into the guide of the profile constituting the window frame, it is manufactured to have some elasticity so as not to fall out from the guide when assembling. Therefore, when the iron piece is forcibly inserted into the stopper for windows due to such elasticity, it cannot be easily inserted, and the assembly efficiency is lowered.

(4) In addition, when assembling these iron pieces to the stoppers for windows, the operator is sometimes done manually.

(5) And since the existing stopper for windows and doors must be assembled using a tool such as a screwdriver to fix it to the guide, a problem arises that the construction time becomes longer.

Korean Public Utility No. 20-2018-0003376 (published date: 2018.12.04) Korean Patent Registration No. 10-1969668 (Registration Date: 2019.04.10) Korean Patent Registration No. 10-2050670 (Registration Date: 2019.11.25)

The present invention is made in consideration of this point, and since it is configured so that the fixing bracket can be inserted into the stopper body and the finishing plate is forcibly fixed thereon, or the fixing bracket can be supported using gauze fitting and elasticity, it is easy without using a tool An object of the present invention is to provide a guide stopper for windows that can be assembled and constructed conveniently.

In particular, since the present invention integrally protrudes the pressing protrusions on the opposite surfaces of the fixing brackets, even if there is a slight change or deformation in the thickness of the guide, the stopper body can be firmly constructed through the pressing protrusions. Another object is to provide a guide stopper for

In addition, the present invention allows the guide to be placed between the fixing brackets formed so as to face each other and the stopper body is forcibly installed, so that anyone can easily and conveniently construct a window at a desired location and use it safely. It is another object to provide a guide stopper for use.

The guide stopper for windows and doors according to [Example 1] of the present invention for achieving this object is a guide stopper for windows and doors mounted on a guide (G) for guiding a window pair in a profile constituting a window frame, a predetermined size and at least one pair of close contact portions 120 integrally formed to face each other on both edges of the support portion 110 and the support portion 110, wherein the contact portion 120 has the outermost The extended portion 121 formed by opening the protruding edge to the outside; The jaws 122 formed by bending at least once on both edges facing each other; And the fixing bracket 100 integrally formed with a plurality of pressing protrusions 123 protruding in the direction opposite to each other on the surfaces facing each other; as the support portion 110 is closely fitted, the contact portion 120 ) is inserted and assembled by inserting the fixing bracket 100 so that the pressing protrusions 123 are exposed to face each other while being fitted, the stopper body 200 configured to fit the guide G between the close contact parts 120; and a closing plate 300 for fixing the stopper body 200 by forcibly inserting the support part 110 while enclosing it to pressurize it, and elastically deforming it using elastic deformation at the same time to fix it.

In particular, the stopper body 200 has a horizontal guide groove 210 for guiding the pressure protrusion 123 on one side over the entire length to be exposed to the outside and forcibly fixed in close contact with the guide (G) surface. ; a vertical guide groove 220 formed perpendicular to the horizontal guide groove 210 on one side of the horizontal guide groove 210; a seat 230 on which the support portion 110 is placed; an insert groove 240 for mounting so that the surfaces of the respective contact portions 120 facing each other are exposed in the horizontal guide groove 210 as the support portion 110 is placed on the seat 230; at least one pair of locking jaws 250 formed to face each other on both edge portions of the stopper body 200 facing the finishing plate 300; and at least one pair of mounting holes 260 formed to correspond to each other on both sides along the longitudinal direction of the stopper body 200 on the surface facing the finishing plate 300 .

