KR200172196Y1 - Damping structure for window frame - Google Patents

Abstract

The present invention is provided with a shock absorbing rubber on one side, and provided with a window frame in which the reinforcement plate is fixed in the vertical direction on the inside easily absorbs the shock generated when the window frame and the window frame is contacted to generate an unpleasant friction noise In addition, the present invention relates to a damping structure of a window frame that can protect the window frame and glass from shocks or vibrations transmitted from the outside, and includes a receiving space 34 having a hemispherical shape perpendicular to one side thereof. It is formed, the engaging groove 38 bent to one side is formed on both sides of the receiving space 34, the other side is formed with a fastening groove 42 is inserted into the glass 40, the fastening groove 42 ) And the window frame 32 in which the first coupling groove 44 and the second coupling groove 46 are formed in the vertical direction between the receiving space 36 and the locking groove formed in the window frame 32 on one side thereof. 38) is inserted into the blade piece 62 is bent to one side And output configured, is characterized in that comprising an impact-absorbing rubber 64 formed a buffer portion 68 has a buffer area 66 is provided on the other side.

Description

Damping Structure for Window Frame

The present invention relates to a damping structure of a window frame, and more particularly, when a shock absorbing rubber is provided at one side, and a window frame having a reinforcing plate inserted and fixed in the vertical direction inside the window frame is in contact with the window frame. The present invention relates to a damping structure of a window frame that can easily absorb a shock and prevent an unpleasant friction noise from occurring, as well as protect the window frame and glass from an impact or vibration transmitted from the outside.

In general, a veranda of a general house or an apartment is provided with a window frame in order to use the effective space of the veranda more efficiently, and the window frame is provided with a window that is selectively slid horizontally or rotated by one point. Normally, the window frame and the window are manufactured to have a rectangular shape, and may be manufactured in various forms according to the user's taste. Recently, window frames and windows with excellent sound insulation and waterproof insulation have been developed and marketed in various forms.

1 is a front view showing the configuration of the window frame and the window frame according to the prior art. Referring to FIG. 1, a window frame 10 having one side surface fixed to a wall surface by a conventional fastening means is provided, and the window frame 10 has a plurality of window frame members 10a and 10b to have a rectangular shape. ), 10c, and 10d.

The window frame members 10a, 10b, 10c and 10d and the window frame members 10a, 10b, 10c and 10d are joined by bolts or adhesive means.

A window frame 12 is provided which is movably mounted in the window frame 10 in a horizontal direction, and the window frame 12 includes a first interior window frame 14 and a second interior window frame 16 and a first window frame 12. It is divided into an outdoor side window frame 18 and a second outside window frame 20. The window frame 12 is coupled to a plurality of window frame members 12a, 12b, 12c, and 12d to have a rectangular shape, and the window frame members 12a, 12b, and 12c. 12d and the window frame members 12a, 12b, 12c, and 12d are joined by bolts or adhesive means. Transparent glass 22 is coupled to the inside of the indoor side window frames 14 and 16 and the outdoor side window frames 18 and 20.

When using the window frame configured as described above various problems were exposed.

First, an unpleasant impact sound is generated when the window frame is in contact with the window frame because the shock absorber for absorbing the shock generated when the window frame is in contact with the window frame is not provided between the window frame and the window frame configured as described above. In severe cases, the glass bonded to the inside of the window frame is often damaged by the impact of the window frame and the window frame contact.

In addition, when a certain period has elapsed, a gap is generated between the window frame and the window frame by shocks or vibrations transmitted from the window frame and the window frame, through which the outside air and the substance Inflow into the interior of the heat-resistant effect, as well as the indoor pollution was a problem.

In view of the above-described problems of the present invention, the object is to provide a shock absorbing rubber between the window frame and the window frame to prevent the glass from being damaged by the impact of the window frame and the window frame contact. In addition, the present invention provides a damping structure of the window frame that can prevent the occurrence of unpleasant friction noise by the impact.

In addition, another object of the present invention is configured to absorb the shock and vibration transmitted from the window frame and the window frame evenly from the outside evenly so that the window frame and the window frame contact or shock transmitted from the outside and It is to provide a damping structure of the window frame that can prevent the window frame is deformed by vibration.

