CN114422891A - Wired earphone, wireless earphone, true wireless earphone, mask earphone and mobile phone - Google Patents
Wired earphone, wireless earphone, true wireless earphone, mask earphone and mobile phone Download PDFInfo
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04R—LOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
- H04R1/00—Details of transducers, loudspeakers or microphones
- H04R1/10—Earpieces; Attachments therefor ; Earphones; Monophonic headphones
- H04R1/1083—Reduction of ambient noise
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- A—HUMAN NECESSITIES
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- A41D13/05—Professional, industrial or sporting protective garments, e.g. surgeons' gowns or garments protecting against blows or punches protecting only a particular body part
- A41D13/11—Protective face masks, e.g. for surgical use, or for use in foul atmospheres
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04R—LOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
- H04R1/00—Details of transducers, loudspeakers or microphones
- H04R1/10—Earpieces; Attachments therefor ; Earphones; Monophonic headphones
- H04R1/1033—Cables or cables storage, e.g. cable reels
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04R—LOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
- H04R1/00—Details of transducers, loudspeakers or microphones
- H04R1/10—Earpieces; Attachments therefor ; Earphones; Monophonic headphones
- H04R1/105—Earpiece supports, e.g. ear hooks
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04R—LOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
- H04R1/00—Details of transducers, loudspeakers or microphones
- H04R1/10—Earpieces; Attachments therefor ; Earphones; Monophonic headphones
- H04R1/1058—Manufacture or assembly
- H04R1/1066—Constructional aspects of the interconnection between earpiece and earpiece support
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04R—LOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
- H04R2201/00—Details of transducers, loudspeakers or microphones covered by H04R1/00 but not provided for in any of its subgroups
- H04R2201/10—Details of earpieces, attachments therefor, earphones or monophonic headphones covered by H04R1/10 but not provided for in any of its subgroups
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Abstract
Wired earphone, wireless earphone, true wireless earphone, gauze mask earphone, cell-phone belong to cell-phone and accessory electronic product technical field. The invention solves the technical problem that people are eagerly solved but are not successful all the time, namely the volume of normal or loud mobile phone conversation can be obtained by one mobile phone or earphone speaking with a small voice to the other. A signal amplifying circuit is arranged between the microphone and the signal processing circuit. Optionally one of two switches and/or a mask. The alternative switch considers and respects the use habits of users according to different occasions. The mask earphone draws the distance between the earphone and the user for communication, the user can make a call without holding hands or cheek clamps or taking off the mask, and the like, so that the functions are mutually supported and the positive effect is achieved; the system can be used in libraries, office workers do not need to interfere with others, subways can protect privacy, doctors can pollute hands, take-out personnel, small brows are express, and the like; hands are released, so that the contact with customers is clearer, and the pain is reduced; has huge market and good market prospect.
Description
Technical Field
The invention particularly relates to a wired mobile phone earphone, a wireless mobile phone earphone, a true wireless mobile phone earphone, a mask mobile phone earphone and a mobile phone, and belongs to the technical field of mobile phones and accessories thereof.
Background
The mobile phone is a communication tool frequently used in daily life.
The earphone of mobile phone is an electronic accessory for people to make and receive calls, listen to music, play games and use digital audio players, portable electronic games, walkman and radio, etc.
Technically, a mobile phone earphone is an acoustic-electric interchanging device which converts an electric signal emitted by a mobile phone or a media player and the like into a sound wave of a loudspeaker close to an ear and transmits the sound wave to the ear of a person or converts a sound wave of the person into a radio wave capable of being transmitted wirelessly. Typically including a speaker, a microphone, a signal processing circuit, a communication (link) device, etc. The number of parts sold for mobile phone earphones is reported to be hundreds of millions worldwide every year, and the market prospect is huge. (e.g., new changes are introduced to the headset industry, TWS headsets or there is still hundreds of billions of dollars of growth space),http://www.soomal.com/doc/10100008760.htm) (ii) a According to data display of a Counterpoint of a market research mechanism, the wireless earphones are increased explosively, in 2017, 2018 and 2019, the shipment rate of the wireless earphones is increased to 118%, 130% and 183%, and the wireless earphones are in a rapid development state. The market scale of the global wireless earphones in 2019 exceeds 1.2 hundred million. Under the influence of epidemic situations, although the worldwide wireless headset market is rapidly revived after the first quarter in 2020, the second quarter shipment has increased by 18% and has become the main driving force for the increase in the 2020 headset market. "
https://weibo.com/ttarticle/p/showid=2309404578796635553914;"one pair of small earphones, hidden behind them in billions of markets. In 2019, since the next half year, the real wireless earphone with the TWS technology as the core enables the 'heat' of the intelligent wearable equipment which is 'cool' for a period of time to rise. Becoming one of the A stock market hotspots in 2019, the TWS earphone concept that the stock price is red all the way, even being labeled with 'annual stable earning'. Wherein, the stock price of the strollers rises by 300 percent within 60 days, and each stock rises from 5.67 yuan to 30 yuan within half a year; the core concept of Ying Tong communication, co-arrival electroacoustic and Yiwei Li energy wireless earphone panels also explodes intensively and rises successively. In fact, since the first generation of airpots released by apple 2016, pioneering the real wireless earphone age, players who come into the market at different times, including traditional audio manufacturers and mobile phone manufacturers, have been in a state of hundreds of buzzes, and white cards and brand wildness have been growing for three years. "http://epaper.oeeee.com/epaper/A/html/2020-01/ 23/content_3926.htm(ii) a "the brand is various and complicated in the present market", "the wireless earphone market is a bouquet of war"http://news.hexun.com/2020-02-18/200333602.html. And so on. (accessed via link 20210316 above.)
However, the current problem of the existing mobile phone/earphone is — -
(scene one) (1) when people read books and learn in a library, people usually want to be quiet (quiet) suddenly and make a phone burst, namely people do not answer the phone and worry about accidents, and the answering of the phone affects other people, namely people with small voice cannot hear the other party, and people with loud voice (who are in the neighborhood are disturbed) or even library managers stop the phone in time; (2) some people use the earphone, but the earphone also has the problems that loud speaking affects the quiet environment of the library, workers stop or feel people around the earphone, the opposite party of the small speaking telephone cannot hear the earphone, and delay is not needed.
In the second scenario, people do not want to speak loudly to the mobile phone to let others hear (protect privacy) in the office when working, or do not want to influence others (interfere others) (influence others), and people want to speak loudly, but speak loudly and the other party of the mobile phone may not hear.
In the third scenario, or on the subway, some private matters of the user do not want to hear the advertisement, and meanwhile, the user does not answer the phone and worrys about the wrong affairs, the phone affects other people, the other party with small voice cannot hear the person, and the louder person is refused or even prevented by people around the user. "quiet chat" (in light words) is a "desire" for some people, however, the prior art is unavailable (difficult) (the whisper is not audible), … ….
(scene four) or in life, take-away, courier and the like speak normally, and due to wind sound and other reasons, the other party who answers the call can not hear the voice normally (the other party who makes the call can not hear the voice normally); … …, etc.
(scene five) or normal speaking, some old people are low in voice and cannot hear due to hearing, and want to speak loudly ("roar", which is not happy, … …).
When taking a bike, the take-out and express delivery personnel can not hear clearly the person (both parties) who receives the call from the opposite party due to wind noise, the take-out and express delivery personnel stop receiving the call and delay the work, and the taking a call while riding the bike is not safe and sometimes cannot hear the call.
That is, when a light voice is required (in the environment) (and in privacy) in a library, at work, on a subway, or the like, the user cannot hear the talking with a small voice. This is a problem that people often encounter; alternatively, normal speech such as cycling wind problems, hearing problems, etc. may not be audible.
The improvement of the prior art mobile phone or headset is mostly an improvement in noise reduction technology, i.e. how to select the desired sound from a large amount of noise. The present invention has the following difficulties: (here) how whisper is speaking without noise (very quiet library), and how whisper is speaking normally (other, or privacy concerns are taken), i.e. what needs to be solved is (quiet environment or privacy is not wanted to hear), how whisper is speaking, and how whisper is normal or loud speech (audio) available to the opposite party of the handset?
With respect to the definitions of "soft", "soft" and "soft", herein, some (approximate) description of the relationship of sound to decibels is provided on the internet for reference only. For example, table one: sound versus decibel description.
Table one: description of sound versus decibels
Item(s) | Decibel value | Sound equipment | Item(s) | Decibel | Sound equipment | |
1 | 1 | A just audible sound; | 2 | 10 | in a very quiet room, the leaves are rastered by wind; | |
3 | 15 | feeling quiet; | 4 | 30 | the volume of whisper; ticks for quiet clocks and watches; | |
5 | 40 | the hum of the refrigerator; | 6 | 50 | working sound of |
|
7 | 60 | Sound of |
8 | 70 | Equivalent to walking in |
|
9 | 85 | On the road that the car shuttles back and forth | 10 | 95 | |
|
11 | 100 | Sound of decoration |
12 | 110 | Karaoke OK, loud playing |
|
13 | 120 | Sounds when aircraft take off | 14 | 150 | Sound for setting off fireworks and crackers |
Here, we define: sounds that are lower than normal conversations (60 db) can be considered "soft", "small", "low".
