KR20070050574A - Earring type wireless transmitter-receiver for mobile phone - Google Patents

Abstract

The present invention is embedded in the upper case and the lower case detachable coupling PCB and the battery is disposed, the components constituting the wireless transmission and reception means for short-range wireless communication with the mobile phone, by a speaker cover on one side of the lower case A speaker is mounted, and ear loop holders for separating and coupling the loops extend from one side of the upper and lower cases, and ear loops for mounting the wireless transceiver to an ear in a holder cover that is separated and coupled to the ear loop holders. Combined, the earring-type wireless transceiver is equipped with a mobile phone and a Bluetooth module for short-range wireless communication. Download music from the Internet via the telephone DE accepted can listen to a mono or stereo, or listening to a sound source stored in the mobile phone in mono or stereo.

Bluetooth module, call, play, mono, stereo.

Description

Earring type wireless transmitter-receiver for mobile phone

1 is a block diagram of a wireless transmission and reception means mounted on a wireless transceiver for a cellular phone.

2 is a perspective view of a wireless transceiver for an ear-shaped cellular phone of the present invention.

3 is an exploded perspective view of the wireless transceiver for the ear-shaped mobile phone.

Figure 4 is a perspective view showing a hook of the hook and the lower case of the upper case.

5 is an enlarged exploded perspective view of the ear loop holder.

6 is a cross-sectional view illustrating an operating state of an ear loop holder.

7 is an enlarged exploded perspective view of the ear loop.

8A, 8B and 9A, 9B are side and plan views showing an operating state of an ear loop.

10 is a perspective view illustrating a state in which a wireless transceiver and an auxiliary transceiver are connected by wires.

11 is an exploded perspective view showing an auxiliary transceiver.

12 is a perspective view illustrating a state in which a wireless transceiver, an auxiliary transceiver, and a neck band are connected.

Figure 13 is a partially exploded perspective view showing a structure for connecting the wireless transceiver and the auxiliary transceiver to the neck band.

※ Explanation of code for main part of drawing

11: Bluetooth module 12: connection jack

13: control unit 14: call switch

15 wireless transceiver 16 volume up / down switch

17: reset switch 18, 77: battery

19: LCD 20: playback switch

21: reverse / fast forward switch 22: charging jack

23: microphone 24, 76: speaker

25, 78: upper case 26, 79: lower case

27, 83: speaker cover 28, 82: ear loop

29, 80: ear loop holder 30: PCB

31: Raver 33: LCD window

34: exposed ball 35: through-hole

36: screw ball 37: call button

38: mounting groove 39, 47: sound hole

40: fixed panel 41: auxiliary PCB

42: Play Button 43: Volume Up / Down Button

44: charging jack cover 45, 53a, 53b: hook

476: hooks 48, 81, 89: holder cover

49: guide groove 50a, 50b: drawing hole

51a, 51b: Connection terminal 52: Eject button

52a: binding ring 52b, 52c: binding jaw

54: support 55: spring

56: Guide 57: Fixed Ball

58: seating groove 59: through ball

60, 88: cover 61: hinge

62: hinge shaft 63: connecting shaft

64, 72, 87: buffer member 65: support

66: rotating body 67: connector

68: coupling groove 69, 70: connection ball

71: skeleton 73: fastener

74: auxiliary transceiver 75: wire

84: neck band 85: coupling portion

86: jam jaw 90: combined ball

The present invention relates to a wireless transceiver for an ear type cellular phone. Particularly, the present invention provides a mobile phone and a wireless transceiver equipped with a Bluetooth module for short-range wireless communication without making a direct connection to the mobile phone, while making a phone call with the other party or downloading a sound source from the Internet through the mobile phone. The present invention relates to an earpiece-type wireless transceiver for receiving and listening to or listening to a sound source stored in a mobile phone. In particular, the present invention is capable of listening to the sound source in mono (stereo) or stereo (stereo).

In general, a mobile phone is a mobile communication terminal capable of making a call regardless of time or place. However, in order to make a phone call with the other party, the mobile phone must be held close to the ear, so the mobile phone must be held with one hand like a normal phone.