In addition, the finish plate 300, the vertical guide groove (220) and facing the groove (310) formed through the same shape and size; an elastic jaw 320 caught on each of the locking jaws 250; a pressing protrusion 330 that is forcibly inserted into the mounting hole 260 and coupled thereto; and at least one support protrusion 340 formed on the finish plate 300 in the width direction to press the support part 110 as the finish plate 300 is assembled to the stopper body 200. characterized in that

The guide stopper for windows and doors according to [Example 2] of the present invention is a guide stopper for windows and doors mounted on a guide (G) for guiding a pair of windows in a profile constituting a window frame, a support made in the form of a plate of a predetermined size At least one pair of contact portions 120 integrally formed to face each other on both edges of the portion 110 and the support portion 110, wherein the contact portion 120 has an outermost protruding edge The expanded portion 121 formed to be opened with a ; The jaws 122 formed by bending at least once on both edges facing each other; And the fixing bracket 100 integrally formed with a plurality of pressing protrusions 123 protruding in the direction opposite to each other on the surfaces facing each other; as the support portion 110 is closely fitted, the contact portion 120 ) are fitted together and the fixing bracket 100 is inserted so that the pressing protrusions 123 are exposed to face each other, but the stopper body 200 is configured to fit the guide G between the close contact parts 120; and a closing plate 300 for fixing by assembling and fixing the support part 110 while enclosing the support part 110 in the stopper body 200; a horizontal guide groove 210 for guiding so that the pressure protrusion 123 is exposed to the outside and is forcibly fixed to the guide (G) surface; a vertical guide groove 220 formed perpendicular to the horizontal guide groove 210 on one side of the horizontal guide groove 210; a seat 230 on which the support portion 110 is placed; an insert groove 240 for mounting so that the surfaces of the respective contact portions 120 facing each other are exposed in the horizontal guide groove 210 as the support portion 110 is placed on the seat 230; at least one pair of mounting holes 260 formed to correspond to each other on both sides along the longitudinal direction of the stopper body 200 on the surface facing the finishing plate 300; and a heat-sealing jaw 270 formed along the entire edge of the surface abutting the finishing plate 300, wherein the finishing plate 300 faces the vertical guide groove 220 and has the same shape and size a groove 310 formed through the furnace; a pressing protrusion 330 for guiding by being inserted into the mounting hole 260 forcibly; at least one support protrusion 340 formed on the finish plate 300 in the width direction to press the support part 110 as the finish plate 300 is assembled to the stopper body 200; and a heat-sealing protrusion 350 that is integrally heat-sealed over the heat-sealing jaw 270 .

Finally, the stopper body 200 and the finishing plate 300 are made of the same color or are characterized in that they are made of different colors.

The guide stopper for windows according to the present invention has the following effects.

(1) The guide stopper can be assembled through simple assembly by inserting the fixing bracket into the stopper body and then pressing the finish plate on the stopper body, so it can be safely and easily assembled.

(2) In particular, by inserting or pressing to face each other in this way, assembly can be performed easily and quickly without using a tool such as a screwdriver, thereby increasing assembly efficiency.

(3) In addition, since it is assembled by fitting and pressing only the mounting position, anyone can easily and conveniently assemble and use the guide stopper for windows and doors.

(4) At this time, since the stopper body and the finish plate are assembled into one by using the elastic action using elastic deformation and the pressing force that is forcibly pressed, the guide stopper for windows and doors assembled once combined can be securely assembled into one and used safely. .

(5) Since the stopper body and the finish plate are made in the same color or in different colors, it can be used safely while preserving the aesthetics by making it stand out easily while mounted on the guide of the window frame.

[Figure 1] is a perspective view showing a stopper for a window mounted on a conventional window frame.
[Figure 2] is a view showing the overall configuration of the guide stopper for windows and doors according to [Example 1] of the present invention, (a) is a perspective view, (b) is a plan view.
[Figure 3] is to show the coupling state of the guide stopper for windows and doors according to [Example 1] of the present invention, (a) is a cross-sectional view taken along the line "AA" in [Figure 2], (b) Each represents a cross-sectional view taken along the “BB” line in [FIG. 2].
[Figure 4] is an exploded perspective view to show the configuration of the guide stopper for windows according to [Example 1] of the present invention.
[FIG. 5] is a view showing the configuration of a fixing bracket according to [Example 1] of the present invention, (a) is a perspective view, (b) is a front view, (c) is a side view.
[Figure 6] is a cross-sectional view showing the process of mounting the fixing bracket according to [Example 1] of the present invention to the stopper body, (a) shows a state before mounting, (b) shows a state after mounting, respectively.
7 is a view showing the configuration of a stopper body according to [Example 1] of the present invention, (a) is a perspective view, (b) is a plan view.
[Fig. 8] is a view showing the configuration of the finishing plate according to [Example 1] of the present invention, (a) is a front perspective view, (b) is a rear perspective view.
[FIG. 9] is an exploded perspective view to show the configuration of a guide stopper for windows and doors according to [Example 2] of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings. Prior to this, the terms or words used in the present specification and claims should not be construed as being limited to their ordinary or dictionary meanings, and the inventor may properly define the concept of the term in order to best describe his invention. According to the principle that can be, it should be interpreted as meaning and concept consistent with the technical idea of the present invention.