1 is a front view showing the configuration of the window frame and the window frame according to the prior art

2 is a front view showing the configuration of the window frame according to the present invention

Figure 3 is an enlarged exploded perspective view of the main portion showing the configuration of the window frame according to the present invention

Figure 4 is an enlarged plan sectional view of the main part showing the configuration of the window frame in the present invention

Figure 5 is an enlarged cross-sectional view of the main portion showing a state in which the shock absorbing rubber is deformed due to the contact of the window frame and the window frame according to the present invention

Figure 6 is an enlarged cross-sectional plan view of the main portion showing the configuration of the auxiliary vertical bar according to the present invention

Figure 7 is an enlarged side cross-sectional view showing the main portion of the auxiliary horizontal bar according to the present invention

♣ Explanation of symbols for main part of drawing ♣

30: window frame 32: window frame

34: accommodation space 36: accommodation home

38: hanging groove 40: glass

42: fastening groove 44: first coupling groove

46: second coupling groove 48: auxiliary vertical bar

50: glass insertion path 52: first insertion groove

54: second insertion groove 56: auxiliary horizontal bar

58: molding 60: groove

62: wing piece 64: shock absorbing rubber

66: buffer space 68: buffer

70: reinforcement plate

The purpose of the present invention, the receiving space having a hemispherical shape in the vertical direction on one side is formed, the engaging groove bent to one side is formed on both sides of the receiving space, the fastening groove for fixing the glass is inserted into the other side And a window frame having a first coupling groove and a second coupling groove formed in a vertical direction between the fastening groove and the accommodation space, and a wing piece inserted into and fixed to a locking groove formed on the window frame at one side thereof is bent to one side. It can be achieved by the damping structure of the window frame, characterized in that it comprises a shock-absorbing rubber which is configured to protrude, the buffer portion having a buffer space on the other side.

In addition, the present invention includes that the receiving groove having a hemispherical shape on the inner peripheral surface of the receiving space formed in the window frame formed at equal intervals. In addition, the present invention is a glass insertion passage is fixed to the window frame so that the top and the bottom is in close contact with the window frame, and the glass is inserted into the glass frame on both sides, between the glass insertion passage and the glass insertion passage The first insertion groove and the second insertion groove include an auxiliary vertical bar formed in the vertical direction. The present invention also includes an auxiliary horizontal bar having one side and the other side closely fixed to the window frame so as to be positioned in the window frame horizontally, and a groove into which the molding is inserted and fixed to provide a beautiful appearance to the outside. In addition, the present invention is inserted into the first coupling groove and the second coupling groove formed in the window frame and the first insertion groove and the second insertion groove formed in the auxiliary vertical bar and the window frame and the auxiliary vertical bar by the shock and vibration transmitted from the outside. It includes a reinforcement plate to prevent deformation.

Hereinafter, a preferred embodiment of the damping structure of the window frame according to the present invention will be described in more detail based on the accompanying drawings.

Figure 2 is a front view showing the configuration of the window frame according to the present invention, Figure 3 is an enlarged exploded perspective view of the main portion showing the configuration of the window frame according to the present invention, Figure 4 is a main portion enlarged flat showing the configuration of the window frame in the present invention 5 is an enlarged cross-sectional view of a main part showing a state in which the shock absorbing rubber is deformed due to the contact of the window frame and the window frame according to the present invention, and FIG. 6 is an enlarged main part showing the configuration of the auxiliary vertical bar according to the present invention. Figure 7 is a planar cross-sectional view, Figure 7 is an enlarged side cross-sectional view showing the main portion of the auxiliary horizontal bar according to the present invention. Referring to the drawings, one side is provided with a window frame 30 is fixed to the wall surface by a conventional fastening means, the window frame 30 is coupled to a plurality of window frame members to have a rectangular shape. The window frame member and the window frame member are preferably coupled by bolts or adhesive means.

The window frame 32 is provided to be movable in the horizontal direction in the window frame 30, one side of the window frame 32 is formed with a receiving space 34 having a hemispherical shape in the vertical direction. On the inner circumferential surface of the accommodating space 34, accommodating grooves 36 having a hemispherical shape are formed at equal intervals. Both sides of the receiving space 34 is formed with a locking groove 38 bent to one side. The other side of the window frame 32 is formed with a fastening groove 42 into which the glass 40 is inserted and fixed, and the first coupling groove 44 in the vertical direction between the fastening groove 42 and the receiving space 36. And a second coupling groove 46 is formed. An auxiliary vertical bar 48 is provided which is closely fixed to the window frame 32, and the upper and lower ends of the auxiliary vertical bar 48 are fixed to the window frame 32 by conventional fastening means. Glass inserting passages 50 into which the glass 40 is inserted and fixed are formed on both sides of the auxiliary vertical bar 48, and between the glass inserting passage 50 and the glass inserting passage 50, the first inserting groove 52 And the second insertion groove 54 are formed in the vertical direction.

An auxiliary horizontal bar 56 which is fixed to the window frame 32 horizontally is provided, and one side and the other side of the auxiliary horizontal bar 56 is fixed to the window frame 32 by a conventional fastening means. On the outside of the auxiliary horizontal bar 56, a groove 60 into which the molding 58 is inserted and fixed to provide a beautiful appearance is formed in the horizontal direction. On one side is provided with a shock absorbing rubber 64 protruding in a state in which the blade piece 62 inserted into the locking groove 38 formed in the window frame 32 is bent to one side, the shock absorbing rubber 64 of the On the other side, a buffer portion 68 having a buffer space 66 is formed. Reinforcement inserted into the first coupling groove 44 and the second coupling groove 46 formed in the window frame 32 and the first insertion groove 52 and the second insertion groove 54 formed in the auxiliary vertical bar 48. Plate 70 is provided, the reinforcement plate 70 serves to prevent the window frame 32 from being deformed by the impact and vibration transmitted from the outside.

