TW202227713A - Intelligent remote control Venetian blind downloading a programmable APP to send out a control signal to the communication module - Google Patents

Abstract

Provided is an intelligent remote control Venetian blind mainly including a blind group, a control circuit disposed on the blind group and composed of a motor driving module, a cycle number and angle detection module and a communication module, and a transmission apparatus capable of forming signal transmission with the communication module and having a communication function. The transmission apparatus having the communication function may be used for downloading a programmable APP to send out a control signal to the communication module, so that the motor driving module may drive a motor to rotate in a corresponding direction according to the control signal to open or close the blind; the cycle number and angle detection module may be used for detecting the rotation number and angle of the motor; the motor driving module controls operation of the motor after comparison with the control signal; and then, the APP of the transmission apparatus having the communication function may be used to set parameters such as an upper limit and a lower limit of the blind, adjust the opening from 0% to 100% and set different schedules of the blind, and thus, the blind is more convenient and humanized in operation and use.

Description

Smart remote control blinds

The present invention relates to a kind of intelligent remote control blinds, especially a kind of parameters such as the upper and lower limits of the curtains and the adjustment of the opening degree from 0% to 100%, and the setting of different curtain schedules through the APP of the transmission device with the communication function. Smart remote control curtains that are more convenient to control and use and more humanized.

Press; In general, the windows of houses can block strong light and adjust the indoor lighting properly. Usually, venetian blinds are installed on the windows. In addition to the effect of indoor lighting adjustment and shading through the curtains, it can also add indoor lighting. The beauty of space. Most of the known curtains are manually controlled. In recent years, due to the advancement of science and technology, electric remote control curtains are widely favored by consumers. The reason is that electric remote control curtains provide more convenient operability. However, these electric remote control curtains still need the user to control the driving time of the motor with the remote control, and it is difficult to accurately open the curtains at the desired position in operation. There is a lack of adjustment of the opening degree due to environmental changes.

Furthermore, using the remote control to control the curtains is more convenient than manual control, but it is often difficult to follow the remote control because the remote control is not properly stored, causing troubles in use. In addition, the conventional remote controller cannot perform functions such as automatic setting and scheduling of curtain opening, and a stepping motor is required to manually control the opening and closing angles. Although, in the newer technologies, the remote control action can be formed by the smartphone, but these technologies use a set-top box as the transmission medium of the signal (the mobile phone and the host computer). mobile phone), not only the manufacturing cost is high, but also it cannot be operated in the sliding control mode of ordinary mobile phones, so it is inconvenient to use. Therefore, in today's life where mobile phones are quite popular, how to properly use the inseparable transmission device with Bluetooth communication function such as mobile phone, tablet or I-pad to replace the traditional remote control and integrate into the user's familiar smooth The control operation mode is actually developed by quite a few industry players. In view of this, the applicant, after continuous research and experimentation, came up with the idea of designing a smart remote-controlled blinds, which makes it more convenient to control and use the curtains through the APP of the mobile communication device.

The main purpose of the present invention is to provide a programmable intelligent remote control blinds, so that the curtains can be set by the APP of the transmission device with communication function to set parameters such as upper and lower limits and the opening degree adjustment from 0% to 100%, and set different curtains The schedule is controlled by the sliding control method of a general mobile phone, thereby making the control and use of the curtains more convenient and more humanized.

The aforementioned intelligent remote control blinds mainly includes a curtain group and a control circuit arranged in the curtain group, which is composed of a motor drive module, a lap and angle detection module, and a communication module, and can be configured with the control circuit. A transmission device with communication function for signal transmission of communication module. Among them, the transmission device with communication function can download a programmable APP, which is used to send control signals to the communication module, so that the motor drive module can drive the motor to rotate in the corresponding direction according to the control signal to open or close the curtains. The rotation and angle detection module can detect the rotation number and angle of the motor. The motor drive module is compared with the control signal to control the movement of the motor, and then the APP of the transmission device with communication function can be used to control the movement of the motor. Setting parameters such as the upper and lower limits of the curtains and adjusting the opening from 0% to 100%, as well as setting different curtain schedules, makes the control and use of the curtains more convenient and humanized.