Accordingly, the embodiments described in the present specification and the configurations shown in the drawings are only the most preferred embodiment of the present invention and do not represent all the technical spirit of the present invention, so various equivalents that can be substituted for them at the time of the present application It should be understood that there may be variations and examples.

The guide stopper for windows and doors according to [Embodiment 1] of the present invention is configured to include a fixing bracket 100, a stopper body 200, and a finish plate 300, as shown in [Fig. 2] to [Fig. 8] do.

In particular, by inserting the fixing bracket 100 into the stopper body 200, and then covering the finish plate 300 on top of it so that it can be fixed using elastic deformation while forcibly inserted into the stopper body 200, this When assembling the guide stopper for windows according to the invention, anyone can easily and conveniently assemble it and use it safely without using a separate assembly tool.

In addition, in the fixing bracket 100, since the pressing protrusion 123 is formed to protrude from the pair of close contact portions 120 formed to face each other so that the guide G is forcibly fitted, the pressing protrusion 123 is While eliminating the gap between the close contact portion 120 and the guide (G), the guide stopper for windows and doors according to the present invention can be firmly fixed to the guide, and even if there is a slight gap, it can be firmly supported and fixed regardless of this did it

Hereinafter, such a configuration will be described in more detail with reference to the accompanying drawings. Here, the reference numeral "G" denotes a guide to guide the sliding opening and closing of the window pair in the profile constituting the window frame.

go. fixing bracket

The fixing bracket 100 is assembled by inserting the stopper body 200 to be described later as shown in FIGS. 3 to 6 , and when the stopper body 200 is inserted into the guide G, the guide according to the present invention It is a bracket that allows the stopper to be firmly fixed to the guide (G).

The fixing bracket 100 is formed to face each other by protruding from the support portion 110, and the support portion 110 that spans the stopper body 200, as shown in FIGS. 3 to 6, Substantially includes a close contact portion 120 for fixing in close contact with both sides of the guide (G).

1. Support part

The support part 110 is manufactured in the form of a plate of a predetermined size, as shown in [FIG. 3] to [FIG. 6]. This is so that when the fixing bracket 100 is inserted into the stopper body 200 to be described later and assembled, the fixing bracket 100 can be accurately seated in a predetermined position as the support part 110 is placed in a seat 230 to be described later. part to do. Although the support part 110 is described as an example of a plate shape, it is not limited thereto and can be manufactured in any shape as long as it can be seated on the seat 230 , and in particular, the seat 230 and the support part 110 . ) ) by forming a pin-hole between them, so that the support part 110 can be easily mounted at a predetermined position even if it is not in the form of a plate, as it is configured to be fitted. There will be.

2. Closed part

The close contact portion 120, as shown in [Fig. 3] to [Fig. 6], form at least one pair to face each other at both edges of the support portion 110 described above. In particular, since the close contact portion 120 is a portion that is fixed by sandwiching it between the guides (G), it is preferable to form them in parallel with each other. In the drawings, the close contact portion 120 shows an example in which at least two pairs, that is, four, are formed so that the guide stopper according to the present invention can be stably fixed in close contact with the guide (G).

