Technical Field

The invention relates to a glass-mounting device for profiles.

In particular, the invention relates to a glass-mounting device for profiles in homes and workplaces that provide centered fixing of the glass in said profile in structures comprising profiles such as doors, windows or railings.

Background of the Invention

In door, window or railing systems, especially in the structure of the glass in the installation of the glass in the profile and due to difficulties in fixing new searches have been entered.

One of the problems experienced in the assembly of the said glasses in the profile is the fact that the centering of the glass on the profile is not possible at the desired level. The structure of the profiles contains a larger inner surface than the glass. For this reason, various apparatuses are used to stop the movement of the glass to 0 degrees with the vertical axis, that is, parallel to the vertical axis. However, from time to time, the centering process of the users depending on manual dexterity and experience is done without tightening the glass, which is a problem preventing a smooth installation.

For this reason, it is of great importance to center the glass on the vertical axis with the vertical axis in the profile and then compress it.

Another problem with the installation of said glasses in the profile is the problem of the fact that the glass positioned within the profiles placed side by side is mounted at different heights. There may be differences in the height of the glass in the profiles located next to each other during the installation of the glass. This is one of the reasons why it cannot be mounted as desired.

Another problem experienced in the installation of said glasses in the profile is that the glass is stretched during compression in the profile. Due to stretching, the glass is escaping from the center and desired assembly cannot be done again.

In the patent application for the Turkish Patent Institute in the literature, the subject matter of the patent application is now incorporated in the patent application no. TR 2011 09444 the invention relates to a retaining mechanism which is held underneath and underneath the concrete by tightening it into the housing formed in a carrier profile (transparent or non-transparent materials positioned). It is understood that said transparent or non-transparent material is in contact with an edge of said housing and which is attached to the stabilizer housing on the housing of the clamping plate by means of a clamping means to compress the said housing into said housing.

In the said application, a clamping material is provided which tightens the glass into the slot formed in a carrier profile.

In the patent application WO2018020076 , the subject matter is related that“An object of the present invention is a glass leveling mechanism consisting of an aluminum profile with a "U" shape in its interior that is fixed to the floor. In the interior U of the profile there is a glass that will act as a handrail. To solve the technical problem of glass leveling, in the case that the profile is uneven, the glass rests on rigid pieces that move in solidarity with the glass and that, in turn, have curved faces in the areas of contact with the profile, which allows the glass to pivot. Finally, in order to fix the glass in the desired position, lower wedges (i.e. which are below the pivot point) and upper wedges (i.e. which are above the pivot point) are inserted thereby immobilizing the glass. All the wedges have at their two ends some housings to be extracted by means of a hook.”

In the said application, a glass balancing mechanism is disclosed for the railing systems. Because of the aforementioned disadvantages, it has been necessary to introduce a new glass-mounting device for profiles.

Disclosure of the Invention

The object of the invention is to provide a new glass-mounting device for profiles which eliminate the existing disadvantages.

It is a further object of the invention to provide a structure that performs the function of centering and fastening much easier for users.

It is a further object of the invention to provide a structure that prevents the glasses from being at different heights after assembly, thereby providing a much smoother assembly.

Another object of the invention is to provide a structure which avoids flexing of the glass during compression in the profile.

Another object of the invention is to provide a structure that performs the function of dispensing only to the desired extent.

It is a further object of the invention to provide a structure on the vertical axis that enables the centering of the glass in the profile with a vertical axis of 0 degrees.

It is a further object of the invention to provide a much safer structure which avoids accidents which may be caused by assembly faults during the use of users.

It is a further object of the invention to provide a high-strength, long-lasting structure due to the fact that the centering and fixing functions are performed on a single main body. Explanation of Figures

Figure - 1 is a perspective view of the glass-mounting device for the profiles of the invention

Figure - 2 is a perspective view of the glass mounting device for the profiles of the invention.

Figure - 3 is a perspective view of the glass mounting device for the profiles of the invention.

Figure - 4 is a perspective view of the centering apparatus in the glass-mounting device for profiles according to the invention

Figure - 5 is a perspective view of the clamping apparatus in the glass-mounting device for the profiles of the invention

Figure - 6 is a perspective view of another embodiment of the glass mounting device for profiles according to the invention.

Reference Numbers

A- Glass Mounting Device

1. Profile

2. Glass

3. Fixed Panel

3.1 Centering Panel

3.2 Clamping Panel

3.3 Glass Lift Slot

4. Swinging Panel

4.1 Slide

4.2 Curved Base

4.3 Curved Bottom Side Surface

4.4 Curved Upper Side Surface

4.5 Gasket

5. Centering Apparatus

5.1 Centering Apparatus Channel

6. Clamping Apparatus

6.1 Clamping Apparatus Channel 7. Lifting Apparatus

Detailed Description of the Invention In this detailed description, the innovation is described with examples that will not have any limiting effect for better understanding of the subject matter.

