KR20100015657A - Structure and outline system for hermetical and acoustic sealing in sliding windows and doors - Google Patents

Abstract

Structure and outline system for hermetic and acoustic sealing in sliding windows and doors, comprising a longitudinal set of displacement (15), existing between a rail (3) and the outline foil (1), characterized by the fact that said system comprises a trigger element (S), over said set of longitudinal displacement-(15), to be foreseen a transversal displacement set capable of providing a transversal movement of said structure, with regard to the longitudinal axis of said set (15), that, in turn, is conjugated to a transversal displacement command element of the foil (1).

Description

STRUCTURE AND OUTLINE SYSTEM FOR HERMETICAL AND ACOUSTIC SEALING IN SLIDING WINDOWS AND DOORS}

In the field of window frame systems, sliding windows and the like, the present invention provides a seal around the entire circumference of the foil against any kind of noise and ingress of liquid while the sound is efficiently soundproofed without leaving its limitations. It is about sealing a gap.

In terms of boats, trains, etc. as well as projects of window frames designed for any kind of use in commercial and residential buildings, it can be asserted that sealing and insulation factors are one of the decisive factors. In general, depending on the area where the window frame is installed, efficient sound insulation may be necessary.

According to generally known techniques, window frames with excellent soundproofing means act as rigid "caps" to the outer subjects (such as water, air and ventilation), maximizing the release, sliding and pivoting. acts as a spin system to open or pivot fixedly on four sides around a window or type window. Even if a sealing tape or other sealing element for the end such as a gasket, rubber or the like is used, it is not preferable to use a sliding window frame to move quickly because the noise attenuation due to the circumference of the foil is small.

Even brushes commonly used on protrusions of window frames cannot prevent noise, air and water from passing through. As such, current technical standards generally permit the passage of air through windows and windows to a certain level. Otherwise, it is impossible to produce such a product.

In order to improve the sealing of the sliding window frame, after closing the window, the lever moves the entire body of the foil downward until the bottom width of the foil rests or touches the lower limit or floor. There is this. As such, the bottom of the foil will be capable of efficient thermal insulation, but other portions of the circumference of the foil will not have the same performance as such and will not have good sound insulation as a whole.

In addition, other known systems using sliding window frames are costly in spite of having efficient sound insulation and also taking up too much space. Basically this system consists of a window frame with two foils. One of the foils is needed for fixing and the other is needed for moving to open or close the space. If it is desired to open the foil, the lever is pulled and, via a mechanism with a moving car and a protruding arm, the foil leaves the current side and moves across toward the interior of where the windows are installed, It is parallel to the foil but on the inner side. If you want to close the foil, push the foil back to the original face of the foil, and then place it next to the fixed foil via the close command to ensure efficient sound insulation. However, to achieve this goal, an excellent contour about the floor is needed to provide a bottom seal of the foil. This contour inevitably impedes passage through the door. As such, it is necessary that the contours overlap. In addition, the foil has a poor aesthetic appearance and moves the foil from the original closed side to a position protruding parallel to the flat foil, and pulls the foil in parallel in the direction crossing the foil and then slides the foil in parallel to open the gap. Movement to open and close the operation is not good.

The system is difficult to use because, as described above, occupies a substantial part of the interior area where windows and windows are to be installed, and also because it is impossible to move the second foil. In addition, the mechanism is complex and expensive.

As described above, the effect provided by the use of windows that act as "lids" in the maximal-air type of protrusion, sliding, or opening with a pivot or spin system, provides an efficient seal for water, air and sound insulation properties. There is no current technology using sliding windows. In addition, in the prior art, the practice of providing improved sound insulation is expensive and takes up considerable space in the place where windows and windows are to be installed.

The invention aims at providing a trigger mechanism system for moving a window frame, in particular a foil of a sliding window frame, so that the sliding foil (door or window) does not exceed its limiting dimensions. In addition, the movement provided by the system is not limited to only one foil, but takes up additional space to open the windows at the installation site, as in the background art above, or protrudes below the floor to seal it. No need or configuration. As a result, a continuous seal is provided around the circumference of the foil.

It is a further object of the present invention to provide an efficient seal over the perimeter of a sliding window and window foil, equal to the efficiency achieved for "lid" type windows against any kind of noise or fluid ingress. However, the system is not complicated or difficult.

It is an object of the present invention, in particular, to provide a structure and contour system for sliding windows, firstly after the triggering of the command system as a drive device, the contour foil is moved through the transverse feed set of the system so that the foil is moved to the rails. To be able to move in the horizontal direction. As such, the foil will be free to move because it is no longer in contact with the seal. Secondly, the triggering device allows the work to close the foil, and the sealing is efficiently implemented throughout the circumference of this foil, via the device responsible for the transverse conveyance of the command system.

