CN201508523U - System device for remotely controlling main controlled equipment and power distribution facility - Google Patents

Abstract

A system apparatus for remotely controlling a master controlled device and a power distribution facility, comprising: a multifunctional remote controller; a master controlled device; a power distribution facility to which the master controlled device is connected; the multifunctional remote controller transmits an instruction signal to the signal receiver, and an internal signal processing module of the signal receiver decodes the control signal and controls a power on/off module of the main control equipment; the multifunctional remote controller transmits an instruction signal to a remote control receiving head of the power distribution facility, and the remote control receiving head transfers the instruction signal to an IC circuit control module to control the on and off of a power supply interface of the power distribution facility. The utility model has the advantages of can be through the switching on and shutting down of remote controller control master control equipment and controlled equipment to can carry out the remote control of software rank to master control equipment such as computers, and control other electrical apparatus through the remote control to the distribution facility, have saving electric power, convenient to use, safety.

Description

A system device for remote control of main controlled equipment and power distribution facilities

technical field

The utility model relates to a remote control device, in particular to a system device for remote control of main controlled equipment and power distribution facilities.

Background technique

In modern society, with the progress and development of science and technology, all kinds of electrical equipment are widely used in homes, offices, factories, public places and other places. The electrical appliances used in these places usually have certain relevance. For example, home computers and related supporting equipment, such as monitors, speakers, ADSL, etc., are all supporting electrical appliances. With regard to these electrical equipments of the prior art, when needing to shut down, all need shut down the power supply of auxiliary equipments such as display after shutting down computer host computer. As another example, TV sets and auxiliary equipment, such as VCD, DVD, speakers, etc., all have the above-mentioned common use or supporting use relationship, and they can both become master and slave devices, and there is a master-slave relationship.

However, as far as the products of power distribution facilities on the market are concerned, most of them are manual switches, which cannot realize the purpose of automatically shutting down the controlled equipment after the main control equipment is turned off, which is likely to cause waste of power resources and pose potential safety hazards.

Simultaneously, existing various digital products, such as electrical appliances such as mobile phone, PHS, MP3, digital camera all exist a trend of using unified USB charging interface, or most products have begun to use USB interface charging. If the USB charging interface can be set as a standard configuration on the power distribution facility, it will make people more convenient, but the power distribution facilities provided by the prior art, such as sockets, are not provided with this USB charging interface, even if there is a small Some products have a USB charging interface, but it is still necessary to manually cut off the power supply or unplug the charging device after the charging of these digital devices is completed. There are also inconveniences in use, waste of power resources and potential safety hazards.

In view of the above-mentioned deficiencies in the prior art, designing a system device that can automatically cut off the power supply of the controlled device and shut down the controlled device when the master control device is turned off has become the direction of the industry's efforts.

Contents of the invention

In view of the above-mentioned problems in the prior art, the purpose of this utility model is to provide a device that can effectively overcome the deficiencies of the prior art, and can control the controlled devices with a delay or at the same time after the main control device is turned on and off by the remote controller. It is a system device that can remotely control the main controlled equipment and power distribution facilities through remote control of other electrical appliances through remote control of the computer's main control equipment.

In order to achieve the above purpose of the utility model, the utility model provides a system device for remote control of main controlled equipment and power distribution facilities, wherein the system device for remote control of main controlled equipment and power distribution facilities includes: a multifunctional Remote controller; a master controlled device, the master controlled device includes a master device and at least one controlled device, the master device also includes a signal receiver for receiving the control signal of the multifunctional remote controller device; a power distribution facility, the main controlled equipment is connected to the power distribution facility, and the power distribution facility supplies power for the main controlled equipment; the multifunctional remote controller transmits an instruction signal to the signal receiver , the internal signal processing module of the signal receiver decodes the control signal and controls the switch module of the main control device; the multifunctional remote controller transmits an instruction signal to the remote control receiving head of the power distribution facility, so The remote control receiver transfers the command signal to the IC circuit control module to control the power on and off of the power interface of the power distribution facility.