The aforementioned intelligent remote control blinds, wherein the number of turns and the angle detection module, The system includes a grating pivotally connected to the motor, and a photoelectric emitting element and a photoelectric receiving element are arranged in the control circuit, so that the grating is placed between the photoelectric emitting element and the photoelectric receiving element, so that when the motor rotates, it drives the rotation of the grating at the same time. , in order to form the interval shielding of the photoelectric transmitting and receiving elements, and then the photoelectric receiving element transmits the interval shielding signal to the motor drive module to form the basis for the interpretation of the number of rotations and the angle

In the aforementioned intelligent remote control blinds, the communication interface between the communication module and the transmission device with communication function is Bluetooth, Wi-FI or Zigbee.

The aforementioned intelligent remote-controlled blinds can be provided with a QR CODE at an appropriate position of the curtain body, which can be scanned and downloaded by a transmission device with a communication function to form a pairing with the control circuit of the curtain body.

In the aforementioned intelligent remote control blinds, the transmission device with bluetooth communication function is a different type of smart phone, tablet, I-pad or stand-alone control device.

1: Curtain group

11: Ontology

12: Transmission mechanism

13: Curtains

2: Control circuit

21: Motor drive module

22: Communication module

23: Motor

24: laps and angle detection module

241: Raster

2411: Shaft

2412: Fixed seat

242: Photoelectric emitting element

243: Photoelectric receiving element

244: cover body

3: Transmission device with communication function

31: Block

32: Slider

33: Slider

34: Voice key

35: Slider

36: Timeline

4:QR CODE

FIG. 1 is a perspective view of the present invention.

FIG. 2 is a structural diagram of the present invention.

FIG. 3 is an exploded perspective view of the control circuit and the number of turns and the angle detection module of the present invention.

FIG. 4 is a perspective view of the control circuit and the number of turns and the angle detection module of the present invention.

FIG. 5 is a circuit block diagram of a preferred embodiment of the present invention.

FIG. 6 is an operation state diagram of the present invention.

FIG. 7 and FIG. 8 are action state diagrams of the lap and angle detection module of the present invention.

FIG. 9 is a control interface diagram of the transmission device with communication function of the present invention.

FIG. 10 is another control interface diagram of the transmission device with communication function of the present invention.

FIG. 11 is another control interface diagram of the transmission device with communication function of the present invention.

Please refer to FIG. 1 and FIG. 2 at the same time, and in conjunction with FIG. 3, FIG. 4 and FIG. 5, which are the three-dimensional view and the structural diagram of the present invention, as well as the three-dimensional exploded view, the three-dimensional view, the preferred control circuit and the number of turns and the angle detection module Example circuit block diagram. As shown in the figure, the present invention includes a curtain set 1 and a control circuit 2 disposed in the curtain set 1 , and a transmission device 3 with communication function capable of transmitting signals with the control circuit 2 . Wherein, the curtain set 1 is provided with at least a shaft-shaped body 11, the control circuit 2 is set in the body 11, and a transmission mechanism 12 connected with the control circuit 2 is provided in the body 11 for driving the curtain The rise and fall of 13, and the angle of inclination of the blades of the curtain 13.

The control circuit 2 at least includes a motor driving module 21 and a communication module 22 , two or more motors 23 connected to the motor driving module 21 , and a rotation and angle detection module 24 .

The rotation and angle detection module 24 includes a grating 241 pivotally connected to the motor 23 , and a photo-transmitting element 242 and a photo-receiving element 243 corresponding to the photo-transmitting element 242 are arranged in the control circuit. The grating 241 is provided with a shaft portion 2411, so that the shaft portion 2411 is passed through a fixing seat 2412 fixed to the control circuit 2 and then pivoted to the motor 23, so that the grating 241 is placed on the photoelectric emitting element 242 and the photoelectric Between the receiving elements 243, when the motor 23 rotates, it drives the rotation of the grating 241 at the same time, so as to form a shielding of the interval between the photoelectric emitting element 242 and the photoelectric receiving element 243, and then the photoelectric receiving element 242 transmits the interval shielding signal to the motor drive. Module 21, to construct The basis for the interpretation of the number of turns and angles. In this embodiment, the grating 241 is provided with blades arranged in a radial pattern and spaced with appropriate widths. When the blades are spaced with appropriate widths, the grating 241 is rotated with the motor 23 to form a pair of photoelectric sensors. The space between the emitting element 242 and the photoelectric receiving element 243 is shielded. In order to prevent the misoperation of the photoelectric receiving element 243 from being affected by external light, the grating 241 , the photoelectric emitting element 242 and the photoelectric receiving element 243 are covered with a black cover 244 .

