TW200948162A - Sound collector by bone conduction - Google Patents

Abstract

The invention provides a sound collector by bone conduction in the form of a body accessory. The sound collector contains a control member, a RF reception member, and a bone-conductive speaker device. Between the RF reception member and the control member, a high-frequency signal is used to conduct wireless communication. The bone-conductive speaker device is connected to the RF reception member. An audio signal processed by the control member is reproduced by the bone-conductive speaker device through the RF reception member.

Description

200948162 IX. INSTRUCTIONS: [Technical Street Field to Which the Invention Is Applicable] The present invention relates to a bone conduction sound collector, and more particularly to a science sound collector that can pull a sound and a bone. [Prior Art] The inventor of the invention, in the form of a bone-conducting speaker device in the form of a body-decorative device, and the inclusion thereof in the form of the body-receiving device Attached to the ear of the installer, _ extends along the portion f, the vibrating portion expands along the inverted triangle shape. When it is placed in the human body, the wood is loaded with the ear of the singer, and the vibrating part is pressed against the starting part, and the vibration that conveys the sound signal is transmitted to the ornament. Pressing the ball == into, the squatting department has - can be used as a mobile phone from the == using the communication system. In 2004, the Sakamoto Machinery Society published the use of piezoelectric vibration. According to the "as a two =:::::" 'for the -, the ear rations nt invention is to improve the "step" of the above-mentioned Japanese Patent No. 3985094, whether it is a heavy hearing Or Zheng ^1, 200948162 In Chang Hao's life, not only can you wear any body as a body 裴 ( ( earrings and f-hole earrings), and even can be used for music appreciation or mobile phone calls, to provide - improved The bone conduction sound collector is for its purpose. SUMMARY OF THE INVENTION In order to solve the above problems, the bone conduction sound collector of the present invention comprises a control f portion, an RF receiving portion and a bone conduction speaker device; the controller portion includes a controller side R〇M, a control a microprocessor unit on the side, a liquid crystal display, a controller side operation key, and a controller side RF component, the controller side

The ROM collects a computer program, and the controller side microprocessor unit executes a computer program recorded on the controller side ROM, and the liquid crystal display portion displays the processing content of the controller side microprocessor unit, and the controller side operation key is available. An operator operates to provide an indication to the controller side microprocessor unit that wirelessly communicates with the RF receiving unit; the RF receiving unit and the controller unit utilize high frequency signals In the wireless communication, the receiving unit includes an RF receiving unit side RF component, a material speaker driving device, and an RF receiving unit bone conduction speaker connecting device, and the RF receiving portion side RF component is connected to the controller portion. In the wireless communication, the bone conduction speaker driving device converts the sound signal received by the RF receiving unit side RF component into a signal suitable for the bone conduction speaker device, and the RF receiving portion bone conduction speaker is connected to the bone conduction device. An output signal of the speaker driving device is connected to the bone conduction > speaker device; the bone conduction speaker device is connected to the RF receiving portion; wherein the sound signal processed by the controller portion is According to the invention described in claim 2, the controller 200948162 further includes a rod narration* city assisting module, and the bone guide is used for the regeneration of the bone conduction speaker device. The sound collector is used to realize the call according to the invention described in claim 3, wherein the bone conduction speaker is composed of two bone conduction sound H devices, and includes a speaker microphone miscellaneous means 'by the Yang (4) The microphone conversion means converts the two-month speaker to a mode used as a left and right stereo speaker, and a mode in which one is used as a speaker and the other is used as a microphone. According to the invention of claim 4, wherein the RF receiving lunar speaker connecting device is connected by wireless communication, and the lunar sound collector comprises a mutual interval detecting means and a distress signal transmitting means, The mutual interval detecting means detects that the two bone conduction speaker devices are spaced apart from each other within a predetermined interval, and the distress signal transmitting means emits a distress signal according to the detection result of the piano mutual interval detecting means. Since the present invention is constructed as described above, it is possible to provide a bone conduction sound collector close to the body decoration. Furthermore, by using the communication system, it is possible to provide headphones and a microphone as a mobile telephone device so that both hands can move freely. Furthermore, due to the bone conduction sounder, it has the effect of not blocking the air passage of the ear. The above and other objects, features and advantages of the present invention will become more apparent from the following description. Referring to the drawings, the embodiment of the bone conduction sound collector of the present invention will be described in 200948162. Fig. 20 to Fig. 28 show a preferred embodiment of the bone conduction sound collector. Fig. 20 is a view showing the components of the bone conduction concentrator for wireless communication by the controller unit 2002 and the RF receiving unit 2001 by means of a high frequency signal (Radio Frequency). The bone conduction sound collector is composed of an RF receiving unit 2, a controller unit 2002, a socket interface unit 2003, a microphone module unit 2004, 2005, and an RF receiving unit microphone module connecting cable 2006, 2007, and a microphone module. The group interface interface unit connection cables 2〇〇8 and 2〇〇9, the charging communication flow adapter 2010, and the bone conduction speaker device omitted in FIG. 20 are configured. The 咼 frequency signal of the wireless communication used between the controller unit 2002 and the RF receiving unit 2001 can be 2.4 GHz (gigahertz). As the microphone used in the microphone module sections 2004 and 2005, for example, a non-directional electret condenser microphone (a thing equivalent to KUR0023 manufactured by HOSIDEN) can be used. Fig. 21 is a view showing the appearance of the state in which the components of the bone conduction sound collector for wireless communication are connected by a high frequency signal by a controller unit and an RF receiving unit. As shown in Fig. 21, the RF receiving unit 2001 and the microphone module unit 2004 are connected by the RF receiving unit microphone module unit connecting cable 2〇〇6. The microphone module portion 2004 and the socket interface portion 2003 are connected by the microphone module portion socket interface portion connecting cable 2〇〇8. Socket interface part '2003 and microphone module part 20〇5, is the microphone module part socket

