CN203455937U

CN203455937U - Device for converting wireless signal to infrared control signal

Info

Publication number: CN203455937U
Application number: CN201320499920.3U
Authority: CN
Inventors: 陈益祥; 陈益轩
Original assignee: AENGIN TECHNOLOGY Inc
Current assignee: AENGIN TECHNOLOGY Inc
Priority date: 2013-08-15
Filing date: 2013-08-15
Publication date: 2014-02-26
Anticipated expiration: 2023-08-15

Abstract

The utility model provides a device for converting a wireless signal to an infrared control signal. The device comprises a wireless module, a microprocessor module, an infrared module, a power module and a shell, wherein the wireless module, the microprocessor module and the infrared module are electrically connected with one another in sequence; the power module is electrically connected with and supplies power to the wireless module, the microprocessor module and the infrared module. The device is mainly characterized in that the wireless module can be connected with a handheld device and receives a wireless control signal from the handheld device; after receiving the wireless control signal, the wireless module transmits the wireless control signal to the microprocessor module; the microprocessor module receives the wireless control signal from the wireless module, converts the wireless control signal to a control signal and transmits the control signal to the infrared module; the infrared module receives the control signal processed by the microprocessor module and then transmits an infrared control signal; the shell is arranged outside infrared receiving terminals of electrical appliances.

Description

Wireless signal turns the conversion equipment of infrared control

Technical field

The utility model relates to a kind of device of wireless remote control electrical equipment, relates in particular to the conversion equipment that a kind of wireless signal turns infrared control.

Background technology

Along with scientific and technological development, the use of various electric equipment products is more and more frequent, under the situation of a large amount of use electric equipment products, also with the telepilot of controlling described electrical equipment, carry out the switching of function and the switch of power supply in a large number simultaneously, but along with the function that can carry out such as electronic products such as touch-control mobile phones is increasing, product on the market starts to be developed into the equipment through network control, but the household electrical appliances of the technical majority of entity still be take by the infrared ray of least cost (R/C) control as main, relatively uncomplicated electric equipment in demand for control particularly, more convenient in order to operate, more and more a high proportion of household electrical appliances or electrical equipment start to be equipped with infra-red remote control and control.

Yet bought after increasing infrared control product, user will produce a pile infrared remote controller at home or in company thereupon, and many infrared remote controllers to each other can not Alternate and the moulding of most infrared remote controller too identical, after too much infrared controller concentrates in together, during use, increased on the contrary the difficulty of identification, in addition, ultrared another problem is must make telepilot in certain distance, reference mark be transmitted in its control operation process, between launching site and reference mark, can not there is barrier to intercept, controlling so just can be precisely, if meet the interior barrier etc. of meeting of battery electric quantity deficiency or hypertelorism or remote-control space, bad or the uncontrollable situation of controlling is caused in capital, cause using generation trouble.

Particularly emphasizing under the demand of carbon reduction, the general commercially available product of controlling by infrared ray, even if possessing, portioned product such as air-conditioning or television equipment etc. sets switchgear regularly, but still must take time by infrared scene operating and setting, once forget and set regularly or user leaves and forgets about closing device temporarily, user just must spend more time powered-down, or suffer the electric loss of waste, these situations often occur in many users with it and are of common occurrence, although infrared ray has aforementioned shortcomings, but objectively infra-red remote control is still the controlled in wireless mode of smart province. be also the most common universal specification product now, and by the control technology of the longer distances such as WiFi, still can not popularize for controlling on product is at present also a maximum problem, the infrared control product having existed in a large number also cannot be replaced by other technical scheme at short notice all sidedly, how therefore a kind of consumer of making be provided the convenient relay long-distance remote control device that can be directly applied for again existing infra-red remote control product specification of installing, it is an important technical task.