In order to solve such inconvenience, a hands-free mobile phone has been developed. However, this has the advantage of not having to hold the mobile phone with one hand when talking with the other party, but the caller is limited in the range of activities since the mobile phone and the earphone must be connected by wire. In other words, as can be seen in "Speakerphone that is attached to the cell phone terminal as accessory accessory" of Republic of Korea Utility Model No. 20-247574, conventionally, simply attach the accessory phone type speakerphone to the mobile phone terminal at all times to carry it around the environment Instead, the mobile phone terminal immediately recognizes that a call has been received and makes a call. However, this also has the trouble of keeping the speakerphone connected to the mobile phone terminal.

In addition, the function of the mobile phone is not only a telephone call with the other party, but the web server on the Internet to access the web server in real time to download a music file or a web server that provides a video having a sound source or various game programs, etc. It has reached the stage where you can enjoy music, movies, TV broadcast contents, various information guides, and various games in real time regardless of time or space.

However, despite the diversification of the chords of the voice (audio) that is output when executing a voice, a movie, TV broadcast contents, various information guides, and various game programs for a telephone call with the other party, only the speaker or earphone in the mobile phone is an output means. In order to hear voice or audio, the user must hold the phone close to his ear or plug the earphone into his ear.

Therefore, a mobile phone user may carry a phone call with the other party or listen to voices output when executing movies, TV broadcast contents, various information guides, and various game programs on-line or off-line. As you have to hold the phone close to your ear or plug in your earphones, you will not be free to act and you will be restricted in the activity space.

An object of the present invention is to listen to mono or stereo, or to download a sound source (called MP3, etc.) from the Internet via a mobile phone as well as a telephone call with the other party without directly holding the mobile phone to the ear. The present invention provides a wireless transceiver for an ear-shaped mobile phone that allows a user to freely listen to a sound source in mono or stereo.

The earpiece-type wireless transceiver for a mobile phone according to the present invention is embedded in an upper case and a lower case in which a PCB and a battery in which components constituting a wireless transceiver for short-range wireless communication with a mobile phone are arranged and detachably coupled. The speaker is mounted on one side of the lower case by a speaker cover, and the ear loop holder for separating and coupling with the loop is extended to one side of the upper and lower cases, and the holder cover is separated and coupled to the ear loop holder. The ear loop for coupling the radio transceiver to the ear is characterized in that it is coupled.

In addition, the ear transceiver wireless transceiver according to the present invention is configured so that the wireless transceiver and the auxiliary transceiver is electrically connected by a wire to reproduce a telephone call or sound source in stereo, the wireless transceiver is a mobile telephone PCB and battery, in which components constituting the wireless transmission and reception means for short-range wireless communication, are arranged in a detachable upper case and a lower case, and a speaker is mounted on one side of the lower case by a speaker cover. And an ear loop holder for separating and coupling with the loop is extended from one side of the lower case, and an ear loop for mounting the wireless transceiver to the ear is coupled to a holder cover which is separated and coupled to the ear loop holder; The auxiliary transceiver is built in the upper case and the lower case, the battery is detachably coupled, the speaker is mounted on one side of the lower case by a speaker cover, and separated coupling with the loop following one side of the upper and lower cases Ear loop holder for extending is characterized in that the ear loop for mounting the radio transceiver to the ear to the holder cover which is separated and coupled to the ear loop holder.

In addition, the earpiece-type wireless transceiver for a mobile phone according to the present invention, the holder cover is coupled to each connection of the neck band for mounting the wireless transceiver to the neck and ears, the ear cover holder of the wireless transceiver and the auxiliary transceiver to the holder cover Separately coupled, the wireless transceiver is embedded in the upper case and the lower case detachable coupling of the PCB and the battery is disposed, the components constituting the wireless transmission and reception means for short-range wireless communication with the mobile phone, A speaker is mounted on one side by a speaker cover, and an ear loop holder is extended to one side of the upper and lower cases for separation and coupling with a holder cover of a neck band; The auxiliary transceiver is built into the upper case and the lower case detachable battery, the speaker is mounted on one side of the lower case by a speaker cover, and the holder cover of the neck band on one side of the upper and lower cases; Ear loop holder for separating and coupling is characterized in that it is made to extend.

