CN205314891U - (window) curtain and window speech control system based on intelligence house - Google Patents

Abstract

The utility model discloses a voice control system for curtains and windows based on smart home, which comprises a translational window, a rolling curtain, a window frame and a (SPCE061A) single-chip computer. The DC motor is connected, the top of the roller blind is equipped with a tubular curtain electric rod and installed above the window frame, the window frame is equipped with a humidity sensor, voice module and battery, window electric push-pull rod, tubular curtain electric rod, humidity sensor, voice module All are connected with (SPCE061A) single-chip microcomputer. The utility model can realize manual raising and lowering of curtains and opening and closing of windows, and can control the raising and lowering of curtains and opening and closing of windows through voice, and can also automatically close windows in rainy days.

Description

A Curtain and Window Voice Control System Based on Smart Home

Technical field

The utility model relates to a smart home control system, in particular to a curtain and window voice control system based on smart home, which belongs to the field of living electrical appliances.

Background technique

At present, with the development of social technology and culture, the problem of food and clothing is no longer the only pursuit of people, but more and more attention is paid to the improvement of living standards. What people need more at home is a kind of convenient and comfortable enjoyment, while ordinary curtains and windows can only be opened and closed by manual operation, which is not only time-consuming and laborious, but also requires people to have a predictive ability to the outside world. The comfort level of your home can make a difference. In addition, ordinary household curtains can only be manually raised and lowered, which is time-consuming and laborious to operate. Moreover, ordinary curtains and windows are two independent systems, which cannot be coordinated and unified, and the operation is also troublesome. There will also be some impact. Therefore, ordinary translational windows and hand-drawn curtains are not only time-consuming and labor-intensive in operation, but also reduce people's quality of life, and cannot realize the integration and intelligence of the curtain system.

Contents of the invention

The purpose of this utility model is to provide a voice control system for curtains and windows based on smart home, which can realize manual lifting of curtains and opening and closing of windows, control the lifting of curtains and opening and closing of windows through voice, and can also automatically close in rainy days. window.

The technical scheme of the utility model: a voice control system for curtains and windows based on smart home, including translational windows, rolling curtains, window frames and (SPCE061A) single-chip microcomputers, and the window electric push-pull rod is set on the upper edge of the translational windows And connected with the DC motor, the top of the roller blind is equipped with a tubular curtain electric rod and installed above the window frame, the window frame is equipped with a humidity sensor, voice module and battery, window electric push-pull rod, tubular curtain electric rod, humidity sensor, Voice modules are connected with (SPCE061A) single-chip microcomputer. The window electric push-pull rod, the tubular curtain electric rod, the humidity sensor, and the voice module are all connected with the (SPCE061A) single-chip microcomputer through wires. The number of humidity sensors can be described as many, and its role is to timely and accurately transmit signals to the (SPCE061A) microcontroller when the change in weather humidity exceeds the set value; the role of the voice module is to collect sound signals and transmit signals Give (SPCE061A) single-chip microcomputer, (SPCE061A) single-chip microcomputer, through the analysis and processing of the signal, so as to control the relay on and off according to the previous setting, control the forward rotation and reverse rotation of the tubular curtain electric rod and the window electric push-pull rod, so as to realize the windows. Opening, closing and raising and lowering of curtains.

In the aforementioned smart home-based voice control system for curtains and windows, the translational windows are two and installed on the window frame, and the window electric push-pull rod is integrated with the DC motor, and its two ends are respectively connected by two pins On the upper edge of a translational window and the upper end of the window frame, two relays are respectively connected to the DC motor.

In the aforementioned intelligent home-based curtain and window voice control system, the top of the roller blind is connected to the electric rod of the tubular curtain, and the electric rod of the tubular curtain is respectively connected to a mechanical switch and two relays through wires. The mechanical switch can raise and lower the curtains manually, increasing the diversity of operations. It can raise and lower the curtains when it is inconvenient to speak, and also avoids the disadvantage of being unable to operate the curtains when the voice module fails.

In the aforementioned smart home-based curtain and window voice control system, the four relays are connected to a circuit board through wires, and the circuit board is connected to the (SPCE061A) single-chip microcomputer through wires, and the four relays can respectively control the windows. Forward and reverse rotation of the push-pull rod and the electric rod of the tubular curtain.

In the aforementioned curtain and window voice control system based on smart home, the (SPCE061A) single-chip microcomputer is connected with the humidity sensor and the voice module, and is powered by connecting four 1.5V dry batteries through wires.

In the aforementioned smart home-based curtain and window voice control system, the DC motor is powered by a 12V battery, and the tubular curtain electric rod can be directly connected to 220V AC through wires.

Compared with the prior art, the utility model connects the curtain and the window into a system through the (SPCE061A) single-chip microcomputer, and sets the window electric push-pull rod and the tubular curtain electric rod, which can realize the automatic opening and closing of the window and the lifting of the window by means of sound wave transmission signal. Curtains, thereby improving people's quality of life and comfort.

