CN202486953U

CN202486953U - Multifunctional remote control system

Info

Publication number: CN202486953U
Application number: CN2012200706270U
Authority: CN
Inventors: 房纪军
Original assignee: SHENZHEN GENIATECH TECHNOLOGY Co Ltd
Current assignee: SHENZHEN GENIATECH TECHNOLOGY Co Ltd
Priority date: 2012-02-29
Filing date: 2012-02-29
Publication date: 2012-10-10
Anticipated expiration: 2022-02-28

Abstract

The utility model belongs to the field of remote control and provides a multifunctional remote control system. According to the multifunctional remote control system, the integration of an infrared remote control function and a wireless control function in the same control system is realized through adopting the multifunctional remote control system which comprises a gyroscope module, a central processing module, a wireless transmitting module, a wireless receiving module and an infrared communication module, and the remote control on different types of household electrical appliances and computer equipment can be carried out according to the needs of users, so that the problem that different remote-control operation options can not be provided for the users by using the same equipment existing in the prior art is solved.

Description

A kind of multifunction remote-control system

Technical field

The utility model belongs to remote control field, relates in particular to a kind of multifunction remote-control system.

Background technology

At present, used many household electrical appliance can adopt telepilot to carry out far distance controlled in people's daily life, and the telepilot that is used for household electrical appliance are carried out Long-distance Control only possesses function of infrared remote control, can't realize complicated straighforward operation; And need carry out the electric equipment of complicated Long-distance Control for some, like computer, high-end game station and intelligent domestic system etc., then need possess the straighforward operation of supporting multiple complicacy, like keyboard input, mouse fast moving, action remote sensing etc.Present stage, prior art also is not integrated in above-mentioned two kinds of different operation modes in the same telechiric device, so that the user can select corresponding straighforward operation mode according to the different operation needs.Therefore, there is the problem that can't in same equipment, provide different straighforward operations to select for the user in prior art.

The utility model content

The purpose of the utility model is to provide a kind of multifunction remote-control system, is intended to solve the problem that existing in prior technology can't provide different straighforward operations to select for the user in same equipment.

The utility model is achieved in that a kind of multifunction remote-control system, comprises keyboard circuit and remote keying circuit, and said multifunction remote-control system also comprises:

Export the gyro module of control corresponding instruction according to user's gesture move operation;

Input end is connected with the output terminal of said keyboard circuit and the signal end of said gyro module respectively with signal end, to receive and respond the central processing module of output control signal from the operational order of said keyboard circuit output with from the steering order of said gyro module output;

First communication terminal of the said central processing module of data termination, the wireless transmitter module that will launch with wireless mode from the control signal that said central processing module receives;

Output terminal is connected with the data-interface of target control equipment, receives the wireless receiving module of the control signal that said wireless transmitter module launches;

Input end and data terminal connect the output terminal of said remote keying circuit and second communication terminal of said central processing module respectively; Obtain also model encoder feedback to the said central processing module of export target household electrical appliance, and accomplish the infrared communication module that the key command of exporting according to said remote keying circuit model coupling back is controlled said destination home appliance at said central processing module.

Said multifunction remote-control system also comprises:

First control end is connected with power control terminal with the charging control end of said central processing module respectively with second control end; First output terminal is connected with the power end of first power end of said central processing module, said wireless transmitter module and the power end of said infrared communication module simultaneously; The power end of the said gyro module of the second output termination; The second source end of the said central processing module of the 3rd output termination; And have the charging socket, be the power supply supplying module of said gyro module, said central processing module, said wireless transmitter module and said infrared communication module for power supply.

In the utility model; The said multifunction remote-control system that comprises said gyro module, said central processing module, said wireless transmitter module, said wireless receiving module and said infrared communication module through employing; Integrated function of infrared remote control and Radio Control Function in same control system have been realized; Can carry out Long-distance Control to the household electrical appliance and the computer equipment of different model according to user's request, solved the problem that existing in prior technology can't provide different straighforward operations to select for the user in same equipment.

