CN201054586Y

CN201054586Y - Improved radio earphone structure

Info

Publication number: CN201054586Y
Application number: CNU2007201422082U
Authority: CN
Inventors: 林忠宏
Original assignee: Jow Tong Technology Co Ltd
Current assignee: Jow Tong Technology Co Ltd
Priority date: 2007-04-04
Filing date: 2007-04-04
Publication date: 2008-04-30
Anticipated expiration: 2017-04-04

Abstract

The utility model discloses an improved wireless earphone structure, and comprises a first earphone and a second earphone which are connected together by wire; wherein, the first earphone is internally provided with a radio frequency receiver, a Bluetooth module, a general switch keystroke to control turning off or on the integral function, and a microphone which is used as the voice input source when the Bluetooth function is used in mobile phone. The second earphone is provided with a power input terminal and a switching key to switch to the radio frequency mode or Bluetooth mode, so as to enable the users to listen to the MP3 music stored in the electronic device in wireless receiving mode, and connect with mobile phones having Bluetooth function.

Description

Improved wireless earphone structure

Technical field

The utility model relates to a kind of improved wireless earphone structure, refer in particular to a kind of like this wireless earphone structure, it has radio fremodyne and bluetooth module, can receive the signal that radio frequency-modulated transmitter or Bluetooth transmission device launched and play back, make the user wireless receiving mode listen to stored MP3 music archive in the electronic installation, and the changeable mobile phone of dialing and connecting the tool Bluetooth function.

Background technology

Except mobile phone, really can not find any a electronic installation, can be as the MP3 player, so press close to people's life, as long as have the user of MP3 player, mostly custom with its band by the side of, enjoy the convenience and the enjoyment of carry-on playing back music whenever and wherever possible, and when using this MP3 player, major part all is to need to connect this electronic installation with earphone to listen to, so listen to mode, be vulnerable to outside the yoke of earphone wiring on the one hand, also can't allow other people of periphery enjoy melodious music together.

So there is the dealer to design a kind of electronic installation (as: discman, mobile phone, PDA, MP3 player etc.) that utilizes the radio wireless reflector to be arranged in to store the MP3 music archive, convert the sound signal that is sent in this electronic installation to radio signals, product by identical effects such as broadcast receivers receives this signal, and sends this sound signal from these wireless peripheral loudspeaker; This apparatus structure generally is referred to as the wireless relay broadcasting device, this device can use in the household or on the automobile, convert the sound signal of radio signals to and see through in the household or the reception of the broadcast receiver of automobile with the music in the electronic installation that will be connected, and broadcast this sound signal by the loudspeaker in the household or in the automobile, with obtain preferable voice output quality and reach be shared with arround people's function of listening to jointly.

In addition; popularizing of mobile phone; staff one machine almost; and when driving a car; also there is the situation that incoming call need be answered in regular meeting; except government bodies' regulation driving dialing/receiving calling can be punished in violation of rules and regulations; such behavior also causes diverting one's attention of driver and initiation potential easily; moreover development of science and technology is at a tremendous pace, is accompanied by the reduction of production cost; the utilization of Bluetooth wireless transmission is also more and more universal; so occur having simultaneously the mobile phone that stores MP3 music archive and Bluetooth function on the market, also just more and more, the standard that almost becomes mobile phone is equipped with.

Therefore, the design people is in view of above-mentioned all kinds of electronic devices certain situation in the use, thinking deeply the relation between wireless transmission reception utilization and all kinds of electronic devices, for making the consumer use this electronic installation can reach wireless receiving, exempt the application of impeding and can cooperate various adapter such as radio fremodyne or Bluetooth transmission device of wiring, so in line with asking progressive spirit and theory, and under the assisting a ruler in governing a country by the professional knowledge of being accumulated for many years, technology, experience, constantly be devoted to improvement and exploitation, thereby design the utility model.

Summary of the invention

The technical problems to be solved in the utility model provides a kind of improved wireless earphone structure, have radio fremodyne and bluetooth module simultaneously, can receive the signal that radio frequency-modulated transmitter or Bluetooth transmission device are launched, make the user wireless receiving mode listen to stored MP3 music archive in the electronic installation, and the changeable tool Bluetooth function mobile phone of dialing and connecting.

For solving the problems of the technologies described above, the utility model proposes a kind of improved wireless earphone structure, it has first earphone and second earphone that links to each other with circuit, and be equiped with the bluetooth module that carries out wireless transmission between radio fremodyne that can receive radio frequency modulation signal and the electronic installation that can and have Bluetooth function equally, and be provided with microphone with the sound input source when using the Bluetooth function mobile phone, be provided with switching key again to switch to radio frequency modulation pattern or bluetooth mode.