According to the above idea of the present invention, the multifunctional remote controller transmits an instruction signal to the signal receiver, and the internal signal processing module of the signal receiver decodes the control signal and controls the common software modules. According to the above concept of the utility model, the power distribution facility includes: a main power switch and at least one sub-switch, the main power switch and the sub-switch are used to control the power supply of the main power interface and sub-power interface of the power distribution facility switch and close; an IC circuit control module, the IC circuit control module is set on the power distribution facility, and used to control the power distribution facility; at least one remote control receiving head, the remote control receiving head receives the multi-function remote control The control signal of the device; at least one set of master-controlled module interfaces, the master-controlled module interface includes a master-controlled device interface and at least one controlled-device interface, and the master-controlled device is respectively connected to the master-controlled device interface interface with the controlled equipment; the multifunctional remote controller transmits control signals to the remote control receiving head, and the remote control receiving head transfers the control signals to the IC circuit control module to control the power distribution facilities.

According to the above concept of the utility model, the power distribution facility includes one of a power strip, a power supply box, a desktop socket, a wall socket, a distributor, and an uninterruptible power supply.

According to the above concept of the present utility model, the power distribution facility further includes at least one multi-purpose power interface group.

According to the above concept of the present utility model, the multipurpose power interface group includes at least one multipurpose power interface, and the multipurpose power interface is connected to the IC circuit control module through a controlled switch, and is controlled by the IC circuit Module control.

According to the above idea of the present utility model, the multi-purpose power interface group further includes a charging and power supply interface of a USB device.

According to the above idea of the present utility model, the system device for remotely controlling the main controlled equipment and the power distribution facility further includes a simple remote controller for remotely controlling the power distribution facility and the main controlled equipment.

According to the above concept of the present utility model, the simple remote controller includes: a remote control information transmitting end, the remote control information transmitting end is used to transmit control information to the power distribution facility; a remote control switch for the interface power supply of the main controlled equipment, Used to control the opening and closing of the main controlled equipment interface on the power distribution facility; a remote control switch for timing/counting down of the power supply of the main controlled equipment, used to control the main controlled equipment on the power distribution facility The timing/countdown of the switch of the power interface; the remote control switch of the multi-purpose power interface, which is used to control the opening and closing of the switch of the multi-purpose power interface on the power distribution facility; the remote control switch of the timing/countdown of the multi-purpose power interface, Used to control the timing/countdown of the switch of the multi-purpose power interface on the power distribution facility; a remote control switch of the power supply of the main control device body, used to control the power on and off of the main control device body.

According to the above idea of the present utility model, the multifunctional remote control further includes a plurality of remote control switches of common software on the main control device.

According to the above idea of the present invention, the IC circuit control module on the power distribution facility further includes one or more of the timing, countdown and delay modules.

The advantages and beneficial effects of the utility model are that it can effectively overcome the need for separate control of electrical products in the prior art. After the main control device is turned on and off, the controlled device cannot be turned on and off. Insufficient aspects such as automatic power off. It can control the switch of the main control device through the remote control, delay or control the switch of the controlled device at the same time; and can perform software-level remote control of the main control device of the computer, and control other devices through the remote control of the power distribution facilities. Remote control of electrical appliances can effectively save power resources, easy to use, and eliminate potential safety hazards.

Description of drawings

Fig. 1 is a system block schematic diagram of a system device of a remote control master controlled device and a power distribution facility of the present invention;

Fig. 2 is a three-dimensional structural schematic diagram of a preferred embodiment of a remote control master controlled device and a system device of a power distribution facility of the present invention, and a power distribution facility;

Fig. 3 is a plan view of a multifunctional remote controller of a preferred embodiment of a system device for remote control of main controlled equipment and power distribution facilities of the present invention;

Fig. 4 is a plan view of the signal receiver of a preferred embodiment of the system device of the remote control master controlled equipment and power distribution facilities of the present invention

Fig. 5 is a plan view of a simple remote controller of a preferred embodiment of the system device of the remote control master controlled equipment and power distribution facilities of the present invention;

Fig. 6 is a schematic circuit diagram of the power distribution facility of the system device of a remote control master controlled device and power distribution facility of the present invention;

Fig. 7 is a schematic circuit diagram of a multifunctional remote controller of a system device of remote control master controlled equipment and power distribution facilities of the present invention;

Fig. 8 is a schematic circuit diagram of a simple remote controller of a system device for remote control of main controlled equipment and power distribution facilities of the present invention.