For solving aforesaid problem, developed on the market now a kind of telechiric device simultaneously with infrared ray and blue tooth interface integration, described telechiric device be mainly by described infrared ray send out establish end can be corresponding with the infrared receiver end of electrical equipment, by described blue tooth interface, use with the blue tooth interface of hand-held device and be connected again, the Bluetooth control signal whereby hand-held device being sent is converted to the infrared control signal of remote-controlled electrical equipment, and utilize the signal of described infrared emitting end, control the corresponding remote control electrical appliance for the treatment of, yet, described telechiric device is designing in order to control a plurality of electrical equipment simultaneously, therefore, its putting position be set to put each formed center, electrical equipment position of controlling of wish, so as to towards different angles emissioning controling signal, but the basic infrared receiver end transmitting remote signal towards each electrical equipment by each infrared line end accurately that is difficult to of such storing design, and because of the existence of distance, cause during the course the existence of barrier, thereby still there is the shortcomings such as control signal is not good.

Summary of the invention

In view of the above-mentioned shortcoming that prior art exists, the technical problems to be solved in the utility model is that the conversion equipment that provides a kind of wireless signal to turn infrared control, facilitates consumer to use the long distance of the handheld devices such as mobile phone by infra-red remote control electrical equipment.

For solving the problems of the technologies described above, the utility model provides a kind of wireless signal to turn infrared control conversion equipment, comprise wireless module, microprocessor module, infrared module, power module and housing, described wireless module, microprocessor module and described infrared module are to be electrically connected in order, and described power module is be electrically connected to and power to described wireless module, microprocessor module and described infrared module, be primarily characterized in that: described wireless module is connected with hand-held device, and reception is from the wireless control signal of hand-held device, described wireless module receives after described wireless control signal, described wireless control signal is sent to described microprocessor module, described microprocessor module receives from the wireless control signal of described wireless module and is transferred to control signal, and is sent to described infrared module, described infrared module is launched infrared control signal after receiving the control signal of processing through described microprocessor module, it is outside that described housing is arranged on electrical equipment infrared receiver end.As preferred version: described wireless module is bluetooth or WiFi module; Described power module is battery or receives external power source; On one end face of described housing, be provided with emission part, described emission part has opening and is arranged on wherein for described infrared module; Described infrared module comprises a plurality of infrared LEDs; On described housing, have fixed part, it is outside that described housing is attached to described electrical equipment infrared receiver end by fixed part; Between described housing and fixed part, there is rotating shaft, by rotating shaft angle rotatable, make housing at fixed part, be fixed on rotational angle after infrared receiver end one side position of electrical equipment; Described shell is provided with breakthrough portion on the opposite flank of emission part; Described housing comprises reflector between described emission part and breakthrough portion; Described microprocessor module extends a plurality of links to the appropriate location of described housing, and described infrared module is connected to described link with circuit extension, and described a plurality of links outwards connect the infrared module of corresponding quantity again.

Of the present utility model have following beneficial effect by the wireless conversion equipment that turns infrared control: can reach most convenient and best control position and effect to electrical equipment; Can realize the object of controlling many electrical equipment; Without misgivings distance, position and remote-control space barrier problem, use more convenient; In use, can reach without the wireless signal of distance limit and control effect.

Accompanying drawing explanation

Fig. 1 is inner structure block diagram of the present utility model.

Fig. 2 is the use state intention of the utility model the first embodiment.

Fig. 3 is the perspective view of the utility model the first embodiment.

Fig. 4 is the perspective view of the utility model the second embodiment.

Fig. 5 is the side view of the utility model the second embodiment.

Fig. 6 is the use state intention of the utility model the second embodiment.

Fig. 7 is the perspective view of the first embodiment of the utility model the 3rd embodiment.

Fig. 8 is the use view of the second embodiment of the utility model the 3rd embodiment.

Fig. 9 is the sectional view of A-A ' of the second embodiment of the utility model the 3rd embodiment.

Figure 10 is the inner structure block diagram of the utility model the 4th embodiment.

Figure 11 is the use state intention of the utility model the 4th embodiment.

Embodiment

Now with reference to accompanying drawing, exemplary embodiment is described in detail.In order to simplify with reference to these the description of the drawings, parts identical or that be equal to will have identical Reference numeral, and will no longer repeat its description.

Please refer to the utility model the first embodiment shown in Fig. 1 to Fig. 3, wireless signal of the present utility model turns the conversion equipment of infrared control, wherein control structure 10 includes: wireless module 11, microprocessor module 12, infrared module 13, power module 14, wireless module 11, microprocessor module 12 and infrared module 13 are that after being electrically connected in order, to be arranged at housing 15 interior fixing, and power module 14 is to be electrically connected to and to power to turn round to wireless module 11, microprocessor module 12 and infrared module 13.