The interface section is connected by a cable 2009. The microphone module unit 2〇〇5 and the RF receiving unit 2001 are connected by the receiving unit microphone module unit connecting cable 2007. Thereby, the RF receiving unit 2001, the two microphone module units 2〇〇4, 2〇〇5 200948162, and the socket interface unit 2003 are connected in a ring shape to form an appearance similar to the body decoration (necklace) as a whole. It can be closer to the body decoration by applying a decoration such as a suitable gemstone. The connector provided at the end of the cable needs to have a strength that is not easily removed. However, in the state of being connected in a ring shape, since it is attached to the neck of the person using the bone conduction sound collector, In order to avoid life-threatening events (such as suffocation or cervical spine injury due to compression of the airway of the neck), it is better to use a structure that can naturally escape when a certain strength is applied. The socket interface portion 2003 is shown in perspective as shown in Fig. 21, and has two sockets. One of the sockets is a socket for connecting the bone conduction speaker device (not shown) to provide an acoustic signal to the left and right speakers. The other socket is a charging socket for inserting a plug on the DC side of the charging AC adapter 2〇1〇 to charge the secondary battery provided in the RF receiving unit 2001. The RF receiving unit 2001 and the controller unit 2002 are each provided with a rechargeable secondary battery. Furthermore, the current from the household AC power source can be converted into DC by the charging AC adapter 2〇1〇, and the necessary protection circuit (preventing overcharge and overdischarge to perform proper charge management) ) is supplied to the secondary battery for charging. The charging AC adapter 2010 can be provided with two types of the RF receiving unit 2001 and the controller unit 2002, respectively, and can also be used in combination. Since the controller unit 2002 can be used in a clothing pocket or a purse of a bone conduction concentrator user, it is not necessary to care about the decorative and aesthetic appearance of the appearance. Therefore, the socket for the charge controller portion 2002 can be provided, which can be provided on the body of the controller portion 2002. However, since the 胙 receiving portion 2〇〇1 has an appearance similar to that of the 200948162 body garnish, the charging socket is provided in its appearance, which detracts from the appearance. When the bone conduction sound collector is used, since the charging socket is not necessary for use, the charging socket is not provided in the RF receiving unit 2001, but the charging socket is provided in the socket interface portion 2〇〇3. The invisible area behind the neck of the user. As another embodiment, the charging socket may be provided directly in the RF receiving unit 2001. Furthermore, as still another embodiment, the charging socket provided in the socket interface portion 2003 may be used to supply the power supply socket of the bone conduction speaker device. According to the design method of the bone conduction speaker device, there is also a need to use a power source. Fig. 22a is a front perspective view of the RF receiving portion constituting the bone conduction sound collector. The emergency contact button 2201 is a button that can be pressed when a bone conduction sound collector user suddenly attacks, or encounters a life critical situation such as being attacked by a mob, and when an emergency connection is necessary. When the W-SIM card 2308 is inserted into the W-SIM card slot 2307 of the controller unit 2002, the user can use the PHS (Personal Handy-Phone System) function to connect to another location by pressing the emergency contact button 2201. Family or care leader. The W-SIM card 2308 is a PHS communication module provided by WILLC0M Co., Ltd. of Japan. The W-SIM card model RX4101N is a rectangular card with a width of 25.6, a length of 42 mm, a thickness of 4 mm, and a weight of 8 grams. It contains all the circuits required for PHS communication with an antenna. The electronic machine H with the card is built in, and the functions of the call or data communication can be completed. As another embodiment, when the PHS function is outside the electric wave circle, and the 200948162 presses the emergency contact button 2201 when the communication cannot be performed, the alarm function can be installed in the controller unit 2002 to make the alarm sound. ring. Furthermore, even in the state where the W-SIM card is not inserted, since the bone conduction sounder can also be used, when the W-SIM card is not inserted, when the emergency contact button 22〇1 is pressed, it can be formed. An embodiment that also sounds an alarm. As another embodiment, the alarm function may be installed on the RF receiving unit 2001 side in addition to the controller unit 2002. This is because the communication between the RF receiving unit 2〇〇1 and the controller unit 2002 can cause the alarm function to operate when there is a problem for some reason. The power connector 2202 and the audio connector 2209 are connected to the microphone modules 2004 and 2005 by the RF receiving unit 2001, respectively, which are connectors for connecting the RF module microphone module connecting cables 2006 and 2007. The "+Bj signal" shown in Fig. 26, because it is a signal used when charging from the charging socket power supply, the connector is named as a power connector. Furthermore, it is not used for the charging connector 2209. For convenience, it is named as a sound connector. The power button 2203 is a button for turning on and off the power of the rf receiving unit 2001, and can be used to prevent battery consumption when the bone conduction sound collector is not used. A volume adjustment button 2208 provided at a position symmetrical with respect to the power button 2203 is a button for adjusting the level of the sound signal output to the bone conduction speaker device. The RF substrate 2204 is mounted with an electronic circuit constituting the RF receiving unit 2〇〇1. The substrate, as shown in Fig. 24, is equipped with a ΜΡϋ24〇1 (microprocessor unit), an RF module interface 2406 for connecting the RF component 2207, an audio codec speaker drive circuit 2405, and an AC adapter detection. 11 — 200948162 Circuit 2403 and charging (protection) circuit are difficult. The status of the battery power status is indicated by LED (light-emitting diode) red light 22 () 5 and notification radio wave * status status LED The lamp 2206 is also mounted on the RF substrate 22〇4. The RF component 2207 of the RF receiving unit 2001 forms a pair of active wireless components with the RF component 2323 of the controller unit 2〇〇2, and utilizes a 2 4 GHz band. One of the high-frequency signals for the power-saving data communication wireless component 'RF component 2323 is the transmitting side, and the rf component 2207 is the receiving side. In terms of voice data, only one-way communication from the transmitting side to the receiving side can be performed. In the case of simple command communication, two-way communication is possible. Further, the transmitting side and the receiving side only correspond to one-to-one communication. When the first use or repair is completed, the pairing operation must be performed before use. The command communication communication item includes equalizer data (5 bands), source information (what is the current type of information), chain (notifies the wireless module to form a communication), and version requirements (requires reception) from the transmitting side to the receiving side. In the case of the 4th item of the side of the introductory version, the item from the receiving side to the transmitting side includes the emergency contact (pressing the emergency contact button) and the version information (notifying the firmware version of the receiving side). The secondary battery 2210 of the receiving unit 2001 supplies power to each circuit on the rf substrate 2204, and a Ni-MH secondary battery (trade name: eneloop) of a nickel-metal hydride battery (trade name: eneloop) of a single type 4 three-electric mechanism can be used (Nickel metal hydride) ° 22b is a side perspective view of the RF receiving portion of the bone conduction sound collector. The housing of the RF receiving portion 2001 is divided into the front cabinet 2211 and the rear cabinet 2212 by the front and rear of the RF substrate 2204. The 2211 side, as described above, is provided with an RF component 2207, a status indicator LED red light 2205, a status indication - 12 - 200948162 LED green light 22G6, a power connector 22G2, an audio connector, and an emergency contact button 2201; The cabinet 2212 is provided with an audio and audio code, a code decoder and the like. The RF substrate 2204 is composed of a double-sided substrate, and has a circuit in front and back. The battery cover can be closed (4) if it is formed by the back side. In order to prevent the occurrence of accidents, it is better to replace the (4) special screw line with the user. It is best to replace it in the repair workshop. The battery terminal 2214 is an electrode terminal of the secondary battery 2210. The Fig. 23a diagram is a front view showing the appearance of the controller portion of the bone conduction sound collector. The size of the controller unit 2002 can be, for example, the size of the longitudinal direction, the width of the surface, and the thickness of the container. The display portion 23〇1 can use a black-and-white STN liquid crystal cell. It is represented by a dot matrix representation, and the size is preferably 3〇. The operation key 2302 has as few keys as possible. Here, only "丨, 2, 3, <, >" and