Detailed ways

In order to further illustrate the principle and structure of the present utility model, the preferred embodiments of the present utility model are now described in detail in conjunction with the accompanying drawings, but the embodiments are only for illustration and explanation, and cannot be used to limit the patent protection of the present utility model scope.

A system device for remote control of main controlled equipment and power distribution facilities as shown in Figure 1 and Figure 4, wherein the system device for remote control of main controlled equipment and power distribution facilities includes: a multifunctional remote controller 11; The master-controlled device, the master-controlled device includes a master-controlled device 12 and at least one controlled device 15, and the master-controlled device 12 also includes a signal receiver for receiving the control signal of the multi-function remote controller 11 device 123; a power distribution facility 13, the main controlled equipment is connected to the power distribution facility 13, and the power distribution facility 13 supplies power for the main controlled equipment; the multifunctional remote controller 11 transmits an instruction signal to The signal receiver 123, the internal signal processing module of the signal receiver 123 decodes the control signal and controls the switch module of the main control device 12; the multifunctional remote controller 11 transmits an instruction signal to the The remote control receiving head 1383 of the power distribution facility 13 , the remote control receiving head 1383 transfers the command signal to the IC circuit control module 132 to control the power on and off of the power interface of the power distribution facility 13 .

According to the above concept of the present utility model, the multifunctional remote controller 11 transmits an instruction signal to the signal receiver 123, and the internal signal processing module of the signal receiver 123 decodes the control signal and controls the main control device 12 common software modules.

As shown in Figure 2, according to the above concept of the utility model, the power distribution facility 13 includes: a main power switch 1380 and at least one branch switch 1310, 1320, 1330, the main power switch 1380 controls the power distribution facility The opening and closing of the main power supply, the sub-switch 1310 is used to control the opening and closing of the main controlled power interface; the sub-switches 1320, 1330 are used to control the opening and closing of the power supply of the multi-purpose power interface ; An IC circuit control module, the IC circuit control module is set on the power distribution facility 13, and used to control the power distribution facility 13; at least one remote control receiving head 1383, the remote control receiving head 1383 receives the multi-functional remote control The control signal of the device 1; at least one group of master-controlled module interfaces 133, the master-controlled module interface 133 includes a master-controlled device interface 1331 and at least one controlled device interface 1332; at least one multi-purpose power supply interface group 134; the The multifunctional remote controller 11 transmits a control signal to the remote control receiving head 1383 , and the remote control receiving head 1383 transfers the control signal to the IC circuit control module to control the power distribution facility 13 .

Fig. 6 is an electrical schematic diagram of a power distribution facility of a preferred embodiment of a remote control power distribution facility system device of the present invention. The power distribution facility 13, taking a plug-and-plug as an example, includes a main controlled device interface and an independent device interface circuit 601, a main switch, a branch switch and a control switch circuit 602, a low-voltage DC output circuit 604 for powering the remote control receiving head 1383, and an IC control circuit 603. The model of IC4 in the IC control circuit 603 is 89552DS.

According to the above concept of the present utility model, the power distribution facility 13 includes one of a power strip, a desktop socket, a power supply box for a wall socket, and an uninterruptible power supply.

According to the above concept of the utility model, the multipurpose power interface group 134 includes one or more multipurpose power interface 1341, and the multipurpose power interface 1341 is connected to the IC circuit control module through the controlled switch 135, and Controlled by the IC circuit control module, it is used to connect independent equipment 16 thereon.

According to the above idea of the present utility model, the multi-purpose power interface group 134 further includes more than one USB charger interface 1342 . A USB charger 17 is connected thereto.

As shown in Figure 3 and Figure 7, it is a plan view of a multi-functional remote control and an electrical schematic diagram of a multi-functional remote control in a preferred embodiment of a system device for remote control of the main and controlled equipment of the present invention. Taking a computer as an example, the remote control includes: remote control transmitter 11GY99, main control device power interface switch button 11GY10, main control device power interface countdown switch button 11GY16, multi-purpose A power switch button 11GY20, multi-purpose A countdown switch button 11GY26 , multi-purpose B power switch button 11GY30, multi-purpose A countdown switch button 11GY36, main control device host power switch button 11GY00, music playback button 11Y05, movie playback button 11Y06, video screen TV button 11Y07, IE button 11Y08, stop button 11Y09, to the front button 11Y10, to the end button 11Y11, play button 11Y12, pause button 11Y13, previous/rewind button 11Y14, next/fast forward button 11Y15, full screen button 11Y16, my computer shortcut key 11Y17, display desktop shortcut key 11Y18, start menu Shortcut key 11Y19, window switch key 11Y20, TAB key 11Y21, ESC key 11Y22, close current window key 11Y23, volume up key 11Y24, volume down key 11Y25, enter confirmation key 11Y26, up key 11Y27, left key 11Y28, Right key 11Y29, down key 11Y30, mute key 11Y31, page up key 11Y32, page down key 11Y33. The above is only one of the preferred embodiments of the multi-function remote controller of the present invention, and the buttons thereof can be correspondingly set according to the needs of different devices, and are not limited thereto. Wherein, the model of the IC13 used in the multifunctional remote controller is HT6222.