This close contact portion 120, as shown in [Fig. 3] to [Fig. 6], not only does not easily move in the stopper body 200 to be described later, but also can be easily guided in a predetermined direction when guiding the guide (G). It is preferable to make To this end, it is preferable that the close contact portion 120 includes an extension portion 121 , a jaw 122 , and a pressing protrusion 123 .

extension part

The extended portion 121 is formed on the edge protruding outward of the above-described close contact portion 120, as shown in [Fig. 3] to [Fig. 6]. At this time, the extension portion 121 is integrally formed so as to spread outward based on the contact portion 120 facing each other, so that the guide G is sandwiched therebetween so that the guide G is naturally attached to the contact portion 120 . ) so that it can be installed easily and conveniently. In addition, the extension portion 121 increases the mounting force by pressing the stopper body 200 while being pushed out from each other as the guide G is closed.

chin

The jaws 122 are formed on both edges of the contact portion 120 facing each other, as shown in FIGS. 3 to 6 . At this time, the jaw 122 is formed in a stepped shape by bending each edge at least once, so that the edge of the jaw 122 is caught and does not fall off or fall out when it is inserted into the insert groove 240 to be described later. It is possible to minimize the deformation of the close contact portion 120 .

pressurization

The pressing protrusion 123 is formed on the opposite surface of the contact portion 120 described above, as shown in FIGS. 3 to 6 . In particular, this pressing protrusion 123 is a guide stopper according to the present invention while removing the gap between the contact portion 120 and the guide (G) when the guide (G) is inserted between the contact portion 120, deformation occurs. Fix firmly to the guide (G).

Such a pressing protrusion 123 can be integrally formed in any shape as long as it can be deformed between the close contact portion 120 and the guide G, and is preferably hollow, as shown in [Fig. 5(a)]. It is most preferable to protrude in the form of a two-stage column. In addition, it is preferable to form a plurality of the pressing protrusions 123 to have sufficient frictional resistance with the guide (G) so that they can be firmly fixed.

me. stopper body

Stopper body 200, [Fig. 2] to [Fig. 4] · [Fig. 6] and [Fig. 7], as shown in the guide (G) is formed to be fitted, in particular the above-mentioned fixing bracket 100 therein The guide (G) is forcibly inserted between the fixing brackets 100 as the assembly is inserted and configured to be firmly fixed.

This stopper body 200, [Fig. 2] to [Fig. 4] As [Fig. 6] and [Fig. 7], the horizontal guide groove 210, the vertical guide groove 220, the seat 230, the insert It includes a groove 240 , a locking jaw 250 , and a mounting hole 260 .

1. Horizontal guide groove

The horizontal guide groove 210 is formed to be elongated over the entire length on one side of the stopper body 200, as shown in [Fig. 3] and [Fig. 6]. At this time, the horizontal guide groove 210 is formed with a width and depth sufficient to fit the guide (G) to the fixing bracket 100 described above.

2. Vertical guide groove

The vertical guide groove 220 is formed orthogonally to the horizontal guide groove 210 at one end of the above-described horizontal guide groove 210, as shown in [Fig. 2] to [Fig. 4] and [Fig. 7]. This is because the window frame is usually formed orthogonally, the guide (G) formed in each profile constituting the horizontal part and the vertical part constituting the window frame is in these horizontal guide grooves 210 and vertical guide grooves 220 . This is to guide them to be inserted.

3. seat

The seat 230 is a seat for supporting and fixing the support part 110 described above, as shown in Fig. 3, Fig. 4, Fig. 6 and Fig. 7 . In particular, the seat 230 is formed on a surface facing the surface on which the horizontal guide groove 210 is formed, so that the support part 110 is seated on the seat 230 by installing the fixing bracket 100 . It is preferable to configure it to be finished by pressing with a finishing plate 300 to be described later. The seat 230 may be manufactured in various shapes according to the shape of the above-described support part 110 .