9 keys of "A, Β, C, 0". When the microphone 23〇3 is used to make a call using the pHS function, it is necessary to input sound and use it. The communication between the controller unit 2〇〇2 and the RF receiving unit surface is a single direction of the sound signal from the controller unit 20〇2 to the RF receiving unit 2001, so that the PHS call is in a call. The sound from the other party is transmitted to the bone conduction speaker device by the f port interface portion 2003 deleted by the communication unit 2, but the sound received by the microphone module portions 2〇〇4, 2〇〇5 of the RF receiving unit 2001 , only - enters the user's ear and is not sent to the controller unit 2002 side. The micro SD (Secure Digital) card slot 2304 has a slot for the micro card 2305 to be inserted, and the micro SD card 23〇5 is connected to the circuit on the main substrate 2321 (refer to Fig. 23d). The micro sd card 2305 can correspond to 128MB to 2GB. The MP3 format music file is stored in a personal computer, and the micro SD card in which a plurality of forms of the broadcast is recorded can be inserted into the controller unit 2002 for reproduction. The W-SIM card slot 2307 has a slot for the W_SIM card 23〇8 to be inserted and the W-SIM card 2308 can be connected to the circuit of the main substrate 2321 (see Figure 23d). As mentioned above, the W_SIM card recommends an antenna for simple communication (calling) of the mobile phone. The base station of the PHS (base station refers to the device for wireless communication with the wireless terminal, the attached building and its installation place), and the distance between the base station and the adjacent base station is utilized. It is a short distance from tens of meters to hundreds of meters to enable a specific service to be obtained at a place with a pHS terminal device. The IRUKA-M Service (trademark) department is well known in Sakamoto. It is more beneficial when the bone conduction sound collector system is the case of an elderly person who needs care. Although there are 9 operation keys, but by the function menu displayed on the display unit 23Q1, the telephone number of the call office can be input to register a plurality of telephone numbers. Aux-iN (Auxiliary-In) jack 2310 is used to simulate the input of the θ music signal. It is a socket for a machine connected to an external machine to output an analog music signal. For example, a user of the bone conduction sound collector wants to pass through a CD player. When listening to music on TV, DVD player or audio stereo. The user connecting the 'bone conduction sound collector' can place the controller unit 2002 next to the machine or device that emits the analog music signal while moving within the reach of the high frequency signal while enjoying the analog music. Fig. 23b is a bottom view showing the appearance of the controller portion constituting the bone conduction sound collector. It can be seen that the operation key 2302 forms a ridge. Furthermore, the battery cover 2319 can also be seen. Although the charging metal terminal 2326, 2327, 200948162 is not depicted in the drawings, a charging receiving station (cradle) 'on the charging receiving station' may be placed' and the charging AC adapter may be provided. 2〇1〇 is connected to the socket on the charging docking station to perform charging of the controller unit 2002. In this case, the charging AC adapter 2_ can be connected to the charging DC jack 2311 for charging, or the charging charging station can be charged by the user's appropriate selection by the two charging methods. Furthermore, as another embodiment, the cradle is not only used as a charging docking station, but also can increase the number of connected terminals, and will not be pulled out and inserted into the micro SD memory inside the controller unit 2〇〇2. When the card is inserted, a music file or the like is written from the personal computer side. At this time, the USB terminal can be set in the cradle to connect to the personal computer. Furthermore, as another embodiment, the number of the operation keys 2302 on the controller unit 2002 can be reduced by the expansion of the input operation such as the telephone number registration from the personal computer side through the bracket connected to the USB. Its operational inconvenience. Alternatively, as another embodiment, it is not necessary to connect the cradle to the personal computer, but a ten-digit button (a keyboard for inputting a number or the like) can be connected to the USB terminal of the cradle to expand the input operation of the controller unit. Furthermore, the charging of the RF receiving unit 2001 forms the charging AC adapter 2010 connected to the socket interface portion 2〇〇3 for charging as described above. However, the secondary battery 2210 and the charging device should be charged. Since the circuit is provided in the RF receiving unit 2001, the same metal terminal as the charging metal terminals 2326 and 2327 is provided in the RF receiving unit 2001, and is charged through the charging receiving station to form another embodiment. At this time, the charging receiving station of the charging RF receiving unit 2001 and the charging receiving station of the charging controller unit 2002 are integrally formed. Therefore, it is possible to simultaneously perform a charging AC transfer -15-200948162 2010. Charging of both parties. Fig. 23c is a side view showing the appearance of the controller portion constituting the bone conduction sound collector. The micro SD card cover 2306 and the W-SIM card cover 2309 can be seen in the figure. Figure 23d is a side cross-sectional view of the controller portion of the bone conduction sound collector. The LCD (Liquid Crystal Display) window 2312 is a transparent member that protects the LCD from exposure to external dust. The key substrate 2314 is provided with a small push switch 2316', and an LCD 2313 is mounted on the LCD frame 2325, and a substrate on which the microphone 2303 is mounted. The key substrate 2314 and the substrate 2321 are electrically connected by a signal line or a metal terminal. The small push switch 2316 is pressed by the user's finger using the bone conduction sound collector to press the seat key 2315, and receives the pressure at the time of pressing, and then converts it into an electrical signal, and transmits the key signal to the Mpu described later (micro processing). The unit, see Fig. 25), is a type of switch that operates. The small push switch 2316 can utilize ALPS Electric's TACT Switch (trademark) or Panasonic's Light Touch Switches (trademark). The front case 2317 can collect an LCD, an operation key, a microphone, and the like mounted on the key substrate 2314. On the other hand, in the rear case 2324, the main substrate 2321, the electronic components mounted on the main substrate 2321, the secondary battery 2320, and the like are housed. The secondary battery 2320 is a rechargeable battery, and a nickel-metal hydride storage battery or the like can be used. Here, two single type 4 series connections are used to supply a voltage of 2.4 volts to the main substrate 2321. The battery terminal 2318 is a metal terminal for connecting two secondary batteries in series. The battery cover 2319 is for replacement of the secondary battery, and can be any switch. The need for secondary battery replacement is about a few years. Furthermore, in order to prevent the occurrence of an accident, it is preferable to use a special screw which the user does not have the 200948162 method switch. A W-SIM card 2308 is mounted on the main substrate 2321, and a micro SD card 2305 is mounted on the micro SD card holder 2322. The main substrate 2321 is composed of a double-sided substrate, and is mounted on the back surface of the W-SIM card 2308 or the micro SD card 2305. Circuitry such as RF component 2323 and MPU microprocessor unit. The RF component 2323 mounted on the controller unit 2〇〇2 forms a pair of communication modules with the component 2207 mounted on the grip receiving unit 2, and the RF component 2323 is a transmitting side, and the RF component 2207 is the receiving side. Fig. 23e is a rear view of the appearance of the controller portion constituting the bone conduction sound collector (the state in which the battery cover is opened). From the figure, the state in which two single type 4 secondary batteries are connected in series can be seen. Fig. 24 is a block diagram of a circuit constituting a 胙 receiving portion of a bone conduction concentrator. It discloses a circuit on the aforementioned RF substrate 2204. The circuit on the substrate is supplied with power from the primary battery 2210. However, between the charging of the secondary battery, a 3.3 volt limiting circuit is provided in which each circuit does not add excessive voltage. When the power connector 2202 is connected to the charging AC adapter 2〇1〇, the AC adapter detecting circuit 2403 detects the above connection and sends a signal to the MPU 2401, and the MPU 2401 activates the charging circuit 2402. The charging circuit 24〇2 protects the secondary battery 2210 from proper charging, and when the charging is completed, the charging is terminated. The audio codec speaker drive circuit 24〇5 mainly performs the following two-serving operation. First, the sound signal collected in the microphone module sections 2〇〇4, 2〇〇5 is amplified as a sound signal and sent to the sound connector 2209, and the bone conduction speaker device connected to the socket interface section 2003 makes the sound. Signal another 17 - 200948162 was born. The second 'changes the sound from the component 2323 on the side of the controller unit 2GG2, the RF component 2207 on the side of the RF receiving unit 2001, and the RF module interface 2406, in the form of the regeneration of the material H device (required) If it is enlarged, the 'After the sound connection n 2209 and the σ interface part 2 are transferred to the bone conduction speaker device sound collector. Among the two operations of the audio codec speaker drive circuit 2405, the function of the first working system is also activated even in the state where the communication between the RF receiving unit 2001 and the controller unit is not in a state of standing. . The # is the minimum Wei of the bone conduction sound, and the sound collected in the microphone module parts 2004, 2005 is amplified and reproduced in the bone conduction speaker device, which is especially for the elderly and the heavy listener. The best features. For the second work, it is a function that starts when the communication between the RF component 2207 and the RF component 2323 on the controller section 2002 is established. When there is a distance between the RF receiving unit 2001 and the controller unit 2〇〇2, that is, communication cannot be established due to interruption of electromagnetic waves, etc., in order to prevent ◎ battery consumption, it is preferable to control by the MPU 2401. Establish a process of abandoning 'or reducing the number of attempts. It is because of the minimum function of the bone conduction sound collector, which may also be used by the user. In order to cope with a possible error, for example, a communication problem between the controller unit 2002, an extraction insertion of the charging AC adapter 2010, and a disconnection of the connection buffer, the debug circuit 2408 can correspond to a circuit for performing the exclusion processing. EEPRON2409 is an electronically erasable programmable read-only memory (Electrically Erasable Programmable ROM), and the collection can be used by the MPU2401. Fig. 25 is a block diagram showing the circuit of the controller portion constituting the bone conduction sound collector, which discloses the circuit on the aforementioned main substrate 2321. The circuit on the substrate is supplied with power from the secondary battery 2320. However, between the charging of the secondary battery, a circuit is provided which does not add excessive voltage 3. 3 volt limit circuit 2504, 2. 8 volt limit circuit 2514 And 1. The volt limit circuit 2524. When the charging AC adapter 2311 is connected to the charging AC adapter 2311, the AC adapter detecting circuit 2503 detects the above connection and sends a signal to the MPU 2501, and the MPU 2501 activates the charging circuit 2502. The charging circuit 2502 can protect the secondary battery 2320 from being properly charged, and when the charging is completed, the charging is terminated. When the power is input, the power supply RF unit 2323, the W-SIM card 2308 (to avoid the erroneous drawing of Fig. 25, the w_sim card slot 2307 is connected to the W-SIM card 2308), and the LCD 2313 and the like. And the 'MPU2501 reads the computer program written in the EEPRON2509, and the MPU2501 displays the function menu on the LCD2313. The RF component 2323 starts communication with the RF component 2207 on the RF receiving section 2001. The user of the bone conduction sound collector operates the operation key 2302 while viewing the function menu displayed on the LCD 2313. When the music reproduction of the MP3 broadcast is selected, the MPU 2501 is omitted from the micro SD card 2305 (Fig. 25, however The micro SD card slot 2304 is inserted with the micro SD card 2305, and the music file is stored in the MP3 format by a computer or the like in advance. The electronic data of the selected music is read and output to the RF component 2323, which is then sent to the RF component 2323 to the RF component 2323. On the side of the RF receiving unit 2001, regeneration can be performed by the bone conduction speaker device. 200948162 The user of the bone conduction sound collector operates the operation key 2302 while viewing the function menu displayed on the LCD 2313, and when the FM radio or am • radio is selected, the MPU 2501 will receive the 彳s number received by the selected radio station. 'Send to the RF connector 2〇〇1 side via RF2323. The user of the bone conduction sound collector selects to listen to the music from the AUX-IN jack 2310 of the analog music 彳 s number input by the operation of the function menu (pressing the operation key while selecting the single side of the LCD function). The sound signal from the connected external audio device will be sent by the RF component 2323 to the ® RF receiving portion 2001 side. The user of the bone conduction sound collector selects the telephone call from the function menu, selects the number of the telephone to be called, and after indicating the broadcast number, the MPU 25〇1 will command the W_SIM card 2308 to broadcast the number to the PHS telephone network, and the selected telephone number is performed. call. When the other party is turned on and the call is started, the voice signal from the other party is regenerated in the bone conduction speaker device via the RF component 2323, the RF component 2207 on the RF receiving unit 2001 side, and the audio codec speaker driver circuit 2405. The sound emitted by the user of the bone conduction sound collector is converted into an electrical signal by the microphone 2303 on the controller unit side, and transmitted to the other party via the w-SIM card 2308. In the case of a telephone call, the microphone 23 〇 3 on the controller side is selected because the RF component 2207 and the RF component 2323 are formed in a single direction. As another embodiment, in terms of the sound signal, the Rf communication can also adopt a bidirectional component, and a telephone conversation can be formed by the microphone provided on the RF receiving portion side. At this time, the microphone position of the microphone module unit 2〇〇4 2005 can be changed to be closer to the operator's mouth. 200948162 On the RF receiving unit 2001 side 'When the emergency contact button 22〇1 is pressed', due to the communication between the RF component 2207 and the RF component 2323, the short control signal is bidirectional communication, so the Mpu25Q1 is received. The signal that the emergency contact button is pressed against the content will cause W SIM+ _ to initiate a call to the emergency contact person in advance. When the user of the bone conduction sound collector selects the recording function by the operation of the function menu of the controller unit 2〇〇2, the sound from the microphone 23〇3 will be saved by the MPU 2501 and saved in the form of MP3. It is also stored in the micro SD card 2305. In Fig. 23, although not shown in the drawings, it is preferable to provide LED red and green lights in a state as shown in the figure. The usage method can be as follows: when the red light is on, it means charging is performed; when the red light is on, it means that PHS communication cannot be performed, when the green light is on, it means the power is on; when the green light is off, it means the battery remaining amount is reduced (charging abnormality) When the green light is off, it means that the power is off.

