TUBE MOTOR ADAPTATION DEVICE FOR ROLLER BLIND PIPES

Abstract

The invention relates to an adaptation device used in roller blind systems that enables the use of 22 mm diameter roller blind tube motors (20) inside 32 mm diameter roller blind tubes (10).

Description

1 TARIFF TUBE MOTOR ADAPTATION DEVICE FOR ROLLER BLIND PIPES Technical Area 5 The invention relates to a device used in roller blind systems. The invention specifically applies to the motorization of 22 mm diameter roller blind tubes into 32 mm diameter roller blind tubes. It relates to a device that enables its use inside curtain rods. 10 State of the Art Roller blinds are commonly used in interior spaces to control light and provide privacy. a type of curtain where the fabric is wrapped around a tube and moves up and down 15 These are systems. In these systems, the fabric is placed in a cylindrical container, usually made of aluminum. The fabric is fixed to the tube, and the tube is rotated to wind or unwind the fabric. is provided. In addition to manual chain mechanisms, especially in residential and commercial With the increasing need for automation in buildings, motorized tubular roller blind systems are becoming more popular. They have become widespread. Tubular motors are compact 20 motors placed inside the roller blind tube. These are motors that move the curtain by directly rotating the curtain tube. In current technology, tubular motors are manufactured in specific diameters. The most common today... One of the motor housing diameters is 22 mm. In contrast, the roller blind tubes have different diameters. They are available in various diameters. Pipes with a diameter of 32 mm are particularly common in the industry. It is a standard used. However, between a 22 mm motor housing and a 32 mm pipe inner diameter. There is no direct geometric compatibility. Therefore, the known aspects of the technique... In this case, mechanical compatibility between the motor and the pipe is required for different diameter combinations. The use of adapters that provide this has become mandatory, and 22 mm tube motors have 32 30 mm roller blind tubes will provide axial stability and gapless torque transmission. an improved system that will make it possible to perform, simplify assembly and offer general compatibility An adaptation system was needed. In conclusion, the existence of the above problems and the inadequacy of the current solutions, This has made it necessary to make improvements in the technical field. 35 2 Purpose of the Invention The present invention eliminates the aforementioned disadvantages and contributes to the relevant technical field. This relates to tube motor adapters for roller blind tubes, which offer new advantages. The main purpose of the invention is to convert 22 mm diameter roller blind tube motors to 32 mm diameter motors. The goal is to create an adapter that allows it to be used inside roller blind tubes. The purpose of the invention is to mount 22 mm diameter roller blind tube motors onto the motor housing. 32 mm 10 via the connecting ring and the adapter connecting to the motor output end. axial positioning and torque within the roller blind tubes of a certain diameter an adaptation device that enables the transmission to be carried out in a healthy manner to reveal. Another purpose of the invention is to connect roller blind tubes with tubular motors of different diameters. 15 ensuring mechanical and geometric compatibility between them, the motor's axis within the pipe. an adaptation that makes it possible to hold and transmit the rotational motion to the pipe The goal is to reveal the device. To fulfill all the objectives mentioned above and those that can be derived from the detailed explanation, 20 The invention relates to a roller blind tube with a diameter of 22 mm, used in roller blind systems. enabling their motors to be used inside 32 mm diameter roller blind tubes. It is an adaptation device, - located on the tubular motor and fitting tightly onto the roller blind tube of the tubular motor at least one bracelet that enables connection by making it, 25 - located at the drive end of the tubular motor and the rotational movement produced by the tubular motor Adapter that allows seamless transfer to a 32 mm roller blind tube. It is related to its inclusion. The structural and characteristic features and all the advantages of the invention are given in Figure 30 below. And thanks to the detailed explanation written with references to these figures, it becomes clearer. This will be understood as such. Therefore, the evaluation should also include these forms and detailed explanations. This should be done taking that into consideration. Figures to Help Understand the Invention 35 3 Figure 1: The adaptation device subject to the invention on the tubular motor and roller blind tube. This is an assembly view. Figure 2: View of the tubular motor of the adaptation apparatus that is the subject of the invention. Figure 3: View of the roller blind tube belonging to the adaptation device that is the subject of the invention. Figure 4: Appearance of the bracelet of the adaptation apparatus that is the subject of the invention. 