In addition, in the present invention, the wireless transmission and reception means, a Bluetooth module for performing a short-range wireless communication with the mobile phone, a radio / receiver including the Bluetooth module and a call / standby and re-entry for a short-range wireless call between the mobile phone A call switch for dialing, a plurality of switches for selecting playback, backward search, fast forward search, etc., downloaded from a web server on the Internet or stored in a mobile phone, and according to operations of the switches including the call switch A control unit which controls driving of a telephone call or a sound source, a backward search, and a fast forward search with the other party through the Bluetooth module, a speaker for outputting a handset sound received from a mobile phone through the Bluetooth module, and the Bluetooth A microphone and the Bluetooth to collect the sound of the call sent to the mobile phone through the module It is desirable to include a battery for supplying drive power to a wireless transceiver comprising a module.

In the present invention, the control unit is connected to the LCD for displaying the operation of the radio transceiver or the sound source processed by the radio transceiver, the LCD is preferably fixed to the main PCB in a state coupled to the LCD bracket. Do.

In addition, in the present invention, the ear loop holder, the upper holder and the lower holder which are mutually coupled to one side of the upper case and the lower case is extended, to guide the up and down movement of the eject button on the rear of the upper upper holder Guide grooves are formed, and at the center of the upper end of the lower holder is formed a withdrawal hole for exposing the connection terminal on the PCB to the outside, the front of the upper upper holder has a coupling jaw for separate coupling with the coupling ring of the holder cover It is preferable that it is formed.

In addition, in the present invention, the eject button, the support on which the spring is supported in the center of the bottom is formed downward, hooks for coupling with the guide of the lower holder at a predetermined interval on both sides of the support is formed, It is preferable that the front of the support is made of a structure in which a hook for separating and coupling with the engaging jaw of the holder cover is formed.

Also, in the present invention, it is preferable that a microphone for collecting sound is installed in front of the upper holder and the lower holder.

In addition, in the present invention, the holder cover, which is coupled to the ear loop holder in a state coupled with the ear loop, a seating groove for mounting the ear loop is formed on the bottom, the middle portion of the seating groove A fixing hole for rotatably engaging the hinge axis of the loop is formed at right angles to the longitudinal direction of the seating groove, and a coupling jaw and a coupling ring for separating and coupling the hook and coupling jaw of the ear loop holder are formed. desirable.

Further, in the present invention, it is preferable that a connection jack for electrical connection with the wire is provided in the holder cover so that a part thereof is exposed to the outside.

In addition, in the present invention, the holder cover, which is coupled to the ear loop holder in a state coupled to the neck band, a coupling hole for coupling with the connection portion of the neck band is formed on the top, the ear loop holder It is preferable that the locking groove for separating and coupling with the hook is formed on the cover which is covered with the upper part or the upper part.

In addition, in the present invention, the ear loop, the support is coupled to the support shaft in the state in which the buffer member is embedded in the connection shaft perpendicular to the hinge axis for coupling with the fixing hole of the holder cover, the rotatable coupling to the support Rotating the ball is coupled to the connector, it is preferable that the fastener is coupled to the connection hole of the connector and the connector of the connector is integrally coupled to the connector and the skeleton.

Hereinafter, the present invention will be described in detail.

Fig. 1 shows a wireless transmission / reception means mounted on an ear transceiver wireless transceiver, which is equipped with a Bluetooth module 11 and has an antenna for short-range wireless communication with the cellular phone.

The Bluetooth module 11 is a main component of the wireless transmission and reception means. Hereinafter, the present invention will be described in detail. However, the present invention is not limited thereto, and the same effect can be obtained by using an infrared transmitting / receiving module having similar operation or configuration of a peripheral circuit in place of the Bluetooth module 11, and Detailed description will be omitted.

Here, Bluetooth (Bluetooth Module) refers to the development code name of the wireless data communication standard developed by Ericsson of Sweden, IBM of IBM and Intel, Nokia of Finland, Toshiba of Japan, etc. The goal is to realize 10m wireless data communication.

The selected 1Mbps is a transmission speed that can be realized relatively easily and inexpensively using 2.4HGz's Industrial Scientific Medical (ISM), which can be used without a user's license, and the transmission distance of 10m is carried by the user in the office. It was decided by the judgment that the transmission distance between the existing device and the device installed on the desk is sufficient. In this case, the transmission speed 1Mbps and the transmission distance 10m may of course vary depending on the license requirements and transmission capacity.

On the other hand, the infrared communication standard [Infrared Data Association] (version 1.1) method, which is the industry standard for the current telecommunication period data communication, leads the Bluetooth with the maximum data transmission rate of 4Mbps but the shortest transmission distance is 1m.

