RU27463U1 - REMOTE CONTROL UNIT FOR CONTROL UNIT OF FIRST LAMP - Google Patents

Description

REMOTE CONTROL DEVICE FOR THE CONTROL UNIT OF A FIRST LAMP LAMP The technical field to which belongs

utility model

The present utility model relates to a remote control device and, more specifically, to a remote control device for a unit that controls the blinking mode and the Christmas melody of lamp lights played back wirelessly,

State of the art

As living standards improve, people increasingly value entertainment. Usually, during some holidays, and especially at Christmas, various decorations and illuminations are used to create a festive mood. In the currently used Christmas illuminations, a one-button block is used that controls the playing melody and the blinking of the electric garland. Since in a conventional control unit the block body is used for plugging into a socket, the user has to insert the plug himself into the socket or remove it from it to turn the illumination system on or off. In addition, the user must press a button on the control unit to select the melody to play or the garland blinking mode. Thus, such a control unit in

225566/012

DESCRIPTION

operation inconvenient. In addition, in the conventional control unit there are several melodies that are selected by the user by pressing a button. However, after playing the selected melody, the device automatically proceeds to play the next melody. If the user wants to listen to the same melody again, he will have to set it again with the button on the control unit, which is inconvenient.

Along with the continuous development of scientific technology, many people are increasingly focusing on convenience and living comfort, using wireless remote controls more and more widely in everyday life. In order for people to be able to conveniently and flexibly control the operation of the Christmas garland and select a fixed melody and remotely control the choice of melodies, according to the proposed utility model, a remote control unit for the control unit is provided that controls the flashing and playback of Christmas garland melodies wirelessly.

Utility Model Essence

The main task that the present utility model seeks to solve is to create a remote control device capable of remotely controlling the daisy chain control unit so that this control unit can select various daisy chain flashing modes and select a fixed melody, as well as remotely control the selection of melodies.

Another problem solved by this utility model is the creation of a remote control device for a daisy chain control unit that uses mutual learning of remote control signals so that the daisy chain control unit learns serial codes of remote control signals of various remote control devices so that remote control devices with different serial remote control codes could simultaneously control many control units I am garlands.

Another objective that the present utility model seeks to solve is to create a remote control device for a daisy chain control unit having a built-in user code recognition device to increase the safety of using a daisy chain control unit.

Another objective of this utility model is to create a remote control device for the garland control unit, which is convenient and easy to operate.

The device for remote control of the unit controlling the daisy contains a hand-held remote control. There are many buttons on the remote control for selecting various functions of the daisy-chain control unit and emitting remote control signals corresponding to these functions, a radio receiver is installed in the daisy-chain control unit that connects the multiple daisies. As soon as the radio receiver receives the remote control signal, the blinking mode, melody and volume are adjusted in accordance with the operation of the control module in the daisy-chain control unit, the mode of which is set by the remote control signal. On the control unit of the daisy chain there is a manual switch for learning sequential codes and a manual switch for resetting serial codes for learning the built-in serial codes for remote control of various remote controls. The above remote control can be replaced by a telephone remote control so that the daisy chain can be controlled by telephone.

The various objectives and advantages of this utility model will be more apparent from the following detailed description with reference to the accompanying drawings, where:

Brief Description of the Drawings

Figure 1 depicts a structural diagram of the present utility model;

Figure 2 depicts a structural block diagram of a remote control according to the present utility model;

Fig. 3 depicts a structural block diagram of a garland control unit according to the present utility model; and

FIG. 4 depicts a block diagram of a telephone remote control according to the present utility model. A Better Embodiment of a Utility Model

There is a remote control 10 with many buttons 12 located on it. Pressing each of the buttons 12 means entering various electronic signals. The remote control 10 is used to emit a remote control signal in accordance with various electronic signals. The garland control unit 14 has a control unit 16 electrically connected to the garland 18 and the loudspeaker 20. A radio receiver 22 is installed in the unit 14. The radio receiver 22 receives a remote control signal, after which the garland blink mode, melody and its sound volume are adjusted in accordance with the operation of the control module in the garland control unit in accordance with the pressed button.