In order to cope with the possible errors, for example, the communication problem between the controller unit 2〇〇1, the charge transfer (4) 1G pumping_person and the disconnection of the connection line, the debug circuit 2508 can be correspondingly excluded. Circuit. The EEPRON 2509 is an electronically erasable Programmable Readable Memory (ROM) and has a program for the MPU2501. Figure 26 is a diagram showing the connection signal system of signal lines connected by four cables. Between the left microphone module portion 2004 and the RF receiving portion 2〇〇1, it is composed of L+ (+ signal on the left side of the bone conduction speaker device), L_ (one signal on the left side of the bone conduction speaker-21-200948162 device), + Five signal lines RF receiving unit microphone module unit connection cable 2006 are connected to B (charging power supply line), GND (ground signal), and MIC (microphone input signal on the left). Between the right microphone module portion 2005 and the RF receiving portion 2001, it is composed of R+ (+ signal on the right side of the bone conduction speaker device), R_ (one signal on the right side of the bone conduction speaker device), and CTR (control signal). Five signal lines, GND (ground signal) and MIC (microphone input signal on the right) are connected to the RF receiver unit microphone module connection cable 2007. Between the left microphone module portion 2004 and the socket interface portion 2003, it is composed of L+ (+ signal on the left side of the bone conduction speaker device), L- (one signal on the left side of the bone conduction speaker device), and +B (for charging) The four signal lines of the power supply line) and the GND (ground signal) are connected to the microphone module part socket for the face connection cable 2008. Between the right microphone module portion 2005 and the socket interface portion 2003, it is composed of R+ (+ signal on the right side of the bone conduction speaker device), R—(one signal on the right side of the bone conduction speaker device), CTR (control signal), and GND. The four signal lines of the (grounding signal) microphone module section socket are connected to the face connection regulation line 2009. Fig. 27 is an input/output interface diagram of the specifications of the socket connecting the bone guide speaker among the two sockets of the socket interface portion. The + and a signals of the left and right bone conduction speaker devices can obtain the interface of four signals in total. Fig. 28 is an input/output interface diagram for connecting the specifications of the socket of the charging AC adapter to the two sockets of the socket interface portion. The charging power supply line and the ground signal form an interface. As described above, in the description of Figs. 20 to 28, the bone guide sounds which are formed by the respective portions of the bone conduction device of the bone conduction device 22-200948162 have been briefly described. Hereinafter, the bone conduction speaker device will be described in each of the experiments. [Example 1]

Fig. 8 is a perspective view of the bone conduction speaker device as viewed from the rear of the wearer when it is attached to the human body. Fig. 8 Yin, ear smear 21, ear pregnancy (earlobe) 22, milky protrusion 23 system is equipped with the human body - part of the body of the bone conduction county (four). The ear sac 21 is an organ that protrudes from the left and right sides of the outer ear. Ear kill (earlobe) 22 is the soft part of the soft earless bone at the lowest point of the ear. The part that is filled with earrings or earrings is the ear kill. The milky projection 23 is a relatively hard and slightly protruding portion of the back side of the ear. The shape of the vibrating portion 33 will be described with reference to Figs. 8 and 9. Fig. 9 is a cross-sectional view showing the internal structure of the vibrating portion 33. The vibrating portion 33 is formed by coating the vibrating plate with a flexible soft stone, and forms an inverted triangle with a slightly curved bottom edge. The front portion protrudes from the ear attachment portion toward the outer ear canal direction, and protrudes outward along the shape of the milky projection portion 23 until the hair is hairlined. The material that contacts the wide portion of the skin is made of soft stone, so even if there is a little ride, a considerable area can be pressed against the milky projection 23. As shown in the ", the inner portion of the vibrating portion 33 is provided with a conductive ball 91 〇, and the conductive ball _ is a spherical shock between the vibrating plate 9 (10) and the milky portion 23 (hard metal), Even if there is a floating portion due to the skew, the vibration can be effectively transmitted as long as it is partially contacted. Next, the crimping elastic portion 32 will be described with reference to Fig. 8. The waste elastic portion 32 is a member in which the vibrating portion 33 is disposed along the longitudinal direction. The vibrating portion 33 is formed by the scrap member "卩32" in the direction of the protrusion portion to form a crushing force. Press the ball. The larger portion above the Ρ 32 forms a flat plate, and the contact area with the vibrating portion '33' can be selected; and the lower side of the pressed elastic member portion 32 forms a tube-like shape in which the empty portion can collect electrical circuits. The material of the elastic member 32 can be pressed, for example, by using a shape memory alloy or a special resin so as to be adjusted by the body temperature in the vicinity of the back side of the ear 21 to exhibit a pressing effect. The lower portion of the pressing member portion 32 is bent toward the ear to cover the ear 22 and turn to the front with the lowermost portion to reach the front of the ear. That is, a clip is formed to grip the ear. At the lowermost part, a structure (=, ring or hook) that can be decorated with an ornament is formed. Further, the ear-killing portion 31 of the bent portion presented in front of the ear is formed into a decorative element. The shape and the treatment of the surface also form a strong treatment of the decorative elements. The ear attachment portion 31, the pressing elastic portion 32, the vibration portion 33, and the bone-conducting speaker composed of the mounting portion 34 are formed. Preferably, the devices 665 and 675 are respectively mounted on the left and right sides. Further, although it is difficult to feel the difference between the left and the right, the difference between the right and left of the sound field may cause a difference in vibration, thereby serving as a physical feeling. A sense of direction can be obtained. Suitable places for the miscellaneous bone conduction speaker device, for example, a microphone can be used as a hearing aid in the vicinity of the ear attachment portion 31. Although the upper portion 31 is formed in the clip button Killed 22 and fixed, but also - can be formed into a screw-in type, fixed to the ear by tight screwing. When the source of the sound signal is not present in the bone conduction speaker device 665, 675, it can form a built-in wireless communication Necessary Circuit (communication control circuit, receiving circuit, Wei circuit and day _). These circuits can be used in the above-mentioned waste -24 - 200948162 bullet part 32. The surface pass / village pressing part 32 itself Communication of the antenna. In addition to the radio communication, you can also use the ultrasonic wave to talk with the machine in the mouth of the clothes. If the connector is connected to the left and right bone conduction speaker device, microphone device, turn The coffee adapter is connected between the telephones 644 and the connector 655. The connector is connected.