It should be noted that "soft sound", "soft sound" and "soft sound" (which may be defined by decibels) or may be described (defined) by the approximate perception of a human being. (one may but need not necessarily be defined in terms of decibels). People can decide whether to be 'soft sound', 'low sound' or 'low sound' according to needs (according to own feelings). (here, a sound lower than a normal conversation (60 db) is considered to be "soft sound", "soft sound". The meaning of "soft sound", "soft sound" is probably the same, and is lower than that of a normal speech sound.) that is, the meaning of "soft sound", "soft sound" and "soft sound" in the present invention is clear. (i.e. lower than 60 decibels)
The existing mobile phone earphones can be generally divided into the following types according to wired and wireless technologies: wired cell phone headset, wireless cell phone headset, true wireless cell phone headset etc.: (here is "wired cell phone earphone, wireless cell phone earphone", and does not direct and simply "wired earphone, wireless earphone", mainly because there are some wired earphone(s), wireless earphone mainly listens song (Hi-Fi), there is not microphone, but (improvement) of the invention mainly involves the microphone (microphone Mic, receiver), the invention is for showing difference, accurate, here the text stresses "wired cell phone earphone, wireless cell phone earphone". for simplicity, hereinafter, some "wired earphone" refers to "wired cell phone earphone", "wireless earphone" refers to "wireless cell phone earphone", "true wireless earphone" is "true wireless cell phone earphone"; … …. the same
Wired mobile phone earphone
Typically, the wired handset headset is detachable from the media player using a plug connection. Fig. 1 is a schematic structural diagram of a conventional wired headset. In the figure, 5-loudspeaker, 7-microphone (mic), 8-volume control switch, (9-signal processing circuit, not shown in the figure), 10-plug, 11-data line. As shown in fig. 1, the wired earphone of the mobile phone is formed by sequentially connecting a loudspeaker 5, a microphone (mic)7, a volume control switch 8, a signal processing circuit 9, a signal data line 11 and a plug 10 in a circuit manner, wherein the plug 10 is inserted into an earphone hole of the mobile phone. Fig. 2 is a schematic diagram of a conventional wired headset circuit structure. In the figure, 5-loudspeaker, 7-microphone (mic), 8-volume control switch, 9-signal processing circuit, 10-plug, 11-data line, as shown in fig. 2, there is a circuit diagram of a wired earphone: the signal processing circuit 9 is connected with the loudspeaker 5 through a signal data line 11, and the loudspeaker 5 is used for receiving (receiving) the voice of the conversation by human ears; the microphone 7 sends the received voice signal to the signal processing circuit 9, the voice signal is processed by the signal processing circuit 9 and then sent to the mobile phone (the volume control switch 8 is used for controlling the volume of the voice) through the signal data line 11 and the plug 10, and then the voice is sent to the person who answers the phone by the other party, namely the voice is sent out from the loudspeaker of the person who answers the phone by the other party through the mobile phone (the subsequent communication (link) circuit) device), so that one-way call is completed. The other parties are similar to the operation and complete the two-party conversation with each other. There are many types of existing wired headphones, for example, brand: apple, model: earpos (3.5 mm round-head interface) wired handset, brand: hua is, type: AM116 wired headset, brand: OPPO, type: MH135 wired headphones, brand: walker, type: h180plus wire-controlled headphones, and so on.
(II) wireless earphone
The traditional wireless earphone usually has the functions of removing a data line and a plug of a wired earphone, connecting (communicating) with a mobile phone through wireless transceiving technologies (devices) such as Bluetooth and the like, and connecting a main loudspeaker and an auxiliary loudspeaker through wires. Fig. 3 is a schematic diagram of a conventional wireless headset circuit structure. In the figure, 5-main speaker, 6-auxiliary speaker, 7-microphone (mic), 8-volume control switch, 9-signal processing circuit, 12-bluetooth (or other wireless transceiving technology) transceiver, 14-charging interface, 15-battery, as shown in fig. 3, a general wireless headset includes a main speaker 5, an auxiliary speaker 6, a microphone (mic)7, a volume control switch 8, a signal processing circuit 9, a bluetooth (or other wireless transceiving technology) transceiver 12, a charging interface 14, a battery 15, etc., the main speaker 5, the microphone (mic)7, the volume control switch 8, the signal processing circuit 9, and the bluetooth transceiver 12 are electrically connected, and the bluetooth transceiver 12 is paired with a mobile phone, wirelessly connected and cooperatively used; the battery supplies power to the circuit (the battery is charged through the charging interface in a wired mode or in a wireless mode; the main loudspeaker 5 and the auxiliary loudspeaker 6 are connected by wire; the main loudspeaker 5 and the auxiliary loudspeaker 6 are used for listening to human ears. There are also a number of existing wireless headset varieties, for example, brand: three stars, type: galaxy BUDS Pro bluetooth headset, brand: memory sail, model: an ear-hung IPX7 wireless headset; brand name: free, type: k21 wireless bluetooth headset, brand: MAVE, model: x9 ear-hang headphones, etc.
(III) true wireless earphone
True Wireless headsets, the acronym for "True Wireless Stereo" in english. (true wireless earphone generally contains left speaker, right speaker, and left and right speaker separately independent, wireless, left and right speaker contain microphone (mic) respectively, volume control switch, signal processing circuit, bluetooth transceiver, battery, the interface that charges etc. (left and right speaker and their own microphone (mic), volume control switch, signal processing circuit, bluetooth transceiver, battery, charging interface circuit link.) figure 4 is a current true wireless earphone structure sketch map. Fig. 4(a) is a schematic structural diagram of a conventional wireless headset (a pair), and fig. 4(b) is a schematic structural diagram of a conventional wireless headset storage (charging) device. Fig. 5 is a schematic diagram of a circuit structure of a conventional true wireless earphone (one of the ears). In the figure, 5-loudspeaker, 7-microphone (mic), 8-volume control switch, 9-signal processing circuit, 12-bluetooth transceiver, 14-charging interface, 15-battery (power supply), as shown in fig. 4 and 5, the real wireless earphone generally comprises a main loudspeaker and a sub-loudspeaker, which are separated and wireless, the main loudspeaker and the sub-loudspeaker respectively comprise microphone (mic)7, volume control switch 8, signal processing circuit 9, bluetooth transceiver 12, battery 15, charging interface 14, etc., the main/sub-loudspeaker is connected with the microphone (mic), volume control switch, signal processing circuit, bluetooth transceiver, battery, charging interface circuit, etc., which the real wireless earphone of the latest technology can be left and right (main loudspeaker, right loudspeaker, bluetooth transceiver, battery, charging interface circuit) Auxiliary) loudspeaker and its bluetooth transceiver can all use simultaneously, alone etc., microphone (mic)7 is used, communicated through the pairing of volume control switch 8, signal processing circuit 9, bluetooth transceiver 12 and cell-phone. Some important differences between the current true wireless headset and the wireless headset are: (1) the wireless earphone main loudspeaker 5 and the auxiliary loudspeaker 6 are connected through wires; the left loudspeaker and the right loudspeaker of the true wireless earphone are not connected in a wired way; the left loudspeaker 5 and the right loudspeaker 6 of the real wireless earphone line are wirelessly connected and then wirelessly connected with the mobile phone; or, each is connected with the mobile phone in a wireless way and used independently. (2) The left and right loudspeakers of the real wireless earphone line respectively (self) comprise a microphone (mic)7, a volume control switch 8, a signal processing circuit 9, a Bluetooth transceiver 12, a battery 15, a charging interface 14 and the like.
(1) Currently, the first common wireless headset of the true wireless headset is a bluetooth chip, the mobile phone and the headset perform 1-to-1 audio transmission, and the communication between the mobile phone and the True Wireless (TWS) headset needs to realize 1-to-2 audio transmission, but the bluetooth protocol is 1:1 connection, that is, for the earlier bluetooth protocol, the mobile phone can only transmit audio to one headset, but how can the other headset hear sound? One method is to connect the right earphone with the mobile phone, and tell the left earphone when the pairing password is stolen, and the left earphone can monitor the bluetooth signal after the password is provided. The monitoring mode monitors signals sent by the mobile phone according to a certain rule, and finds out respective signals of the main ear or the auxiliary ear from the received signals for respective use, so that good experience is obtained. For example, apple airpots are true wireless headsets using listening technology.
(2) Currently, the second true wireless earphone android system adopts a forwarding scheme in true wireless earphone schemes of a plurality of earphone companies. Adopting a forwarding scheme: i.e. the right earpiece receives the signal first and then forwards the sound to the left earpiece. Compared with the listening mode, the forwarding scheme has the following disadvantages: (a) the right earphone needs to receive signals and transmit the signals, so that power consumption is greatly improved; endurance has a great problem. (b) The connection is not particularly stable due to the process of requiring the right earphone to be forwarded to the left earphone, with the middle having a brain sack. (c) The reason for the greatest effect, delay! Because the signal reaches the right earphone first and then the left ear, the sound of one earphone is necessarily slower than the audio of the mobile phone. The audio and video will not be synchronized.
(3) In 2018, in the third real wireless technology, the TWS + (TrueWireless Stereo Plus) technology is introduced by the university company, and the two links are provided, so that the left channel is transmitted to the left ear, and the right channel is transmitted to the right ear, which breaks through the existing bluetooth technology. The high-pass QCC5100series platform is said to support TWS + characteristics, and the new TWS Erphone of VIVO adopts the series QCC5126 chips.
(4) At present, the fourth true wireless technology is also applied by hengxian company as LBRT-low frequency forwarding technology: the mobile phone transmits 2.4G Bluetooth signals to the main earphone, and then forwards the signals to the auxiliary earphone at a frequency band of 10-15MHZ by a magnetic induction forwarding technology. Thus, the penetration of signal is enhanced, and the loss of tone quality is avoided, and the delay is reduced. Namely, it is necessary to add a low frequency antenna to the earphone. The Henchang BES2300 product supports the LBRT property, which was adopted by Huacheng Freemuds 2.
(5) At present, the fifth true wireless technology is also called MCSync, where a network access company adopts a synchronous receiving mode, and after the set-up is completed, each earphone has a signal to connect, which is called by the official: the connection is more stable, the sound break and the sound jump are reduced, high-resolution audio code streams are supported, the time delay is low, the power consumption of two ears is more balanced, and the mobile phone is suitable for various mobile phone platforms. The A1532/A1536/A1552x of netda supports the MCSync characteristic. Wherein A1536 is the main scheme of high-imitation products of Airpods, and A1552x is the scheme quotient of WF1000XM3 of the new generation of noise-reduction beans of Sony.
(6) The Bluetooth 6.0 directly supports the TWS from the protocol architecture, except that various major manufacturers research, develop, optimize and promote on the forwarding technology, the Bluetooth 6.0 protocol formulated by the Bluetooth SIG association may directly support the TWS characteristics from the protocol architecture, and some proposals (algorithms) may be quickly incorporated, which is expected.
At present, a wired connection mode is abandoned outside a real wireless Bluetooth headset, the problem of winding of a headset wire is avoided, and great convenience can be realized; due to the characteristic that the left and right units of the TWS headset are not physically connected, the Bluetooth headset is not charged through a micro USB interface in general. In order to solve the problem, the real wireless Bluetooth headset is basically provided with a portable box with snap fasteners and a storage function, a mobile power supply is integrated in the portable box, and the headset is automatically disconnected in the box when the power is off, so that the charging is started, and the real wireless headset is very convenient and pleasant (fig. 4(b) is a structural schematic diagram of the existing real wireless headset storage (charging) device). The stereo system is formed by the left earphone and the right earphone of the true wireless earphone through Bluetooth, and the listening, the communication and the wearing of songs are improved; meanwhile, functional characteristics of voice assistant, gesture control, active noise reduction and the like relative to technology are integrated in a plurality of TWS earphones, and more functions are brought. Along with the development of the real wireless earphone, the main loudspeaker and the auxiliary loudspeaker can realize free master-slave switching: (a) for single ear use: taking out the product for use, and taking out any single product for automatic starting and pairing; (b) binaural use: the two are taken out together and the two ears are paired for starting. The existing true wireless Bluetooth headsets are of various types. For example, the brand: millet (Mi), type: AirDots2 true wireless bluetooth headset TWSEJ061 LS; brand name: hua is, type: j18 true wireless Bluetooth headset, true wireless headsets freebuguds 3 i; brand name: apple, model: AirPods; brand name: easy cloud of the net, model: lite + upgrade ME01TWS Pro; brand name: BOSE, model: QC EARBUDS true wireless noise reduction earphone; brand name: ITreasure, model: a true wireless 5.1 Bluetooth headset; brand name: summer new AMOi, model: f9 bluetooth headset; brand name: loving, model: a1 true wireless bluetooth headset, brand: win Pisen, type: a true wireless Bluetooth headset T-Buds 3; and so on.