The above control module 16 integrates music and light control technologies and has the functions of controlling the on and off of all, several or single lamps in a garland while simultaneously playing various melodies. In addition, the control unit 16 can match the garlands of different colors with different melodies and adjust the sound volume. In the present utility model, selecting one of the buttons 12 on the remote control 10 leads to the emission of various remote control signals to the control unit 16 of the daisy chain control unit 14 so as to remotely control the predetermined blinking mode and selecting the daisy chain ring 18 or the daisy chain light changing mode 18. Manual a sequential code learning switch 24 is located on the daisy chain control unit 14 for learning the built-in sequential remote control codes of various remote controls 10 control so that these remotes 10, having various remote control codes, can control a plurality of garland control units 14 simultaneously. A manual reset switch 26 for sequential codes is located on the daisy chain control unit 14. With this switch 26, the consecutive remote control codes learned by the daisy control unit 14 can be reset so that some remote controls 10 having different consecutive remote control codes cannot be controlled by the daisy control unit 14.

The following is a description of the structures of the remote control 10 and the garland control unit 14 to illustrate the characteristics of the present utility model. As shown in FIG. 2, the remote control 10 comprises a first central processing unit (CPU) 30 connected to the radio transmitting device 32, a multi-function keyboard driver 34, a display module 36 with light emitting diodes and a memory 38. The first CPU 30 receives input from the keyboard the signal from the multifunction keyboard driver 36 and transmits it to the radio transmitter 32, which emits a remote control signal and a serial remote control code from the used remote control at block 14 control the daisy chain. Thus

the control module 16 is set up and controlled, and the key code is input to the memory 38, the memory 38 is generally an electrically erasable programmable read only memory (EEPROM). There is also a buzzer 40 connected to the first CPU 30 for supplying audio signals during remote control. The display module 36 on the LEDs by light signals indicates the status of the device. A computer connector 42 connected to the first CPU 30 is also installed in the remote control 10 and allows you to connect the remote control 10 to the computer. A power supply 44 is provided, typically a set of batteries, for supplying power to said components.

As shown in FIG. 3, the daisy control unit 14 comprises a second CPU 46 connected to the radio receiver 22, an output device 48 for the daisy chain, a data storage device 50, and a control unit 16. The control unit 16 comprises a garland blink control unit 52 and a melody control unit 54. The radio receiver 22 is used to receive the remote control signal emitted by the remote control 10 and determine the signal by the central processor 46 in accordance with the built-in serial remote control codes of the remote control 10 stored in the data storage device 50. After confirming the serial remote control code, the control signal is transmitted to the control module 16 to set the mode

block 52 control flashing or block 54 control melodies. The control unit 16 is connected to a power source 56, which rectifies the alternating current, to the speaker 20 and the output device 48 for the daisies. The second CPU is also connected to the sequential code learning unit 58 and the serial code reset unit 60. After receiving the remote control signal 22 from the remote control 10 by the radio receiver 22, the sequential code learning module 58 is used to learn sequential remote control codes from different remotes 10 and input them into the data storage device 50, thereby allowing different remotes 10 having different serial remote control codes, simultaneously control a plurality of garland control units 14. In addition, the serial code reset module 60 is connected to the second CPU 46 to erase memory remote sequential codes.

In addition to the remote control 10 of the daisy chain control unit 14, a remote telephone remote control 28 can be used for remote control. As shown in FIG. 4, the telephone remote control 28 includes a central processor 62 connected to a radio transmitter 64, a radio 66, a liquid crystal display 38, a memory 70, an address and function setting device 72, a telephone answering machine receiving module 74 and a voice device 76. Once the radio receiver 66 receives the signal from the remote control 10, it is transmitted to the master 72 in the form of a serial address code. The central processor, in addition, enters data into the storage device 70. The telephone answering machine receiving module 74 is connected to a public telephone network. When a user connects to the telephone desk 28 over a telephone line, the voice device generates instructions for him. At the same time, the answering machine receiving module 74 transmits the received multi-frequency signals to the central processor 62, which contains a control signal to be transmitted by the radio transmitter 64, thereby controlling the daisy-chain control unit 14. The central processor 62 is also connected to a direct current power supply 80 and a backup power supply 82, which are connected to a home AC network to supply power to the telephone remote control 28. The central processor 62 is connected to a connector 78 located in the telephone remote control 28 for connecting a computer.