The invention relates to a glass-mounting device (A) for profiles (1 ) in homes and workplaces that provide centered fixing of the glass (2) in said profile (1 ) in structures comprising profiles (1) such as doors, windows or railings characterized in that; comprises a fixed panel (3) which is positioned zero to zero within said profile (1 ), which remains stationary without affecting the right and left movement of the glass (2), a swinging panel (4) which is forming a housing with the fixed panel (3) provided to the glass (2) and which is positioned on said fixed panel (3), which can be moved left or right within said profile (1 ) by taking the left and right movement of said glass (2).

Figure - 1 shows a perspective view of the glass-mounting device (A) for the profiles (1) of the invention. Figure - 2 shows a perspective view of the glass mounting device (A) for the profiles (1) of the invention.

Figure - 3 shows a perspective view of the glass mounting device (A) for the profiles (1) of the invention.

Figure - 4 shows a perspective view of the centering apparatus (5) in the glass mounting device (A) for profiles (1) according to the invention.

Figure - 5 shows a perspective view of the clamping apparatus (6) in the glass- mounting device (A) for the profiles (1 ) of the invention.

Figure - 6 shows a perspective view of another embodiment of the glass mounting device (A) for profiles (1 ) according to the invention. The glass mounting device (A) according to the invention consists of main parts that; profile (1 ) located in structures such as houses and workplaces, doors, windows or railings, glass (2) positioned in said profile (1 ), a fixed panel (3) which is positioned zero to zero within said profile (1 ), which remains stationary without affecting the right and left movement of the glass (2), a swinging panel (4) which is forming a housing with the fixed panel (3) provided to the glass (2) and which is positioned on said fixed panel (3), which can be moved left or right within said profile (1 ) by taking the left and right movement of said glass (2), a centering panel (3.1 ) formed as a rod on said fixed panel (3) and accommodating at least one centering apparatus (5) to provide centering of said glass (2), a clamping panel (3.2) provided with at least one clamping apparatus (6) for forming a rod on said fixed panel (3) and tightening the centered glass (2) in said profile (1 ), a glass lift slot (3.3) accommodating at least one lifting apparatus (7) to prevent the difference in possible glass (2) heights by forming a gap on the horizontal edge of the profile (1 ) of said fixed panel (3), slide (4.1 ) providing the movement of the swinging panel (4) at an angle in the horizontal direction on the fixed panel (3) during the movement of said glass (2) on one another, which makes the connection of said fixed panel (3) and said swinging panel (4) on one another, a curved base (4.2) formed at the lowest point of said swinging panel (4) and facilitating centering by enabling the swinging panel (4) to move angled during the centering of said glass (2), a curved bottom side surface (4.3) formed on the side surface of said swinging panel (4) to facilitate movement of the glass (2) during the centering of said glass (2), a curved upper side surface (4.4) formed on the side surface of said swinging panel (4) to prevent said glass (2) from flexing during compression, a gasket (4.5) having a removable structure formed at the upper and lower points of the side surface of said swinging panel (4) to prevent its glass (2) from flexing during compression, a centering apparatus channel (5.1 ) formed on said centering apparatus (5) and providing centering operation by providing the centering apparatus (5) moving up and down on said centering panel (3.1 ), a clamping apparatus channel (6.1 ) which is formed on said clamping apparatus (6) and helps the compression process by providing the clamping apparatus (6) moving up and down on said clamping panel (3.2).

In the application of the glass-mounting device (A) for the profiles (1 ) according to the invention, the swinging panel (4), which is positioned on the fixed panel (3) and has a fixed panel (3), is placed in said profile (1 ). The glass (2) is positioned in the space between the fixed panel (3) and the swinging panel (4) positioned at zero.

On the centering panel (3.1 ) formed on said fixed panel (3), the centering apparatus (5) is pushed downwards by means of a hammer. Move the swinging panel (4) to the centering of the glass (2) via slide (4.1 ) to allow the centering apparatus (5) to move downward over the centering apparatus channel (5.1 ) formed on said centering apparatus (5) and in contact with the glass (2).

In order to compress the centered glass (2), the clamping apparatus (6) is pushed downward by means of a hammer by passing the clamping apparatus (6) onto it. Said clamping apparatus (6) moves downward over the clamping apparatus channel (6.1 ) to secure the glass (2).

If the height of one of the glass (2) is higher than the other in the mounting system formed by a number of profiles (1 ) next to each other, the curved base (4.2) formed on the underside of the swinging panel (4) in which the lower glass (2) is positioned is the curved base (4.2) with the same geometrical form as the lifting apparatus (7) is brought to the desired height. Thus, more than one glass (2) is aligned.

In order to prevent the glass (2) from flexing during the compression of said glass (2), an curved upper side surface (4.4) is formed on the side of said swinging panel (4). The curved upper side surface (4.4) which prevents the glass (2) from flexing by taking the pressure applied to said glass (2) is preferably formed on the upper side of the swinging panel (4).

In the preferred embodiment of the invention, the centering panel (3.1 ) and the clamping panel (3.2) are positioned on a single straight line and the centering panel (3.1 ) on the bottom and the clamping panel (3.2) on the top of the centering panel (3.1 ).