For some wireless headsets or true wireless headsets, the headset is sometimes easily lost (not found) because it is stand alone, usually small. Various wired mobile phone earphones, wireless mobile phone earphone brands and styles are arranged on electronic shopping websites such as the Jingdong, Taobao, Amazon and Shuduo. Books and periodicals, the internet (e.g., apps are known) and the like are introduced by more wired earphone, wireless earphone and true wireless bluetooth earphone technologies. The existing technologies such as wired earphone, wireless earphone, true wireless earphone, Bluetooth 5.0 and the like are more and more known by the vast public at home and abroad.
The mask is a daily use article which is worn at the mouth and nose part and used for filtering air entering the mouth and nose so as to block harmful gas, particles, smell, spray, virus and the like because people generally have haze, epidemic situations and diseases in life, or are sanitary, do not want to speak, doctors in hospitals have working relations and the like, even only for the sake of good looking and the like. People can often see that people wear common masks, medical disposable masks, N95 masks, masks with breather valves and the like. For example, fig. 6 is a schematic view of a conventional mask. In the figure, 1 is the mask body, and 2 is the hangers on two sides. The mask body 1 covers the mouth and nose of a person and is used for filtering air, spray, viruses and the like entering the mouth and nose, and the hanging lugs 2 on the two sides are hung on ears of the person. Fig. 7 is a schematic view of another conventional mask (with a breather valve). In the figure, 1 is a mask body, 2 is a hanging lug, and 3 is a breather valve. The mask body 1 covers the mouth and nose of people, filters air entering the mouth and nose, blocks splashes, viruses and the like, the hanging lugs 2 on the two sides are hung on the ears of people, and the breathing valve is used for removing the breathing air as soon as possible, so that the portable breathing of people is facilitated.
Disclosure of Invention
Aiming at the technical problems that the conversation of the mobile phone and/or the mobile phone earphone (the environment is not allowed or the privacy is not provided), and the other party who speaks in a small voice of the party can not hear the normal speaking. The invention provides a wired earphone, a wireless earphone, a mask earphone and a mobile phone thereof, and aims to solve the technical problem that the minor talking counterpart of the party can obtain normal or loud speaking volume when the mobile phone and/or the earphone of the mobile phone are in conversation.
The technical scheme of the invention is
An earphone comprises a microphone and a signal processing circuit, and is characterized in that a signal amplifying circuit is arranged between the microphone and the signal processing circuit. The earphone is any one of a wired earphone, a wireless earphone and a true wireless earphone.
Namely, a wired headset including a microphone and an existing signal processing circuit, and particularly, a signal amplifying circuit is further included between the microphone and the existing signal processing circuit.
A wireless earphone comprises a microphone and an existing signal processing circuit, and particularly, a signal amplifying circuit is arranged between the microphone and the existing signal processing circuit.
A real wireless earphone comprises a microphone and an existing signal processing circuit, and particularly comprises a signal amplifying circuit between the microphone and the existing signal processing circuit.
The invention also provides a headset comprising an alternative switch for selecting either (one) the original headset mode of use (called "normal mode") or (two) the mode of use comprising further signal amplification circuitry between the microphone and the signal processing circuitry (called "soft mode").
Namely, the earphone comprises a microphone, a signal processing circuit, a signal amplifying circuit and the like, and further comprises an alternative switch between the microphone and the original signal processing circuit and between the microphone and the signal amplifying circuit. The use of the alternative switch can realize that: (one) selecting an existing headset use mode (referred to as "normal mode"): that is, the present invention uses the original communication circuit for conversation- (mainly), for example, a microphone-alternative switch-signal processing circuit-speaker-plug-is inserted into the mobile phone, and then, both parties converse, … … (wired earphone type); or, the microphone-the alternative switch-the signal processing circuit-the wireless bluetooth transceiver-is paired with the mobile phone, used, … … (wireless earphone/true wireless earphone form); (and, or, handset-original use form); or, (ii) selecting a use mode (referred to as a "soft-sound mode") in which a signal amplification circuit is further included between the microphone and the signal processing circuit: in order to realize the conversation process by adding an amplifying circuit, for example, a microphone, an alternative switch, a signal amplifying circuit, a signal processing circuit, a loudspeaker and a plug, the mobile phone is inserted, and the two parties realize the conversation, … … (a wired earphone mode); or, the microphone-alternative switch-signal amplification circuit-signal processing circuit-wireless bluetooth transceiver-is paired with the mobile phone and used, both sides communicate … … (wireless earphone/true wireless earphone form); (and, or, handset-microphone-alternative switch-signal amplification circuit-signal processing circuit-both-side communication … …); and so on.
The invention also provides a mask earphone, wherein the mask of the mask earphone comprises a mask body and hangers, and the mask earphone is characterized in that any one of the earphones is mounted on the mask body.
The invention also provides a mask earphone, wherein the mask of the mask earphone comprises a mask body and hangers, and the earphone comprises a wireless microphone and a signal processing circuit, and is characterized in that the mask body comprises the wireless microphone, the signal processing circuit, a signal amplifying circuit, a Bluetooth transceiver and a wired loudspeaker; a signal amplifying circuit is arranged between the microphone and the signal processing circuit; the signal processing circuit is connected with the Bluetooth transceiver device, and the Bluetooth transceiver device is used in wireless pairing with a mobile phone; the wired loudspeaker is connected with the signal processing circuit; the wired loudspeaker is arranged outside the mask body and is used by ears of people.
The mask body may include a re-openable sealing means 22 so that the entire or upper portion of the mask body may be opened, and the re-openable sealing means 22 may be any one of a snap, a zipper, a plastic-pinched male-female sealing means, and the like.
The mask body can also contain a T-shaped mounting groove; the T-shaped mounting groove is a male buckle and a female buckle, and the T-shaped mounting groove is tightly combined through pinching the male buckle and the female buckle.
The mask also comprises a gasket.
The invention also provides a mobile phone, and a signal amplifying circuit is arranged between the microphone of the mobile phone and the signal processing circuit of the mobile phone.
The invention also adds a signal amplifying circuit between the microphone and the existing signal processing circuit of the existing earphone. The two-out switch is adopted to meet the requirement that a user can freely select the proper use habit of the mobile phone earphone. The adoption of the mask earphone is more beneficial to shortening the distance between the earphone (mobile phone) and the volume of the voice of the user. The general principle of the invention can be briefly described as follows:
the output voltage Ui of the signal collected by the microphone (original earphone) is input into a signal processing circuit, and the audio signal of the other mobile phone is obtained through a series of processing. The earphone of the invention adds a signal amplifying circuit between the output voltage Ui of the microphone collecting signal and the signal processing circuit, amplifies the tiny signal into an amplified signal or a normal audio signal, then inputs the amplified signal or the normal audio signal into the (original) signal processing circuit, because the original signal processing circuit can normally process the normal audio signal, although one party speaks in a whisper, the mobile phone party receiving the phone obtains the normal or amplified audio signal, namely, one party can obtain the normal or large volume audio signal even if the other party speaks in a whisper.
And secondly, considering that people have the right to select and use proper, proper and comfortable mobile phone earphones in different use occasions or environments, the invention adds the alternative switch, increases the use convenience of the mobile phone earphones and respects the earphone use habit of mobile phone earphone users.
(iii) (mask earphone):
(1) the mask body is worn on the mouth, so that the effects of protecting breathing, isolating germs and the like are achieved, and the diffusion of the speaking voice of the earphone of the mobile phone to the surrounding environment is prevented (hindered) on one hand (the mask can be used) to influence other people; meanwhile, the voice energy of a person can be gathered on the face mask (a mask) (a receiver/a microphone on the face mask) when the mobile phone makes a call, and the voice (collected voice) can be transmitted in a centralized mode (the ground).
(2) The mask earphone is worn on the ear, and the distance between the receiver of the common earphone and the mouth can be shortened, so that the sound loudness and the definition are improved.
(3) Voice communication can be clearly obtained while wearing the mask.
(3.1) the earphone is arranged on the mask, namely the user can make a call without taking off the mask, and the user can take off the mask inconveniently or unsanitarily (safely) in some special environments (the user sometimes takes off the mask to make a call in the prior art).
And (3.2) simultaneously, the mask ensures the definition of the call sound (in the prior art, the definition can be influenced by the call receiving and calling of the mask).
(3.3) hands are released, namely, when the hands are dirty, for example, when a doctor is polluted or inconvenient, the doctor can make a call without taking off the mask and wearing the mask; (meanwhile, because the receiver can be arranged in the mask, the mobile phone, the earphone (possibly some) and the mask are not polluted-compared with the case that the mask is taken off for making a call.); when riding a bicycle, take-away personnel, express little brother and the like can release both hands, and when riding the bicycle, the user can dial and answer a call to contact the client, thereby ensuring safe and clear conversation, reducing the acridity and the like (not recommended), and the like.
(4) The mask can release hands or necks (traditional telephone call, someone can hold the earphone wire or neck with hands to clamp the mobile phone/earphone, the invention can obtain clear sound and make telephone voice without holding the wired earphone wire with hands).
(5) The mask earphone can also comprise an alternative switch, and the user can freely select the mask earphone mode according to the environment, the conversation content and the like.
(6) Some gauze mask bodies can be opened, and the earphone inside, accessory can be dismantled, and convenient the washing also saves gauze mask earphone cost.
The invention has the beneficial effects that:
firstly, the invention solves the technical problem which is desired to be solved but is not successful all the time. As described above, people often want to have the technical problem that "when a phone and/or a phone earphone is used for a call, the other party (one party) can hear normal speech when the other party (one party) speaks loudly (" whisper "). The invention solves the technical problem that the opposite party of the minor talking of the present part can not hear normal talking when the mobile phone andor the earphone of the mobile phone talks, so that the opposite party of the minor talking of the present part can obtain normal or loud speaking volume when the mobile phone andor the earphone of the mobile phone talks.