A telephone multi-frequency frequency recognition device (not shown) is connected between the telephone answering machine receiving module 74 and the central processing unit 62 for determining a code sent by the user, thereby ensuring the safety of the use of the daisy chain control unit 14.

According to the present utility model, control of the daisy-chain control unit allows remote control of the daisy-chain control unit, avoiding uncomfortable situations when the user has to press the button 12 on the daisy-chain control unit 14. Moreover, the learning function of the daisy chain control unit 14 allows the use of different remote controls 10 or a telephone remote control 28 of the remote control, while simultaneously controlling a plurality of daisy chain control units 14, which avoids the uncomfortable situation when using several daisy chain control units 14 to one.

Although the present utility model has been described with reference to its preferred embodiment, it should be understood that the present utility model is not limited to the details described. In the above description, various options and modifications were proposed, and other possible changes will be apparent to those skilled in the art. Thus, all such replacements and modifications are encompassed by the scope of the present utility model, as defined in the accompanying formula.

Claims (11)

1. The remote control device of the control unit daisy chain containing a remote control controller for emitting a remote control signal in accordance with the entered electronic signal and the control unit daisy chain connected to at least one daisy chain and containing a radio receiving device configured to receive the specified remote control signal, radiated by the remote controller, while the operation of the control unit located inside the control unit, p memory location within the control unit garland is controlled in accordance with the remote control signal.  2. The device according to claim 1, wherein the remote controller is selected from a remote control and a telephone remote control.  3. The device according to claim 2, in which the remote control comprises a central processor connected to the radio transmitting device, a multifunction keyboard driver and a storage device, while the central processor is configured to receive the input electronic signal from the multifunction keyboard driver and store it in a storage device, while the Central processor is configured to transmit this electronic signal to a radio transmitting device, which It is configured to emit a remote control signal when the user presses a button on the remote control to control the daisy chain, and there is also a power source that supplies energy for each of these components.  4. The device according to claim 3, in which the central processor is connected to a buzzer and an LED display.  5. The device according to claim 3, in which the central processor is connected to a computer connector.  6. The device according to claim 2, in which the telephone remote control includes a central processor connected to a radio transmitting device, a radio receiver, a memory device and a set of addresses and functions, while the radio receiver is configured to receive a remote control signal of the garland control unit and installing it on the host device addresses and functions, while the central processor is used to receive the code entered sequentially from the specified setting the addresses and functions, outputting it to the liquid crystal display and storing it in a memory, while the central processor is connected to the receiving module of the telephone answering machine to receive the telephone signal from the telephone line, process it and send a control signal emitted by the specified radio transmitting device, in addition There is a power source connected to the central processor.  7. The device according to claim 6, in which the central processor is connected to the voice device.  8. The device according to claim 6, in which between the receiving module of the telephone answering machine and the Central processor is turned on a device for recognizing multi-frequency telephone signals.  9. The device according to claim 6, in which the central processor is connected to a computer interface.  10. The device according to claim 1, wherein the daisy-chain control unit comprises a central processor connected to a radio receiver, a data storage device and a control module, wherein the radio receiver is used to receive a remote control signal emitted by said remote controller and a serial remote code the control of the specified remote control controller, while the central processor is used to highlight the specified remote control signal control in accordance with the specified serial remote control code entered into the data storage device and to send a control signal to the specified control module, while the control module is connected to a power source, a garland output device and a loudspeaker. 11. The device according to claim 1, wherein the daisy-chain control unit comprises a serial code learning module and a serial code reset module for teaching a remote control code to this remote controller.