KR200447014Y1 - Sliding window device installed - Google Patents

Abstract

The present invention relates to a sliding window device provided with a shock absorber, in the sliding window device, the window is slid to open and close, the window frame having a window groove on the side, inserted into one side of the window groove, when sliding operation A buffer body for buffering the impact generated in the window frame, a buffer protrusion protruding on one side of the buffer body, protruding in a side position of the window frame frame opening and closing, disposed inside the buffer body, A cushioning contact body located in a direction in which the frame is opened and closed, the frame frame is disposed at an outer circumference of the window frame, and is installed at a contact position of the frame frame in which the window frame is slid, and the window frame of the frame frame. Frame buffer with frame contact groove in contact with the projection, and It is disposed inside the frame buffer, and includes a frame contact body which is provided in a position opposite to the buffer contact body in the contact direction of the window frame, wherein the buffer contact body and the frame contact body is a magnet and a magnet It is made of an object to be attached can be in close contact with the buffer body and the frame frame by a magnetic force.

Sliding, Window, Shock Absorber, Shock Absorber, Magnet

Description

Sliding window device with shock absorber {apparatus of sliding windowsand doors have bumper installed}

The present invention relates to a sliding window device installed with a shock absorber.

Generally, windows and doors are windows or doors installed in openings such as windows or doorways to block the interior of the building from the outside. Depending on the materials used, wooden windows and metals are used. Although it is classified as a window, recently, doors and window frames made of plastic are also made.

It also refers to a movable work piece that can freely open and close in order to distinguish the interior space itself from each other. A frame into which a window is inserted is called a window frame. The function of the windows in the outer wall openings is to keep the room from weather changes or external invasion from the outside, unchanged from that of the outer wall, and to block external noise or internal light and sound. These windows have two different functions, usually ventilating, ventilating, or lighting, and blocking the inside and outside of the window by closing it.

Windows and doors are classified into wooden windows and metal windows according to the materials used, and various kinds of windows are used, but recently, plastic doors and windows are also made.

The windows are divided into casement windows, sliding windows, US windows, sliding windows, corrugated windows, rotating windows, shutter windows and hanger windows.

The sliding window device includes a window frame and a sliding window. A sliding window is installed by digging a groove into the window frame, and the installed sliding window is opened and closed by sliding along the groove. If there is only one sliding window, it is called a sliding window device. In the case of two pairs, it is called a sliding window device. When the weight of the sliding window is heavy, a rail is installed in the window frame, and the sliding window is provided with a wheel sliding along the rail to provide a sliding window device that can easily open and close the sliding window.

The sliding window of the sliding window device is pressed by the user to open and close so as to slide to one side or both sides. Sliding windows are opened and closed while touching the window frame according to the opening direction. The sliding window that is opened and closed by the user's pressing force collides with the window frame by the pressing force generated at the time of opening and closing. The impacted sliding windows generate noise at the impact position, and the impact amount accumulates to cause deformation and breakage. In addition, when a sliding window is opened and closed in a state where a part of the body such as a user's hand is located between the window and the window frame, a part of the body is injured.

Recently, by installing a cushioning body as a contact portion of the sliding window device to reduce the noise, by reducing the amount of impact to increase the life of the sliding window device. In addition, even if the body is in contact with the body when opening and closing the sliding window device, the impact amount is reduced to prevent injury.

However, when the sliding window device is provided with a cushion body of the prior art is opened and closed in a state of large pressing force to impact the window frame to cushion the impact amount, the repulsion force is generated by the buffered impact amount is generated a gap between the window and the window frame. There was a problem that the foreign matter and noise introduced into the room through the gap.

In addition, the cushion body installed in the sliding window device of the prior art is located between the window and the window, and should be pressed with a constant force at the time of closing so that there is no gap. When closed without pressing, a gap is created between the window and the window frame so that there is a problem that the closing performance falls.

In addition, the cushioning body provided in the sliding window apparatus of the prior art is installed in close contact with the window to be firmly fixed to the window. Conventional cushioning body has a problem that is difficult to install and replace.

The problem to be solved by the present invention is to provide a shock absorber to improve the sealing performance by increasing the adhering power with the window frame when the sliding window is opened and closed by installing a shock absorber attached to the sliding window and the window frame by magnetic force. have.