In addition, Bluetooth adopts CVSD (Continuous Variable Slope Delta Modulation), which is a voice encoding method, and can be used for voice transmission as well as text data transmission. In addition, cryptography is used to maintain the confidentiality of communications.

However, the biggest advantage of Bluetooth compared to the infrared communication method is that it can communicate with other information communication devices in a bag or pocket. For example, the Bluetooth method has the advantage of being able to transmit image data photographed by a digital camera as it is in any state within a certain distance without cumbersome procedures such as cable connection with a PC or a mobile phone, and is a wireless communication method that has been in the spotlight recently.

The control unit 13 is connected to the Bluetooth module 11, which controls the microphone 13 for short-range wireless communication with a microphone for a telephone call and a sound source according to the operation of the call switch 14. The drive of the 23 and the speaker 24 is controlled. In addition, the control unit 13 controls an operation of processing and outputting a sound source downloaded from the Internet or a sound source stored in the mobile phone according to operations of the reproduction switch 20 and the reverse / high speed forward switch 21.

The call switch 14 for controlling an operation for a phone call with the other party is interlocked with a call button configured in the upper case, and the call / standby for the short-range wireless call between the wireless transceiver including the Bluetooth module 11 and the cellular phone. It automatically plays the role of selecting or automatically dialing the phone number of the other party.

Here, as an example of the call switch 14, a toggle switch turned on / off by an external pressure, a touch switch turned on / off by contact with a human body, or a photo coupler turned on / off by a proximity approach of an object may be used. have. The toggle switch may be deformed because the user needs to apply pressure directly, but the touch switch may control the operation of the voice transceiver even with a light contact with the human body. In particular, the photo coupler drives a voice transceiver to make a phone call with the other party by simply bringing a hand or other object close to the photo coupler without the user touching the voice transceiver. Since the user can be provided, the user does not have to use his hand to listen to a telephone call or music. Of course, when using a touch switch or a photo coupler as a call switch, it is natural to remove the call buttons so that they are exposed to the outside.

A speaker 24, which is received from the other party via a mobile phone (not shown) and outputs a sound source such as a sign sound processed by the Bluetooth module 11, is configured in the lower case, and is processed by the Bluetooth module 11 to be a mobile phone. The microphone 23 for collecting the call sound transmitted to is also mounted at one end of the lower case so as to be close to the user's mouth.

In addition, the wireless transceiver including the Bluetooth module 11 and the control unit 13 is equipped with a battery 18 for supplying driving power, which charges the external power input through the charging jack 22, and wirelessly To the transceiver.

In addition, the control unit 13 is connected with a volume up / down switch 16, a reset switch 17, a regeneration switch 20, and a reverse / high speed forward switch 21. A switch for adjusting the volume of the sound output through the speaker 24 is linked to the volume up / down button configured between the upper case and the lower case. The reproducing switch 20 and the reversing / fast forward switch 21 are switches for setting a mode for reproducing and reversing the search or fast forward search of a sound source downloaded and reproduced from a mobile phone or the Internet, and a reset switch 17 Is a switch for initializing the Bluetooth module 11 and the control unit 13.

In this case, when only the microphone 23 and the speaker 24 are connected to the control unit 13, a sound source can be listened to in mono with a telephone call, and the microphone 13 and the speaker 24 are connected to the control unit 13. At the same time, when the auxiliary transceiver paired with a wireless transceiver is connected to the connection jack 12, it is possible to enjoy a sound source as well as a telephone call in stereo.

In addition, the control unit 13 is connected to the LCD 19, which displays various operating states of the radio transceiver, the phone number of the other party, the title or lyrics of the sound source reproduced by the radio transceiver, including a call state with the other party. Has the function to

Hereinafter, various types of wireless transceivers equipped with the aforementioned wireless transmission and reception means will be described. In particular, a radio transceiver capable of listening to a telephone call and a sound source in mono and a radio transceiver capable of listening to a sound source in stereo with a telephone call will be described.

Example 1

FIG. 2 shows a wireless transceiver for making a phone call with the other party through a mobile phone or downloading a sound source downloaded from a web server on the Internet or a sound source stored in the mobile phone and outputting it in mono. Transmitting and receiving means are embedded in the upper case 25 and the lower case 26, and the speaker is fixed to the inner surface of the lower case 26, that is, the case facing the ear when the wireless transceiver is worn on the ear. have.