1 Ray: The terminal to which the connector of the plurality of mobile telephones 644 is connected. Press 50^3, etc. 〇 〇 〇 ^ 502 and dialing. The adapter 656 is in wireless communication with the left and right bone conduction speaker devices 665, 675. Moreover, wireless communication is also performed between the adapter 656 and the microphone device 661. The respective internal flow charts are as shown in Fig. 4 (the internal flow chart of the bone conduction speaker device 675 is omitted in Fig. 4, which is the same as the bone conduction speaker device __. Further, the communication sequence is as shown in Fig. 7. Shown.

Referring to FIG. 4, each device has four communication control circuits 651, 659, 664, 668, four transmission circuits 649, 658, 663, 667, and four receiving circuits 646, 657, 662, respectively. 666. Further, the mobile phone 644 includes a RF circuit 645 connected to the antenna, a modulation circuit 647 for outputting the modulation receiving circuit, and a baseband portion 648 for transmitting the wheeling signal of the modulation circuit 647 to the earphone or the microphone. The communication control circuit 651 of the baseband unit 648, the memory 653 connected to the communication control circuit 651, the control unit 652, the LCD 654, and the output from the communication control circuit 651 to the telecommunication office are received by the baseband unit 648 and transmitted to the transmission circuit. -25 - Detection circuit 650 of 200948162 649. Furthermore, the adapter 656 connected by the mobile phone 644 and the connector 655 is provided with a database 66, which can be input-outputted by the earphone or microphone inside the mobile phone 644. The sound 'is input and output via the microphone device 661 and the bone conduction speaker device 665. The adapter 656, the microphone device 661, and the bone conduction speaker device 665 are each provided with an antenna for wireless communication. According to the sequence diagram shown in Figure 7, the voice and data communication 850 is started after the connection request, connection confirmation, and training procedures. The bone conduction speaker device 665 (675) transmits the continuous request transmission _ to the adapter 656, and receives the connection confirmation signal received as a response 83 丨 to form an idle state (Idle) state 84. The connection request transmission 810 is transmitted to the adapter 656, and by receiving the connection confirmation signal 811 as its response, an idle state (Idle) state 8〇1 is formed. Further, in response to receiving the training data transmission request reception 812 from the adapter 656, the microphone device 661 transmits the training data transmission gig to the adapter 656, and the adapter 656 transmits it to the bone conduction speaker device 665. (675). Upon receipt of the training data reception 832, the bone conduction speaker device 665 (675) forms a Ready state 842' as its response retransmission training data transmission 833' and the adapter 656 transmits it to the microphone device 66'. Microphone • Upon receipt of training data reception 814, device 661 forms a Ready state 802. Through these procedures, a state in which sound and data communication is performed between the microphone device 661, the adapter, and the bone conduction speaker device 665 (10) is formed. The third circle is a perspective view of the microphone device 661 that is integrated with the wireless function. In other words, it has the same configuration as that of the wireless microphone, that is, the appearance of an article having a high decorative appearance such as a brooch. The decorative portion 5 has an attachment portion 590 through which a chain, a string, or the like can pass. [Embodiment 2] ❾ Fig. 2 is a conceptual diagram of a bone conduction speaker device 665 (675) integrated with a wireless function. In this embodiment, it forms a clip device that can hold the ear 22, and the vibrating portion 33 is disposed at a position close to the ear 22 in the present embodiment, which can transmit vibration to the portion of the back side of the ear 22 that is close to the human body. . Furthermore, it is provided with a decorative portion 5 which can cover the clip (Fig. 5 is a perspective view of the left and right bone conduction speaker device connected to the occipital head by a connecting member. In the case where the rear head connecting member 7 is not used, the shaking portion 33 can be A part of the necessary circuit is installed in the interior of the tightly formed part of the milky protrusion. In addition, the == 702 is attached to the ear. The hook is used to describe the action in the above communication system, but it is still (4)^ And an embodiment using the adapter, such as a television set, or an embodiment in which the microphone is mounted as a hearing aid, etc., which is also a contact tool between the occupants of the present invention, and utilizes the bone. Leading sound = set time, it is not (four) communication of radio waves, and it is preferable to use ultrasonic wave = [Embodiment 3] In the second embodiment, in addition to the two bone conduction speakers as the speaker sound ~~ 27 In addition to the use of the 200948162, the microphone and the speaker are realized by using a microphone. However, in addition to the microphone in the pendant, there is a more convenient embodiment. That is, among the two speakers One, both In the third embodiment, the inventor of the present invention knows that the bone conduction speaker can be used as a microphone according to the test result. That is, a bone conduction speaker group can be formed, and the bone conduction speaker group includes two The bone conduction speaker device, the mode in which the two bone conduction speaker device is used as the left and right stereo speakers, and the speaker microphone conversion means that can be converted between one mode as a speaker and the other as a microphone®. Therefore, When the speakers are used together as a speaker, they can be used as stereo; and in a mode in which one speaker is used as a microphone, they can be used as a single sound. The hardware structure disclosed in Fig. 4 and the sequence disclosed in Fig. 7 In the figure, by adding a few changes, the speaker microphone conversion means can be realized. That is, in one of the two bone conduction speaker devices, a soft mode switch that can be converted by an electrical signal can be realized, and the conversion can be realized as a microphone. The necessary circuit at the time. In addition, use as a microphone The mode can be realized by using the mode as the speaker and setting the sequence similar to that shown in Fig. 7. By using the pictures of the 17th, 18th and 19th, the specific example of the means for changing the speaker microphone can be realized. The block diagram of the hardware structure of the conversion means of the speaker microphone. The control circuit 1 〇〇 8 is a control circuit (4) for the receiving circuit 1 〇 06 and the transmitting circuit, and the controllable servant and the microphone 1010 act as a speaker. (If the terminal is connected or operated as a microphone (if the terminal L is connected). In the mode of the speaker and the microphone as the function of the speaker, the left sound signal is transmitted to the dedicated speaker 1009, and The right sound signal is transmitted to the speaker and microphone 1010. In addition, in the mode in which the speaker and microphone 1010 functions as a microphone, only the left sound signal is transmitted to the dedicated speaker 1009 (or the object that synthesizes the left and right sound signals) . Figure 18 is a schematic diagram showing the mode conversion 1020 of the conversion means of the speaker microphone. The mode conversion 1〇20 is a switchable reception state 丨〇21 and a transmission state 1022. In the reception state 1021, the switch-on relationship is connected to the terminal H side of the map ,17, and the speaker and microphone 1010 are operated as a speaker ( 1023). In the transmission state 1022, the switch-on relationship is connected to the terminal L side of Fig. 17, and the speaker and microphone 1 is operated as a microphone (1024). Fig. 19 is a flow chart showing the control circuit 1008 constituting the conversion means of the speaker microphone. When the operation of the control circuit 1008 is started (1〇3〇), the initial setting (1031) is performed. The initial setting is the mode in which the speaker and microphone Q 1010 are activated. Next, it is judged whether or not the transmission circuit is in an active state (1033). In a state where only pure music is enjoyed, it is judged that the transmission is not performed, and when the telephone is used to make a call, it is determined that the transmission is in a state of being transmitted. When it is judged to be in the transmission state, the transmission setting is executed (1035). That is, the speaker and microphone 1〇1〇 are connected to the L· terminal to activate the microphone. Further, when the transmission is not in progress, it is determined that the reception state (state of reception only) 'receives the reception setting (1037). That is, the speaker and microphone 1010 are connected to the terminal to operate the speaker. The operation is terminated by turning off the power (1039). - 29 - 200948162 [Embodiment 4] Embodiment 4 is an embodiment in which the bone conduction speaker device of Embodiment 3 is used as a headphone microphone of a mobile phone. That is, it is a mobile phone that is connected by two bone conduction devices and wired or wirelessly. When the user of the bone conduction speaker device uses the content of the music or the like to perform the appreciation mode by using the mobile phone, the two bone conduction speaker devices are used together as a speaker; and when the phone calls, the phone mode is switched to the call mode. In this case, the mobile phone has a speaker microphone conversion means, and the speaker microphone conversion means can have one of the two bone conduction speaker devices having a function as a microphone. In this way, when the music content or the sound information content on the network is reproduced through the mobile phone, the information can be obtained from the two ears; and when the call is made to form the call mode, the bone conduction speaker on one side is used as the microphone, and Can talk and listen at the same time. Furthermore, when a call is made by telephone, since the signal of the other party's speech is mixed with the signal of the other party's speech, the voice is mixed in the skull, and there is no problem. The conversion of the speaker microphone switching means described above can be automatically performed based on the incoming call signal of the mobile phone. Furthermore, since the two bone conduction speakers are placed on both sides of the face of the wearer, the direction in which the face of the wearer is faced can also be calculated. Therefore, the navigation function can be added by performing communication with the GPS device. In addition, it is also possible to provide the mobile phone system of the enhanced security system as a mobile phone scale service through the sounds obtained by the microphone, or to provide a route or map information link. . Furthermore, when the two bone conduction speakers are abnormally separated, the function of preventing crime can be provided by issuing a SOS signal or the like. The -30-200948162 mobile phone broadcasts the number, or performs the sound, and can also notify the installer that the bone conduction speaker is dropped [Embodiment 5] ❹ 〇 电 ==:: 2 music second-class regeneration, _ Line = or _ put the machine sunny; music:;: profit = no machine: the signal from the phone, can be transferred to H to Qishou, its application example 5. That is, it is connected to the mobile phone switch 11 of the headset of the mobile phone, and the mobile phone adapter has an I to receive the speaker terminal from the input of the Herce re-money; Wireless communication means for communicating wirelessly with two bone conduction speaker devices; making the one bone conduction speaker device as left and right stereo and enjoying the sound source reproduction mode from the voice user terminal; When the incoming call is made, 'the one of the two speakers is formed as a speaker', and the other is a speaker microphone conversion means that can be arbitrarily converted as a talk mode used by the microphone. 1G _ Conceptual diagram of this embodiment. Fig. 10 is a conceptual diagram showing the configuration of an adapter for connecting a headphone microphone terminal of a mobile phone. In Fig. 10, the CD player 42 can be replaced with a player that can be used by individuals for the purpose of appreciating music, such as an MD player or an MP3 player. At the headphone terminal of the music reproducing machine, the adaptor 656 to which the present invention is applied is connected. Adapter 656 also forms a connection with mobile phone 644. Furthermore, the adapters 656 are designed to be interchangeable by wireless - 31 - 200948162 675, respectively, and have the same function as shown in the sequence diagram of the seventh and bone conduction speaker device 665. [Embodiment 6] 2 The convenience of listening to the music mode and the speaking mode is not limited to