Sliding window device according to an embodiment of the present invention is a sliding window device installed in the sliding window device, the window is sliding to open and close, the window frame having a window groove on the side, inserted into one side of the window groove, sliding operation A buffer body which buffers an impact generated in the window frame at a time, a buffer protrusion protruding at one side of the buffer body, a buffer protrusion projecting at a side position at which the window frame is opened and closed, and disposed inside the buffer body, A buffer contact body located in a direction in which the window frame is opened or closed, and is disposed at an outer circumference of the window frame, and is provided at a contact position of the frame frame in which the window frame is slid, the window frame of the frame frame, A frame buffer having a frame contact groove in contact with the buffer protrusion, and And a frame contact body disposed inside the frame buffer body and disposed at a position opposite to the buffer contact body in the contact direction of the window frame, wherein the buffer contact body and the frame contact body are formed of a magnet. It is made of an object to which a magnet is attached can be in close contact with the buffer body and the frame frame by a magnetic force.

In addition, a buffer groove may be formed in the center of the buffer protrusion in the direction of the window groove, protrude in the direction of the window frame of the frame buffer, and further include a frame contact protrusion which may be inserted into the buffer groove. The frame contact protrusion may be inserted into the buffer groove when the window frame is closed to improve the sealing force.

In addition, contact buffer spaces may be formed in the buffer body spaced apart at predetermined intervals from both sides with respect to the center in the contact direction of the frame frame, and the window frame direction in the contact buffer space in the buffer body. The transmission buffer space can be formed in the center at a predetermined interval apart.

In addition, it is disposed on one side of the buffer projection, it may further include a brush body located between the buffer body and the frame buffer.

In addition, it may further include a binding protrusion protruding in the outward direction of the other side of the shock absorbing body, contacting to be fixed when the shock absorbing body is inserted into the window groove.

Sliding window device according to another embodiment of the present invention is a sliding window device installed in the sliding window device, the window is sliding to open and close, the window frame having a window groove on the side, inserted into one side of the window groove, sliding operation A buffer body that buffers the impact generated in the window frame at the time, protrudes on one side of the buffer body, buffer protrusions protruding at a side position at which the window frame is opened and closed, and disposed on both sides of the buffer body, The buffer contact body located in the direction of opening and closing the window frame, the buffer ring body which is provided on both sides of the buffer body, is fixed to one side of the buffer contact body, is formed in a ring shape to cushion the impact amount, the window Is disposed on the outer periphery of the frame, the window frame is sliding A frame buffer body provided at a contact position of a frame, the window frame of the frame frame, and having a frame contact groove contacting the buffer protrusion, and disposed at both sides of the frame buffer body, and opposed to the buffer contact body. It is provided, and includes a frame contact body in contact with the buffer ring body when the window frame is closed, wherein the buffer contact body and the frame contact body is made of a magnet and an object to which the magnet is attached to the buffer body by magnetic force And the frame frame can be in close contact.

According to an embodiment of the present invention, the shock absorber is installed between the window and the window frame to be opened and closed by sliding doors, and the magnet and the object attached to the magnet is installed on the shock absorber and the window frame by the magnetic force, by the magnetic force buffer and window frame There is an advantage to improve the sealing performance to prevent the inflow of noise and dust by attaching.

In addition, in the shock absorber fixed to the window, at least one or more spaces are formed in the buffer to buffer the impact amount caused by the collision with the window frame when opening and closing the window, so that the impact amount is dispersed while reducing the weight, the space is the amount of impact There is an advantage that the cushioning force is improved in the distributed position.

The protrusion is formed at a position contacting the window hopper of the shock absorber, the brush body is installed in the protrusion, and the groove is inserted in the window hoop to minimize the occurrence of a gap between the shock absorber and the window hopper. As a result, the sealing performance is improved.

In addition, the magnet and the object attached to the magnet is selectively installed in the interior of the shock absorber and the window hopper to improve the adhesion between the shock absorber and the window hopper by magnetic force, and improve the magnet and the inside of the shock absorber and the window hopper. Since the object attached to the magnet is provided, there is an advantage that the life is increased by preventing the magnet and the object attached to the magnet from being damaged by direct contact when the window is closed.

In addition, the magnet and the object to which the magnet is attached are respectively installed on both sides of the shock absorber and the window frame, and a ring-shaped buffer ring body is disposed between the magnet and the object to which the magnet is attached. Prevents direct contact with, thus increasing the lifespan.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. As those skilled in the art would realize, the described embodiments may be modified in various different ways, all without departing from the spirit or scope of the present invention. Like parts are designated by like reference numerals throughout the specification.

Then, a sliding window device installed with a shock absorber according to an embodiment of the present invention looks at with reference to FIGS.

1 is a schematic view showing a sliding window device equipped with a shock absorber according to an embodiment of the present invention, Figure 2 is a cross-sectional view showing the main part of the sliding window device provided with a buffer of Figure 1, Figure 3 is a shock absorber of Figure 1 It is an operation figure which shows the closed state of the installed sliding window apparatus.

