CN203179259U

CN203179259U - Wireless Control Conversion Architecture for Handheld Devices

Info

Publication number: CN203179259U
Application number: CN 201320130052
Authority: CN
Inventors: 周力华; 高伟诚
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-03-20
Filing date: 2013-03-20
Publication date: 2013-09-04
Anticipated expiration: 2023-03-20

Abstract

A handheld device wireless control conversion architecture utilizes a built-in WiFi or Bluetooth wireless module in the handheld device to remotely control a controlled device that is not equipped with a WiFi or Bluetooth wireless module. The architecture at least includes: a remote control application and a wireless control relay station; the remote control application is pre-loaded in the handheld device, and controls the wireless module of the handheld device to transmit a first control signal to the wireless control relay station; the wireless control relay station at least includes: a receiving end, a signal conversion unit and a control end, the receiving end receives the first control signal, the signal conversion unit translates the received first control signal into a second control signal, and the control end then controls the controlled device to actuate in a wired or wireless manner.

Description

Hand-held device controlled in wireless converting structure

Technical field

The utility model fly is refered in particular to a kind of various electronic installation of hand-held device remote controlled (operation) that makes about a kind of hand-held device controlled in wireless converting structure.

Background technology

Along with scientific-technical progress, develop the electronic installation that various difference in functionalitys, bring many facilities in the daily life, also make simultaneously and be flooded with many electronic installations in the daily life, as: televisor, air conditioner, electric rolling door, car alarm, safety system, light fixture; No matter the actual functional capability of electronic installation why, unique identical be all utilize corresponding telepilot to operate, so that the user always to have many telepilots that function is different at one's side, except increasing many puzzlements of taking in, also cause the user always seeking the telepilot awkward situation.

In addition, intelligent mobile phone powerful and that can carry out various different applications (APP) becomes the main flow of mobile phone already, and global use popularity rate is up to 50%, a feast for the eyes with visitor group's intelligent mobile phone kind at the difference in functionality demand on the market, no matter its actual function difference why, identical is, and every intelligent mobile phone all possesses that WiFi wireless module or bluetooth radio module are arranged; Please refer to shown in Figure 1, make intelligent mobile phone by WiFi wireless module or bluetooth radio module M1 ACTIVE CONTROL controlled device D2 so there is the dealer to develop, this mode can reach the purpose with intelligent mobile phone ACTIVE CONTROL controlled device D2 really, but, this controlled device D2 end also need provide identical WiFi wireless module or bluetooth radio module M1 correspondence, so still there are some shortcomings, for example: come transmission signal as using bluetooth radio module, but the distance of its transmission is shorter, or use the WiFi wireless module to come transmission signal, though it can provide long transmission range, it is higher that it builds the cost of putting, and also all non-is desirable mode; So also have the user to adopt the infrared and radio module or other wireless modules are used as remote control signal, no matter be equipped with for the standard on most of intelligent mobile phones but be that infrared and radio module or other wireless modules are all non-, and need purchase in addition, so consequently most intelligent mobile phones also can't directly be controlled general electronic installation and replace telepilot fully.

Moreover, the dealer is more developed and the control device of wireless 30 (as shown in Figure 2) that a kind of grafting is intelligent mobile phone 20 terminal connectors 21 in recent years, to make intelligent mobile phone 20 come ACTIVE CONTROL controlled device D2 by this control device of wireless 30, this mode can reach the purpose with intelligent mobile phone 20 ACTIVE CONTROL controlled device D2 really, but, except the convenience that destroys intelligent mobile phone 20, intelligent mobile phone only disposes a terminal connector 21 now, this terminal connector 21 must regularly provide charging, the signal transmission, multiple uses such as file transfer, utilize this control device of wireless 30 of pegging graft to control this controlled device D2, its terminal connector 21 is occupied for a long time, certainly will need often to plug repeatedly, bother and damage easily terminal connector 21, another shortcoming is: intelligent mobile phone power consumption in 200 fens at present, if connect this control device of wireless 30 for a long time with inserting mode, certainly will can't charge simultaneously, cause being subjected on user's service time and the convenience serious limitation.

For this reason, come ACTIVE CONTROL not have the controlled device of WiFi or bluetooth radio module as the original wireless communication module of intelligent mobile phone how, and make that its terminal connector can be the problem of studying intensively for the utility model as him with (as: charging) simultaneously.

The utility model content

The purpose of this utility model is to provide a kind of hand-held device controlled in wireless converting structure, to improve the defective that exists in the known technology.