According to the above idea of the present utility model, the system device for remotely controlling the main controlled equipment and the power distribution facility further includes a simple remote controller 14 for controlling the power distribution facility and the main controlled equipment.

As shown in Figure 4, it is the signal receiver of the preferred embodiment of the utility model. According to the above-mentioned idea of the utility model, the signal receiver 123 includes: a signal receiver body 1230 and a signal receiver body 1230 arranged on the signal receiver body Internal program module (not shown) in 1230; A signal receiving head 1232, described signal receiving head 1232 is connected to described signal receiver body 1230; A signal receiver interface 1231, is used for described signal receiver 123 connected to the master device 11.

As shown in Figure 5 and Figure 8, the plan view of the remote control and the electrical schematic diagram of the simple remote control in a preferred embodiment of the system device for remote control power distribution facilities, hereinafter, the multi-purpose power supply interface group is divided into two groups, which are respectively referred to as Take multi-purpose power interface group A and multi-purpose power interface group B as an example. Wherein, the simple remote controller includes a remote control signal receiving head 146, a main control device interface power switch button 14GY10, a main control device interface power timing/countdown button 14GY16, a multipurpose power supply interface group A power switch button 14GY20, a Multipurpose power interface group A timing/countdown button 14GY26, a multipurpose power interface group B power switch button 14GY30, a multipurpose power interface group B timing/countdown button 14GY26, and a power distribution facility 13 connected to the The power remote control switch button 14GY00 of the main control device body of the main control device interface 1331. The above is only one of the preferred embodiments of the simple remote controller of the present invention, and the keys can be correspondingly set according to the needs of different devices, and are not limited thereto. Wherein, the type of IC13 used in the simple remote controller is HT6221.

According to the above idea of the present invention, the IC circuit control module on the power distribution facility further includes one or more of the timing, countdown and delay modules.

The working principle of the utility model is: the remote control coding signal of the multifunctional remote control or simple remote control is sent to the signal receiver connected to the main control device, and after decoding, the signal is transmitted to the main control device, such as a computer host, etc., to control the computer The software in the host or other functional modules of the main control device can realize the wake-up and start-up of the main control device by setting the wake-up software or the wake-up function module, and can also shut down the main control device through the shutdown program or the shutdown function module.

When the main control device, such as a computer, is turned on and off, the electronic signal in the main controlled module is fed back to the power distribution facility, such as the IC circuit module on the power strip, to delay or simultaneously control the opening of the controlled device, such as a display, a printer, etc. and off.

When the multifunctional remote controller or the simple remote controller directly controls the power distribution facility, the signal of the remote controller passes through the IC circuit module of the power distribution facility to control the power distribution of the power distribution facility.

The advantages and beneficial effects of the utility model are that it can effectively overcome the need for separate control of electrical products in the prior art. After the main control device is turned on and off, the controlled device cannot be turned on and off. The lack of automatic power-off, etc., can control the switch of the main control device through the remote control, delay or control the switch of the controlled device at the same time; and can perform software or The remote control at the functional module level, as well as the remote control of other electrical appliances through the remote control of the power distribution facilities, can effectively save power resources, be easy to use, and eliminate potential safety hazards.

The above content is a further detailed description of the utility model in combination with specific preferred embodiments, and it cannot be assumed that the specific implementation of the utility model is only limited to these descriptions. For a person of ordinary skill in the technical field to which the utility model belongs, without departing from the concept of the utility model, some simple deduction or substitutions can also be made, which should be regarded as belonging to the protection scope of the utility model.