Description of drawings

Fig. 1 is the modular structure figure of the multifunction remote-control system that provides of the utility model embodiment;

Fig. 2 is the exemplary circuit structural drawing of the multifunction remote-control system that provides of the utility model embodiment.

Embodiment

For the purpose, technical scheme and the advantage that make the utility model is clearer,, the utility model is further elaborated below in conjunction with accompanying drawing and embodiment.Should be appreciated that specific embodiment described herein only in order to explanation the utility model, and be not used in qualification the utility model.

In the utility model embodiment; The multifunction remote-control system that comprises gyro module, central processing module, wireless transmitter module, wireless receiving module and infrared communication module through employing; Realized integrated function of infrared remote control and Radio Control Function in same control system, can carry out Long-distance Control to the household electrical appliance and the computer equipment of different model according to user's request.

Fig. 1 shows the modular structure of the multifunction remote-control system that the utility model embodiment provides, and for the ease of explanation, only shows the part relevant with the utility model embodiment, and details are as follows:

The multifunction remote-control system comprises keyboard circuit 100 and remote keying circuit 200, and this multifunction remote-control system also comprises:

Export the gyro module 300 of control corresponding instruction according to user's gesture move operation.

Input end is connected with the output terminal of keyboard circuit 100 and the signal end of gyro module 300 respectively with signal end, to receive and respond the central processing module 400 of output control signal from the operational order of keyboard circuit 100 outputs with from the steering order of gyro module 300 outputs.

First communication terminal of data termination central processing module 400, the wireless transmitter module 500 that will launch with wireless mode from the control signal that central processing module 400 receives.

Output terminal is connected with the data-interface of target control equipment, the wireless receiving module 600 of the control signal that reception wireless transmitter module 500 is launched.

Input end and data terminal connect the output terminal of remote keying circuit 200 and second communication terminal of central processing module 400 respectively; Obtain also model encoder feedback to the central processing module 400 of export target household electrical appliance, and accomplish the infrared communication module 700 of models coupling back according to the key command controlled target household electrical appliance of remote keying circuit 200 outputs at central processing module 400.

The multifunction remote-control system also comprises:

First control end is connected with power control terminal with the charging control end of central processing module 400 respectively with second control end; First output terminal is connected with first power end of central processing module 400, the power end of wireless transmitter module 500 and the power end of infrared communication module 700 simultaneously; The power end of the second output termination gyro module 300; The second source end of the 3rd output termination central processing module 400; And have the charging socket, be the power supply supplying module 800 of gyro module 300, central processing module 400,

wireless transmitter module

500 and 700 power supplies of infrared communication module.

Further, wireless transmitter module 500 all is based on the 2.4GHz wireless communication technology with wireless receiving module 600 and carries out wireless data transmission and mutual; Wireless receiving module 600 can be connected with target control equipment through USB interface.

Further; Power supply supplying module 800 comprises USB charging circuit unit and battery power supply unit; It is the charge in batteries in the battery power supply unit that power supply is introduced through USB interface in USB charging circuit unit, and battery power supply unit all can be to gyro module 300, central processing module 400,

wireless transmitter module

500 and 700 power supplies of infrared communication module when full electricity of accumulator or charging.

Fig. 2 shows the exemplary circuit structure of the multifunction remote-control system that the utility model embodiment provides, and for the ease of explanation, only shows the part relevant with the utility model embodiment, and details are as follows:

As the utility model one embodiment, gyro module 300 comprises:

EWTZMU three-axis gyroscope U1, capacitor C 1, capacitor C 2, capacitor C 3, capacitor C 4, resistance R 1, resistance R 2 and capacitor C 5;