4. Insert groove

The insert groove 240 is formed so that the above-described contact portion 120 is inserted therethrough, as in [FIG. 3], [FIG. 4], [FIG. 6] and [FIG. 7]. At this time, the close contact portion 120 fitted through the insert groove 240 is such that the surfaces facing each other are exposed to the outside in the horizontal guide groove 210 described above, and in this exposed state, these contact portions 120 The guide (G) inserted through the horizontal guide groove 210 is inserted therebetween and configured to be fixed.

In particular, the insert groove 240 is, as shown in [Fig. 3(b)], the jaws 122 formed on both edges of the contact portion 120 exposed to the horizontal guide groove 210 are caught by this contact portion. It is preferable to configure the 120 to be able to prevent it from moving or deviate from a predetermined position.

In addition, the insert groove 240 is, as shown in [Fig. 3 (a)] and [Fig. 6], to maintain the state in which the above-described expanded portion 121 is forcibly attached to the inner surface of the horizontal guide groove 210 It is preferable to configure This makes it possible to assemble the guide G by being easily guided between the contact parts 120 through between the extension parts 121 when inserting the guide G between the contact parts 120, and the guide G ) as the close contact portion 120 is pushed outward, this extension portion 121 is strongly pressed against the insert groove 240 surface to be more firmly supported and fixed.

5. Jaw Jaws

The locking jaw 250 forms a surface facing the finishing plate 300 to be described later, that is, the seat 230 described above, as shown in Figs. 3 , 4 , 6 and 7 . At least one pair is formed facing each other on one side. At this time, the locking jaw 250 is configured to be caught while elastically deforming the elastic jaw 320 formed on the finishing plate 300 to be described later. It is desirable to prevent the closing plate 300 from easily detaching or falling out by forming the engaging jaws 250 in pairs so that the engaging action is made from both sides. In addition, the locking jaw 250 is at least one pair, preferably the length of the stopper body 200 and the number of the end plate 300 to be described later that can firmly press the fixing bracket 100 described above to support and fix it. It is better to form In the drawings, an example in which three pairs are formed by way of example is shown.

6. Mounting hole

The mounting hole 260 is formed on the surface facing the finishing plate 300, as in [Fig. 4] and [Fig. 7]. At this time, the mounting holes 260 are formed one at each at both ends along the longitudinal direction of the stopper body 200 , and in particular, the end plate 300 is placed on the stopper body 200 and pressed as the end plate 300 is pressed. ), the support protrusion 340 formed in the forcibly fitted into the mounting hole 260 is configured to be assembled. This mounting hole 260 shows an example in which two pairs are formed, one on each side of the above-described seat 230 as a center.

all. finish plate

The finish plate 300, as shown in [Fig. 2] to [Fig. 4] and [Fig. 8], the stopper body 200 so as to surround and support and fix the support part 110 mounted on the stopper body 200 described above. ) is installed in

Accordingly, the closing plate 300 is configured to be able to close the stopper body 200 to which the above-described fixing bracket 100 is mounted, as shown in FIGS. 3 , 4 and 8 . To this end, the finishing plate 300 is configured to include a groove 310 , an elastic jaw 320 , a pressing protrusion 330 , and a support protrusion 340 .

1. Home

The groove 310 is formed through the same size and shape at a position facing the above-described vertical guide groove 220, as in [Fig. 3] and [Fig. 4]. This is to prevent the guide from interfering with the finishing plate 300 when the guide of the profile made perpendicular to the vertical guide groove 220 is fitted.

2. Elastic jaw

The elastic jaw 320 is, as shown in [Fig. 3], [Fig. 4] and [Fig. 8], when assembling the finish plate 300 facing the stopper body 200, each of the above-described engaging jaws 250 Correspondingly, form one by one. At this time, the elastic jaw 320 is elastically deformed when assembling in this way and is caught by the locking jaw 250 and returns to its original state, thereby fixing the finish plate 300 to the stopper body 200 .