Preferably, this first earphone is provided with the unlatching of control allomeric function or the master switch button of closing.

Preferably, this first earphone is provided with as the light-emitting diode that uses the low excessively indicator light of Bluetooth function state and global voltage.

Preferably, this first earphone is equiped with to show the LCD of the radio wave frequency that this radio fremodyne is current.

Preferably, this first earphone is provided with and increases and reduce volume and adjust the button of radio fremodyne current wireless wave frequency.

Preferably, this second earphone is provided with the power input that is used to fill usefulness.

Improved wireless earphone structure as claimed in claim 1 is characterized in that, this second earphone is provided with the light-emitting diode as the indicator light of charged state.

In sum, the utlity model has following characteristics and advantage:

It mainly is to have first earphone and second earphone that links to each other with circuit, wherein, be equiped with a radio fremodyne and that can receive radio frequency modulation signal in first earphone and can and have the bluetooth module that carries out wireless transmission between the electronic installation of Bluetooth function equally, and the top end of the first earphone side be provided with a master switch button with control allomeric function unlatching or close, be provided with two buttons again and increase respectively and reduce volume or adjust the current radio wave frequency of radio fremodyne, and first earphone is provided with the sound input source of a microphone with as use Bluetooth function mobile phone the time; Second earphone is provided with a power input, and be provided with a switching button to switch to radio frequency modulation pattern or bluetooth mode, make the user wireless receiving mode listen to stored MP3 music archive in the electronic installation, and the changeable mobile phone of dialing and connecting the tool Bluetooth function.

Description of drawings

Fig. 1: the utility model first implements to make the schematic perspective view of use-case.

Fig. 2: the first earphone front view of the present utility model.

Fig. 3: the second earphone front view of the present utility model.

Fig. 4: the second earphone three-dimensional side view of the present utility model.

Fig. 5: the utility model second implements to make the schematic perspective view of use-case.

Fig. 6: the utility model the 3rd implements to make the schematic perspective view of use-case.

Fig. 7: the utility model the 4th implements to make the schematic perspective view of use-case.

Description of reference numerals:

1 first earphone, 11 master switch buttons

12 light-emitting diodes, 13 LCD

14 buttons, 15 microphones

2 second earphones, 21 power inputs

22 switching keys, 23 light-emitting diodes

3 electronic installations, 4 radio frequency-modulated transmitters

5 Bluetooth transmission devices

Embodiment

Following conjunction with figs. and specific embodiment are elaborated to the technical solution of the utility model:

At first, please refer to Fig. 1～shown in Figure 4, improved wireless earphone structure of the present utility model is to be formed by connecting with circuit by one first earphone 1 and one second earphone 2, wherein:

Be equiped with a radio fremodyne and that can receive radio frequency modulation signal in this first earphone 1 and can and have the bluetooth module that carries out wireless transmission between all kinds of electronic devices 3 (as mobile phone) of Bluetooth function equally, and the top end of first earphone, 1 side be provided with a master switch button 11 with control allomeric function unlatching or close, and the periphery of master switch button 11 is light-permeable and is provided with a light-emitting diode (LightEmitting Diode, be called for short LED) 12 with as use Bluetooth function state and the low excessively indicator light of global voltage, be equiped with a LCD 13 again in the below of master switch button 11 with the current radio wave frequency of display radio fremodyne, and two sides of LCD 13 belows are provided with two buttons 14 respectively as increasing and reduce volume or adjust the current radio wave frequency of radio fremodyne, and the lateral margin of first earphone 1 is provided with the sound input source of a microphone 15 with as use Bluetooth function mobile phone the time;

This second earphone 2 is except can battery power supply supply as a whole, also can be provided with a power input 21 with as usefulness in lateral margin to battery charge, and the top end of second earphone, 2 sides is provided with a switching button 22 to match as bluetooth module, and switch to radio frequency modulation pattern or bluetooth mode, and the periphery of switching key 22 is light-permeable and is provided with a light-emitting diode 23 with the indicator light as charged state.

When implementing to use, see also Fig. 1 and Fig. 5, can earlier mobile phone, iPod or the electronic installations 3 such as carry-on dish, MP3 player that store the MP3 music archive be installed in a radio frequency-modulated transmitter 4 and launch signal, receive for the radio fremodyne in first earphone 1, make the user can listen to the music of MP3 music archive stored in the electronic installation 3 in the wireless receiving mode by first earphone 1 and second earphone 2.