1. The earphone also comprises a signal amplifying circuit structure additionally arranged between the microphone and the signal processing circuit of the existing earphone. The invention is characterized in that one party speaks in light sound/small sound (such as sound level of a mouse and a keyboard), a receiver receives the voice, the signal amplifying circuit amplifies the voice to normal conversation voice (the original/existing path is taken), the voice is sent out, the other party is normally called, and then the two parties have a very happy conversation. The present invention achieves the object (object) of the present invention by including the signal amplification circuit structure. (of course, get louder volume, it does not matter, the listener can choose to reduce the volume freely or not)
2. Compared with the prior art, the invention has different technical conception.
(2.1) the earphone in the prior art is improved at the receiving end (a receiver, a sound production unit of the earphone and a coil), and the invention is mainly improved at the transmitting end (the receiver end). The inventive idea is to improve the input signal (to normal or greater signal volume.) by one word, i.e. the prior art improvement focuses more on "listening" and the invention works on "speaking".
(2.2) generally, the overall design of the existing earphone considers how to design and select the audio from the background noise, and the application environment of the invention is quite quiet in a library, the background noise is very small, the problem of how to amplify the low volume under the condition that the background noise is not a problem (the background noise is basically zero), which is different from the existing (selected from the noise) that the main technical purpose, the technical scheme, the expected effect and the like are improved. (also, in the prior art, in the development of earphone technology, people usually focus on distortion-free and how to recover with high fidelity, and as mentioned above, recovery with high fidelity requires that one party receives a low-voice speech while the other party receives the low-voice speech, which is one of the meanings that recovery with high fidelity should have). The inventive idea of the invention is then not such, but the idea of the invention is that one party speaks bass and the other receives a (normal or loud speaking) signal, prior to (in preference to) receiving a fidelity audio signal from the other party ("high fidelity restoration"). In addition, as for the loud sound reception ("the other party receives loud sound"), the other party ("the other party") can freely turn down the volume of the horn. (if the phone is too loud, the volume of the phone can be freely adjusted, the volume is reduced-the invention is not damaged-in essence, if the volume of the phone connected to the opposite party is too loud, the phone is controlled to adjust the volume to be reduced in our life). Further, for example, when the opponent is an old person or the hearing is limited (weak), normal speech can be conversely made to have the effect of loud speaking (being heard), "parents who do not necessarily hear (are clear) the cell phone roar greatly" — the user can get loud sound with the parents (opponent) using the normal speech sound — without roaring greatly to the phone, the roar is not good in the sky — something is annoying to someone. The invention also has a good effect of solving the trouble smoothly. (the opposite side feels the sound big and can turn small.)
(2.3) as mentioned above, some people make a call (talk) in the office, and do not want to let others know the privacy or disturb others, and this party (party) speaks in a whisper (lower than normal talk sound, e.g. mouse click magnitude), and people around are not held or not heard clearly, however, the other party of the mobile phone listens clearly-speaks in a normal or loud voice, and does not affect people around, and the purpose that the privacy of the party does not want to let others know is achieved. Other scenes are similar to achieve the aim of the invention.
Second, the switch structure of the alternative of the invention. Compared with the prior art, the voice-activated voice switch further comprises an alternative switch structure in order to prevent the opposite side from getting larger voice interference to the opposite side when a user normally speaks and respect the use habit of the user. That is, in the normal call environment, the user pushes (selects) the "normal mode" through the one-out-of-two switch (key), and uses the original communication circuit to make a call: microphone-alternative switch-signal processing circuit … …, handset talk; when the 'small voice speaking and the other party getting normal or loud voice' are needed, the alternative switch (key) is pushed to (selects) the 'low voice mode', and the communication process is realized by adding an amplifying circuit, such as a microphone, the alternative switch, a signal amplifying circuit, a signal processing circuit, … …, a mobile phone, two parties realizing communication, and the like. On one hand, the normal speaking can be prevented from obtaining larger sound to interfere the other party (at this time, the user can select the 'normal mode', namely, the normal speaking of one party is avoided, and the other party obtains 'thunder sound'), on the other hand, when the user wants 'the own party speaks in a small voice and the other party obtains the normal sound', the 'low sound mode' needs to be used, and an alternative switch is designed, so that the use habit of the user according to different occasions (possible) is considered and respected. The earphone has the advantages that the earphone can be used flexibly and conveniently (the requirement that a user can freely select a proper use mode (habit and requirement) of the earphone of the mobile phone according to the environment and the like), one selling point (function) is added, the market sales competitiveness is added to the product, and the potential economic benefit of the earphone is huge in view of huge earphone market.
And thirdly, in order to achieve (obtain) a better invention purpose (effect), one party can obtain normal or loud speaking voice when speaking in a small voice. The invention also provides a structure of the mask earphone (namely, the earphone with the mask).
The mask earphone can be combined with the mask, namely the earphone is arranged on the mask.
1. The mask body is worn on the mouth to protect breathing, isolate germs and the like, the earphone is worn on the ear to send sound to the ear, the distance between a receiver of a common earphone and the mouth can be shortened, and the sound loudness and the definition are improved. Namely, the distance between the microphone (mic) (or called as a receiver) and the lips is shortened by the ear-hanging piece (mask), namely, the distance between the earphone (mobile phone) and the voice volume of the user can be shortened by the mask earphone, and the voice is easy to be transmitted by the microphone (namely, the voice is easy to be clear). (distance can guarantee clarity)
2. The invention (mask) can reduce the loss of sound volume (sound) loss, namely the effective volume enters the earphone receiver. (energy-gathering) microphone in mask for centralized and directional transmission)
3. The related privacy disclosure is avoided.
4. The mask body fixes the earphone wire, draws the distance between the sound production of the mouth and the sound reception of the microphone, (compared with the prior art), 'a hand holding device of the earphone wire' -the handle or the cheek neck is released, and the hand acid, the neck acid, the cheek acid and the like are released (hands, faces and the like are released) when the hands are inconvenient or the time is long; is convenient to use. (speaking to (in) the mask instead of to the mobile phone or the earphone)
6. (problem of safety and hygiene)
The invention can clearly obtain voice communication while wearing the mask. (because the receiver can be in the mask) when the hands are dirty, the mobile phone can be used for communication (the mobile phone is not polluted, the earphone (possibly) is not polluted, the mask is not polluted, and the user can take the phone call after taking off the mask). (hand pollution; optionally pollution mask)
The mask can be worn when the user uses the earphone to make a call, the user does not need to take off the mask (instead of taking off the mask, which is harmful to health, such as doctors or nurses in hospitals, catering service workers, people with high dust pollution to working environments and the like, and also can make a call in epidemic situations or other special conditions (for example, a doctor can make a call with a breathing mask without hands), and the sound can be clear. (wearing the mask while making a call to avoid infection of infectious diseases or dust entrance, self-sanitation and safety)
The water-saving toilet bowl is sanitary (for other people) and sanitary (can prevent messy water from flying at a call opening of canteen workers). (Prior art, not on the earphone, may need to take off the mask to make a call, sanitary, hand contamination.)
The pad can protect the mask from being sanitary.
7. Take away personnel, express delivery guy etc. release both hands, wear gauze mask health, can clear pronunciation contact customer when riding the car, clear conversation reduces painstakingly (compare with parking or hold the phone while riding the car).
8. Compared with the prior art, the microphone (on the mask) and the loudspeaker can be separated. In addition, for some of the present invention (for example, the mask + the wireless microphone + the wired speaker, etc.), since the speaker is connected with the signal data line (and the mask), (compared with the wireless earphone and the true wireless earphone in the prior art), the (earphone) is not easy to be lost (because the wired earphone and the mask) (the earphone) is not easy to be lost, namely, the (earphone) lost target is larger and is easy to be found.
9. The invention can be opened/closed on the existing mask body, and objects can be placed in the mask body. Can be used for placing the earphone parts of the mobile phone and can be opened, replaced and closed. The earphone accessory inside can be dismantled, conveniently washs. The cost of the mask earphone is also saved. The earphone is convenient to carry; meanwhile, the earphone is convenient to store.
10. The invention is a new product. The mobile phone earphone has huge market, is subdividing the market and has fierce competition, and the wearable earphone also has a wearable fashion concept and has good and positive market prospect. When the mask is regarded as a new product, the mask is also beneficial to the production development of mask related enterprises.
(II) (functional mutual support) As mentioned in (I), the mask and the earphone of the present invention functionally support each other, and achieve a new technical effect (the distance between the mouth (voice) and the earphone microphone is shortened, the earphone or the cheek clip is not required to be held by hand, the earphone voice effect is clearer, (the earphone is on the mask, or the earphone on the mask) is not required to be taken off), or it is obvious that the effect of the technical features of the present invention is superior to the sum of the effects of each of the technical features.
And (III) the mask earphone can also be a structure combining an earphone, a mask and an alternative switch.
As mentioned above, the invention can also be the combination of an earphone, a mask and a two-in-one switch. The alternative switch may also select enhanced call functionality ("whisper mode") or may select normal mode-both for special use cases (scenarios) and normal use cases. Three in one, not only give play to respective advantage, but also make things convenient for user's selection, function to promote each other and gain new positive effect jointly. (not only achieving the purposes of small voice call, privacy protection and the like, but also respecting the habit of users and reducing the interference of the other party caused by normal call.)
The invention also provides a mobile phone (the mobile phone with the amplifying circuit). The mobile phone can comprise a signal amplifying circuit and an alternative switch. The mobile phone can also solve the problem of puzzling people for years (one party can obtain normal or loud speaking voice when talking to the other party).
Fifthly, the mobile phone earphone market is huge, market subdivision is being carried out, and competition is fierce, namely the development time of the earphone is not long in the development of the whole audio industry, the user demand is continuously improved in the rising period at present, the expected value of the user to the earphone is also improved, so that a new test is provided for the industry, and the mobile phone earphone can be a new type/product; the present invention also incorporates wearable fashion concepts; the mask market can also become a new product; benefiting relevant enterprises; namely, the invention has good, larger and positive market prospect.
In a word, the invention solves the technical problem which puzzles people for many years, namely the invention solves the technical problem that when a mobile phone and/or a mobile phone earphone is in communication, the minor talking counterpart of the party can obtain normal or loud speaking volume (protecting privacy and avoiding interfering other people) and the like; the alternative switch structure gives more choices for users; the distance between the mouth (voice) and the earphone microphone is shortened by the mask earphone, the earphone or a cheek clamp does not need to be held by hand, and the voice effect of the earphone is clearer; the user can make a call without taking off the mask; releasing the hand; and so on, the mask and the earphone functionally support each other and achieve a new technical effect, or the effect of the technical features of the present invention is superior to the sum of the effects of each of the technical features; the mask can be used by many people, for example, people can use the mask (the invention) because of haze, epidemic situation and illness in life, or the mask is used by doctors in sanitation, do not want to speak, and in hospital because of working relations, and even can be worn only for the purpose of individuality and good look; when a doctor calls, the doctor can use the telephone without taking off the mask or picking up the earphone by hands when hands are polluted; the system is used by light sound in a library and is used when people do not want to interfere with other people on duty, and privacy is protected when people are on the subway and the use of other people is not interfered; take-out personnel and express little brother, release both hands, contact the customer and use, clear conversation, reduce the acrid and bitter, etc.; has huge market and good, larger and positive market prospect.