It is also an object of the present invention to provide a sliding element that provides longitudinal and transverse movement of the foil along the rail and also provides for the attachment element to seal and move due to the coupling between the foil and the stop or limit. It is done.

1 is a schematic diagram of a contour structure for sealing to a sliding window.

2 is a cross-sectional schematic diagram illustrating the transfer of movement performed in a triggering device by a "cremona" type command system.

3 is a schematic illustration of the contour structure in which the lateral movement of the foil is made by a sliding element of the " planar rolling " type and which cooperates with the movement of the foil in the transverse direction by the conveying set.

4 is a cross-sectional schematic view of the contour structure cooperating with the lateral movement of the foil made by the "fork lever" type rotation control device, which is responsible for the lateral conveyance of the command system.

5 is a schematic view of the contour structure in which the position of the sealing element cooperates with the movement of the foil made by the rotation control device of the " fork lever " type.

6 is a schematic view of the contour structure in which the position of the sealing element cooperates with the movement of the foil made by the "plane rolling" rotation control device with the translation.

7 is a cross-sectional schematic view of the contour structure cooperating with the transverse conveying movement of the foil made by the second embodiment of the transverse conveying set of "swingletree";

According to a preferred embodiment of the present invention, as shown in Figs. 1, 2, 3, 4, 5 and 6, the contour structure system for sealing against the inflow of liquids and noises of any form into the window frame, the sliding window is And a displacement device 15 having a transverse feed set consisting of pulleys 2 arranged on the rails 3 of the frame. The sealing element 5 pressurized by the locking element 4 and the command element of lateral movement of the foil 1, also called a "fork with lever" type rotation control device 10. The positioning of the can be done in two different ways, as shown in Figs. 3, 4, 5 and 6, where the defined way is foil 1, rail 3 and restriction 7 It is possible to ensure the efficiency of sealing through the entire circumference between.

As shown in Figs. 1, 2, 3, 4, 5 and 6, the force exerted by the "cremona" type trigger device 6 transmits motion to the command bar 11 A conveying device 15 with a transverse feed set comprising a sliding element of the planar rolling 13 type causes the foil to move in the transverse direction. As such, since the foil no longer contacts the restricting portion 7 or the rail 3, it is easy to make the sliding movement more smoothly than the movement of one conventional sliding window. The foil 1 does not protrude from the restricting portion 7, but is part of the conveying device 15 and through the transverse conveying set with a planar rolling 13 arranged between the foil and the rail 3. This movement is useful because the foil slides in the horizontal direction. As such, unlike one of the systems described in the background, no additional space is required inside the system where it is installed.

At the same time, the transverse conveyance of the foil 1 according to FIG. 4 is carried out in the process for sealing the foil 1 with respect to the entire circumference of the restriction 7. The sealing is performed by a rotation control device 10 of the "fork lever" type, which is coupled to the transverse feed set via the foil 1. The rotation control device 10 is attached to the rail 3 by a rod having a rotation axis 12, which rotation control device 10 is preferably provided by a trigger device 6 of the "cremona" type. Driven, the command bar 11 exerts motion on the transmission device 16. The transmission device 16 is coupled with the command bar 11 on top of the rotation control device 10, which has a diagonal slot on one of the inner surfaces, and the rotation control device 10 is connected to the rotation control device. It is responsible for the transmission of the linear movement provided by the command bar 11, which causes it to rotate about the axis 12. In rotation, the rotation control device 10 presses the sealing element 5 and seals the contour foil 1 with respect to the restriction 7. The rotation control device 10 is provided at two or more positions of the contour foil 1.

FIG. 4 shows a detailed embodiment of a "folk command" which is coupled to a transverse feed set via a rotation control device 10, preferably via a foil 1, to the transmission device 16. The rotation control device 10, which can be bonded, is located on the opposite side of the rail 3. The trigger device 6 of the "cremona" type causes the rotation control device 10 to rotate about its own rotational axis 12 and, as such, until the rotation control device hits the sealing element 5, The foil 1 is moved on the rail 3. Once the trigger device 6 is pulled to close, the contour foil 1 is pressed against the sealing element 5.

2 shows a second mode of the command set of the present invention. The use of the bar together with the locking devices 8, 9 in the form of wedges is provided after the triggering of the trigger device 6. The locking device pushes the foil 1 against the sealing element 5, thereby creating a suitable seal in the system. The transmission of the vertical movement of the locking device 8, 9 in the form of a wedge enhances the transverse conveyance of the foil to achieve airtight and sound insulation completely around the foil. When the trigger device 6 is opened, the foil is no longer fixed to the rail 3 and the restriction 7, and the transverse movement of the foil 1 on the transport device 15 is free.