In the case of m-electricity, there is also a need for the continent. Example ~ An illustration for a personal computer. In the case of a few music or excitement, it is better to use the sound reproduction of the two speakers, but there is also a need to input the user's voice, for example, by voiceprint recognition to enhance security, or When using a voice recognition for word processing, there is a need to use a microphone. At this time, it is a type of speaker device and a personal computer connected by wire or wireless. When the installer of the bone conduction speaker device uses the content of music or the like to perform the content tour mode by the personal computer, the two speaker devices are used together as a speaker; and when it is necessary to input the operator The sound, when the sound input mode is to be performed, has a speaker microphone conversion means that can function as one of the two bone conduction speaker devices. In the case of using a personal computer, by installing a camera, it is not only a voiceprint, but also a personal confirmation of the eye/nose position or a personal identification of the fingerprint, etc., to improve the use of the security function. [Embodiment 7] Embodiment 7 is an example of application to an electronic dictionary. It can be used in cases where the spelling is not clear, or it is convenient to use the pronunciation to search. The pronunciation input is more convenient than the input of the pronunciation mark. Therefore, a microphone is required. Further, when an electronic dictionary is used, when it is not necessary to input the sound of -32 - 200948162, it is preferable to derive the sound output from the _ at this time. Connected electronic dictionary. When the bone is guided and the content is made by the wired or wireless sub-dictionary 'using the pronunciation or the like, the two bone conduction speaker devices are used as the speaker to input the voice of the operator, and the sound wheel is to be made. Human model: To make the φ* system of the two bone conduction speaker devices