Drawings
Fig. 1 is a schematic structural diagram of a conventional wired headset.
Fig. 2 is a schematic diagram of a conventional wired headset circuit structure.
Fig. 3 is a schematic diagram of a conventional wireless headset circuit structure.
Fig. 4 is a schematic diagram of a conventional true wireless headset structure. Fig. 4(a) is a schematic structural diagram of a conventional wireless headset (a pair), and fig. 4(b) is a schematic structural diagram of a conventional wireless headset storage (charging) device.
Fig. 5 is a schematic diagram of a circuit structure of a conventional true wireless earphone (one of the ears).
Fig. 6 is a schematic view of a conventional mask.
Fig. 7 is a schematic view of another conventional mask (with a breather valve).
Fig. 8 is a schematic diagram of the circuit structure of the wired headset according to the present invention.
Fig. 9 is a schematic diagram of the circuit structure of the wireless/true wireless earphone of the present invention.
Fig. 10 is a schematic circuit diagram of a signal amplifying circuit according to the present invention.
Fig. 11 is a schematic diagram of a circuit structure of another signal amplifying circuit according to the present invention.
Fig. 12 is a schematic diagram of the circuit structure of the wired earphone and the alternative switch of the present invention.
Fig. 13 is a schematic diagram of the circuit structure of the wireless headset or the real wireless bluetooth headset plus the alternative switch according to the present invention.
Fig. 14 is a schematic view of a mask earphone according to the present invention.
Fig. 15 is a schematic view of a structure of a mask earphone (a wired earphone plus a signal amplification circuit plus a mask) according to the present invention.
FIG. 16 is a schematic view of a mask earphone (wireless microphone, signal amplification circuit, wireless speaker + mask) according to the present invention
Fig. 17 is a schematic view of a structure of a mask earphone (wireless microphone, signal amplification circuit, wired speaker + mask) according to the present invention.
Fig. 18 is a schematic structural diagram of a mask earphone (wireless microphone, signal amplification circuit, wireless speaker, detachable mounted on a breather valve + mask) according to the present invention.
Fig. 19 is a schematic view of the structure of the mask inner pad of the present invention.
FIG. 20 is a schematic view of the T-shaped mounting groove structure of the present invention. Wherein, the drawings (a), (b), (c) and (d) are T-shaped mounting grooves with different structures respectively.
Fig. 21 is a schematic view showing the structure of the mask of the present invention which can be fully or partially opened. Wherein, figure (a) is a structural schematic diagram that four press buttons and the mask body can be opened completely, figure (b) is a structural schematic diagram that one press button and the mask body can be opened partially (sewing thread is below), figure (c) is a structural schematic diagram that the four press buttons and the upper half part of the mask body can be opened (dotted line in the figure is sewing thread schematic diagram), figure d is a structural schematic diagram that the upper half part of the mask body can be opened, the upper half part of the mask body is sealed by the sealing device 22 which can be opened repeatedly at the edge, figure e is a structural schematic diagram that the upper half part of the mask body can be opened, and the upper half part of the mask body is sealed by the sealing device 22 which can be opened repeatedly inside the mask body.
Fig. 22 is a schematic structural view of a prior art plastic kneading male and female sealing device.
DETAILED DESCRIPTION OF EMBODIMENT (S) OF INVENTION
The invention is further described below with reference to the accompanying drawings. The embodiments are to be construed as illustrative, and not restrictive. Other equivalent solutions are within the scope of the invention as claimed.
First embodiment (enhanced earphone mode)
Example 1 (wired headset): fig. 8 is a schematic diagram of the circuit structure of the wired headset according to the present invention. In the figure, 5-loudspeaker, 7-microphone (mic), 8-volume control switch, 9-signal processing circuit, 10-plug, 11-signal data line, 21-signal amplifying circuit, as shown in fig. 8, a wired earphone, which usually includes microphone 7, signal processing circuit 9, etc., the audio signal collected by microphone 7 is sent to signal processing circuit 9, processed by signal processing circuit 9, and then transmitted, … …, and sent to human ear. Here, the invention is characterized in that a signal amplifying circuit 21 is further included between the microphone 7 and the signal processing circuit 9, and the audio signal collected by the microphone 7 is amplified by the signal amplifying circuit 21, then input to the signal processing circuit 9, processed by the signal processing circuit 9, and then transmitted to a subsequent communication link (circuit).
Example 2 (wireless headset): fig. 9 is a schematic diagram of the circuit structure of the wireless/true wireless earphone of the present invention. In the figure, 5-loudspeaker, 7-microphone (mic), 8-volume control switch, 9-signal processing circuit, 12-bluetooth transceiver, 14-charging interface (optional), 15-battery (power supply), 21-signal amplification circuit, as shown in figure 9, a wireless earphone, the existing wireless earphone usually includes microphone 7, signal processing circuit 9, etc., the audio signal collected by microphone 7 is sent to signal processing circuit 9, and sent to wireless bluetooth transceiver 12 after being processed by signal processing circuit 9, wireless bluetooth transceiver 12 is paired with mobile phone for use (communication), … …, and sent to human ear to complete communication, the invention is characterized in that signal amplification circuit 21 is also included between the microphone and the signal processing circuit, the audio signal collected by microphone is amplified by the signal amplification circuit 21 and then input to the signal processing circuit 9, after being processed by the signal processing circuit 9, the signals are transmitted to the wireless bluetooth transceiver 12. And then proceeds to subsequent communication chain (circuit) circuitry (process) … ….
Example 3: (true wireless headset): fig. 9 is a schematic diagram of the circuit structure of the wireless/true wireless earphone of the present invention. In the figure, 5-loudspeaker, 7-microphone (mic), 8-volume control switch, 9-signal processing circuit, 12-bluetooth transceiver, 14-charging interface (optional), 15-battery (power supply), 21-signal amplification circuit, as shown in fig. 9, a true wireless earphone, the earphone of each ear of the existing true wireless earphone usually contains microphone 7, signal processing circuit 9, etc., the invention is characterized in that a signal amplification circuit 21 is also contained between the microphone 7 and the signal processing circuit 9, the audio signal collected by the microphone 7 is amplified by the signal amplification circuit 21 and then input into the signal processing circuit 9, and after being processed by the signal processing circuit 9, (according to the original communication circuit/mode of the true wireless bluetooth earphone), the audio signal is transmitted (continued) to the subsequent circuit, … … are provided.
Example 4: (a mobile phone): a kind of mobile phone, the existing mobile phone contains microphone 7, signal processing circuit 9, etc., the audio signal that the microphone 7 gathers is sent into the signal processing circuit 9, send to the mobile phone aerial after the signal processing circuit 9 is processed-the other party's mobile phone aerial accepts the signal, decodes, (the loudspeaker) is introduced into the human ear, finish the communication; the invention is characterized in that a signal amplifying circuit 21 is arranged between a microphone 7 and a signal processing circuit 9 of the mobile phone, an audio signal collected by the microphone 7 passes through the signal amplifying circuit 21, is amplified and then input into the signal processing circuit 9, is processed by the signal processing circuit 9 and then is transmitted backwards … ….
Fig. 10 is a schematic circuit diagram of a signal amplifying circuit according to the present invention. In the figure, Ui is the voltage collected and sent by a microphone (receiver), and Uo is the voltage obtained after the amplification of the amplifying circuit; r1, R2, R3 and R4 are resistors; c1 and C2 are coupling capacitors, and VT is a triode; VC is battery-powered, as shown in fig. 10, a signal amplification circuit (common collector amplification circuit) according to the present invention, in which the positive electrode of the output voltage Ui of the microphone collected signal is connected to the base of the transistor VT; the positive electrode of the capacitor C1 is connected with the base electrode of the triode VT, and the negative electrode of the capacitor C1 is connected with the negative electrode of the Ui in common through the resistor R3; the positive pole of power Vc links to each other with the collecting electrode of triode VT, the negative pole of power Vc shares the end with the Ui negative pole, the positive pole of power Vc is held through resistance R1 and is linked to each other with the base of triode VT, the projecting pole of triode VT shares the end with the Ui negative pole through resistance R2, the projecting pole of triode VT still links to each other with the positive pole of electric capacity C2, the negative pole of electric capacity C2 shares the end with the Ui negative pole through resistance R4, the voltage UO of resistance R4 both ends is the input voltage of input (former) signal processing circuit after amplifying through amplifier circuit.
In fig. 10, the resistance R1 is large; the resistance R4 is small, generally a few omega (ohm) -a few tens of omega (ohm), C1 and C2 are coupling capacitors, generally electrolytic capacitors of a few tens of microfarads; the specific voltage Vc, the resistors R1, R2, R3 and R4, the capacitors C1 and C2 and the triode VT are matched according to the circuit parameters of the original earphone, and the size of model parameters can be selected by a person skilled in the art according to experiments of limited times. The selection of the specific parameters of the device in the technical scheme can be realized according to the parameter conditions (matching and fitting) of the existing earphone circuit and limited experiments of the technicians in the field.
Fig. 11 is a schematic diagram of a circuit structure of another signal amplifying circuit according to the present invention. In the figure, Ui is a microphone collected signal voltage, as shown in fig. 11, in a signal amplifying circuit (a direct coupling type two-stage amplifying circuit) according to the present invention, a positive electrode of an output voltage Ui of the microphone collected signal is connected to a base of a first triode VT1, an emitter of the first triode VT1 is connected to a negative electrode of the output voltage Ui of the microphone collected signal, and a collector of the first triode VT1 is connected to a base of a second triode VT 2; the positive electrode of the voltage Vc is connected with the base electrode of the first triode VT1 through a resistor R5; the positive electrode of the voltage Vc is connected with the base electrode of the first triode VT1 through a resistor R5, and the positive electrode of the voltage Vc is connected with the collector electrode of the first triode VT1 through a resistor R6; the negative electrode of the power supply Vc is connected with the negative electrode of the Ui in common; the positive electrode of the voltage Vc is connected with the collector electrode of the second triode VT2 through a resistor R7; an emitter of the second triode VT2 is connected with the negative electrode of the Ui in common through a resistor R8; the voltage Uo between the collector of the second transistor VT2 and the negative pole of Ui is the amplified voltage, i.e. the input voltage of the next-stage- (original) signal processing circuit.
Similarly, in the embodiment, the voltage Vc, the resistors R5, R6, R7, and the triodes VT1 and VT2 in fig. 5 are matched according to the circuit parameters of the original earphone, and those skilled in the art can select the size of the model parameters according to limited experiments. The selection of the specific parameters of the device in the technical scheme can be realized according to the parameter conditions (matching and fitting) of the existing earphone circuit and limited experiments of the technicians in the field.