FIG. 5 shows a second embodiment mode in which the sealing element 5 is located externally in the use of a “command fork” type rotation control device 10, the contour foil 1 being the sealing element 5. Press against the flap of the contour foil 1, thereby contacting another contour foil 9 which provides a seal of the system.

6 shows a second embodiment in which the sealing element 5 is located externally in the use of a transverse conveying device with a planar rolling 13, the contour foil 1 being the sealing element 5. Press against the flap of the contour foil 1, thereby contacting another contour foil 9 which provides a seal of the system.

According to FIG. 7, a second embodiment of the transverse feed set is a set of "swingletrees", the swing tree set allowing the weight of the foil to be distributed to a portion 17 of the swing tree set configuration, and swinging It is supported in a rigid vertical element 18, preferably a bar, located between the part 17 of the tree set configuration and the pulley 2 easel. As described above and shown in FIG. 4, the swing tree set provides transverse conveying motion to the foil 1 to incline the rigid vertical element 18 and provide rotational movement around the lower end of the swing tree set. To provide conveyance of the foil 1 with respect to the sealing element 5.

In addition, compared to other embodiments of the present invention, other types of cancer devices may be used to seal with greater force. However, all devices for moving the foil on the longitudinal transfer set, more specifically on the pulley, have the same principle as described above.

Another method envisaged for the implementation of the present invention is to use a longitudinal feed set using the pulley 2, the pulley slides transversely on the pulley axis 14, and the pulley axis 14 is pulley 2. Greater than the width of the, thereby enabling longitudinal conveyance of the foil.

The scope of the present invention is encompassed from the above-described preferred embodiments to other embodiments, and is not limited only to the contents of the claims, but includes equally possible means of reaching the same proposed technical result and embodied in the specification.

Claims (13)

In the construction and contour system for sealing and soundproof sealing of sliding windows comprising a longitudinal feed set 15 positioned between the rail 3 and the contour foil 1, The structure and contour system is a trigger disposed above the longitudinal feed set to look down the transverse feed set, which can provide a transverse movement of the structure with respect to the longitudinal axis of the longitudinal feed set 15. A structure and contour system, comprising a device (6), wherein the trigger device is combined with a transverse conveying command element of the contour foil (1). The method of claim 1, The transverse conveying set comprises a sliding element of the planar rolling device (13) type located between the foil (1) configuration and the pulley (2) which is the configuration of the conveying device (15). The method of claim 2, The planar rolling device (13) comprises a roller, structure and contour system. The method of claim 1, The structure and contour system of the foil (1) is a rotation command device (10) of the "fork lever" type. The method according to any one of claims 1 to 4, The lateral movement of the planar rolling device 13 is made by the trigger device 6 of the "cremono" type, the rotation of the "fork lever" type, which is viewed from two or more points of the foil 1. A structure and contour system conveyed to the command device (10), wherein the foil (1) replaces the planar rolling device (13). The method of claim 1, The structure and contour system, wherein the position of the sealing element (5) is at least one point of the inner end of the contour foil (1). The method according to any one of claims 1, 4 or 5, A rotation and command device (10) of the "fork lever" type is included between the foil (1) configuration and the rail (3). The method of claim 7, wherein The rotation command device 10 includes a rotation axis 12 in the body; A lower portion of the rotation command device 10 which can be coupled to the rail 3 by a rod; And an upper portion of the rotary command device 10 coupled to the transmission device 16 connected to the command bar 11, The rotation command device (10) further comprises a diagonal slot on one side of the inner surface of the upper part of the rotation command device to which the transmission device (16) is coupled. The method according to any one of claims 1 to 3, The trigger of the planar rolling device (13) is done by transverse conveying of the foil (1). The method of claim 9, The command set comprises a bar with a locking device (8, 9) in the form of a wedge. The method of claim 6, The sealing element 5 of the contour foil 1 is such that the contour foil 1 is pressed against the sealing element 5 and contacts the edges of the contour foil 1 and the other contour foil 9. Externally located, structure and configuration system. The method according to claim 1 or 2, The transverse feed set of "swingletree" type is supported by a portion (17) supported on a rigid vertical element (18) located between the foil (1) and the pulley (2) easel. Structure and contour system). The method according to claim 1 or 2, The transverse feed of the structure and contour system can be realized by the pulley 2 itself, the pulley slides in a direction transverse to the pulley axis 14, the width of the pulley axis is the width of the pulley 2. Larger than, structure and contour system.

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