The function of the speakerphone n conversion means.彳 is used for a microphone [Embodiment 8] Embodiment 8 is an example of application to an electronic translation system. A person who is a native speaker of a different ten language is required to conduct a conversation (4); it can be used only when a microphone is used, but when listening, there is a need to distinguish one ear green. The system consists of two bone conduction speaker devices and an electronic translation system with wired or no connection. When the installer of the bone conduction speaker device performs the inner valley regeneration mode by the content of the electronic translation pure, the sound, etc., the two bone conduction speaker devices are used together as a speaker, and when necessary, the operator is input. The sound, in order to perform the sound input mode, has a speaker microphone conversion means for allowing one of the two bone conduction speaker devices to function as a microphone. In the electronic translation system, it is further possible to provide a display device to display the translated result as a text to facilitate visual understanding. [Embodiment 9] Embodiment 9 is applied to an example of an auditory support system connected by two bone conduction speaker devices and wired or wireless. When the bone conduction speaker device is used for the audio support system, the content of the music is used internally: in the appreciation mode, the two bone conduction speaker devices are used together as a speaker; It is necessary to lose the operator's mode. When the person mode is available, the system can be used to make the two materials as the weiqi wei _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . Yes = Listener, not only speak loudly to make it heard, but by displaying the content in text on the display device, even people who do not know sign language can communicate. In order to perform character conversion, it is preferable to use a voice recognition method. When the bone conduction speaker using the aforementioned piezoelectric vibrator is used as a microphone, the recognition rate of the sound recognition can also obtain a better result. [Embodiment 10] Next, please refer to Fig. 11 and Fig. 12 for explaining the first embodiment. Figure 11 shows the appearance of a zero-speaker microphone using a piezoelectric bone-conducting speaker to form a clip-on earphone (not pierced on the human body, but clipped to the ear-fixed ear). A perspective view; Fig. 12 is a side view of a bone conduction speaker microphone that also uses a clip-on ear dance. In Figure 11, Figure 12, and Figure 13, the earrings are represented by clip-on earrings that hold the ear (Figures 14, 15 and 16 are pierced earrings fixed with pierced ears). ° ° for the lion to ride the sound of the H-microphone, in this system (4) electric unit type f-guitar microphone "> piezoelectric type and magnet type compared to the piezoelectric type of the village with a lighter record small ship. Furthermore, the treble regeneration is higher and the power consumption is lower. Therefore, it is more suitable for portable machines. The free movement of both hands can be achieved without blocking the airway of the ear. Furthermore, ie -34 - 200948162, it is possible to collect sound in a noisy place. In Fig. 10, the decorative portion 50 is composed of a translucent member, and can be flashed when the mobile phone receives a signal. In this way, people around can also notice that the phone receives a signal. The battery is supplied from the built-in battery and the LED is illuminated when a signal is received. Alternatively, a pattern antenna and a rectifying circuit may be mounted inside the decorative portion 5', and then the electric wave of the received signal may be self-generated to cause the LED to be flashed. The decorative portion 50 is formed to be detachable from the main substrate 51, and can be used as a rechargeable battery. Replace the rechargeable battery for continued use or replace the mounting unit 50 with a nice looking decoration. For example, the decorative portion 5 is screwed or inserted to form a structure mounted on the main substrate 51, and the user can easily replace it. Further, by making the colors of the LEDs different, or the colors of the stones are different, the plurality of decorative portions 5 can be replaced at will according to the time, place and occasion of the enamel. Further, when the decorative portion 50 is removed, it can also be stored in the charger for charging. In Fig. 12, the piezoelectric bone conduction speaker body 53 is connected to the main substrate 51 by an earlobe attachment portion 52 having a clip function (a function of sandwiching the ear). Here, the earlobe attachment portion 52 is not only a mechanically coupled piezoelectric-type bone conduction speaker body 53 and a main substrate 51, but may be formed with electrical contacts for wiring. • [Embodiment 11] ' Please refer to Fig. 13 for the description of the eleventh embodiment. Fig. 13 is a side view showing an example of a bone-conducting speaker microphone of a lost-ear earphone (not pierced on a human body, but clipped to an ear-fixed earphone). The decorative portion 150 houses a rechargeable battery (or a battery that is used up and lost), -35 - 200948162, and is connected to the main substrate 151 on the decorative surface with a ribbon that is not inferior. Further, the eardrum mounting portion 152 which houses the necessary cable is connected to the piezoelectric month speaker body 153. Here, the earlobe attachment portion 152 has a spring function of a part, and the weight of the button body 153, the main substrate 151, and the decorative portion 150 can be supported by the button body. In Fig. 13, the main substrate 151 is provided on the front side of the ear, but as another embodiment, the main substrate 151 and the piezoelectric bone conduction speaker body 153 may be integrally formed. [Embodiment 12] Embodiment 12 will be described with reference to Fig. 14. Fig. 14 is a side view showing an example in which a battery, a substrate, and a speaker body are provided on the reverse side of the ear with an example of a perforated earphone. An ear hole is placed in the earlobe or auricular cartilage 200, and is attached to the hole as a perforated ear ornament. In the present embodiment, the earlobe attachment portion 252 is a perforated ear ornament of metal or the like. Inside the main substrate 251, a battery is provided. In other words, the decorative portion 25A and the main substrate 251 are integrally formed. In this configuration, the fastener of the earlobe attachment portion 252 located on the front side of the ear is sufficient as long as it has a mechanically structural fastening function, and there is no need for an electrical contact. [Embodiment 13] Embodiment 13 will be described with reference to Fig. 15. Fig. 15 is a side view showing an example in which a perforated earring constitutes a bone conduction speaker microphone in which a battery is disposed on the front side and a substrate and a speaker body are disposed on the reverse side of the ear. Here, the ear canal or the auricular cartilage portion 3 is placed on the earlobe or the auricular cartilage portion 3, the total weight of the main substrate 351 and the piezoelectric bone conduction speaker body 353, -36 - 200948162 and the decorative portion 350 including the battery The weight is a balanced design. The earlobe attachment portion 352 has two screws, and the two screws include concentric electric contacts, and the structure is arbitrarily mounted between the decorative portion 35Q and the main substrate 351. [Embodiment 14]

Please refer to Fig. 16 for a description of Embodiment 14. Fig. 16 is a side view showing an example in which the perforated earrings constitute a bone conduction sound, and the battery is drooped and the substrate and the speaker body are placed on the reverse side of the ear. Here, the total weight of the ear hole main substrate 451 and the piezoelectric type f guide speaker body 453 on the ear-acoustic cartilage portion of the ear is balanced with the weight of the decorative portion 45G including the battery. . The earlobe attachment portion 452 has two screws, and the two screws include concentric electrical connections. In Figures 14, 15 and 16, in the case of the earlobe or the auricular cartilage, the system The section is drawn with a diagonal line. [Embodiment 15] In the first embodiment, the controller unit performs wireless communication with the RF reception 1 at a local frequency, and the sand receiving portion and the bone conduction speaker == are wired. Furthermore, in the first embodiment, the wireless communication is performed between the speaker device and the mobile phone adapter. Group. I don't describe the two 'deformation of the initial implementation, but it can constitute the second embodiment, that is, it can also be used in the riding of the Keyangsheng!! device and the RF receiving unit. Wireless communication. This, in order to make this: _ no ship financial accounting is expected to interfere, there is a need to apply the relevant -37 - 200948162 measures. As described above, the bone conduction sound collector according to the present invention can be applied to various machines using headphones. Although the present invention has been disclosed by the above-described preferred embodiments, it is not intended to limit the present invention, and it is still within the spirit and scope of the present invention to make various changes and modifications to the above embodiments. The technical scope of the protection is created, so the scope of protection of this creation is subject to the definition of the patent application scope attached. ❹—38 200948162 [Simplified illustration of the drawings] Fig. 1 is a perspective view showing an example of a combined left and right bone conduction speaker device, a microphone device, an adapter communication system, and a mobile phone device. Fig. 2 is a conceptual view of a bone conduction speaker device of the preferred embodiment of the present invention. Fig. 3 is a perspective view showing the appearance of the microphone device of the preferred embodiment of the present invention. 〇 Figure 4: Internal flow diagram of the mobile telephone device, adapter, microphone device and bone conduction speaker device of the preferred embodiment of the present invention. Figure 5 is a perspective view of the preferred embodiment of the present invention utilizing a posterior head link to connect the left and right bone conduction speaker devices. Fig. 6 is a conceptual view showing a preferred embodiment of the present invention in which a head joint member is provided with a left and right bone conduction speaker device. Figure 7 is a sequence diagram showing the communication sequence between the adapter and the bone conduction speaker device and the adapter and microphone device of the preferred embodiment of the present invention. ❹ Fig. 8 is a perspective view of the preferred embodiment of the present invention in which the bone conduction speaker device is mounted on the human body in a state of the human body. Fig. 9 is a view showing the internal structure of the vibrating portion 33 of the preferred embodiment of the present invention. * Fig. 10 is a conceptual diagram showing the construction of an adapter for a headset microphone connected to a mobile phone according to a preferred embodiment of the present invention. Fig. 11 is a perspective view showing the appearance of a bone-conducting speaker microphone using a piezoelectric type bone-conducting speaker in a preferred embodiment of the present invention. 39-200948162. Figure 12: The bone guide of the clip-on earrings of the preferred embodiment of the present invention. Side view of the microphone of the microphone. Figure 13 is a side view showing an exemplary embodiment of the preferred embodiment of the present invention. Fig. 14 is a side view showing an example of a speaker microphone in a preferred embodiment of the present invention. The battery, the substrate and the speaker body are provided on the reverse side of the ear. Fig. 15 is a side view showing an example of a speaker microphone in a preferred embodiment of the present invention. The illustration of the speaker microphone is provided on the front side and the substrate and the speaker body are disposed on the reverse side of the ear. Fig. 16 is a side view showing an exemplary embodiment of the present invention in which the perforated earrings constitute a bone conduction speaker microphone in which the battery is drooped and the substrate and the speaker body are disposed on the reverse side of the ear. Figure 17 is a block diagram showing the hardware configuration of the conversion means of the speaker microphone of the preferred embodiment of the present invention.