In addition, the ear loop holder 29 for separating and coupling the ear loops 28 is extended to one side of the upper and lower cases 25 and 26, and the ear loops 28 are coupled to the ear loop holders 29. It is combined to be detachable according to the operation of the eject button in the state. On one side of the upper case 25, a call button 37 for selecting a call / standby for a phone call and an LCD 19 for displaying a call or counterpart phone number and the title or lyrics of a sound source are part of the upper case 25. Is provided in a state exposed to the outside.

3 is an exploded perspective view of the wireless transceiver illustrated in FIG. 2, wherein the PCB 30 embedded with the battery 18 in the upper case 25 and the lower case 26 has a radio for short-range wireless communication with a mobile phone. Components constituting the transmission and reception means, the call switch 14, the volume up / down switch 16, the reset switch 17, the regeneration switch 20, the reverse / high speed forward switch 21, the charging jack 22 and LCD 19 and the like are provided. At this time, the LCD 19 is installed on the PCB 30 in a state of being seated on the bracket 31, and in order to reduce or prevent the shock applied to the LCD 19, the upper portion of the LCD 19 and the lever 32 and the LCD window ( 33) is combined. Of course, the exposure hole 34 is formed in the upper case 25 so as to check the information displayed on the LCD 19 from the outside.

A call button between the upper case 25 and the lower case 26 to interlock with the call switch 14 and the regeneration switch 20 and the volume up / down switch 16 or to protect the charging jack 22. 37, a playback button 42, a volume up / down button 43, a charging jack cover 44, and the like are provided.

The upper holder 29a on one side of the upper case 25 is provided with a mounting groove 38 for mounting the call button 37 interlocked with the call switch 14, that is, an end portion of the upper holder 29a. A sound hole 39 is formed at a portion where the upper holder 29a and the lower holder 29b meet to form a path through which sound waves can be introduced into the microphone 23 embedded in the holders 29a and 29b. A fixing panel 40 is attached to the upper portion of the upper case 25 to prevent detachment of the call button 37 mounted on the mounting groove 38 and to add beauty to the wireless transceiver.

In particular, the upper case 25 and the lower case 26 have a plurality of through holes 35 and a pair of threaded holes 36 on their inner surfaces, as shown in FIG. The case 26 can be easily separated by screwing.

The hook 45 of the lower case 26 is hooked to the hook ring 46 of the speaker cover 27 having a plurality of sound holes 47 and is embedded between the lower case 26 and the speaker cover 27. The speaker 24 is fixed.

The ear loop holder 29 extending to one side of the upper case 25 and the lower case 26 is separated from the ear loop 28 and electrically connected to the components of the upper case 25 and the lower case 26. As shown in FIG. 5, the upper holder 29a extended to the upper case 25, the lower holder 29b extended to the lower case 26, and the lower holder 29b together with the ear loops are connected to each other. Holder cover 48 and the like.

In the drawing, guide grooves 49 for guiding the vertical movement of the eject button 52 are formed in the upper rear of the lower holder 29b, and both sides of the bottom plate of the guide groove 49 are formed of the eject button 52. Guide 56 for coupling with the hook (53a) is formed to pass through. In the front of the guide groove 49, a drawing hole 50a is formed to expose a part of the connection terminal 51b electrically connected to the components on the PCB 30 to the outside, and the drawing hole 50a is formed. In front of the lower holder (29b) of the coupling ring 52a of the holder cover 48 and the engaging jaw (52b) for separating coupling is formed.

The eject button 52 coupled to the guide groove 49 is a button for easily detaching the holder cover 48 coupled to the lower holder 29b. The eject button 52 has a support 54 formed downward in the center thereof, and a hook 53a coupled to the guide 56 of the lower holder 29b is spaced downward at both sides of the support 54. It is formed in a fork, and the front of the support (54) is formed with a hook (53b) for the separate coupling with the engaging jaw (52c) of the holder cover 48.

Here, since the hook 53a is coupled to the guide 56 of the lower holder 29b and the spring 55 is fitted to the support 54, the eject button 52 always maintains the raised state to a certain height.

In addition, a microphone 23 for collecting the sound flowing through the sound hole 39 is built in the front space between the upper holder 29a and the lower holder 29b.