3. Pressurizing projection

Pressing protrusion 330 is, as shown in [Fig. 3], [Fig. 4] and [Fig. 8], when assembling the finish plate 300 facing the stopper body 200, each in the above-described mounting hole 260, respectively. Correspondingly, form one by one. At this time, the pressing protrusion 330 is forcibly inserted into the mounting hole 260 when assembling in this way to fix the finish plate 300 to the stopper body 200 . In a preferred embodiment of the present invention, as the pressing protrusion 330 is forcibly fitted into the above-described mounting hole 260 and fixed, the above-described elastic jaw 320 is simultaneously attached to the finish plate 300 as a stopper body. It is preferable to form it so that it can be fixed to (200).

4. Support protrusion

The support protrusion 340 is formed on the surface of the finishing plate 300 facing the stopper body 200 described above, as shown in FIGS. 3 and 8 . At this time, the support protrusion 340 presses the support part 110 so that the support part 110 can firmly and closely support the seat 230 described above, so that the fixing bracket 100 is positioned at a fixed position It is possible to stably support and fix the guide (G) fitted here.

As described above, the present invention can be easily and conveniently assembled by inserting the fixing bracket into the stopper body and then putting the finishing plate on it and forcibly pressing it. In particular, anyone can easily assemble it and use it safely without using a tool.

In addition, in the present invention, the stopper body and the finishing plate may be manufactured in the same color to give a sense of unity, or may be manufactured to have different aesthetics by manufacturing in different colors. When producing with color like this, it can be produced in the same color as the window frame or in a different color.

The guide stopper for windows and doors according to [Example 2] of the present invention, as shown in [FIG. 9], has the same configuration as [Embodiment 1] described above, but a stopper body 200 installed by inserting the fixing bracket 100 There is a difference in that it consists of a configuration in which the finishing plate 300 is integrally fixed to the heat sealing method without using elastic deformation. Therefore, here, the detailed description of the same configuration as in the above-described [Embodiment 1] is omitted, and the difference configuration will be mainly described.

[Embodiment 2], as shown in [Fig. 9], the mounting hole 260 and the pressing protrusion 330 are projected on the surfaces facing each other so that the stopper body 200 and the finish plate 300 can be integrally fixed. it will be formed At this time, the configuration of the mounting hole 260 and the pressing protrusion 330 serves to fix it while being forcibly fitted to a certain extent and also serves to guide the end plate 300 to the stopper body 200 so as not to deviate from a predetermined position. .

In addition, in the stopper body 200, as shown in [Fig. 9], a heat-sealing jaw 270 formed along the entire edge is formed on the surface where the finishing plate 300 abuts, and the finishing plate 300 has A heat-sealing protrusion 350 that is integrally heat-sealed over the heat-sealing jaw 270 is formed to protrude.

The finishing plate 300 made in this way, as shown in [Fig. 9], as the pressing protrusion 330 is fitted to the mounting hole 260, the heat-sealing protrusion 350 is spread over the heat-sealing protrusion 270, In this state, the heat-sealing protrusion 350 and the heat-sealing protrusion 270 are firmly fixed integrally with the heat-sealing machine in this state.

100: fixing bracket 110: support part
120: tight part 121: extended part
122: jaw 123: pressure projection
200: stopper body 210: horizontal guide groove
220: vertical guide groove 230: seat
240: insert groove 250: catch jaw
260: mounting hole 270: heat-sealed groove
300: finish plate 310: groove
320: elastic jaw 330: pressure protrusion
340: support protrusion 350: heat-sealing protrusion
G: guide

Claims (5)