The present invention provides two signal amplification circuits for reference. The signal amplification circuit of the invention can be realized, and a person skilled in the art can find a proper circuit device (select device parameters) by taking the matching of the microphone parameters of the existing earphone and the device parameters of the existing signal processing circuit into consideration and adopting limited experiments. The circuit provided by the invention is exemplary, and the invention can be realized by adopting other technical schemes of the amplifying circuit. It should be noted that other signal amplification circuits are equivalent and are within the protection scope of the claims of the present invention.
Second embodiment (switch earphone alternative)
In real life, people can also talk (probably most) in a normal environment (normal volume conversation), and if a normal conversation partner obtains a larger volume, the conversation causes troubles and worrys about causing discomfort of other people. In conjunction with the previous embodiments, some "alternative" solutions are provided herein.
Example 5 (wired earphone, switch alternative): fig. 12 is a schematic diagram of the circuit structure of the wired earphone and the alternative switch of the present invention. In the figure, 5-loudspeaker, 7-microphone (mic), 8-volume control switch, 9-signal processing circuit, 10-plug, 11-signal data line, 21-signal amplification circuit, K-alternative switch, as shown in figure 12, a wired earphone comprises microphone 7 and signal processing circuit 9, and is characterized in that the wired earphone comprises an alternative switch K and an amplification circuit 21 between the original microphone of the wired earphone and the signal processing circuit. When the earphone user is in a normal conversation environment (the surrounding environment does not need to speak with low voice), the earphone user can select a normal mode according to an alternative switch K, and the earphone realizes conversation according to the original functional path (approach); when the surrounding environment of the earphone user needs to speak in low voice, the earphone user can select a soft voice mode according to the alternative switch K, the audio signal of the microphone 7 firstly passes through the signal amplifying circuit 21, is amplified and then input into the signal processing circuit 9 for processing, and then is transmitted …, so that the conversation is realized. That is, the alternative earphone switch K can select an original earphone use mode (referred to as a "normal mode"), or a use mode (referred to as a "soft sound mode") in which the signal amplification circuit 21 is further provided between the microphone 7 and the signal processing circuit 9. Briefly described as-
If the original earphone using mode (called as 'normal mode') is selected, the microphone 7, the alternative switch K, the signal processing circuit 9, the loudspeaker 5, the signal data line 11 and the plug 10 are inserted into the mobile phone according to the original mode, … …;
selecting a use mode (called as a 'light sound mode') that a signal amplifying circuit is also arranged between the microphone and the signal processing circuit, and inserting a microphone 7, an alternative switch K, a signal amplifying circuit 21, a signal processing circuit 9, a loudspeaker 5, a signal data line 11 and a plug 10 into a mobile phone for realizing a conversation process in the form of adding amplifying circuits, … ….
Example 6 (alternative wireless earphone and switch): fig. 13 is a schematic diagram of the circuit structure of the wireless headset or the real wireless bluetooth headset plus the alternative switch according to the present invention. In the figure, 5-loudspeaker, 7-microphone (mic), 8-volume control switch, 9-signal processing circuit, 12-bluetooth transceiver, 14-charging interface (optional), 15-battery (power supply), 21-signal amplification circuit, K-alternative switch, as shown in fig. 13, a wireless earphone, which comprises microphone 7, signal processing circuit 9, battery 15, etc., is characterized in that the wireless earphone comprises an alternative switch K, and an amplification circuit signal amplification circuit 21 is also arranged between the original microphone of the wireless earphone and the signal processing circuit, when the earphone user is in normal conversation environment (the surrounding environment does not need to speak with low voice), the earphone user can select normal conversation by pressing the alternative switch K on the earphone, the earphone realizes the conversation according to the original functional path (approach); when the user of the earphone needs to speak with low voice, the user of the earphone can select a light voice communication mode according to the one-of-two switch K, and the audio signal of the microphone 7 firstly passes through the signal amplifying circuit 21, is amplified and then input into the signal processing circuit 9 for processing, and then is transmitted … to realize communication. (i.e. when the two-way switch K selects the normal conversation mode, the conversation process is realized according to the original mode-the microphone 7, the two-way switch K, the signal processing circuit 9, the loudspeaker 5 and the Bluetooth transceiver 12-are used in pairs with the mobile phone, … …; when the two-way switch K selects the light sound conversation mode, the conversation process is realized according to the form of adding an amplifying circuit-the microphone 7, the two-way switch K, the signal amplifying circuit 21, the signal processing circuit 9, the loudspeaker 5 and the Bluetooth transceiver 12-are used in pairs with the mobile phone, … ….)
Example 7 (true wireless headset, switch alternative): fig. 13 is a schematic diagram of the circuit structure of the wireless headset or the real wireless bluetooth headset plus the alternative switch according to the present invention. In the figure, 5-loudspeaker, 7-microphone (mic), 8-volume control switch, 9-signal processing circuit, 12-bluetooth transceiver, 14-charging interface (optional), 15-battery (power supply), 21-signal amplification circuit, K-alternative switch, as shown in fig. 13, a true wireless earphone, which contains microphone 7, signal processing circuit 9, battery 15, etc., is characterized in that the true wireless earphone contains an alternative switch K and an amplification circuit signal amplification circuit 21 between the original microphone and the signal processing circuit of the true wireless earphone, when the earphone user is in normal conversation environment (the surrounding environment does not need to speak with low sound), the earphone user can select normal conversation by pressing the alternative switch K on the earphone, the earphone realizes the conversation according to the original functional path (approach); when the user of the earphone needs to speak with low voice, the user of the earphone can select the communication mode of the parent voice according to the alternative switch K, and the audio signal of the microphone firstly passes through the signal amplifying circuit 21, is amplified and then input into the signal processing circuit 9 for processing, and then is transmitted …, so that the communication is realized. (i.e. when the two-way switch K selects the normal conversation mode, the conversation process is realized according to the original mode-the microphone 7, the two-way switch K, the signal processing circuit 9, the loudspeaker 5 and the Bluetooth transceiver 12-are used in pairs with the mobile phone, … …; when the two-way switch selects the K low-sound conversation mode, the conversation process is realized according to the form of adding an amplifying circuit-the microphone 7, the two-way switch K, the signal amplifying circuit 21, the signal processing circuit 9, the loudspeaker 5 and the Bluetooth transceiver 12-are used in pairs with the mobile phone, … ….)
Example 7 (alternative of mobile phone and switch):
a mobile phone comprises a microphone 7 and a signal processing circuit 9, and is characterized in that the mobile phone comprises an alternative switch K key (button) and an amplifying circuit 21 between the microphone 7 and the signal processing circuit 9. When the mobile phone user is in a normal conversation environment (the surrounding environment does not need to speak with low voice), the mobile phone user can select normal conversation according to an alternative switch K on the mobile phone, and the mobile phone realizes conversation according to the original functional path (approach); when a user of the mobile phone needs to speak in a low-voice mode, the user of the mobile phone can select a low-voice communication mode according to the one-of-two switch K, and at the moment, an audio signal of the microphone firstly passes through the signal amplifying circuit 21, is amplified and then input into the signal processing circuit 9 for processing, and then is transmitted and …, so that communication is realized. (i.e. when the two-way switch K selects the normal conversation mode, the conversation process-the microphone 7, the two-way switch K, the signal processing circuit 9, the loudspeaker 5 and the Bluetooth transceiver 12-are used by matching with the other mobile phone according to the original mode, and when the two-way switch K selects the low-sound conversation mode, the conversation process-the microphone 7, the two-way switch K, the signal amplifying circuit 21, the signal processing circuit 9, the loudspeaker 5 and the Bluetooth transceiver 12-are used by matching with the other mobile phone according to the form of adding the amplifying circuit … ….)
Third embodiment (volume enhanced earphone + mask) (mask earphone)
Fig. 14 is a schematic view of a mask earphone according to the present invention. In the figure, 0-position for installing the earphone, 5-loudspeaker and 14-charging interface (optional), as shown in figure 14, the mask earphone comprises a mask body and a hanging ear, and is characterized in that the mask body is provided with a position 0 for installing the earphone. Particularly, the mask earphone comprises a mask body and hangers, and is characterized in that the earphone is arranged on the position of the mask body where the earphone is arranged; the earphone can be any one of a wired earphone, a wireless earphone and a true wireless earphone.
Example 7: (volume enhanced wired earphone + gauze mask)
Fig. 15 is a schematic view of a structure of a mask earphone (a wired earphone plus a signal amplification circuit plus a mask) according to the present invention. In the figure, 1-mask body, 2-hangers, 5-loudspeaker, 7-microphone (mic), 8-volume control switch, 10-plug, 11-signal data line, as shown in figure 15, the mask earphone comprises a mask body 1 and hangers 2, and is characterized in that the mask body is provided with a position 0 for installing the earphone. Particularly, the mask earphone comprises a mask body 1 and hangers 2, and is characterized in that wired earphones are mounted on the mask body; the wired earphone comprises a loudspeaker 5, a microphone 7, a signal processing circuit 9, a signal data line 11 and a plug 10 in sequence; a signal amplifying circuit 21 is also arranged between the microphone 7 and the signal processing circuit 9, and an audio signal collected by the microphone 7 is amplified by the signal amplifying circuit 21 and then input into the signal processing circuit 9, and is processed by the signal processing circuit 9 and then transmitted in the next step; the microphone 7 and/or the signal data line 11 of the wired earphone are fixedly arranged in the mask body 1; the loudspeaker 5 of the wired earphone is arranged outside the mask body 1, and is exposed out of the hangers 2 of the mask body 1 for the use of human ears; the signal data line 11 and the plug 10 of the wired earphone are exposed from the lower part of the mask body 1; the plug 10 is plugged into a mobile phone. The data line and the plug can be disconnected with the mask body, and the mask is convenient to store.
Example 8: (volume enhanced wireless earphone/true wireless earphone + mask)
Fig. 16 is a schematic structural diagram of a mask earphone (wireless microphone, signal amplification circuit, wireless speaker + mask) according to the present invention. As shown in fig. 16, a mask earphone, which comprises a mask body and a suspension loop, is characterized in that a wireless earphone (a part, namely a part of a microphone and a loudspeaker, is provided outside for the ear of a person) is installed in the mask body. Namely, the wireless earphone comprises a microphone, a signal processing circuit, a first Bluetooth device, a first battery, a loudspeaker, a second Bluetooth signal device and a second battery; a signal amplifying circuit is also arranged between the microphone and the signal processing circuit; the microphone, the signal amplification circuit, the signal processing circuit, the first Bluetooth device and the first battery are all arranged in the mask body, and the first battery supplies power to the microphone, the signal amplification circuit, the signal processing circuit and the first Bluetooth device; the loudspeaker is connected with the second Bluetooth signal device circuit, and the second battery supplies power to the second Bluetooth signal device circuit of the loudspeaker; the loudspeaker (the second Bluetooth signal device and the battery) is independently (outside) used by human ears; the first Bluetooth device, the second Bluetooth device and the mobile phone are paired and matched for use; or, a real wireless earphone is installed and fixed in the mask body, and a signal amplifying circuit is also arranged between the microphone and the signal processing circuit of the real wireless earphone; the other true wireless earphone is used as a loudspeaker outside the mask, and the two (one pair of) true wireless earphones are paired and matched with the mobile phone for use.