The above-mentioned number of turns and angle detection module 24, in addition to forming a shielding signal for the interval between the photo-transmitting element 242 and the photo-receiving element 243 when the grating 241 rotates with the motor 23, can also use other different The detection method (such as electromagnetic induction, etc.) picks up the signal of the number of turns and the angle.

The transmission device 3 with communication function is a different type of smart phone, tablet, I-pad or stand-alone control device, which can be downloaded as a programmable APP (download from APP STORE or related website), and the APP is used to set the curtain 13 Different lifting actions or blade inclination angles, or for setting the schedule of the curtains 13 in different fields, etc., send control signals to the communication module 22 of the control circuit 2 through communication transmission, and can directly control the curtains through the APP 13 various actions. In this embodiment, a QR CODE 4 can be set on the main body 11 of the curtain set 1, so that the user can scan the QR CODE 4 with the transmission device 3 with communication function, and pair with the control circuit 2 of the main body 11, and then Various actions of the curtain 13 are controlled by the downloaded APP.

The communication interface between the communication module 22 and the transmission device 3 with communication function is Bluetooth, Wi-FI or Zigbee.

By the combination of the aforementioned components, an intelligent remote-controlled blind is formed. When in use, the programmable APP is first downloaded from the transmission device 3 with communication function, and the APP is used in the communication function. The power transmission device 3 can directly control the single window or the group window in the sliding control mode. The communication module 22 is for receiving the control signal of the transmission device 3 with communication function, and after receiving the control signal, it sends the corresponding operation signal to the motor 23, so that the motor 23 can rotate in the corresponding direction according to the operation signal to Open or close the curtain 13 to the specified position, and the rotation of the blade; the rotation and angle detection module 24 is used to detect the rotation and angle of the motor 23, and the motor drives the module 21 and the control signal After comparison, the action of the motor 23 can be controlled, and the parameters such as the upper and lower limits of the curtain 13 can be set through the APP of the transmission device 3 with the communication function, the opening degree adjustment of 0% to 100%, the inclination angle of the curtain 13 blades, and the setting The arrangement of the curtains 13 in different fields makes the use of the curtains 13 more convenient and makes the control of the curtains 13 more user-friendly.

Please refer to FIG. 6 , which is an action state diagram of the present invention. As shown in the figure, when the present invention is used, the QR CODE 4 is first scanned by the transmission device 3 with communication function, paired with the control circuit 2 of the main body 11, and the programmable APP is downloaded, and the APP can be directly used as a single window or Group window control. Its programmable control includes at least:

1. The user can easily set the upper and lower limit (up and down position) parameters of the curtain 13 through the mobile phone APP and the transmission device 3 with the communication function, so that the opening of the curtain 13 can be adjusted from 0% to 100% . For example, the opening of the curtain 13 (for example, 40% opening) is set by sliding control in the mobile APP. When the setting is completed and the curtain 13 is activated, the curtain 13 will move up or down, and will stay at 40% opening after moving. , without having to pay attention to the opening height every time.

2. The user can set the one-to-many schedule of the curtains 13 in different fields through the mobile phone APP through the transmission device 3 with the Bluetooth communication function, such as: the curtains 13 in the living room and the curtains 13 in the room are opened at different set times , and open at different preset opening degrees.

3. The present invention can preset the height of all the curtains 13, and then control it by a single button Afterwards, all the curtains 13 are lowered to form a sleep mode. Or make all the curtains 13 open to a preset height (eg in movie watching mode).

In addition, the present invention uses a mobile phone APP to directly control a single window or a group window by means of Bluetooth, Wi-FI or Zigbee communication, which has a relatively mature technology, and does not need any external device at all. Humanize.

Please refer to FIG. 7 and FIG. 8 at the same time, which are action state diagrams of the lap number and angle detection module of the present invention. Please cooperate with FIG. 2 , FIG. 3 and FIG. 5 . As shown in the figures, in the above-mentioned control action of the present invention, the grating 241 of the rotation and angle detection module 24 rotates with the motor 23 , and the grating 241 of the rotation and angle detection module 24 rotates with the motor 23 . The blade constitutes shielding the interval between the photoelectric emitting element 242 and the photoelectric receiving element 243, and then the photoelectric receiving element 242 transmits the interval shielding signal to the motor driving module 21 to constitute the basis for the interpretation of the number of rotations and the angle, and is then driven by the motor The module 21 controls the movement of the motor 23 .