Q Fig. 18 is a schematic diagram showing the mode conversion of the conversion means of the speaker microphone in the preferred embodiment of the present invention. Figure 19 is a flow chart showing the operation of the control circuit of the conversion means of the speaker microphone. Fig. 20 is a view showing the discarding of the components of the bone conduction sound collector for wireless communication by the controller unit and the RF receiving unit of the preferred embodiment of the present invention. ~ Figure 21: The controller part and the limb receiving part of the preferred embodiment of the present invention. - 40 - 200948162 Appearance diagram of the state in which the components of the bone conduction sound collector for wireless communication are connected by cables . Figure 22a is a front perspective view of the RF receiving portion of the bone conduction concentrator of the preferred embodiment of the present invention. Figure 22b is a side perspective view of the RF receiving portion of the bone conduction sound collector of the preferred embodiment of the present invention.

Fig. 23a is a front elevational view showing the appearance of the controller portion of the bone conduction sound collector of the preferred embodiment of the present invention. Fig. 23b is a bottom plan view showing the appearance of the controller portion constituting the bone conduction sound collector of the preferred embodiment of the present invention. Fig. 23c is a side view showing the appearance of the controller portion constituting the bone conduction sound collector of the preferred embodiment of the present invention. Figure 23d: A side cross-sectional view of the controller portion of the bone conduction sound collector that is preferably implemented in this creation. Figure 23e: The appearance of the creation of the device is rear view® (the state in which the battery cover is open). Fig. 24 is a block diagram showing the circuit of the RF receiving portion of the bone conduction sound collector which is preferably the real side of the present invention. Fig. 25 is a block diagram showing the circuit of the controller portion of the bone conduction sound collector of the preferred embodiment of the present invention. The connection signal system diagram of the signal line connecting the four border lines in the preferred embodiment of the present invention. m if is the input/output interface diagram of the specification of the socket of the two sockets of the socket interface portion of the preferred embodiment. —41 — 200948162 Fig. 28: The plug-in interface of the two sockets of the socket interface of the preferred embodiment of the present invention is inserted into the wheel interface of the charging AC adapter.

450 451 452 453

200, 300, 400 earlobe or auricular cartilage 501 antenna 502 indicates the part 503 dial button [main symbol description] 21 ear 23 milky protrusion 32 presses the elastic part 34 ornament loading part 50, 150, 250 , 350 51 ' 151 · 251 v351 52 , 152 · 252 , 352 53 , 153 · 253 , 353 22 ear 31 ear mounting part 33 vibration part 42 CD player decorative part main substrate earlobe mounting part piezoelectric bone conduction speaker Body 560 hanging piece (chain, rope, etc.) 570 bone conduction speaker device (right) 580 bone conduction speaker device (right) 590 loading part 644 mobile phone 645, RF circuit (radio frequency circuit) 646, 657, 662, 666, 1006 receiving circuit 647 modulation circuit 648 baseband portion 649, 658, 663, 667, 1007 transmitting circuit - 42 - 200948162 650 detecting circuit 651, 659, 664, 668 communication control circuit 652 indicating control portion 653 memory 654 LCD (liquid crystal display 655 connector 656 adapter 660 database 661 microphone device 665, 675 bone conduction speaker device 700 link 702 hook

80 841 idle state 802, 842 ready state 810, 830 connection request transmission 811, 831 connection confirmation signal reception 812 training data transmission request reception 910 conduction ball 1007 transmission circuit 10 〇 9 dedicated speaker 1 〇 2 〇 mode conversion W22 transmission state 1024 Microphone actuation 813, 833 training data transmission 814, 832 training data reception 850 sound, data communication 900 vibration board 1006 receiving circuit 1008 control circuit 1010 speaker and microphone 1021 receiving state 1023 speaker actuation 1030 actuation start 1031 initial setting (control: H speaker action ) 1033 Send Status 1035 Send Settings (Control: L Shirt Action) —43 200948162

1037 Receive Setting (Control Speaker Operation) 1039 Actuation End 2001 RF Receiver Unit 2002 Controller Unit 2003 Socket Interface Unit 2004, 2005 Microphone Module Unit 2006, 2007 RF Receiver Microphone Module Portion Cable 2008, 2009 Microphone Module Port interface interface connection cable 2010 Charging AC adapter 2201 Emergency contact button 2202 Power connector 2203 Power button 2204 RF substrate 2205 Status indicator LED (lighting diode) red light 2206 Status LED (lighting diode) ) Green light 2207 RF component 2208 Volume adjustment button 2209 Audio connector 2210 Secondary battery 2211 Front cabinet 2212 Rear cabinet 2213 Battery cover 2214 Battery terminal 2301 Display part 2302 Operation key 2303 Microphone 2304 Micro SD card slot 2305 Micro SD card 2306 Micro SD card Cover 2307 W-SIM card slot 2308 W-SIM card 2309 W-SIM card cover 2310 Analog audio signal input AUX-IN jack 2311 Charging DC jack 2312 LCD window 2313 LCD 2314 key substrate —44 200948162 2315 Seat key 2317 Front box 2319 Battery cover 2321 Main base unit 2323 RF component 2325 LCD frame 2327 Charging gold Terminal 2316 small push switch 2318 battery terminal 2320 secondary battery 2322 micro SD card holder 2324 rear box 2326 metal terminal for charging 2401 MPU (microprocessor unit) 2402 charging circuit

2403 AC Adapter Detection Circuit 2404 3. 3 volt Limit Circuit 2405 Audio Codec Speaker Driver Circuit 2406 RF Module Interface 2408 Debug Circuit, 2409 EEPROM (Electronic Erasable Programmable Read Only Memory) 2501 MPU 2502 Charging Circuit 2503 AC Adapter Detection Circuit 2504 3. 3 Volt Limit Circuit 2505 FM/AM Regulator 2506 RF Module Interface 2508 Debug Circuit

2509 EEPROM 2514 2. 8 volt limit circuit 2524 1.0 volt limit circuit - 45

Claims (1)

200948162 X. Patent application scope: 1. A bone conduction sound collector, comprising a controller part, the control (four) part comprising - control (10) ROM, - controller side microprocessor unit, - liquid crystal display part, a controller side The operation key and the controller side RF component, the controller side R〇M collection computer program 'the controller side microprocessor unit executes a computer program recorded on the controller side ROM, the liquid crystal display part of the age controller side micro The processing content of the processor unit is 'the controller side operation key is available for the operator to operate to provide the control unit to the Hertz processor unit, and the controller side RF component communicates with the rf receiving unit wirelessly; 〇: The RF receiving unit transmits wireless communication between the RF receiving unit and the controller unit by using a south frequency nickname, and the 妳 receiving unit includes a receiving 4-side RF, a component, a bone conduction speaker driving device, and a receiving unit. The bone conduction speaker connecting device 'the RF receiving unit side RF component performs a wireless track between the control and the H portion, and the bone conduction sound driving device converts the sound signal received by the RF receiving unit side component into Pacper The signal of the lunar speaker device, where the bone conduction speaker connection device of the junction is connected to the bone conduction speaker device of the (4) county batch device; and a bone conduction speaker device The RF receiving unit: wherein the audio signal processed by the controller unit is reproduced by the RF receiving unit in the bone conduction speaker device. 2. The bone conduction sound collector according to item 1 of the patent application scope, wherein the control unit 46-200948162 further comprises a mobile phone module for talking. The bone conduction sound collector according to claim 2, wherein the speaker device is composed of two bone conduction speaker devices, and includes a speaker microphone money transfer section, The two bone conduction speaker devices are used as a left-right stereo mode, and a mode in which one is used as a speaker and the other is used as a microphone. 4. The bone conduction sound collector according to item 2 of the patent application scope, wherein the receiving portion bone conduction numerator connecting device is connected by wireless communication, and the bone conduction sound collector comprises a mutual interval detecting And means for transmitting a distress signal, wherein the mutual interval detecting means detects that the two bone conduction speaker devices are spaced apart from each other within a predetermined interval, and the distress signal transmitting means sends a distress signal according to the detection result of the mutual interval detecting means .