Example 9: (volume enhanced parts/wireless earphone/true wireless earphone parts (wireless microphone) + mask + wired earphone)
Fig. 17 is a schematic view of a structure of a mask earphone (wireless microphone, signal amplification circuit, wired speaker + mask) according to the present invention. In the figure, 1-mask body, 2-hangers, 3-breather valve, 4-air outlet, 5-loudspeaker, 7-microphone (mic), 14-charging interface, 15-battery (power supply), as shown in figure 17, a mask earphone, the mask comprises a mask body 1 and hangers 2, and is characterized in that the mask body comprises a microphone, a Bluetooth device and a wired loudspeaker;
the first mode is as follows: a microphone, a signal amplification circuit, a signal processing circuit, a Bluetooth wireless transceiver and a battery are arranged in the mask body, and the Bluetooth wireless transceiver is wirelessly connected with a mobile phone in a Bluetooth mode and used in a matched mode; the Bluetooth wireless transceiver is connected with a loudspeaker through a wire (data line), and the loudspeaker is arranged outside the mask body and is used by human ears; the battery supplies power to the microphone, the signal amplification circuit, the signal processing circuit, the Bluetooth device, the loudspeaker and the like; or,
the second mode is as follows: the microphone, the signal amplifying circuit, the signal processing circuit, the Bluetooth wireless transceiver and the battery of the 1 wireless earphone are arranged in the mask body, the loudspeaker is connected with the Bluetooth wireless transceiver through an extended data line, and the loudspeaker (through a signal data line) is arranged outside the mask body and is used by human ears; or,
the third mode is as follows: a signal amplifying circuit is arranged between a microphone and a signal processing circuit of each true wireless earphone 1; the microphones, the signal amplifying circuit, the signal processing circuit, the Bluetooth wireless transceiver and the battery are arranged in the mask body, and the loudspeaker of the real wireless earphone is used by the ears of a person outside the mask body through a wire (a data wire is extended).
Example 10 (slide rail, removable)
Fig. 18 is a schematic structural diagram of a mask earphone (wireless microphone, signal amplification circuit, wireless speaker, detachable mounted on a breather valve + mask) according to the present invention. As shown in fig. 18, a mask earphone comprises a microphone 7, a signal amplification circuit 21, a signal processing circuit 9, a bluetooth wireless transceiver 12 and a battery 15, wherein the microphone 7, the signal amplification circuit 21, the signal processing circuit 9, the bluetooth wireless transceiver 12 and the battery 15 are mounted on a mask body 1, the mask body 1 is provided with a breather valve 3, the breather valve 3 is provided with a slide rail 16, and the microphone 7, the signal amplification circuit 21, the signal processing circuit 9, the bluetooth wireless transceiver 12 and the battery 15 (integrated into one device) are detachably mounted on the breather valve 3; the wireless speaker 5 is for use by the human ear. Thus, the mask earphone is convenient to replace. The cost of the mask earphone is saved.
The mask also comprises a gasket. The spacer may have holes therein. (fig. 19 is a schematic view of the inner cushion structure of the mask of the present invention.)
Above the gauze mask earphone, this internal installation that can open or for the snap-fastener parcel of gauze mask goes, and microphone and/or bluetooth part and/or data line can be dismantled on the gauze mask.
In the above-mentioned mask earphone, the mask body may further have a T-shaped mounting groove (fig. 20 is a structural schematic view of the T-shaped mounting groove of the present invention, wherein, the T-shaped mounting grooves of different structures are shown in fig. (a), (b), (c) and (d)). The wired earphone/wireless earphone/real wireless earphone, the signal amplifying circuit and the like are placed in the mounting groove, the T-shaped mounting groove is divided into a male buckle and a female buckle, and the T-shaped mounting groove is tightly combined by pinching the male buckle and the female buckle. Namely, the mask body can be opened and internally provided with a microphone and/or a Bluetooth component and/or a data line; or a T-shaped groove is formed in the mask body, and a microphone and/or a Bluetooth component and/or a data wire are/is arranged in the T-shaped groove; or a microphone and/or a Bluetooth component and/or a data wire are arranged in the T-shaped groove, and the T-shaped groove is wrapped by the snap fasteners and is hung on the mask body. The embodiment with the T-shaped mounting groove is simple and is not exemplified.
Fourth embodiment (volume enhanced earphone + mask + switch)
People may not be used to change their own idiomatic operations (options). The invention also provides a technical scheme of the volume enhanced wired earphone, the mask and the one-out-of-two switch. Namely:
example 11: (volume enhanced wired earphone + mask + two-way switch)
A mask earphone comprises a wired earphone, and a signal amplifying circuit 21 is arranged between a microphone and a signal processing circuit of the wired earphone; the mask earphone also comprises an alternative switch K; the wired earphone is arranged on (in) the mask; when people select normal conversation, the two-choice switch K selects a normal conversation mode, and the earphone is used according to the original mode/function; when people are in a low-sound communication environment, the two-choice switch K is selected to be in a low-sound communication mode, the earphone can realize two-party communication according to the microphone, the two-choice switch K, the signal amplification circuit, the signal processing circuit, the subsequent processing and the transmission mode communication, if one party has too small sound (low sound), the normal voice or the amplified voice can be obtained by the other party through the invention (the signal amplification circuit and the mask collect the voice energy, the distance between the lips and the microphone is shortened, and the like).
Example 12: (volume enhanced wireless earphone + mask + two-way switch)
A mask earphone comprises a wireless earphone, and a signal amplification circuit 21 is arranged between a microphone and a signal processing circuit of the wireless earphone; the mask earphone also comprises an alternative switch K; the microphone and the Bluetooth device of the wireless earphone are arranged on (in) the mask, and the loudspeaker (namely the receiver) of the wireless earphone is independent outside and is used for the ear of a person; this wireless headset contains alternative switch K, and alternative switch is located between microphone and the signal amplification circuit, and alternative switch can select to continue to use original circuit line communication, perhaps, the communication of signal amplification circuit: when people select normal conversation, the two-choice switch selects to continue using the original circuit line communication (normal conversation mode), and the earphone is used according to the original mode/function; when people are in a low-sound conversation environment, the two-out switch is selected to be in a low-sound conversation mode, the two-out switch selects and amplifies signal circuit communication, namely, a microphone, the two-out switch K, a signal amplification circuit, a signal processing circuit, subsequent processing (transmission) mode communication, two-party conversation is realized, if one party has too small sound (low sound), the other party obtains normal voice or amplified voice through the invention (the signal amplification circuit and a mask collect voice energy, the distance between a lip and the microphone is shortened, and the like).
Example 13: (volume enhanced type true wireless earphone + mask + two-way switch)
A mask earphone comprises a true wireless earphone, and a signal amplification circuit is also arranged between a microphone and a signal processing circuit of the true wireless earphone; the mask earphone also comprises an alternative switch; the microphone and the Bluetooth device of the real wireless earphone are arranged on (in) the mask, and the loudspeaker (namely the earphone) of the real wireless earphone is independent outside and used by human ears; the wireless earphone comprises an alternative switch, wherein the alternative switch is positioned between the microphone and the signal amplification circuit, and the alternative switch can select to continue to use the original circuit line for communication or the signal amplification circuit for communication: when people select normal conversation, the two-choice switch selects to continue using the original circuit line communication (normal conversation mode), and the earphone is used according to the original mode/function; when people are in a low-sound conversation environment, the two-out switch is selected to be in a low-sound conversation mode, the two-out switch selects and amplifies signal circuit communication, namely, a microphone, the two-out switch K, a signal amplification circuit, a signal processing circuit, subsequent processing (transmission) mode communication, two-party conversation is realized, if one party has too small sound (low sound), the other party obtains normal voice or amplified voice through the invention (the signal amplification circuit and a mask collect voice energy, the distance between a lip and the microphone is shortened, and the like).
Example 14: (volume enhanced true wireless earphone (wireless microphone) + mask + two-choice switch + wired earphone)
A mask earphone comprises a mask body and a suspension loop;
the first mode is as follows: a microphone, a signal amplification circuit, a signal processing circuit, a Bluetooth wireless transceiver and a battery are arranged in the mask body, and the Bluetooth wireless transceiver is wirelessly connected with a mobile phone in a Bluetooth mode and used in a matched mode; the Bluetooth wireless transceiver is connected with a loudspeaker through a wire (data line), and the loudspeaker is arranged outside the mask body and is used by human ears; the battery supplies power to the microphone, the signal amplification circuit, the signal processing circuit, the Bluetooth device, the loudspeaker and the like; or,
the second mode is as follows: the microphone, the signal amplifying circuit, the signal processing circuit, the Bluetooth wireless transceiver and the battery of the 1 wireless earphone are arranged in the mask body, the loudspeaker is connected with the Bluetooth wireless transceiver through an extended data line, and the loudspeaker (through a signal data line) is arranged outside the mask body and is used by human ears; or,
the third mode is as follows: a signal amplifying circuit is arranged between a microphone and a signal processing circuit of each true wireless earphone 1; the microphones, the signal amplifying circuit, the signal processing circuit, the Bluetooth wireless transceiver and the battery are arranged in the mask body, and a loudspeaker of the real wireless earphone is used by ears of a person outside the mask body through a wire (a data wire is extended);
the mask also comprises a gasket; FIG. 19 is a schematic view of the inner cushion of the mask of the present invention; the gasket may have holes;
in addition, the mask earphone also comprises an alternative switch K; the alternative switch is arranged between the microphone and the signal amplifying circuit, and the alternative switch can select to continue to use the original circuit line for communication, or the signal amplifying circuit for communication: when people select normal conversation, the two-choice switch selects to continue using the original circuit line communication (normal conversation mode), and the earphone is used according to the original mode/function; when people are in a low-sound conversation environment, the two-out switch is selected to be in a low-sound conversation mode, the two-out switch selects and amplifies signal circuit communication, namely, a microphone, the two-out switch K, a signal amplification circuit, a signal processing circuit, subsequent processing (transmission) mode communication, two-party conversation is realized, if one party has too small sound (low sound), the other party obtains normal voice or amplified voice through the invention (the signal amplification circuit and a mask collect voice energy, the distance between a lip and the microphone is shortened, and the like).
