WO2018214894A1 - 安全的耳机 - Google Patents

安全的耳机 Download PDF

Info

Publication number
WO2018214894A1
WO2018214894A1 PCT/CN2018/087957 CN2018087957W WO2018214894A1 WO 2018214894 A1 WO2018214894 A1 WO 2018214894A1 CN 2018087957 W CN2018087957 W CN 2018087957W WO 2018214894 A1 WO2018214894 A1 WO 2018214894A1
Authority
WO
WIPO (PCT)
Prior art keywords
sound
speaker
microphone
concentrator
air duct
Prior art date
Application number
PCT/CN2018/087957
Other languages
English (en)
French (fr)
Inventor
诸爱道
Original Assignee
诸爱道
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 诸爱道 filed Critical 诸爱道
Priority to AU2018274421A priority Critical patent/AU2018274421A1/en
Priority to RU2019142648A priority patent/RU2019142648A/ru
Priority to JP2020515810A priority patent/JP2020521412A/ja
Priority to KR1020197037971A priority patent/KR20200101834A/ko
Priority to CA3064649A priority patent/CA3064649A1/en
Priority to EP18805526.3A priority patent/EP3634008A4/en
Priority to US16/616,457 priority patent/US11284180B2/en
Publication of WO2018214894A1 publication Critical patent/WO2018214894A1/zh

Links

Classifications

    • 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
    • H04R1/1008—Earpieces of the supra-aural or circum-aural type
    • 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
    • H04R1/1016—Earpieces of the intra-aural type
    • G—PHYSICS
    • G10—MUSICAL INSTRUMENTS; ACOUSTICS
    • G10K—SOUND-PRODUCING DEVICES; METHODS OR DEVICES FOR PROTECTING AGAINST, OR FOR DAMPING, NOISE OR OTHER ACOUSTIC WAVES IN GENERAL; ACOUSTICS NOT OTHERWISE PROVIDED FOR
    • G10K11/00—Methods or devices for transmitting, conducting or directing sound in general; Methods or devices for protecting against, or for damping, noise or other acoustic waves in general
    • G10K11/16—Methods or devices for protecting against, or for damping, noise or other acoustic waves in general
    • G10K11/175—Methods or devices for protecting against, or for damping, noise or other acoustic waves in general using interference effects; Masking sound
    • G10K11/178—Methods or devices for protecting against, or for damping, noise or other acoustic waves in general using interference effects; Masking sound by electro-acoustically regenerating the original acoustic waves in anti-phase
    • G10K11/1781—Methods or devices for protecting against, or for damping, noise or other acoustic waves in general using interference effects; Masking sound by electro-acoustically regenerating the original acoustic waves in anti-phase characterised by the analysis of input or output signals, e.g. frequency range, modes, transfer functions
    • 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
    • H04R1/08—Mouthpieces; Microphones; Attachments therefor
    • 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
    • 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
    • H04R1/1075—Mountings of transducers in earphones or headphones
    • 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
    • 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
    • H04R1/20—Arrangements for obtaining desired frequency or directional characteristics
    • H04R1/32—Arrangements for obtaining desired frequency or directional characteristics for obtaining desired directional characteristic only
    • H04R1/34—Arrangements for obtaining desired frequency or directional characteristics for obtaining desired directional characteristic only by using a single transducer with sound reflecting, diffracting, directing or guiding means
    • H04R1/345—Arrangements for obtaining desired frequency or directional characteristics for obtaining desired directional characteristic only by using a single transducer with sound reflecting, diffracting, directing or guiding means for loudspeakers
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04R—LOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
    • H04R3/00—Circuits for transducers, loudspeakers or microphones
    • 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
    • H04R1/08—Mouthpieces; Microphones; Attachments therefor
    • H04R1/083—Special constructions of mouthpieces
    • 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
    • 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
    • H04R2201/107—Monophonic and stereophonic headphones with microphone for two-way hands free communication