1 to 3, the sliding window device 100 installed with a shock absorber according to an embodiment of the present invention includes a window unit 110, a buffer 120, and a window frame unit 130.

The window unit 110 is provided with a window frame 111 that slides to open and close by a sliding door. The window frame 111 is an outer frame of a sliding window or door that is opened and closed in a divided space. The window frame 111 is made of glass, wood, steel, etc., and is the outer frame of the door and the window. The window groove 112 is formed on the side of the window frame 111 to open and close. The window groove 112 is formed at a side contacting the window frame portion 130 when the window frame 111 is opened and closed.

The shock absorber 120 is inserted into the window groove 112 to cushion the impact amount due to contact with the window frame portion 130, the buffer body 121, the buffer protrusion 124, the binding protrusion 126, the buffer contact body 127 And a brush body 128. The buffer body 121 is inserted into the window groove 112, and buffers the amount of impact generated during the collision of the window frame 111 and the window frame portion 130. The buffer body 121 may be used, such as rubber, acrylic, and urethane that can absorb the impact amount. The shock absorbing body 121 is collided with the window frame part 130 while being moved together with the window frame 111 at the time of opening and closing. Since the impact amount generated by the collision between the window frame part 130 and the window frame 111 is not relieved in the buffer body 121 and is not transmitted to the window frame 111 and the window frame part 130, noise may be reduced. And life can be increased.

In the buffer body 121, a contact buffer space 122 may be formed at predetermined intervals on both sides of the center in the direction in contact with the window frame part 130. In addition, the interior of the buffer body 121 may be spaced apart from the contact buffer space 122 in the direction of the window groove 112 at a predetermined interval, the transmission buffer space 123 is located in the center. The shock generated at the opening and closing of the window frame 111 is primarily buffered in the contact buffer space 122 and secondly, the shock amount is effectively buffered in the contact buffer space 122 to reduce the noise and improve the closing performance. Can be.

The buffer protrusion 124 protrudes from the window frame portion 130 of the buffer body 121 and is in contact with the window frame portion 130 when the window frame 111 is opened or closed. The shock absorbing protrusion 124 is in contact with the window frame portion 130 and protrudes to cushion the impact amount.

The binding protrusion 126 protrudes outward on one side where the buffer body 121 is inserted into the window groove 112, and contacts the window groove 112 to fix the buffer body 121. The binding protrusion 126 is fixed to prevent the detachment in a state where the buffer body 121 is inserted into the window groove 112. At least one binding protrusion 126 is formed, and each binding protrusion 126 protrudes from each other. The shock absorbing body 121 is fixed while being inserted into the window groove 112 by the binding protrusions 126 formed to be separated from each other, and is easily installed and provided with at least one binding protrusion 126 to improve the fixing force.

The buffer contact body 127 is located inside, and is disposed in the window frame part 130 direction. The buffer contact body 127 is made of a magnet or a material that can be attached to the magnet. The buffer contact body 127 is formed of a material in which the buffer body 121 is attached to the window frame part 130 by magnetic force to generate an adhesion force. That is, the buffer contact body 127 is made of a magnet or a material to which the magnet can be attached to attach the shock absorber 120 and the window frame unit 130 by magnetic forces generated in the window frame unit 130. When the buffer contact body 127 is made of a magnet is made of an object that can be attached to the magnet in the window frame unit 130, If the window frame unit 130 is made of a magnet, the cushioning contact body 127 is an object that can be attached to the magnet Magnetic force is generated. That is, the buffer contact body 127 and the window frame portion 130 may include all the usual materials that can generate magnetic force between each other.

The brush body 128 may be disposed in the direction of the window frame portion 130 of the buffer protrusion 124. Brush body 128 is formed with a plurality of hairs, it may be located between the buffer projection 124 and the window frame portion 130. The brush body 128 may block dust and noise introduced between the buffer protrusion 124 and the window halter 130. In addition, the brush body 128 is formed in the gap between the buffer protrusion 124 and the window frame portion 130 to improve the closing performance while being prevented from being hurt even if a part of the user's body is caught.

