RU91367U1 - DEVICE FOR MANAGING A PLISSATED BLIND LOCATED INSIDE A SEALED GLASS PACKAGE - Google Patents

Abstract

1. A device for controlling a pleated curtain located inside an airtight glass unit, including the first and second driven slats, equipped with permanent magnets and placed inside the double-glazed window with the ability to move and fastened to the extreme folds of the pleated curtains, and the first and second leading strips with handles placed outside the double-glazed window opposite the first and second driven strips with the possibility of their mutual movement, characterized in that the leading strips are made in the form of plates of a ferromagnetic material rial. ! 2. A device for controlling a pleated curtain located inside a sealed double-glazed window according to claim 1, characterized in that the leading bars are made in the form of steel plates. ! 3. A device for controlling a pleated curtain located inside an airtight glass according to claim 1, characterized in that the leading strips are made in the form of plates of composite material with a ferromagnetic layer deposited on it.

Description

The utility model relates to the construction field, and in particular to devices for controlling a pleated curtain located inside a sealed double-glazed window.

A device for magnetic control of curtains placed inside a glass-enclosed chamber is known, in which said curtains are attached respectively to a fixed upper box and a movable box, which is controlled by a pulling device designed to move said movable box parallel to itself when opening and closing said curtains with a pair of cords, interacting between the fixed and movable boxes, and the lower fixed box and the pulling device, including a small box, containing permanent magnets attached to the movable box and a free handle containing permanent magnets with opposite poles, so that by combining the magnets through the window glass with the magnets attached to the movable box, the curtain can be opened and closed if desired (patent RU No. 22883333 IPC (01.2006) Е06В 9/264, 2006).

The disadvantage of this device is the design complexity.

A control device for a pleated curtain located inside an airtight double-glazed window is known, including a steel driven strip placed inside the double-glazed window with the ability to move and fastened to the extreme fold of a pleated curtain, and a leading strip with permanent magnets placed to move outside the double-glazed window opposite the driven strip with the possibility of interaction of the driven steel strip and permanent magnets lead strip. At the same time, the other extreme fold of the pleated curtains is fastened with a double-glazed window and is stationary relative to it (patent FR No. 2659109, IPC EB 9/264, 1991).

The disadvantage of this device is the inability to immediately or separately move both extreme folds of the pleated curtains to open it from different sides relative to the double-glazed window, which narrows its functionality.

Closest to the proposed technical solution is the utility model "Device control pleated curtains located inside a sealed double-glazed window", including the first driven strip with permanent magnets, placed inside the double-glazed window with the ability to move and fastened to the extreme fold of the pleated curtains, and the first leading strip with permanent magnets placed outside the double-glazed window opposite the first driven strip with the possibility of their mutual movement, the second driven strip with magnets placed inside a double-glazed window with the ability to move and fastened to another extreme fold of pleated curtains, and a second leading bar with magnets placed outside the double-glazed window opposite the second driven bar with the possibility of movement and interaction of their permanent magnets. The fastening of the driven strips with the extreme folds of the pleated curtain is made with glue or double-sided tape, the leading strips are made with handles, at least one leading bar is connected at one end with a double-glazed window (patent RU No. 46801, IPC ЕВВ 9/264, 2005).

The disadvantages of this device are the design complexity.

The task was: to create the design of a device for controlling a pleated curtain located inside a sealed double-glazed window, simple to manufacture and convenient to operate.

The problem is solved due to the fact that in the device for controlling a pleated curtain located inside a sealed double-glazed window, including the first and second driven strips equipped with permanent magnets and placed inside the double-glazed window with the ability to move and fastened with extreme folds of the pleated curtains, and the first and second leading strips placed outside the double-glazed window opposite the first and second driven strips, respectively, with the possibility of their mutual movement, the leading strips are made of ferre magnetic material and equipped with handles. Leading strips can be made in the form of steel plates or from plates of composite material with a ferromagnetic layer deposited on it.