The holder cover 48, which is separately coupled to the ear loop holder 29 together with the ear loop 28, has a semi-cylindrical seating groove 58 on which a loop 28 is seated, followed by a bottom surface thereof. In the middle portion of the 58, a fixing hole 57 is formed at which one end of the ear loop 28 is fixed. In addition, in the holder cover 48, a connection jack 12 for electrical connection with an auxiliary transceiver not shown is inserted through the through hole 59 so that a part thereof is exposed to the outside, and a connection terminal on the PCB 30 is provided. The connection terminal 51a for electrical connection with 51b is embedded.

In addition, a cover 60 is covered on one side of the holder cover 48 to fix the connection jack 12 and the connection terminal 51a, and the like. The cover 60 is coupled to the ear loop holder 29. Coupling for separation coupling with the hook 52b of the jaw 52b and the outlet hole 50b and the hook 53b of the eject button 52 to expose a part of the connection terminal 51a to the outside. The jaw 52c is formed.

6 shows a state in which the holder cover 48 is coupled to the ear loop holder 29, and attaches the engaging ring 52a of the holder cover 48 to the engaging jaw 52b of the ear loop holder 29. When pressed, the holder cover 48 is in close contact with the loop holder 29, and the engaging jaw 52c of the holder cover 48 is fixed to the hook 53b of the eject button 52.

Here, since the ear loop holder 29 and the holder cover 48 are kept in close contact with each other, the connection terminal 51b on the PCB 30 and the connection terminal 51a in the holder cover 48 are electrically connected. State is maintained.

As described above, the ear loop holder 29 and the holder cover 48 which are electrically coupled to the apparatus may be easily separated by an operation of the eject button 52. That is, when the eject button 52 is pressed, the hook 53b of the eject button 52 is separated from the engaging jaw 52c of the holder cover 48, so that the ear loop holder 29 and the holder cover ( 48) can be separated.

Here, the ear loop 28 coupled to the fixing hole 57 of the holder cover 48 is rotated up and down about the end portion coupled to the fixing hole 57 as shown in FIGS. 8A and 8B. The radio transceiver can optionally be worn on the right or left ear.

As shown in FIG. 7, the ear loop 28 for wearing the radio transceiver in the ear may include a hinge shaft 62 of the hinge 61 which is rotatably coupled to the fixing hole 57 of the holder cover 48. A buffer member 64 is inserted into the connection shaft 63 bent at a right angle, and a support member 65 for accommodating the buffer member 64 and the pivot 66 is coupled to the outer circumferential surface of the connection shaft 63. do. Here, the shock absorbing member 64 rotates in the support body 65, but rotates in a predetermined direction, and serves to provide a restoring force to return to its original position.

In addition, in the support body 65, the pivot 66 is rotatably coupled at an angle, and the pivot 66 is fixedly coupled to the engaging groove 68 of the connector 67. As shown in FIG. At this time, the pivot 66 coupled to the support 65 is coupled in one direction in the support 65, but is not coupled or detached in the other direction.

And, the connector 67 and the armature 71 is coupled to the connection hole 69 of the connector 67 and the connection hole 70 of the end portion of the armature 71 of the ear loop 28 while the fastener 73 is coupled In this case, since the armature 71 with the cushioning member 72 attached to the inner surface can be rotated at a predetermined angle about the fastener 72, the user can arbitrarily select the angle of the armature 71, that is, the ear loop 28. 9 may be adjusted as shown in FIGS. 9A and 9B.

Example 2

Fig. 10 shows that the wireless transceiver 15 (see Figs. 2-9) and the auxiliary transceiver 74 are connected by a wire 75, which is a sound source downloaded from a web server on the Internet or through a telephone call. Or, it is a configuration for reproducing the sound source stored in the mobile phone in stereo. Of course, it should be obvious that the voice transceiver 15 and the auxiliary transceiver 74 processed by the wireless transmission and reception means as shown in FIG. 1 mounted on the wireless transceiver 15 should be output in stereo.

The wireless transceiver 15 is the same as described in FIGS. 2 to 9, and the auxiliary transceiver 74 has a speaker 76 or only a speaker 76 and a battery 77 built therein unlike the wireless transceiver 15. have. Therefore, hereinafter, the configuration of the auxiliary transceiver 74 will be described, and detailed description of the same parts as the wireless transceiver 15 will be omitted.