Wireless module 11 can be bluetooth or WiFi transport module, it can be connected with bluetooth or the WiFi device of the hand-held devices such as mobile phone, and wireless control signal or hand-held device 40 that reception is sent from hand-held device 40 transmit the wireless control signal sending from radio base station 41 again by long-range network, wireless module 11 receives after described wireless control signal, and described wireless control signal is sent to microprocessor module 12; The wireless control signal that microprocessor module 12 receives wireless module 11 transfers the control signal corresponding with each electrical equipment 30 to after computing, and is sent to infrared module 13; Infrared module 13 is set to a plurality of infrared LEDs 131 in the present embodiment, the control signal that infrared module 13 receives through microprocessor module 12, by infrared LEDs 131 transmitting infrared control signals, by means of described infrared control signal, be transferred into the infrared receiver end 31 of each corresponding electrical equipment 30, reach the effect of control apparatus 30; Power module 14 can be battery or receives external power source and powers.

Radio module 11, microprocessor module 12, it is interior fixing that infrared module 13 and power module 14 are installed in housing 15, on one end face of housing 15, be provided with emission part 151, emission part 151 has opening and is arranged at wherein for infrared module 13, and can outwards launch infrared ray light, make the light of infrared LEDs 131 self-emission portion 151 penetrate, on housing 15, there is fixed part 20, fixed part 20 is as pasting fixing medium in the present embodiment by paster 21, so as to making housing 15 be attached to infrared receiver end 31 outsides of electrical equipment 30 by fixed part 20, make emission part 151 corresponding with nearest distance with infrared receiver end 31, make the infrared receiver end 31 of electrical equipment 30 accurately receive its infrared control signal, and the control mode with WiFi or bluetooth module by mobile phone simultaneously, reach most convenient and best control effect, fixed part 20 also can be fixed on electrical equipment 30 housing 15 to reach the effect fixedly securing by adding the mode of the fixing mode of the penetrability such as screw or protrusion fastening structure in addition.

Please refer to again the structural design of the utility model the second embodiment of Fig. 4 to Fig. 6,20 designs that more can add rotating shaft 22 of housing 15 and fixed part, see through fixed part 20 by the design of rotating shaft 22 angle rotatables, can make housing 15 see through the fixed forms such as paster 21 at fixed part 20 is fixed on after infrared receiver end 31 1 side positions of electrical equipment 30, by adjusting the rotational angle of rotating shaft 22, make emission part 151 corresponding with infrared receiver end 31 with optimum transmit angle and distance, reach best control position and effect.

Please refer to the structural design of the utility model the 3rd embodiment of Fig. 7 to Fig. 9, shell 15 is provided with breakthrough portion 152 on the opposite flank of emission part 151, infrared LEDs 131 is installed in emission part 151 and 152Jian inside edge, breakthrough portion, housing 15 has more reflector 16 between emission part 151 and breakthrough portion 152, reflector 16 can reflex to special angle by infrared light-wave, the infrared ray that infrared LEDs 131 is sent can see through reflector 16 reflections and be sent on the infrared receiver end 31 of electrical equipment 30, and the design of breakthrough portion 152 more can provide the light R/C1 self-gating portion 152 of the infrared controller originally using to pass through, and provide two kinds of control methods of the infrared ray R/C2 that WiFi or bluetooth module change simultaneously.

Please refer to the structural design of the utility model the 4th embodiment of Figure 10 to Figure 11, housing 15 holds wireless module 11, microprocessor module 12 and power module 13, microprocessor module 12 extends a plurality of links 17 to the appropriate location of housing 15, and a plurality of links 17 outwards connect the infrared module 13 of corresponding quantity again, so design when meeting the environment for use of a plurality of electrical equipment 30, only need to increase infrared module 13, be installed in respectively on each electrical equipment 30, and each infrared module 13 is connected to link 17, connect in use wireless module 11, the electrical equipment 30 of selecting institute's wish to control, can carry out remote control to electrical equipment 30, when wanting other electrical equipment 30 of remote control, utilize hand-held device 40 to switch, and then reach the object of many electrical equipment of remote control 30, needn't worry when the setting up installation position of each electrical equipment 30, the position of the relative position that electrical equipment is 30 and individual other infrared receiver end 31 thereof, do not need 31 problems that whether have hamper of infrared receiver end of worried infrared module 13 and electrical equipment 30 yet, promoted the convenience of using.