In the guide stopper for windows installed on the guide (G) that guides the window pair in the profile constituting the window frame,
A support portion 110 in the form of a plate of a predetermined size and at least a pair of contact portions 120 integrally formed to face each other on both edges of the support portion 110, the contact portion 120 There is an extended portion 121 formed by the outermost protruding edge spread outward; The jaws 122 formed by bending at least once on both edges facing each other; And a fixing bracket 100 integrally formed with a plurality of pressing protrusions 123 protruding in a direction facing each other on the surfaces facing each other; As the support part 110 is closely fitted, the fixing bracket 100 is inserted and assembled so that the pressing protrusion 123 is exposed to face each other while the contact part 120 is fitted together, but the contact part 120 A stopper body 200 configured to sandwich the guide (G) between; And the stopper body 200 while enclosing the support part 110 forcibly inserting and assembling, and at the same time using elastic deformation to elastically deform and fix the finishing plate 300;
The stopper body 200 includes a horizontal guide groove 210 for guiding the pressure protrusion 123 on one side over the entire length to be exposed to the outside and forcibly fixed in close contact with the guide (G) surface; a vertical guide groove 220 formed perpendicular to the horizontal guide groove 210 on one side of the horizontal guide groove 210; a seat 230 on which the support portion 110 is placed; an insert groove 240 for mounting so that the surfaces of the respective contact portions 120 facing each other are exposed in the horizontal guide groove 210 as the support portion 110 is placed on the seat 230; at least one pair of locking jaws 250 formed to face each other on both edge portions of the stopper body 200 facing the finishing plate 300; and at least one pair of mounting holes 260 formed to correspond to each other on both sides along the longitudinal direction of the stopper body 200 on the surface facing the finishing plate 300, respectively;
The finishing plate 300 includes a groove 310 formed through the vertical guide groove 220 and having the same shape and size; an elastic jaw 320 caught on each of the locking jaws 250; a pressing protrusion 330 that is forcibly inserted into the mounting hole 260 and coupled thereto; and at least one support protrusion 340 formed on the finish plate 300 in the width direction to press the support part 110 as the finish plate 300 is assembled to the stopper body 200; and ,
The stopper body 200 and the finish plate 300,
made of the same color, or
Guide stoppers for windows, characterized in that made of different colors.
delete delete In the guide stopper for windows installed on the guide (G) that guides the window pair in the profile constituting the window frame,
A support portion 110 in the form of a plate of a predetermined size and at least a pair of contact portions 120 integrally formed to face each other on both edges of the support portion 110, the contact portion 120 There is an extended portion 121 formed by the outermost protruding edge spread outward; The jaws 122 formed by bending at least once on both edges facing each other; And the fixing bracket 100 integrally formed with a plurality of pressing protrusions 123 protruding in the direction opposite to each other on the surfaces facing each other; as the support portion 110 is closely fitted, the contact portion 120 ) are fitted together and the fixing bracket 100 is inserted so that the pressing protrusions 123 are exposed to face each other, but the stopper body 200 is configured to fit the guide G between the close contact parts 120; and a closing plate 300 for fixing and assembling by forcibly fitting the support part 110 to the stopper body 200 while enclosing it to pressurize it.
The stopper body 200 includes a horizontal guide groove 210 for guiding the pressure protrusion 123 on one side over the entire length to be exposed to the outside and forcibly fixed to the guide (G) surface; a vertical guide groove 220 formed perpendicular to the horizontal guide groove 210 on one side of the horizontal guide groove 210; a seat 230 on which the support portion 110 is placed; an insert groove 240 for mounting so that the surfaces of the respective contact portions 120 facing each other are exposed in the horizontal guide groove 210 as the support portion 110 is placed on the seat 230; at least one pair of mounting holes 260 formed to correspond to each other on both sides along the longitudinal direction of the stopper body 200 on the surface facing the closing plate 300; and a heat-sealing jaw 270 formed along the entire edge of the surface in which the finishing plate 300 abuts;
The finishing plate 300 includes a groove 310 formed through the vertical guide groove 220 and having the same shape and size; a pressing protrusion 330 for guiding by being inserted into the mounting hole 260 forcibly; at least one support protrusion 340 formed on the finish plate 300 in the width direction to press the support part 110 as the finish plate 300 is assembled to the stopper body 200; and a heat-sealing protrusion 350 that is integrally heat-sealed over the heat-sealing jaw 270;
The stopper body 200 and the finish plate 300,
made of the same color, or
Guide stoppers for windows, characterized in that made of different colors. delete

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