11 shows an auxiliary transceiver 74 paired with a wireless transceiver 15, in which a battery 77 is built into the upper case 78 and the lower case 79, and the upper and lower cases 78 On one side of the ear loop holder 80 for separation and coupling with the ear loop 82 is extended, and the speaker 76 is mounted on one side of the lower case 79 by the speaker cover 83. .

In this case, the loop 82 is then coupled to the holder cover 81 as described above with reference to FIGS. 2 to 9, and is then coupled to the loop holder 80.

Example 3

FIG. 12 shows that the wireless transceiver 15 (see FIGS. 2-9) and the auxiliary transceiver 74 (see FIG. 11) are connected by a neck band 74 (with a wire embedded therein or a separate wire is installed therein). This is a configuration for playing a phone call through a mobile phone or a sound source downloaded from a web server on the Internet or a sound source stored in the mobile phone in stereo. Of course, in this case as well as in the second embodiment, it is natural that the voice transceiver 15 and the auxiliary transceiver 74 processed by the wireless transceiver as shown in FIG. 1 mounted on the wireless transceiver 15 should be output in stereo.

The wireless transceiver 15 is the same as described in Figures 2-9, and the secondary transceiver 74 is the same as described in Figure 11. However, only the structure of the holder cover 89 for connecting the neck band 84, the wireless transceiver 15, and the auxiliary transceiver 74 to the neck band 84 is partially different.

13, the structure of the neck band 84 and the holder cover 89 which differ from another embodiment is demonstrated.

First, the neck band 84 has a shape for mounting the wireless transceiver 15 and the auxiliary transceiver 74 on the neck and the ear, and a shock absorbing member 87 is attached to a portion directly touching the ear. In addition, the holder cover 89, which is hooked to the hook 55 of the ear loop holder 29 while being coupled to the engaging portion 85 of the neck band 84, has a hook (on one side of the holder cover 89). A cover 88 having a locking jaw 86 for engagement with 55 is coupled, and an engagement hole 90 for engagement with the engagement portion 85 of the neck band 84 is formed at an upper end thereof.

Therefore, pressing the ear holder 29 portion of the voice transceiver 15 or the auxiliary transceiver to one surface of the holder cover 89 coupled to the neck band 84, the hook 55 is caught on the locking jaw 86 Holder 89 and ear holder 29 are integrally coupled. In addition, when the eject button 52 is pressed, the hook 55 held by the locking jaw 86 of the holder cover 89 is released, and the ear holder 29, that is, the wireless transceiver 15 is removed from the holder cover 89. Will be separated.

As described above, the present invention is equipped with a Bluetooth module for short-range wireless communication with a mobile phone in an earring-type wireless transceiver that can be worn on the ear or the neck, without having to put the mobile phone on the ear or connect the wireless transceiver to the mobile phone. You can make a phone call or download a sound source from the Internet via a mobile phone and listen in mono or stereo, or selectively listen to a sound source stored in the mobile phone in mono or stereo.

Although the present invention has been described in detail only with respect to the specific embodiments described, it will be apparent to those skilled in the art that various changes and modifications are possible within the technical scope of the present invention, and such modifications and modifications belong to the appended claims. .

Claims (12)