When user's wish is used control structure 10 of the present utility model, only needing to open hand-held device 40 opens as the corresponding control interface of bluetooth as app etc. by plug-in or down load application program, carrying out signal with the wireless module 11 of control structure 10 of the present utility model is again connected, after connecting, select the corresponding electrical equipment kind of control structure 10, can send out wireless control signal by the User's Interface on hand-held device 40, take televisor as example, its control signal can be volume, channel selection, channel selection etc., described controlled in wireless signal is after wireless module 11 receives, be sent to microprocessor module, the control signal that can translate wireless module 11 receptions in microprocessor module 12 is infrared control signal, via infrared module 13, launch the infrared receiver end 31 to electrical equipment 30 again, microprocessor module 12 can read or store corresponding signal instruction or the program of various electrical equipment 30, and scalable or renewal, user can momentarily match various forms electrical equipment 30, the structure that turns infrared control by wireless signal of the present utility model also can utilize network to be connected to the WiFi wireless network base stations 41 in family in addition, and the wireless control signal transmitting via wireless network base stations 41 transmitting hand-held devices 40, in use, can reach without the wireless signal of distance limit and control effect.

Although described some embodiment with reference to several its example embodiment, should described understanding, those skilled in the art can dream up many other modifications and the embodiment that drop in the spirit and scope of disclosure principle.More particularly, building block and/or the layout that in the scope of the utility model, accompanying drawing and claims, can arrange subject combination are made variations and modifications.

Claims

1. wireless signal turns the conversion equipment of infrared control, it comprises a wireless module, a microprocessor module, an infrared module, a power module and a housing, described wireless module, microprocessor module and described infrared module are to be electrically connected in order, and described power module is be electrically connected to and power to described wireless module, microprocessor module and described infrared module, it is characterized in that:

Described wireless module is connected with hand-held device, and receives the wireless control signal from hand-held device, and described wireless module receives after described wireless control signal, and described wireless control signal is sent to described microprocessor module;

Described microprocessor module system receives from the wireless control signal of described wireless module and is transferred to control signal, and is sent to described infrared module;

Described infrared module is launched infrared control signal after receiving the control signal of processing through described microprocessor module;

Described housing is arranged on the outside of electrical equipment infrared receiver end.

2. wireless signal as claimed in claim 1 turns the conversion equipment of infrared control, it is characterized in that, described wireless module is bluetooth or WiFi module.

3. wireless signal as claimed in claim 1 turns the conversion equipment of infrared control, it is characterized in that, described power module is battery or receives external power source.

4. wireless signal as claimed in claim 1 turns the conversion equipment of infrared control, it is characterized in that, on an end face of described housing, is provided with emission part, and described emission part has opening and is arranged on wherein for described infrared module.

5. wireless signal as claimed in claim 1 turns the conversion equipment of infrared control, it is characterized in that, described infrared module comprises a plurality of infrared LEDs.

6. wireless signal as claimed in claim 1 turns the conversion equipment of infrared control, it is characterized in that, on described housing, has fixed part, and described housing is attached to the outside of described electrical equipment infrared receiver end by fixed part.

7. wireless signal as claimed in claim 1 turns the conversion equipment of infrared control, it is characterized in that, between described housing and fixed part, there is rotating shaft, by rotating shaft angle rotatable, make described housing at fixed part, be fixed on rotational angle after infrared receiver end one side position of electrical equipment.

8. wireless signal as claimed in claim 1 turns the conversion equipment of infrared control, it is characterized in that, described housing is provided with breakthrough portion on the opposite flank of emission part.

9. wireless signal as claimed in claim 1 turns the conversion equipment of infrared control, it is characterized in that, described housing comprises reflector between described emission part and breakthrough portion.

10. wireless signal as claimed in claim 1 turns the conversion equipment of infrared control, it is characterized in that, described microprocessor module extends a plurality of links to described housing, and described infrared module is connected to described link with circuit extension, described a plurality of links outwards connect the infrared module of corresponding quantity again.