Claims (10)

1. A system device for remote control of main and controlled equipment and power distribution facilities, characterized in that: The system device of the remote control main controlled equipment and power distribution facilities includes: A multi-function remote control; A master-controlled device, the master-controlled device includes a master-controlled device and at least one controlled device, and the master-controlled device further includes a signal receiver for receiving control signals from the multi-function remote controller; a power distribution facility to which the master controlled device is connected, the power distribution facility supplies power to the master controlled device; The multi-functional remote controller transmits an instruction signal to the signal receiver, and the internal signal processing module of the signal receiver decodes the control signal and controls the power-on/off module of the main control device; The multifunctional remote controller transmits command signals to the remote control receiving head of the power distribution facility, and the remote control receiving head transfers the command signal to the IC circuit control module to control the power supply of the power interface of the power distribution facility On and off. 2. A system device for remote control of main controlled equipment and power distribution facilities as claimed in claim 1, characterized in that: The multifunctional remote controller transmits an instruction signal to the signal receiver, and the internal signal processing module of the signal receiver decodes the control signal and controls common software modules on the main control device. 3. A system device for remote control of main controlled equipment and power distribution facilities as claimed in claim 1, characterized in that: The power distribution facilities include: A main power switch and at least one sub-switch, the main power switch and sub-switches are used to control the power on and off of the main power interface and sub-power interface of the power distribution facility; An IC circuit control module, the IC circuit control module is set on the power distribution facility and used to control the power distribution facility; At least one remote control receiving head, the remote control receiving head receives the control signal of the multi-functional remote control; At least one set of master-controlled module interfaces, the master-controlled module interface includes a master-controlled device interface and at least one controlled-device interface, and the master-controlled device is respectively connected to the master-controlled device interface and the controlled on the device interface; The multifunctional remote controller transmits control signals to the remote control receiving head, and the remote control receiving head transfers the control signals to the IC circuit control module to control the power distribution facilities. 4. A system device for remote control of main controlled equipment and power distribution facilities as claimed in claim 1 or 3, characterized in that: The power distribution facilities include one of power strips, power supply boxes, desktop sockets, wall sockets, distributors, and uninterruptible power supplies. 5. A system device for remote control of main controlled equipment and power distribution facilities as claimed in claim 1, characterized in that: The power distribution facility also includes at least one multipurpose power interface group; the multipurpose power interface group includes at least one multipurpose power interface, and the multipurpose power interface is connected to the IC circuit control module through a controlled switch, And controlled by the IC circuit control module. 6. A system device for remote control of main controlled equipment and power distribution facilities as claimed in claim 1, characterized in that: The master controlled device is connected to the power distribution facility, and the master control device controls the interface of the controlled device through the IC circuit control module on the power distribution facility to control the opening and closing of the power supply of the controlled device. closure. 7. A system device for remote control power distribution facilities as claimed in claim 1, characterized in that: The multi-purpose power interface group also includes a charging and power supply interface for USB devices. 8. A system device for remote control of main and controlled equipment and power distribution facilities as claimed in claim 1, characterized in that: The system device for remotely controlling the main controlled equipment and the power distribution facility also includes a simple remote controller for remotely controlling the power distribution facility and the main controlled equipment. 9. A system device for remote control of main controlled equipment and power distribution facilities as claimed in claim 8, characterized in that: The simple remote includes: A remote control information transmitter, the remote control information transmitter is used to transmit control information to the power distribution facility; A remote control switch for the interface power supply of the main controlled equipment, which is used to control the opening and closing of the interface of the main controlled equipment on the power distribution facility; A remote control switch for timing/counting down of the power supply of the main controlled equipment, used to control the timing/counting down of the switch of the power interface of the main controlled equipment on the power distribution facility; Multi-purpose power interface remote control switch, used to control the opening and closing of the switch of the multi-purpose power interface on the power distribution facility; A multipurpose power interface timing/countdown remote control switch, used to control the timing/countdown of the switch of the multipurpose power interface on the power distribution facility; A remote control switch for the power supply of the main control device body, used to control the power on and off of the main control device body. 10. A system device for remote control of main controlled equipment and power distribution facilities as claimed in claim 3, characterized in that: The IC circuit control module on the power distribution facility further includes one or more of the timing, countdown and delay modules.

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