Since the window frame is equipped with a humidity sensor device, it can automatically sense weather changes. When it rains, the window can be closed through the window electric push-pull rod, which effectively solves the problem of rainwater falling into the house on rainy days.

Description of drawings

Below in conjunction with accompanying drawing and embodiment the utility model is further described.

Fig. 1 is a schematic diagram of the overall structure of the utility model.

Fig. 2 is the utility model single-chip microcomputer control signal amplifying circuit.

In the figure 1. Roller curtains, 2. Tubular curtain electric rod, 3. Control device (including (SPCE061A) single-chip microcomputer, humidity sensor, voice module, 12V battery, circuit board, relay), 4. DC motor, 5 .Window electric push-pull rod, 6.Window frame, 7.Translational window.

detailed description

A voice control system for curtains and windows based on smart home, including translational windows, rolling curtains, window frames and (SPCE061A) single-chip microcomputers, window electric push-pull rods are set on the upper edge of translational windows and connected to DC motors, There is a tubular curtain electric rod on the top of the curtain and is installed above the window frame. The window frame is equipped with a humidity sensor, a voice module and a battery. The window electric push-pull rod, tubular curtain electric rod, humidity sensor, and voice module are all compatible MCU connection.

There are two translation windows, which are installed on the window frame. The window electric push-pull rod is integrated with the DC motor, and its two ends are respectively connected to the upper edge of a translation window and the upper end of the window frame through two pins. The motors are connected to 2 relays respectively. The top of the roller blind is connected to the electric rod of the tubular curtain, and the electric rod of the tubular curtain is respectively connected to a mechanical switch and two relays through wires. The 4 relays are connected to a circuit board through wires, and the circuit board is connected to (SPCE061A) single-chip microcomputer through wires.

(SPCE061A) MCU is connected with humidity sensor and voice module, and connected with four 1.5V dry batteries through wires for power supply. The DC motor is powered by a 12V battery, and the tubular curtain electric rod can be directly connected to 220V AC through wires.

The translational windows, window frames, window electric push-pull rods and DC motors thereof, rolling curtains, tubular curtain electric rods, humidity sensors, voice modules, (SPCE061A) single-chip microcomputers, relays and storage batteries used in the above-mentioned embodiments are all commercially available. Products for sale, available through purchase.

Working principle of the present utility model: the initial state roller blind type curtain is the closed state and the sliding type window is the closed state.

The roller blinds can be manually raised or lowered by mechanical switches, and the sliding windows can be opened and closed by manual operation.

The opening and closing of sliding windows and the raising and lowering of roller blinds are controlled by voice. When you say "open the window", the voice module will send a signal to the single-chip microcomputer, and the single-chip microcomputer controls the electric push-pull rod of the window to shrink to realize the opening of the translational window. Similarly, when you say "close the window", the closing of the translational window can be realized ;When you say "open the curtain", you can realize the rise of the roller blind; when you say "close the curtain", you can realize the decline of the roller blind.

When it rains, the humidity sensor will send a signal to the single-chip microcomputer, and the single-chip microcomputer controls the extension of the electric push-pull rod of the window to realize the closing of the translational window. When the weather turns fine, the humidity sensor will send a signal to the single-chip microcomputer, and the single-chip microcomputer controls the electric push-pull rod of the window to shrink, so as to realize the re-opening of the translational window.

Claims (6)

1. A voice control system for curtains and windows based on smart home, characterized in that: translational windows, rolling curtains, window frames and SPCE061A single-chip microcomputers, window electric push-pull rods are arranged on the upper edge of translational windows and connected with DC motors The top of the roller blind is equipped with a tubular curtain electric rod and installed above the window frame. The window frame is equipped with a humidity sensor, a voice module and a battery. The window electric push-pull rod, tubular curtain electric rod, humidity sensor and voice module are all connected with SPCE061A microcontroller connection. 2. The voice control system for curtains and windows based on smart home according to claim 1, characterized in that: the translation windows are two and installed on the window frame, and the window electric push-pull rod is integrated with the DC motor , the two ends of which are respectively connected to the upper edge of a translational window and the upper end of the window frame through 2 pins, and the DC motor is respectively connected to 2 relays. 3. The curtain and window voice control system based on smart home according to claim 1, characterized in that: the top of the rolling curtain is connected to the electric rod of the tubular curtain, and the electric rod of the tubular curtain is respectively connected to a mechanical switch through wires and 2 relays. 4. The curtain and window voice control system based on smart home according to claim 2 or 3, characterized in that: the two relays connected to the electric rod of the tubular curtain and the two relays connected to the DC motor are connected together by wires 1 circuit board, the circuit board is connected to the SPCE061A microcontroller through wires. 5. The curtain and window voice control system based on smart home according to claim 1, characterized in that: the (SPCE061A) single-chip microcomputer is connected with the humidity sensor and the voice module, and is powered by connecting 4 1.5V dry batteries through wires. 6. The smart home-based curtain and window voice control system according to claim 2 or 3, characterized in that: the DC motor is powered by a 12V battery, and the tubular curtain electric rod can be directly connected to 220V AC through wires.