Please refer to FIG. 9 , which is a control interface diagram of the transmission device with communication function of the present invention. As shown in the figure, the APP of the present invention downloaded from the transmission device 3 with communication function can display blocks 31 and slide bars 32 of different colors on the screen during actual operation. These blocks 31 are marked with Different operation functions are provided for the user to press different blocks 31 on the screen, or operate the slide bar 32 by sliding, so as to make setting and manipulation more convenient.

Please refer to FIG. 10 , which is another control interface diagram of the transmission device with communication function of the present invention. As shown in the figure, during the actual operation of the present invention, curtains of different fields can be displayed on the screen for setting the schedule of curtains of different fields. Similarly, the user can set or control the actions of the curtains in different fields by sliding the slide bar 33 . In addition, the user can also set the voice key 34 to directly issue commands by voice to set or control the actions of the curtains in different fields, making the setting and control more convenient easy.

Please refer to FIG. 11 , which is another control interface diagram of the transmission device with communication function of the present invention. As shown in the figure, during the actual operation of the present invention, curtains of different fields can be displayed on the screen for setting the schedule of curtains of different fields. Similarly, the user can set or control the actions of the curtains in different fields by sliding the slide bar 35 , and set the opening and closing time by sliding the time axis 36 up and down.

The foregoing examples are only to illustrate the preferred embodiments of the present invention, but not to limit the scope of the present invention. All modifications and changes are made without losing the essence of the present invention and without departing from the spirit and scope of the present invention.

To sum up, the present invention uses a motor drive module connected to a motor, a lap count and angle detection module and a bluetooth module connected to the motor drive module to form an intelligent remote-controlled blind. The curtains can be set through the APP of the mobile communication device to set parameters such as upper and lower limits and the opening degree from 0% to 100%, and set different curtain schedules, thereby making the control and use of the curtains more convenient and more user-friendly. It is a practical design, which is an invention of all novelties, and an application for an invention patent should be filed in accordance with the law, and the bureau will examine it and grant the patent as soon as possible.

1: Curtain group

11: Ontology

13: Curtains

3: Transmission device with communication function

4:QR CODE

Claims (6)

An intelligent remote control blinds includes a curtain group and a control circuit arranged in the curtain group, which is composed of a motor drive module, a lap and angle detection module and a communication module, and can be configured with the communication module. A transmission device with communication function for group signal transmission, wherein the transmission device with communication function can be used to download a programmable APP to send a control signal to the communication module, so that the motor drive module can be based on the control signal , drive the motor to rotate along the corresponding direction to open or close the curtain, the rotation and angle detection module can be used to detect the rotation and angle of the motor, and the motor driving module is compared with the control signal Then control the action of the motor, and then use the APP of the transmission device with communication function to set parameters such as the upper and lower limits of the curtain, adjust the opening from 0% to 100%, and set different curtain schedules, so that the control of the curtain, It is more convenient and user-friendly to use. The intelligent remote-controlled blinds according to claim 1, wherein the number of turns and the angle detection module comprises a grating pivotally connected to the motor, and the control circuit is provided with a photoelectric emitting element, and corresponding to For the photoelectric receiving element of the photoelectric emitting element, the grating is placed between the photoelectric emitting element and the photoelectric receiving element; so that when the motor rotates, the grating is driven to rotate at the same time, so as to form the electric emitting element and the electric receiving element Then, the electric receiving element transmits the interval shielding signal to the drive module, so as to constitute the basis for judging the number of rotations and the angle. The intelligent remote-controlled blinds according to claim 2, wherein the grating is provided with blades arranged in a radial pattern and with appropriate width intervals, so that when the grating rotates with the motor, the photoelectric emitting element and the photoelectric emitting element can be formed. The photoelectric receiving elements are shielded at intervals. The intelligent remote control blinds according to claim 1, wherein the communication interface between the communication module and the transmission device with communication function is Bluetooth, Wi-FI or Zigbee. The intelligent remote control blinds according to claim 1, wherein the transmission device with communication function is a different type of smart phone, tablet, I-pad or stand-alone control device. The intelligent remote-controlled blinds as claimed in claim 1, wherein the curtain group can be provided with a QR CODE for the transmission device with communication function to scan and pair with the control circuit.

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