The window frame and the window frame configured as described above will be described in the sliding state and the effects thereof.

When the user closes the window, the window frame 32 is moved in a direction corresponding to each other so that the window frame 32 is in contact with each other. Since the window frame 32 is mounted at the bottom of the window frame 32 and the window frame 32 is moved, the window frame 32 slides along the window frame 30. When the window frame 32 and the window frame 32 are in contact while the window frame 32 is sliding in the window frame 30, the impact absorbing rubber 64 interposed between the window frame 32 and the window frame 32. ) Absorbs the shock generated when the window frame 32 and the window frame 32 contact. When the window frame 32 and the window frame 32 are in contact while the window frame 32 is sliding in the window frame 30, the impact absorbing rubber 64 interposed between the window frame 32 and the window frame 32. The buffer space 66) is transformed into close contact with each other, and at the same time, one side and the other side of the shock absorbing rubber 64 are in close contact with the receiving space 34 having a hemispherical shape formed in the window frame 32. That is, when the window frame 32 and the window frame 32 are in contact with each other, by absorbing the shock generated when the shock absorbing rubber 64 interposed between the window frame 32 and the window frame 32 It is possible to prevent the glass 40 coupled to the window frame 32 from being damaged due to the contact between the window frame 32 and the window frame 32, and of course, the noise does not cause unpleasant friction noise.

Since the sub-bars 48 and the sub-horizontal bar 56 are vertically or horizontally coupled to the window frame 32, the glass 40 having a predetermined area or more may be firmly fixed to the window frame 32. It can of course protect the glass 40 and the window frame 32 from the impact or vibration transmitted from the outside. Further, the first coupling groove 44 and the second coupling groove 46 formed in the window frame 32 and the first insertion groove 52 and the second insertion groove 54 formed in the auxiliary vertical bar 48 are reinforced. Since the plate 70 is inserted, it is possible to prevent the window frame 32 from being deformed from the shock or vibration transmitted from the outside. That is, when shock or vibration is transmitted from the outside to the window frame 32, the window frame 32, the auxiliary vertical bar 48, the auxiliary horizontal bar 56, the reinforcing plate 70 is uniformly the window frame 32 By absorbing the shock or vibration transmitted to the window frame 32 is not deformed by the shock or vibration transmitted from the outside.

As described above, the damping structure of the window frame according to the present invention is provided with a shock absorbing rubber on one side, and the reinforcement plate is inserted and fixed in the vertical direction to facilitate the impact generated when the window frame is in contact with the window frame. Absorption to prevent the occurrence of unpleasant friction noise, as well as to have the effect of protecting the window frame and glass from the impact or vibration transmitted from the outside.

Claims (4)

An accommodating space 34 having a hemispherical shape in the vertical direction is formed at one side, and a locking groove 38 bent at one side is formed at both sides of the accommodating space 34, and the glass 40 is inserted at the other side. A fastening groove 42 is formed to be fixed, and a window frame 32 having a first coupling groove 44 and a second coupling groove 46 formed in a vertical direction between the coupling groove 42 and the accommodation space 36. )and, The wing piece 62 inserted into the locking groove 38 formed in the window frame 32 on one side is projected to be bent to one side, the buffer portion 68 having a buffer space 66 on the other side is Damping the window frame comprising a shock absorbing rubber (64) formed, the receiving groove 36 having a hemispherical shape on the inner peripheral surface of the receiving space 34 formed in the window frame 32 at equal intervals rescue. The method of claim 1, The upper and lower ends are in close contact with the window frame 32 so as to be positioned in the vertical direction to the window frame 32, and glass insertion passages 50 are formed in which glass 40 is inserted and fixed at both sides thereof. Between the 50 and the glass insertion passage 50 of the window frame, characterized in that the first insertion groove 52 and the second insertion groove 54 comprises an auxiliary vertical bar 48 formed in the vertical direction Damping structure. The method of claim 1, One side and the other side is fixed in close contact with the window frame 32 so that the window frame 32 is positioned in the horizontal direction, and the groove 60 into which the molding 58 is inserted and fixed to provide a beautiful appearance on the outside is formed in the horizontal direction. Damping structure of the window frame, characterized in that it comprises an auxiliary horizontal bar (56). The method according to claim 1 and 2, The first coupling groove 44 and the second coupling groove 46 formed in the window frame 32 and the first insertion groove 52 and the second insertion groove 54 formed in the auxiliary vertical bar 48 is inserted into Damping structure of the window frame comprising a reinforcing plate 70 to prevent the window frame 32 and the auxiliary vertical bar 48 is deformed by the impact and vibration transmitted from the outside.