Sleep signal end SLEEP, data terminal SDA and the clock end SCL of EWTZMU three-axis gyroscope U1 constitutes the signal end of gyro module 300 jointly; Capacitor C 1 is connected between the reference voltage end VREF and ground of EWTZMU three-axis gyroscope U1; The power end VDD of EWTZMU three-axis gyroscope U1 is the power end of gyro module 300; Capacitor C 2 is connected between the power end VDD and ground of EWTZMU three-axis gyroscope U1; The first earth terminal GND1 of EWTZMU three-axis gyroscope U1, the second earth terminal GND2 and the equal ground connection of the 3rd earth terminal GND3; First end of capacitor C 3 is connected with simulation decoupling zero end VREGA with the digital decoupling end VREGD of EWTZMU three-axis gyroscope U1 respectively with first end of capacitor C 4; The equal ground connection of second end of second end of capacitor C 3 and capacitor C 4, the bi-directional power end VDDIO of EWTZMU three-axis gyroscope U1 is connected with power end VDD, and first end of resistance R 1 and first end of resistance R 2 meet clock end SCL and the data segment SDA of EWTZMU three-axis gyroscope U1 respectively; Second end of resistance R 1 and second end of resistance R 2 are connected to the bi-directional power end VDDIO of EWTZMU three-axis gyroscope U1 altogether; The sheet choosing end CS of EWTZMU three-axis gyroscope U1 is connected with power end VDD, the sheet choosing end CS of the first termination EWTZMU three-axis gyroscope U1 of capacitor C 5, and the burning end SAO of second end of capacitor C 5 and EWTZMU three-axis gyroscope U1 is connected to ground altogether.

As the utility model one embodiment, central processing module 400 comprises:

FS4804J microprocessor U2, resistance R 3, resistance R 4 and resistance R 5;

The first general end P0 of FS4804J microprocessor U2, the second general end P1, the 3rd general end P2, four-way constitute the input end of central processing module 400 jointly with end P4, the 6th general end P5, the 7th general end P6 and the 8th general end P7 with end P3, five-way; The 9th general end P8 of FS4804J microprocessor U2, the tenth general end P9 and the 11 general end P10 constitute the signal end of central processing module 400 jointly; The clock end SCK of FS4804J microprocessor U2, sheet choosing end SS, main frame output/slave input end MOSI and main frame input/slave output terminal MISO constitute first communication terminal of central processing module 400 jointly; The power end VDD of FS4804J microprocessor U2 is first power end of central processing module 400; The 12 general end P11 of the first termination FS4804J microprocessor U2 of resistance R 3; Second end of resistance R 3 is second communication terminal of central processing module 400; The 13 general end P12 of FS4804J microprocessor U2 and the tenth four-way are respectively the charging control end and the power control terminal of central processing module 400 with end P13; First end of resistance R 4 is the second source end of central processing module 400; The tenth five-way usefulness end P14 of second end of resistance R 4 and FS4804J microprocessor U2 is connected to first end of resistance R 5, the equal ground connection of earth terminal VSS of second end of resistance R 5 and FS4804J microprocessor U2 altogether.

In the utility model embodiment; Whole multifunction remote-control system comprises telechiric device and receiving trap two parts; Telechiric device comprises keyboard circuit 100, remote keying circuit 200, gyro module 300, central processing module 400, wireless transmitter module 500, infrared communication module 700 and power supply supplying module 800, and receiving trap is a wireless receiving module 600.

Below in conjunction with principle of work the multifunction remote-control system is described further:

When the household electrical appliance that need use this multifunction remote-control system that televisor, DVD player etc. is possessed function of infrared remote control as the user carry out Long-distance Control; Only need to press specific model coding and obtain button through remote keying circuit 200; Obtaining also by infrared communication module 700, the model of feedback target household electrical appliance is encoding to FS4804J microprocessor U2; FS4804J microprocessor U2 is to the carrying out model coupling and send and confirm that instruction gives infrared communication module 700 of destination home appliance subsequently, and then the user just can operate arbitrarily through the button controlled target household electrical appliance on the remote keying circuit 200.

When the user need control target control equipment such as computer or high-end game stations; Can move (carrying out the gesture movable signal through gyro module 300 here obtains and handle) through the relevant gesture of telechiric device being carried out similar conventional mouse action with the mouse operation and control of realization, and the user can carry out through keyboard circuit 100, and data are imported and the steering order transmission is carried out the various complicated operations controls like literal typing and editor etc. to be implemented in target control equipment to target control equipment.