For achieving the above object, the hand-held device controlled in wireless converting structure that the utility model provides, utilize the built-in WiFi of hand-held device (Wireless Fidelity) or bluetooth (Bluetooth) wireless module Long-distance Control controlled device to carry out start, wherein this device includes at least:

One remote control application program loads in this hand-held device in advance, and controls its wireless module and launch the 1st control signal; And,

One controlled in wireless relay station, at least include: receiving end, signal conversion unit and control end, this receiving end is WiFi or bluetooth radio module, it receives the 1st control signal, and the 1st control signal that this signal conversion unit will receive translates to the 2nd control signal, controls this controlled device start by this control end with wired or wireless mode again.

Described hand-held device controlled in wireless converting structure, wherein this control end is the wireless signal module.

Described hand-held device controlled in wireless converting structure, wherein this wireless signal module be infrared and radio module, Zigbee wireless module, RFID wireless module, near-field communication wireless module one of them or be the combination of a plurality of those wireless modules.

Described hand-held device controlled in wireless converting structure, wherein this control end is wired receiver module, is used for controlling being positioned at local or long-range controlled device carries out start.

Described hand-held device controlled in wireless converting structure, wherein this control end be power line module, RS422 port, RS485 port, CAN BUS port, LIN BUS port, MOD BUS port one of them or be a plurality of those port combination.

The hand-held device controlled in wireless converting structure that the utility model provides can come ACTIVE CONTROL not have the controlled device of WiFi or bluetooth radio module with the original wireless communication module of intelligent mobile phone really, and makes its terminal connector use as him simultaneously.

Description of drawings

Fig. 1 is the online synoptic diagram of known intelligent mobile phone and control device of wireless.

Fig. 2 is another online synoptic diagram of known intelligent mobile phone and control device of wireless.

Fig. 3 is the online synoptic diagram of the utility model hand-held device controlled in wireless converting structure, shows that this control end is the wireless signal module.

Fig. 4 is the online synoptic diagram of the utility model hand-held device controlled in wireless converting structure, shows that this control end is wired signal module.

Primary clustering symbol description in the accompanying drawing:

Hand-held device D1; Controlled device D2; Man-machine interface picture P1; Remote control application program APP; Wireless module M1; The 1st control signal W1; The 2nd control signal W2; Controlled in wireless relay station 10; Receiving end 11; Signal conversion unit 12; Control end 13; Wireless signal module 131; Wired signal module 132.

Embodiment

The hand-held device controlled in wireless converting structure that the utility model provides, be that the WiFi (Wireless Fidelity) that utilizes hand-held device built-in or bluetooth (Bluetooth) wireless module Long-distance Control do not have and build the controlled device that is equipped with WiFi or bluetooth radio module and carry out start, this framework includes at least:

One remote control application program is to load in advance in this hand-held device, and the wireless module of controlling this hand-held device is launched the 1st control signal; And,

One controlled in wireless relay station, at least include: receiving end, signal conversion unit and control end, this receiving end receives the 1st control signal, the 1st control signal that this signal conversion unit will receive translates to the 2nd control signal, controls this controlled device by this control end with wired or wireless mode again and carry out start person.

According to aforesaid principal character, wherein this receiving end is WiFi or bluetooth radio module.

According to aforesaid principal character, wherein this control end is the wireless signal module, be used for controlling long-range controlled device and carry out start, this wireless signal module can be infrared ray (IR) wireless module, Zigbee wireless module, RFID wireless module, near-field communication (NFC) wireless module, need decide on the actual specification of the set wireless signal signal of the controlled device of cooperation module, it can be one of them or is a plurality of aforesaid wireless module combinations.

According to aforesaid principal character, wherein this control end is wired signal module, be used for controlling and be positioned at local or long-range controlled device carries out start, this wired signal module can be line of electric force (PLC) module, RS422 port, RS485 port, CAN BUS port, LIN BUS port, MODBUS port one of them or be a plurality of those port combination.

According to above-mentioned purpose, lift preferred embodiment and conjunction with figs. and be illustrated technological means and the effect thereof that the utility model adopts.

The defined hand-held device D1 of the utility model is not defined as intelligent mobile phone, any can portable electronic installation and possess WiFi or bluetooth radio module all can be hand-held device of the present utility model, as hand-held devices such as flat computer, Simple Calculation machines.