5 Figure 5: View of the adapter belonging to the adaptation device that is the subject of the invention. Explanation of Part References 10. Roller blind rod 10 20. Tube engine 30. Bracelet 40. Adapter Detailed Description of the Invention 15 This detailed description outlines the preferred alternatives to the adaptation apparatus that is the subject of the invention. purely for the purpose of better understanding the subject and without any limiting influence. It is explained in a way that will not create a problem. Figure 1 shows the assembled version of the adaptation apparatus that is the subject of the invention. According to the adaptation device, in its most basic form; a roller blind tube with a diameter of 32 mm (10) The 22 mm diameter tube motor (20) placed inside, located on the tube motor (20) and connecting the tube motor (20) to the roller blind tube (10) by making a tight fit. The ring (30) that provides power is located at the drive end of the tube motor (20) and the tube motor (20) 25 the rotational movement it produces is transmitted to the 32 mm roller blind tube (10) without any gap It includes an adapter (40) that enables transfer. The outer diameter of the tube motor (20) is 22 mm, and the inner diameter of the roller blind tube (10) is 32 mm. In the adaptation apparatus that is the subject of the invention, the 30 between the tube motor (20) and the roller blind tube (20) Due to the difference in impact, the tube motor (20) is axial inside the roller blind tube (10) and In order to be positioned stably, the tube motor (20) shown in Figure 2 must be placed on it. A small ring (30) is applied. The ring (30) shown in Figure 4, in terms of its inner surface In such a way as to ensure a tight fit to the outer surface of the tube motor (20), with respect to its outer surface It is shaped to fit the inner surface of the roller blind tube (10). In this way, the ring 35 4 (30) keeping the tube motor (20) on the axis inside the roller blind tube (10) and the tube It ensures that the gap between the motor (20) and the roller blind tube (10) is eliminated. The adapter (40), included in the adaptation apparatus subject to the invention and shown in Figure 5, fits the tube It is designed to be connected to the drive end of the motor (20) and, in terms of its internal geometry, 5 compatible with the output shaft or drive element of the tube motor (20) in terms of its external geometry to be compatible with the inner profile of the 32 mm roller blind tube (10) It is configured. The adapter (40) converts the rotational movement produced by the tube motor (20) into any without any gap, slip or delay, directly into the roller blind tube (10) It transfers. In this context, on the adapter (40), the inner surface of the pipe and the mechanical 10 Locking features may include protrusions, channels, teeth, or profile matches. During the assembly of the adaptation apparatus subject to the invention, firstly, the tube motor (20) was mounted on The ring (30) is placed and then the adapter (40) is attached to the drive end of the tube motor (20) It is installed. Tube motor (20) with ring (30) and adapter (40), roller blind 15 It is placed by sliding it into the inner cavity of the pipe (10). This placement Afterwards, the bracelet (30), the tube motor (20) is fixed on the axis inside the pipe (10) While holding it in position, the adapter (40) locks into the inner profile of the roller blind tube (10) It transmits the rotational movement of the motor (20) to the pipe (10). Thus, the 22 mm diameter The tube motor (20) is inside the 32 mm diameter roller blind tube (10) and has both geometric 20 and it has been made mechanically compatible. Thanks to the adaptation apparatus described in the invention, it is possible to use tube motors (20) with different diameters and to operate a roller shutter. Compatibility is ensured between the curtain tubes (10), the tube motor (20) roller blind tube (10) deviation from the axis, creating gaps, vibration and sound 25 is prevented and the rotational movement of the roller blind tube (10) is free of gaps and efficient. This makes it possible to transfer the information in this way.

Claims

REQUESTS 1. Roller blind tube with a diameter of 22 mm, used in roller blind systems. inside the motors (20) 32 mm diameter roller blind tubes (10) It is an adaptation device that enables its use, and its feature is; 5 - located on the tube motor (20) and the roller blind of the tube motor (20) at least one pipe (10) that connects to it by making a tight fit. bracelet (30), - located at the drive end of the tubular motor (20) and produced by the tubular motor (20) the rotation movement of the 32 mm roller blind tube (10) without any gap 10 It contains an adapter (40) that enables its transfer.

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