The window frame part 130 includes a frame frame 131 on which the window frame 111 is slid, a frame buffer 132, and a frame adherent 134. The frame frame 131 is provided at an outer circumference of the window frame 111. The frame frame 131 is disposed at an outer circumference of the window frame 111 and is opened and closed so that the window frame 111 can be slid. The window frame 111 opens and closes the space while sliding in a state supported by the frame frame 131. The frame buffer 132 is disposed on the inner side surface of the frame frame 131 and is provided on the surface contacted when the window frame 111 is opened or closed. The frame buffer 132 is provided at a position in contact with the window frame 111 and is in contact with the buffer body 121 when the window frame 111 is opened or closed. The frame buffer 132 is in contact with the buffer body 121 to reduce the amount of impact generated when opening and closing the window frame 111. As the frame buffer 132, rubber, acrylic, urethane, or the like, in which an impact amount can be absorbed, may be used. The frame close contact groove 133 into which the buffer protrusion 124 can be inserted is formed at the window frame 111 contact side of the frame buffer 132. Frame contact groove 133 is a buffer body 121 is in close contact with the opening and closing of the window frame 111 to improve the closing performance.

The frame adherent 134 is provided inside the frame buffer 132 and is positioned to face the buffer adherent 127. The frame contact body 134 generates a magnetic force at a position opposite to the buffer contact body 127 to bring the buffer body 121 and the frame frame 131 into close contact with each other. The frame contact body 134 is made of a magnet or an object attached to the magnet according to the buffer contact body 127. The buffer contact body 127 and the frame contact body 134 are each composed of a magnet or an object attached to the magnet, and any conventional material for generating magnetic force may be used.

In addition, the sliding window device installed with a shock absorber according to another embodiment of the present invention will be described with reference to FIGS.

4 is a cross-sectional view showing a main part of a sliding window device equipped with a shock absorber according to another embodiment of the present invention, Figure 5 is an operation diagram showing a closed state of the sliding window device equipped with a buffer of FIG.

4 and 5, the sliding window device 100 installed with a shock absorber according to another embodiment of the present invention includes a window unit 110, a buffer unit 120, and a window frame unit 130. Here, some components of the window unit 110, the shock absorber 120 and the window frame unit 130 are substantially the same as the sliding window apparatus 100 provided with the shock absorber shown in Figs. 1 to 3, so that description thereof will be omitted. .

A buffer groove 125 may be formed in the center of the buffer protrusion 124. The buffer groove 125 has a concave shape in the direction of the window groove 112 at the center in contact with the frame buffer 132. When the buffer groove 125 is formed in the center of the buffer protrusion 124, the buffer protrusion 124 is bisected and protrudes in double. The double protrusion protrusion 124 improves the closing performance of the window frame 111.

Protruding in the center of the frame buffer 132, the frame contact protrusion 135 is inserted into the buffer groove 125 may be formed. The frame contact protrusion 135 is inserted into the buffer groove 125 to block the gap between the buffer body 121 and the frame buffer 132. That is, the frame contact protrusion 135 is inserted into the buffer groove 125 to physically block the space generated between the buffer body 121 and the frame buffer 132. Therefore, the frame contact protrusion 135 is inserted into the buffer groove 125 to block the inflow of dust and noise to increase the sealing efficiency.

And, the sliding window device 100 is installed with a shock absorber according to another embodiment of the present invention will be described with reference to Figures 6 and 7.

6 is a cross-sectional view showing a main part of a sliding window device equipped with a shock absorber according to another embodiment of the present invention, Figure 7 is an operation diagram showing a closed state of the sliding window device equipped with a buffer of FIG.

Referring to FIGS. 6 and 7, a sliding window apparatus 100 having a buffer according to another embodiment of the present invention includes a window unit 110, a buffer unit 120, and a window frame unit 130. Here, some components of the window unit 110, the shock absorber 120 and the window frame unit 130 are substantially the same as the sliding window apparatus 100 provided with the shock absorber shown in Figs. 1 to 3, so that description thereof will be omitted. .

The buffer contact body 127 may be installed on both sides of the buffer body 121, and the frame contact body may face the buffer contact body 127 of the frame buffer body 132 in contact with the buffer body 121. 134 may be installed. The shock absorbing contact 127 is located on both sides of the shock absorbing body 121 and is fixed to the shock absorbing body 121. The frame adherent 134 is fixed to both sides of the frame buffer 132 and is provided at a position opposite to the buffer adherent 127. The buffer contact body 127 and the frame contact body 134 are made of a magnet and an object attached to the magnet and may be attached to each other by magnetic force. That is, the buffer contact body 127 and the frame contact body 134 may include all conventional magnetic bodies that can be attached to each other by magnetic force.