See also Fig. 3, Fig. 3 is the online synoptic diagram of the utility model hand-held device controlled in wireless converting structure, shows that this control end is the wireless signal module.

As shown in Figure 3, the hand-held device controlled in wireless converting structure that the utility model provides, be to utilize the long-range simple and easy control of the built-in wireless module M1 of hand-hold device D1 single or a plurality ofly be positioned at long-range controlled device D2 and carry out start, this framework includes at least: a remote control application program APP, pre-loaded in hand-held device D1, an and controlled in wireless relay station 10, wherein bluetooth or WiFi wireless module and the controlled in wireless relay station 10 of remote control application program APP by this hand-held device D1 carries out the wireless signal transmission, and this controlled in wireless relay station 10 and controlled device D2 are with wired or wireless signal transmission; In more detail:

This remote control application program APP loads among this hand-held device D1 in advance, when remote control application program APP loads, provide at least one man-machine interface picture P1 in hand-held device D1, instruct control, this man-machine interface picture P1 can set arrow key, joystick, button, cursor according to this man-machine interface picture P1 guiding or draw instruction object (as shown in Figure 3) user such as despot's picture to instruct objects to instruct input by touching or spur those for the user; When the user imports when instruction, wireless module M1 (bluetooth radio module or WiFi wireless module) emission the 1st control signal W1 that this remote control application program APP controls this hand-held device D1 carries out signal to this controlled in wireless relay station 10 and translates;

This controlled in wireless relay station 10 includes at least: a receiving end 11, that is used for receiving the 1st control signal W1 is converted to the signal conversion unit 12 of the 2nd control signal W2 and the control end 13 of an emission the 2nd control signal with the 1st control signal W1, when wherein this receiving end 11 receives the 1st control signal W1, it is the 2nd control signal W2 that this signal conversion unit 12 is translated (recompile) with this signal, and controls this controlled device D2 by this control end 13 with wired or wireless mode and carry out start.

This receiving end 11 described in the utility model is WiFi or bluetooth radio module, be used for receiving the 1st control signal W1, the 1st control signal W1 is a wireless signal in the utility model, controlling signal W2 as for the 2nd then is a wireless signal or a current signal, in the utility model, do not limited to, the mode that receives signal on controlled device D2 is decided, therefore, this control end 13 can be wireless signal module 131 or wired signal module 132, be used for controlling and be positioned at long-range or local controlled device D2 and carry out start, when this control end 13 is wireless signal module 131, this module can be infrared ray (IR) wireless module, the Zigbee wireless module, the RFID wireless module, near-field communication (NFC) wireless module, specification on the wireless signal receiver module of the controlled device D2 of cooperation is decided, and it can be one of them or is a plurality of aforesaid wireless modules combinations;

Consult shown in Figure 4ly, Fig. 4 is the online synoptic diagram of the utility model hand-held device controlled in wireless converting structure, shows that this control end is wired signal module.

Control end 13 of the present utility model also can be a wired signal module 132, be used for controlling and be positioned at local or long-range controlled device D2 carries out start, and this wired signal module 132 can be line of electric force (PLC) module, RS422 port, RS485 port, CAN BUS port, LIN BUS port, MOD BUS port one of them or be the combination of a plurality of aforementioned ports.

The utility model is described in more detail by above-mentioned preferred embodiment, only the utility model is not limited to the above-mentioned embodiment that gives an example, all in the technological thought scope that the utility model discloses, those structures are done various variations and modify still to belong to scope of the present utility model.

Claims

1. a hand-held device controlled in wireless converting structure utilizes the built-in WiFi of hand-held device or bluetooth radio module Long-distance Control controlled device to carry out start, it is characterized in that this device includes at least:

2. according to the described hand-held device controlled in wireless of claim 1 converting structure, it is characterized in that wherein this control end is the wireless signal module.

3. according to the described hand-held device controlled in wireless of claim 2 converting structure, it is characterized in that, wherein this wireless signal module be infrared and radio module, Zigbee wireless module, RFID wireless module, near-field communication wireless module one of them or be the combination of a plurality of those wireless modules.

4. according to the described hand-held device controlled in wireless of claim 1 converting structure, it is characterized in that wherein this control end is wired receiver module, be used for controlling and be positioned at local or long-range controlled device carries out start.

5. according to the described hand-held device controlled in wireless of claim 4 converting structure, it is characterized in that, wherein this control end be power line module, RS422 port, RS485 port, CAN BUS port, LIN BUS port, MOD BUS port one of them or be a plurality of those port combination.