Above the gauze mask body of gauze mask earphone can be opened or install for the snap-fastener parcel goes, and microphone and/or bluetooth part and/or data line can be dismantled on the gauze mask. Because the loudspeaker is connected with the signal data line (and the mask), (compared with the wireless earphone and the real wireless earphone in the prior art), the earphone is not easy to lose, namely the lost target of the earphone is larger and is easy to find.
Above the gauze mask earphone, this internal T style of calligraphy mounting groove that can also have of gauze mask. FIG. 20 is a schematic view of the T-shaped mounting groove structure of the present invention. Wherein, the drawings (a), (b), (c) and (d) are T-shaped mounting grooves with different structures respectively. The T-shaped mounting groove is divided into a female buckle and a male buckle according to the left and right, and the T-shaped groove is tightly combined by pinching the male buckle and the female buckle. The wired earphone/wireless earphone/real wireless earphone, the signal amplifying circuit and the like are placed in the mounting groove, the T-shaped mounting groove is divided into a male buckle and a female buckle, and the T-shaped mounting groove is tightly combined by pinching the male buckle and the female buckle. Namely, the mask body can be opened and internally provided with a microphone and/or a Bluetooth component and/or a data line; or a T-shaped groove is formed in the mask body, and a microphone and/or a Bluetooth component and/or a data wire are/is arranged in the T-shaped groove; or a microphone and/or a Bluetooth component and/or a data wire are arranged in the T-shaped groove, and the T-shaped groove is wrapped by the snap fasteners and is hung on the mask body. The embodiment with the T-shaped mounting groove is simple and is not exemplified.
Detailed description of the preferred embodiment five (gauze mask)
The invention also provides a mask. A mask comprises a mask body 1 and a suspension loop 2, and is characterized in that the mask body 1 can be completely or partially opened. The mask (the earphone inside) is convenient to replace. Fig. 21 is a schematic view showing the structure of the mask of the present invention which can be fully or partially opened. Wherein, fig. 21(a) is a schematic view showing a structure in which four snap buttons and the mask body can be opened completely, fig. 21(b) is a schematic view showing a structure in which one snap button and the mask body can be opened partially (sewing thread below), fig. 21(c) is a schematic view showing a structure in which four snap buttons and the upper half of the mask body can be opened (dotted line in the figure is schematic view of sewing thread), fig. 21(d) is a schematic view showing a sealing structure in which the upper half of the mask body can be opened, the upper half of the mask body is sealed at the edge by the reclosable sealing means 22 (for example, a snap button, a zipper, or a pinch sealing means), and fig. 21(e) is a schematic view showing a sealing structure in which the upper half of the mask body can be opened, and the upper half of the mask body is sealed at the reclosable sealing means 22 inside the mask body. In the figure, 22-reopenable seal means, as shown in fig. 21, a mask comprises a mask body 1 and a suspension loop 2, and is characterized in that the reopenable seal means 22 is arranged on the whole periphery of the mask body; alternatively, the body upper portion the re-openable sealing means 22 (the mask body may be fully or upper open). The reclosable sealing device 22 is, for example, a snap, a zipper, a pinched sealing device, and a repeated opening (male and female snap). For convenience of explanation, a schematic diagram of the structure of the plastic-kneading male and female sealing device is also drawn here. Fig. 22 is a schematic structural view of a prior art plastic kneading male and female sealing device. In the figure, the left side is a plastic groove shape, the right side is a plastic rod similar to the rod, and the rod is pressed down in the groove shape to be pinched down to form a sealing state.
Example 15: (volume enhanced earphone + mask + alternative switch + wireless microphone + wired earphone + full/partial open: one snap button, 4 snap buttons full/partial, snap button/zipper/plastic pinch male-female sealing device (plastic sealing strip).
A mask earphone is characterized in that a microphone, a signal amplification circuit, a signal processing circuit, a Bluetooth wireless transceiver and a battery are mounted in a mask body of the mask earphone, and the Bluetooth wireless transceiver is wirelessly connected with a mobile phone in a Bluetooth mode and used in a matched mode; the Bluetooth wireless transceiver is connected with a loudspeaker through a wire (data line), and the loudspeaker is arranged outside the mask body and is used by human ears; the battery supplies power to the microphone, the signal amplification circuit, the signal processing circuit, the Bluetooth device, the loudspeaker and the like; also comprises an alternative switch K; the alternative switch is arranged between the microphone and the signal amplifying circuit, and the alternative switch can select to continue to use the original circuit line for communication, or the signal amplifying circuit for communication: when people select normal conversation, the two-choice switch selects to continue using the original circuit line communication (normal conversation mode), and the earphone is used according to the original mode/function; when people are in a low-sound conversation environment, an alternative switch is selected to be in a low-sound conversation mode, the alternative switch selects to amplify signal circuit communication, namely, a microphone, an alternative switch K, a signal amplification circuit, a signal processing circuit, subsequent processing (transmission) mode communication, two-party conversation is realized, if one party has too small sound, the invention (a signal amplification circuit and a mask collect voice energy, the distance between a lip and the microphone is shortened, and the like) is used for realizing that the other party obtains normal voice or amplified voice; the mask body comprises a snap fastener or 4 snap fasteners which can be opened completely or partially, and a zipper or a male and female sealing device (plastic sealing strip) pinched by plastic for sealing the periphery of the openable mask body (can be opened). The mask is convenient to replace, or the earphone is convenient to replace. Full/partial opening of the mask, snap/zipper/plastic-pinched male and female sealing means (plastic sealing strips), etc., no more than by way of example.
The mask may also contain a gasket. In the mask, a T-shaped mounting groove (as shown in fig. 20) may be further formed in the mask body. The wired earphone/wireless earphone/real wireless earphone, the signal amplifying circuit and the like are placed in the mounting groove, the T-shaped mounting groove is divided into a male buckle and a female buckle, and the male buckle and the female buckle are tightly pinched, so that the T-shaped mounting groove is tightly combined. Namely, the mask body can be opened and internally provided with a microphone and/or a Bluetooth component and/or a data line; or a T-shaped groove is formed in the mask body, and a microphone and/or a Bluetooth component and/or a data wire are/is arranged in the T-shaped groove; or a microphone and/or a Bluetooth component and/or a data wire are arranged in the T-shaped groove, and the T-shaped groove is wrapped by the snap fasteners and is hung on the mask body. The mask with the T-shaped mounting groove is simple in embodiment and is not exemplified.
It should be noted that, as described above, the masks with various structures described above can be used with the earphones (with various mask body structures) of the embodiments described above, which is not illustrated.
In summary, the invention adds a signal amplifying circuit between the microphone and the existing signal processing circuit. The two-out switch is adopted to meet the requirement that a user can freely select the proper use habit of the mobile phone earphone. The adoption of the mask earphone is more beneficial to shortening the distance between the earphone (mobile phone) and the volume of the voice of the user. The invention solves the technical problem which is desired to be solved but is not successful all the time. The earphone voice effect is clearer without holding the earphone or the cheek clamp by hands; the user can make a call without taking off the mask; releasing the hand; and so on, the mask and the earphone functionally support each other and achieve a new technical effect, or the effect of the technical features of the present invention is superior to the sum of the effects of each of the technical features; the mask can be used by many people, for example, people can use the mask (the invention) because of haze, epidemic situation and illness in life, or the mask is used by doctors in sanitation, do not want to speak, and in hospital because of working relations, and even can be worn only for the purpose of individuality and good look; when a doctor calls, the doctor can use the telephone without taking off the mask or picking up the earphone by hands when hands are polluted; the system is used by light sound in a library and is used when people do not want to interfere with other people on duty, and privacy is protected when people are on the subway and the use of other people is not interfered; take-out personnel and express little brother, release both hands, contact the customer and use, clear conversation, reduce the acrid and bitter; and the like; has huge market and good, larger and positive market prospect.
Claims (10)
1. An earphone comprises a microphone and a signal processing circuit, and is characterized in that a signal amplifying circuit is arranged between the microphone and the signal processing circuit.
2. The headset of claim 1, further comprising an alternative switch for selecting an existing headset mode of use or a mode of use in which a signal amplification circuit is included between the microphone and the signal processing circuit.
3. A headset according to claim 1 or 2, wherein the headset is any one of a wired headset, a wireless headset and a true wireless headset.
4. A mask earphone, the mask comprises a mask body and hangers, and is characterized in that the earphone according to claim 1 or the earphone according to claim 2 is mounted on the mask body.
5. A mask earphone comprises a mask body and a suspension loop, wherein the earphone comprises a wireless microphone and a signal processing circuit, and is characterized in that the mask body comprises the wireless microphone, the signal processing circuit, a signal amplifying circuit, a Bluetooth transceiver and a wired loudspeaker; a signal amplifying circuit is arranged between the microphone and the signal processing circuit; the signal processing circuit is connected with the Bluetooth transceiver device, and the Bluetooth transceiver device is used in wireless pairing with a mobile phone; the wired loudspeaker is connected with the signal processing circuit; the loudspeaker is arranged outside the mask body and is used by the ears of a person.
6. The mask earphone according to claim 4 or 5 wherein the mask body comprises a re-openable sealing means 22 so that the mask body can be opened in its entirety or in its upper part.
7. The mask earphone of claim 6 wherein the re-openable seal 22 is any one of a snap, zipper or plastic-pinch male-female seal.
8. The mask earphone according to claim 4 or 5, wherein a T-shaped mounting groove is formed in the mask body; the T-shaped mounting groove is a male buckle and a female buckle, and the T-shaped mounting groove is tightly combined through pinching the male buckle and the female buckle.
9. The mask earphone of claim 4 or 5 wherein said mask further comprises a spacer.
10. A mobile phone is characterized in that a signal amplifying circuit is arranged between a microphone of the mobile phone and a signal processing circuit of the mobile phone.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CN202111557623.5A CN114422891A (en) | 2021-12-19 | 2021-12-19 | Wired earphone, wireless earphone, true wireless earphone, mask earphone and mobile phone |
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CN202111557623.5A CN114422891A (en) | 2021-12-19 | 2021-12-19 | Wired earphone, wireless earphone, true wireless earphone, mask earphone and mobile phone |
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CN202111557623.5A Pending CN114422891A (en) | 2021-12-19 | 2021-12-19 | Wired earphone, wireless earphone, true wireless earphone, mask earphone and mobile phone |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
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TWI847388B (en) * | 2022-09-30 | 2024-07-01 | 大陸商昆山聯滔電子有限公司 | Wireless headset and binaural true wireless headset |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
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TWI847388B (en) * | 2022-09-30 | 2024-07-01 | 大陸商昆山聯滔電子有限公司 | Wireless headset and binaural true wireless headset |
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