The buffer contact body 127 of the buffer contact body 127 is disposed toward the side, and the shock-absorbing ring-shaped buffer ring body 129 may be formed. The buffer ring body 129 is installed at both sides of the buffer body 121, and may be fixed to the buffer contact body 127. When the window frame 111 is opened or closed, the buffer contact body 127 and the frame contact body 134 adhere to each other by magnetic force. At the time of close contact, a buffer ring body 129 is provided between the buffer contact body 127 and the frame contact body 134. The buffer contact body 127 and the frame contact body 134 are prevented from coming into direct contact with the buffer ring body 129 at the time of close contact by magnetic force, thereby increasing the service life. In addition, the buffer ring body 129 is disposed on both sides of the buffer body 121, and is formed between the buffer contact body 127 and the frame contact body 134 at the time of opening and closing the window frame 111. The buffer ring body 129 disposed between the buffer contact body 127 and the frame contact body 134 blocks the gap between the buffer body 121 and the frame buffer body 132 to improve the closing performance.

Although the preferred embodiment of the present invention has been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements of those skilled in the art using the basic concept of the present invention defined in the following claims are also provided. It belongs to the scope of rights.

1 is a schematic view showing a sliding window device installed with a shock absorber according to an embodiment of the present invention.

FIG. 2 is a cross-sectional view showing a main part of a sliding window apparatus provided with the shock absorber of FIG. 1; FIG.

3 is an operation view showing a closed state of the sliding window device installed with the shock absorber of FIG.

Figure 4 is a cross-sectional view showing the main part of the sliding window device installed with a shock absorber according to another embodiment of the present invention.

5 is an operation view showing a closed state of the sliding window device installed with the shock absorber of FIG.

Figure 6 is a cross-sectional view showing the main part of the sliding window device equipped with a shock absorber according to another embodiment of the present invention.

7 is an operation diagram showing a closed state of the sliding window device installed with the shock absorber of FIG.

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

100: sliding window device 110: window part

111: window frame 112: window groove

120: buffer 121: buffer body

122: contact buffer space 123: transfer buffer space

124: buffer protrusion 125: buffer groove

126: binding protrusion 127: buffer contact body

128: brush body 129: buffer ring body

130: window frame 131: frame frame

132: frame buffer 133: frame adhesive

134: frame contact groove 135: frame contact protrusion

Claims (6)

In the sliding window device, The window frame is slid to open and close the window device, the window frame having a window groove on the side, Is inserted into one side of the window groove, and has a contact buffer space therein spaced apart at a predetermined interval on both sides of the center in the opening and closing direction of the window device, at a predetermined interval in the window frame frame direction from the contact buffer space A shock absorbing body having a transmission buffer space located at a center away from the shock absorbing body to cushion the impact generated on the window frame when the window apparatus is slid; Protruding on one side of the buffer body, protruding in a side position where the window frame is opened and closed, a buffer protrusion having a buffer groove in a direction of the window groove in the center, A binding protrusion which protrudes outward on the other side of the buffer body and is fixed to be fixed when the buffer body is inserted into the window groove, Is disposed in the interior of the buffer body, the window frame is located in the direction of opening and closing, the cushioning contact body made of a magnetic material, A frame frame disposed on an outer circumference of the window frame, wherein the window frame is slid; A frame cushioning body which is provided at a contact position of the window frame of the frame frame and has a frame close contact with the buffer protrusion; A frame contact protrusion protruding in the window frame direction of the frame buffer body and inserted into the buffer groove, It is disposed inside the frame buffer body, the frame contact body made of a material attached to the magnet and positioned so as to face the contact direction of the window frame, the magnet, and Is disposed on one side of the buffer projection, the brush body located between the buffer body and the frame buffer body Including; The buffer contact body and the frame contact body may be in close contact with the buffer body and the frame frame by a magnetic force Sliding window device installed with shock absorber. delete delete delete delete In the sliding window device, The window frame is slid to open and close the window device, the window frame having a window groove on the side, A buffer body inserted into one side of the window groove and cushioning an amount of impact generated in the window frame during sliding operation; Protruding to one side of the buffer body, the buffer projection protruding in the side position of the window frame opening and closing, It is disposed on both sides of the buffer body, the buffer close contact body located in the direction in which the window frame is opened and closed, A buffer ring body installed at both sides of the shock absorbing body, fixed to one side of the shock absorbing contact body, and formed in a ring shape in which an impact amount is buffered; A frame frame disposed on an outer circumference of the window frame, wherein the window frame is slid; A frame cushioning body which is provided at a contact position of the window frame of the frame frame and has a frame close contact with the buffer protrusion, and Frame contact bodies which are arranged on both sides of the frame buffer body, are provided to face the buffer contact body, and come into contact with the buffer ring body when the window frame is closed. Including; The cushioning contact body and the frame contact body are made of a magnet and an object to which the magnet is attached so that the buffer body and the frame frame can be brought into close contact with each other by magnetic force. Sliding window device installed with shock absorber.

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