PCB and battery, in which components constituting wireless transmission and reception means for short-range wireless communication with a mobile phone, are embedded in a detachable upper case and a lower case, and a speaker is mounted on one side of the lower case by a speaker cover. The ear loop holder for separating and coupling with the loop is extended from one side of the upper and lower cases, and the ear loop for mounting the wireless transceiver to the ear is coupled to the holder cover which is separated and coupled to the ear loop holder. Characteristic earring-type wireless transceiver for mobile phones. A wireless transceiver and an auxiliary transceiver are electrically connected by wires and configured to reproduce a telephone call or sound source in stereo. The wireless transceiver is embedded in an upper case and a lower case in which a PCB and a battery, on which the components constituting the wireless transceiver for short-range wireless communication with a mobile phone are arranged, can be detachably coupled, and a speaker cover on one side of the lower case. The ear is mounted by the speaker, the ear loop holder for separating and coupling with the loop extends from one side of the upper and lower cases, the ear for mounting the radio transceiver to the ear to the holder cover which is separated and coupled to the ear loop holder Loops are combined; The auxiliary transceiver is built in the upper case and the lower case, the battery is detachably coupled, the speaker is mounted on one side of the lower case by a speaker cover, and separated from the loop following one side of the upper and lower cases. The ear loop holder for coupling is extended, ear loop for mounting the wireless transceiver to the ear to the holder cover which is detachably coupled to the ear loop holder, characterized in that the ear transceiver for mobile phone wireless transceiver. The holder cover is coupled to each connection of the neck band for mounting the wireless transceiver on the neck and ear, and the ear loop holders of the wireless transceiver and the auxiliary transceiver are separately coupled to the holder cover. The wireless transceiver is embedded in an upper case and a lower case in which a PCB and a battery, on which the components constituting the wireless transceiver for short-range wireless communication with a mobile phone are arranged, can be detachably coupled, and a speaker cover on one side of the lower case. The speaker is mounted by, and the ear loop holder for separating coupling with the holder cover of the neck band extends on one side of the upper and lower cases; The auxiliary transceiver is built into the upper case and the lower case detachable battery, the speaker is mounted on one side of the lower case by a speaker cover, and the holder cover of the neck band on one side of the upper and lower cases; Ear loop wireless transceiver for the earring characterized in that the ear loop holder is extended for the separation coupling. The method according to any one of claims 1 to 3, The wireless transmitting and receiving means may include a Bluetooth module for performing short-range wireless communication with a mobile phone, a call switch for call / waiting and redialing for a short-range wireless call between the wireless transceiver and the mobile phone including the Bluetooth module; A plurality of switches for selecting a file downloaded from a web server on the Internet or stored in a mobile phone, searching backward, searching fast forward, and the like, and operating the switches including the call switch. A control unit controls driving of a telephone call or a sound source, backward search, and fast forward search, a speaker for outputting a handset sound received by the mobile phone through the Bluetooth module, and a mobile phone transmitted through the Bluetooth module. Wireless song including the microphone and the Bluetooth module for collecting the sound BTE phone radio transceiver for comprising a battery for supplying driving power to the receiver. The method of claim 4, wherein The control unit is connected to the LCD for displaying the operation of the radio transceiver or the sound source to be processed by the radio transceiver, the LCD is fixed to the main PCB in the state coupled to the LCD bracket for the earring type mobile phone Wireless transceiver. The method according to any one of claims 1 to 3, The ear loop holder has an upper holder and a lower holder extended to be coupled to one side of the upper case and the lower case, and a guide groove is formed at the rear of the upper end of the lower holder to guide the vertical movement of the eject button. At the center of the upper end of the lower holder is formed a drawing hole for exposing the connection terminal on the PCB to the outside, the front of the lower holder is characterized in that the coupling jaw is formed for the separate coupling with the coupling ring of the holder cover Ear transceivers for cell phones The method of claim 6, The eject button has a support in which a spring is supported on the bottom surface of the eject button, and a hook for coupling with the guide of the lower holder is formed on both sides of the support at a predetermined interval, and in front of the support of the holder cover. Earphone-type wireless transceiver for cell phone, characterized in that the structure is formed with a hook for separating and coupling with the coupling jaw. The method of claim 7, wherein And a microphone for collecting sound in front of the upper holder and the lower holder. The method according to claim 1 or 2, The holder cover, which is coupled to the ear loop holder in a state of being coupled with the ear loop, has a seating groove for mounting the ear loop on the bottom thereof, and a longitudinal direction of the seating groove in the middle of the seating groove. Earring-type mobile phone, characterized in that the fixing hole for engaging the hinge axis of the loop to be rotated at a right angle, the engaging jaw and the engaging ring for the separate coupling of the hook and the coupling jaw of the ear loop holder is formed. Wireless transceiver. The method of claim 9, And a connecting jack for electrical connection with the wire is installed in the holder cover such that a portion thereof is exposed to the outside. The method of claim 3, The holder cover, which is coupled to the ear loop holder in a state coupled with the neck band, a coupling hole for coupling with the connection portion of the neck band is formed on the top, for the separate coupling with the ear loop holder hook Earphone-type wireless transceiver for a mobile phone, characterized in that the locking groove is formed on the top or the cover which is covered on the top. The method according to claim 1, wherein The ear loop, the support is coupled to the support shaft in the state in which the cushioning member is inserted into the connecting shaft perpendicular to the hinge axis for coupling with the fixing hole of the holder cover, the rotating tool coupled to the support rotatably coupled to the connector And, the fastener is coupled to the connector of the connector and the connector of the armature is a wireless transceiver for the earring-type mobile phone coupled to the connector and the skeleton integrally.

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