Please consult shown in Figure 6 again, this stores the iPod or the carry-on dish of MP3 music archive, electronic installations 3 such as MP3 player are to be arranged in a Bluetooth transmission device 5, and push the switching key 22 of second earphone 2, make bluetooth module and 5 of Bluetooth transmission devices in first earphone 1 set up the wireless telecommunications pairing, so that being seen through Bluetooth transmission device 5, the music signal in the electronic installation 3 launches signal, and, make the user can listen to the music of MP3 music archive stored in the electronic installation 3 in the wireless receiving mode by first earphone 1 and second earphone 2 by the bluetooth module reception in first earphone 1.

In addition, see also Fig. 2 and Fig. 7, also have on the market at present and much have Bluetooth transmission function and the mobile phone that stores MP3 music archive function simultaneously, the utility model equally also can utilize bluetooth module and this action phone in first earphone 1 to set up the wireless telecommunications pairing in advance, and the bluetooth module that the MP3 music archive that stores in this action phone is passed to first earphone 1 in the mode of Bluetooth wireless transmission receives and plays, must push the switching key 22 of second earphone 2 earlier, make and set up wireless telecommunications between bluetooth module and the mobile phone in first earphone 1 and match with Bluetooth function, can make the Bluetooth transmission signal of the bluetooth module concord this action phone in first earphone 1, and when incoming call produces consistent signal, so the bluetooth module that the MP3 music archive that stores in this action phone is passed to first earphone 1 in the mode of Bluetooth wireless transmission can be received and plays, and when mobile phone has incoming call, the light-emitting diode 12 that makes first earphone 1 is luminous and notify the user that incoming call is arranged, this moment, the user can push switching key 22 and connecting incoming call and the utility model switched to the Handless pattern, and by the microphone 15 of first earphone, 1 lateral margin as user's sound input source and with caller's dialogue, and after hanging up incoming call, can push switching key 22 once more and the utility model is switched back original radio FM reception pattern.

By above-mentioned element form with implementation as can be known, the utility model and existing structure the utlity model has following advantage in comparison:

1. has the radio fremodyne in first earphone of the present utility model, stored MP3 music archive in mobile phone, iPod or the electronic installations such as carry-on dish, MP3 player can be launched signal via the radio frequency-modulated transmitter, receive and play for the radio fremodyne in first earphone, make the user wireless receiving mode listen to stored MP3 music archive in the electronic installation.

2. first earphone of the present utility model has bluetooth module, except receiving the signal by the radio fremodyne, also can receive and be inserted in iPod or the carry-on signal that transmitted of the Bluetooth transmission device of electronic installations such as dish, MP3 player, reach and be suitable for the multifunctional application that various wireless transmission receive by bluetooth module.

3. first earphone of the present utility model has bluetooth module, can and have and set up the wireless telecommunications pairing between the mobile phone of Bluetooth function, except the MP3 music archive that stores in this action phone being given the reception of first earphone with Bluetooth wireless transmission, also the Handless of first earphone conversion as mobile phone can be used, by the microphone of first earphone sound input source as the user, and by first earphone and second earphone voice output source as incoming call.

Claims

1. improved wireless earphone structure, it is characterized in that, have first earphone and second earphone that link to each other with circuit, and be equiped with the bluetooth module that carries out wireless transmission between radio fremodyne that can receive radio frequency modulation signal and the electronic installation that can and have Bluetooth function equally, and be provided with microphone with the sound input source when using the Bluetooth function mobile phone, be provided with switching key again to switch to radio frequency modulation pattern or bluetooth mode.

2. improved wireless earphone structure as claimed in claim 1 is characterized in that, this first earphone is provided with the unlatching of control allomeric function or the master switch button of closing.

3. improved wireless earphone structure as claimed in claim 1 is characterized in that, this first earphone is provided with as the light-emitting diode that uses the low excessively indicator light of Bluetooth function state and global voltage.

4. improved wireless earphone structure as claimed in claim 1 is characterized in that, this first earphone is equiped with to show the LCD of the radio wave frequency that this radio fremodyne is current.

5. improved wireless earphone structure as claimed in claim 1 is characterized in that, this first earphone is provided with and increases and reduce volume and adjust the button of radio fremodyne current wireless wave frequency.

6. improved wireless earphone structure as claimed in claim 1 is characterized in that, this second earphone is provided with the power input that is used to fill usefulness.

7. improved wireless earphone structure as claimed in claim 1 is characterized in that, this second earphone is provided with the light-emitting diode as the indicator light of charged state.