The implementation of the leading strips of a ferromagnetic material, for example, steel or composite material, with a ferromagnetic layer deposited on it, makes the design easy to manufacture and convenient to operate.

The analysis of the prior art, including a search by patent and scientific and technical sources of information, made it possible to establish that an analogue characterized by features identical to all the essential features of the claimed technical solution was not found. A comparative analysis of the proposed technical solution and the prototype selected from the identified analogues made it possible to establish the presence of distinctive features in the claimed solution, set forth in the utility model formula, therefore, the claimed technical solution meets the condition of “novelty”.

The technical solution is illustrated by drawings:

Figure 1 - Device for controlling a pleated curtain located inside a sealed glass, general view;

Figure 2 - Device for controlling a pleated curtain located inside an airtight glass, side view.

Devices for controlling a pleated curtain located inside an airtight double-glazed window consists of two driven slats 1, two leading slats 2 with handles 3, pleated curtains 4.

The driven strips 1 are located inside a sealed double-glazed window and are attached to the extreme parallel ends of the pleated curtain 4. The joining of the strips to the material of the curtain 4 can be done in any way depending on the material of the curtain 4 and straps 1. The strips 1 can be made of metal or from any other material: wood, composite material, etc. Curtains 4 can also be made of any woven or non-woven material, both synthetics and natural fibers. Depending on the contacting materials of the slats 1 and the curtain 4, both mechanical fastening and the use of various adhesives and mastics can be used.

Curtain 4 is pleated with various impregnations, making this curtain elastic, well-retaining shape. This design of the curtain will allow its operation in window openings of various configurations.

Magnets 5 are located on the slats 1. The number of magnets depends on the size of the window opening, curtains 4 and strap 1. Magnets 5 can be from one to an unlimited number. Magnets 5 are placed in special sockets made on the strips 1 and fixed on them.

Leading strips 2 are made in the form of a plate of a ferromagnetic material, for example, a metal having high magnetic permeability (steel) or of a composite material with a ferromagnetic layer deposited on it. The use of various materials allows you to make the design of the device easier and more attractive from the point of view of aesthetics. On the lower surface of the strips 2, a coating is applied that allows these strips to slide on the glass without causing damage to it, without scratching it. The handle 3 is located on the bar 2. The handle 3 simplifies the use of the device.

Leading strips 2 are located opposite the strips 1 and are held in this position by means of magnets 5 located on the strips 1.

When the device for controlling the pleated curtain located inside the sealed double-glazed window, the user, using the handle (s) 3, moves the strap 2 on the glass of the double-glazed window in any direction. The curtain 4 opens or closes, depending on the direction of movement. The movement of the straps 2 can be performed both parallel to each other, and at an angle relative to each other. You can also move only one bar 2, while the second will remain in place. Thus, it is possible to close the curtain with the entire window opening, as well as its various sections. In this case, the shape of the window is not regulated at all, it can be any.

Thus, an easy to manufacture and reliable in operation design of the device for controlling a pleated curtain located inside an airtight double-glazed window has been created.

A device for controlling a pleated curtain located inside a sealed double-glazed window complies with the requirements of industrial applicability and can be manufactured on standard equipment using modern materials and technologies.

Claims (3)

1. A device for controlling a pleated curtain located inside an airtight glass unit, including the first and second driven slats, equipped with permanent magnets and placed inside the double-glazed window with the ability to move and fastened to the extreme folds of the pleated curtains, and the first and second leading strips with handles placed outside the double-glazed window opposite the first and second driven strips with the possibility of their mutual movement, characterized in that the leading strips are made in the form of plates of a ferromagnetic material rial. 2. A device for controlling a pleated curtain located inside a sealed double-glazed window according to claim 1, characterized in that the leading bars are made in the form of steel plates. 3. A device for controlling a pleated curtain located inside an airtight glass according to claim 1, characterized in that the leading strips are made in the form of plates of composite material with a ferromagnetic layer deposited on it.