In the utility model embodiment; The multifunction remote-control system that comprises gyro module, central processing module, wireless transmitter module, wireless receiving module and infrared communication module through employing; Integrated function of infrared remote control and Radio Control Function in same control system have been realized; Can carry out Long-distance Control to the household electrical appliance and the computer equipment of different model according to user's request, solved the problem that existing in prior technology can't provide different straighforward operations to select for the user in same equipment.

The above is merely the preferred embodiment of the utility model; Not in order to restriction the utility model; Any modification of being done within all spirit and principles at the utility model, be equal to replacement and improvement etc., all should be included within the protection domain of the utility model.

Claims

1. a multifunction remote-control system comprises keyboard circuit and remote keying circuit, and said multifunction remote-control system also comprises:

2. multifunction remote-control as claimed in claim 1 system is characterized in that, said multifunction remote-control system also comprises:

3. multifunction remote-control as claimed in claim 1 system is characterized in that said wireless transmitter module and wireless receiving module all are based on the 2.4GHz wireless communication technology and carry out wireless data transmission and mutual.

4. multifunction remote-control as claimed in claim 1 system is characterized in that said gyro module comprises:

The common signal end that constitutes said gyro module of sleep signal end SLEEP, data terminal SDA and the clock end SCL of said EWTZMU three-axis gyroscope U1; Said capacitor C 1 is connected between the reference voltage end and ground of said EWTZMU three-axis gyroscope U1; The power end of said EWTZMU three-axis gyroscope U1 is the power end of said gyro module; Said capacitor C 2 is connected between the power end and ground of said EWTZMU three-axis gyroscope U1; First earth terminal of said EWTZMU three-axis gyroscope U1, second earth terminal and the equal ground connection of the 3rd earth terminal; First end of said capacitor C 3 is connected with simulation decoupling zero end with the digital decoupling end of said EWTZMU three-axis gyroscope U1 respectively with first end of said capacitor C 4; The equal ground connection of second end of second end of said capacitor C 3 and said capacitor C 4; The bi-directional power end of said EWTZMU three-axis gyroscope U1 is connected with power end; First end of said resistance R 1 and first end of said resistance R 2 connect clock end and the data terminal of said EWTZMU three-axis gyroscope U1 respectively, and second end of said resistance R 1 and second end of said resistance R 2 are connected to the bi-directional power end of said EWTZMU three-axis gyroscope U1 altogether, and the sheet choosing end of said EWTZMU three-axis gyroscope U1 is connected with power end; The sheet choosing end of the said EWTZMU three-axis gyroscope of first termination U1 of said capacitor C 5, the burning end of second end of said capacitor C 5 and said EWTZMU three-axis gyroscope U1 is connected to ground altogether.

5. multifunction remote-control as claimed in claim 1 system is characterized in that said central processing module comprises:

FS4804J microprocessor U2, resistance R 3, resistance R 4 and resistance R 5;

The first general end of said FS4804J microprocessor U2, the said second general end, the said the 3rd general end, said four-way constitute the input end of said central processing module jointly with end, the said the 6th general end, the said the 7th general end and the said the 8th general end with end, said five-way; The common signal end that constitutes said central processing module of the 9th general end of said FS4804J microprocessor U2, the tenth general end and the 11 general end; The clock end of said FS4804J microprocessor U2, sheet choosing end, main frame output/slave input end and common first communication terminal that constitutes said central processing module of main frame input/slave output terminal; The power end of said FS4804J microprocessor U2 is first power end of said central processing module; The 12 general end of the said FS4804J microprocessor of first termination U2 of said resistance R 3; Second end of said resistance R 3 is second communication terminal of said central processing module; The 13 general end of said FS4804J microprocessor U2 and the tenth four-way are respectively the charging control end and the power control terminal of said central processing module 400 with end; First end of said resistance R 4 is the second source end of said central processing module; The tenth five-way of second end of said resistance R 4 and said FS4804J microprocessor U2 is with holding first end that is connected to said resistance R 5 altogether, the equal ground connection of earth terminal of second end of said resistance R 5 and said FS4804J microprocessor U2.