KR200267466Y1 - Curtain Motorized System - Google Patents

Abstract

The present invention relates to a one-actuated horizontally mounted electric curtain switch system (Curtain Motorized System) to control the operation by a switch and a remote control, the conventional curtain had to be operated by the user to open and close manually.

The present invention was devised to solve such a shortcoming, and a small mechanism was horizontally attached to the curtain rail so that the curtain could be automatically used by a switch or a remote controller.

The present invention is an electric motor driving unit for operating a curtain and a central control unit (Microcontroller) that is a control means for outputting a driving signal for driving a motor by receiving a function signal operated by a function button or a wireless control unit. ), The control unit is controlled by a wireless control unit (Remote Controller unit), which is a small mobile controller that allows wireless operation of the curtain.

Such a design was designed to meet the emotions of modern people seeking convenience by allowing automatic control of curtains used at home from time to time.

Description

Horizontal Attachable Electric Curtain Switch {Curtain Motorized System}

The present invention relates to a horizontally-attached electric curtain opening and closing device, in particular to attach a small device to the rail of the curtain horizontally so that it can be used as an automatic system (Automatic System).

Conventionally, the user manually opens and closes the curtain at a desired time, but the device is designed to be operated only by a simple switch operation or a remote control operation.

In general, the curtain is used to manipulate the opening and closing of the curtain manually by the length desired by the user using a rope connected to the rail. The advanced device is an electric curtain, which attaches an electric switch to a curtain or blind so that it can be opened and closed with the push of a button. However, the conventional apparatus is mainly attached vertically and could not be easily installed in the curtain box, and it is difficult to use when the user is not within a distance that can be operated by operating the switch.

The present invention aims to automatically open and close a curtain simply by attaching a small device to a conventional curtain rail.

1 is a schematic view showing a state in which the device according to the present invention attached to the curtain rail.

2 is a block diagram for realizing a device according to the present invention.

The above object is a control means for outputting a drive signal for driving the motor to drive the motor in response to the electric motor drive unit for operating the curtain and the operation of the function button or the wireless control unit in the present invention to the electric motor drive unit It consists of a control unit controlled by a microcontroller, a wireless control unit (micro controller unit), which is a small mobile controller that enables wireless operation of a curtain.

1 is a schematic view showing a state in which the horizontally attached electric curtain opening and closing device according to the present invention attached to the rail. Hereinafter, with reference to the accompanying drawings, the configuration of the horizontally mounted electric curtain opening and closing device according to the present invention will be described. A shows the attachment state from below. B is a side view of the attachment state. C shows the attachment state from above.

In the motor driving unit 1, a motor is driven to adjust the moving speed of curtains and blinds at desired lengths and speeds through gears and pulleys. At this time, the motor driving unit 1 is horizontally attached to the curtain rail (4) to pass the cable (6) of the curtain rail (4) moving through the cable moving passage (5) next to the rail through the cable fixing portion (7) The curtain is moved by causing it to be connected to the pulley (8). The curtain rail 4 to which the motor drive unit 1 is attached is attached to the ceiling via a bracket 9: Bracket. The control unit 2 outputs a driving signal to the motor driving unit, and processes a signal input from a switch or a wireless unit through a microcontroller. The wireless controller (3: Remote Controller) sends all the signals operated by wireless to the controller to perform the function.

2 is a block diagram showing the structure of a device for executing a device according to the present invention. Hereinafter, referring to the accompanying drawings, the function of each device according to the present invention will be described. A is a block diagram showing the structure of the control unit, B is a block diagram showing the structure of the wireless control unit, C is a block diagram showing the structure of the electric motor drive unit. If this is described in detail for each part, the key input unit 11 selects a desired function from various wireless units of the device and presses a function button to transfer the selected function to the central processing unit. The wireless input unit 12 functions to receive all the signals operated by the wireless controller (Remote Controller) and transfer the selected function to the central processing unit. The central processing unit (CPU) / data storage unit 14 controls the signals coming from each structure of the device to store the functions in the data storage unit, and sends a function output signal such as a motor drive to each necessary structure. It has a role to control. The motor driving unit 15 functions to control the motor by performing the operation signal sent from the central processing unit. The overload detector 16 functions to control the motor when the motor in operation is overloaded. The key input unit 18 of the radio controller B selects a desired function among various functions of the device and presses a function button to send the signal to the radio transmitter 19. The wireless transmitter 19 functions to transmit a signal input from the key input unit 18 to the wireless input unit 12 of the controller A to perform a function input from the central processing unit 14. In the gear part 20 of the electric motor drive part C, the motor 21 operates according to the signal input from the motor drive part 15 of the control part A, and the speed and the direction are controlled via the gear part 20.

As described above, the horizontally-attached electric curtain opening and closing device according to the present invention enables the curtain to be opened and closed automatically by attaching a small device to the curtain rail so that it can replace expensive imported products requiring a special rail. It is designed to use the remote control to automatically operate the device to open and close the curtain.

Claims (1)

In the horizontally mounted electric curtain motor (Curtain Motorized System), the motor (Motor) to be horizontally attached to the curtain rail (head rail) to operate the curtain from side to side, the gear (Gear) attached to the motor, An electric motor drive unit comprising a pulley coupled to a gear, and a central control configured to output a drive signal for controlling the operation of the electric motor drive unit by operation of a function button or input of a radio signal to the electric motor drive unit. Horizontally mounted electric curtain opening and closing device (Curtain Motorized System) consisting of a control unit consisting of a microcontroller and a wireless controller (Remote Controller), which is a compact mobile device that allows the operation of each unit to be controlled wirelessly.