Definitions

  • the present invention relates to an anti-radiation or safety earplug machine, and more particularly to a radiation-proof earphone and a stereo anti-radiation earphone for a communication device such as a high-frequency magnetic field such as a mobile phone, and more particularly An earbud machine with a truly improved frequency response and better stereo sound is better than the frequency response of a conventional wire-controlled headset.
  • earphones such as earphones on mobile phones or other communication devices
  • earphones on mobile phones or other communication devices include plugs, wires, and earplugs, and the earbuds are equipped with microspeakers. Since the mobile phone directly uses the mobile phone to make a phone call, the harmful radiation such as ultra-high frequency magnetic field generated by the mobile phone will seriously irritate the human brain and affect the health of the human body. People often use the earphone machine to pick up the mobile phone to reduce the UHF word field and Radio waves, heat and other radiation damage to the human brain.
  • Non-radiation earphones Although it can reduce electromagnetic radiation, but because it has only 5-10cm acoustic channel, the second is not provided with metal shielding.
  • the isolation line does not meet the requirements of 2mG (milli Gauss, the same below) or 2mG or less, and the control is below 2mG or 2mG because the magnetic field is harmful to the human body.
  • the mobile phone inventor Dr. Stanford University, USA, Dr. American Academy of Engineering, Taiwan Transportation Professor Shi Min’s request. Therefore, the prior art earphones cannot meet the above requirements of electromagnetic radiation, and there is no sound cavity or the like.
  • the frequency response is not good;
  • the patent number applied by the inventor is: 200810167226.5, the name is: the application file of the safety earphone machine, and the five inventions of the safety earplug machine are also disclosed, and the method for realizing radiation prevention and the improvement of sound quality are disclosed.
  • the method has obtained the patents of nine countries in the world, but the sound quality of the patent does not exceed the traditional earphones. This application discloses that the sound quality surpasses the traditional earphone and can improve the radiation prevention effect to achieve the radiation-free effect.
  • an earbud machine that is truly capable of preventing electromagnetic radiation and frequency response better than conventional earphones, an earphone machine with a truly improved frequency response, a radiation-free, better stereo.
  • the effect of the earphone machine is highly desirable to have an earbud machine that is truly capable of preventing electromagnetic radiation and frequency response better than conventional earphones, an earphone machine with a truly improved frequency response, a radiation-free, better stereo. The effect of the earphone machine.
  • the invention relates to a safety earphone, which mainly comprises a wire-controlled safety earphone and a head-mounted safety earphone.
  • a plurality of speakers with different frequency responses are respectively provided for two ears to listen, so the frequency response is particularly good, and the speaker is more than the traditional earphone. It is better, and a special scheme for noise reduction is set. More importantly, a noise reduction frequency signal conversion system is set, which effectively converts the transmission of the active noise reduction frequency signal into the transmission of the passive audio signal and restores the active audio signal. The transmission enables the passive signal transmission of the air duct to be placed at a length of 1000 mm.
  • the metal shielded isolation line is provided, the human body is isolated from the communication machine for a long distance, but the microphone is still close to the sound port, thus achieving good
  • the ground noise reduction achieves a high degree of radiation protection and high sound quality, and solves the technical problem that the existing radiation protection earphone microphone must be placed outside the air conduit, because the microphone is far from the microphone and the sound is still poor. small.
  • this invention is indeed an excellent safety earphone that is both high-intensity radiation-proof, high-quality, and noise-proof.
  • an earplug head 1 the inside of the earplug head 1 is formed with a sound chamber 2, and the first end of the sound chamber body 2 has a sound outlet;
  • the main body 4 is provided with an acoustic wave concentrating cavity 10, and the acoustic wave concentrating cavity 10 is provided with a passage opening, and the passage end and the second end of the sound cavity 2 pass through the acoustic wave transmission channel 3 Connected
  • the acoustic wave concentrating cavity 10 is disposed between the microspeaker 5 and the acoustic wave transmission channel 3;
  • the microspeaker 5 is connected to a first end of a wire 8 located outside the body 4, and the second end of the wire 8 is connected to a plug 9.
  • the sound concentrator is disposed in the main body, and the two ends are respectively sealedly connected with the sound emitting end of the micro speaker 5 and one end of the sound wave channel port, so that the sound wave of the micro speaker 5 passes through the sound wave concentrating cavity 10,
  • the other end of the sound wave transmission channel 3 is connected to the sound chamber 2, the sound chamber body is provided with the sound outlet, and the sound chamber body is covered with a soft sleeve. .
  • a secure earphone as described above characterized in that
  • a microphone 6 is mounted on the inside of the main body 4, and the main body 4 has a receiving hole corresponding to the microphone 6;
  • a switch 12 is further mounted on the main body 4, and the microspeaker 5 and the microphone 6 are both connected to the switch 12 and then connected to the wire 8.
  • a secure earphone as described above characterized in that
  • the acoustic wave transmission channel 3 is made of an insulating material, the acoustic wave transmission channel 3 has an inner diameter of 1-6 mm and a length of 20-800 mm;
  • the cavity of the sound cavity is 600mm3-9000mm3:
  • the sound outlet is a hole and the sound outlet has a diameter of ⁇ 1-8 mm, or the sound outlet comprises a plurality of holes and each hole has a diameter of ⁇ 0.3-3 mm.
  • the sound wave concentration chamber 10 is in the shape of an inverted bell.
  • the two pairs of oblique sides or arcs or curves around the sound wave concentration chamber 10 are matched with each other to form a trumpet shape, and each pair of oblique sides or arcs or curves are matched.
  • the angle is between 9° and 130°.
  • the shape of the inverted bell mouth means that the periphery of the sound wave concentration chamber 10 is an arc-shaped inverted bell mouth shape; or the periphery of the sound wave concentration chamber 10 is a diagonal bellows shape. Or the periphery of the sound wave concentration chamber 10 is a curved inverted bell shape; or the periphery of the sound wave concentration chamber 10 is composed of an arc-shaped or curved inverted bell shape and a diagonal inverted bell shape.
  • the cross section of the vertebral body of the acoustic wave concentrating cavity 10 or the horizontal cross section with the bottom surface of the vertebral body is elliptical, circular, rectangular or a polygon with a circular arc transition on each adjacent side.
  • the microphone 6 is mounted in a circular hole in the main body 4, the sound receiving surface of the microphone is facing outward and the periphery is sealed, so that sound passes through the receiving hole on the main body 4, and then passes through the The sound receiving hole in front of the microphone receiving surface is further transmitted to the microphone 6.
  • the sound transmission channel 3 is installed at one end of the input end of the earplug head, the other end is installed at the small end of the sound wave concentration cavity, and the end of the sound wave transmission channel 3 is filled with a hollow rivet 17- 1 Inserting the expansion, so that the two ends of the acoustic wave transmission channel are respectively fixed at the input end of the earplug head and the small end of the sound wave concentrator, and the micro-speaker is installed at the big end of the sound wave concentrator, and the three joints are sealed.
  • the end of the sound wave transmission channel 3 is sleeved to the input end of the earplug head, and the other end is sleeved to the output end of the sound wave concentrator, and the outer diameters of the ends of the sound wave transmission channel 3 are equally set.
  • a jacket 17-2 for fastening is provided.
  • the wire 8 is shielded by a metal shielded wire.
  • the micro-speaker 5 is one, the acoustic wave concentrating cavity 10 is one, the channel port is one, and the sound emitted by the micro-speaker 5 passes through one of the acoustic wave transmission channels connected to the channel port. 3 is sent to one of the earplug heads 1.
  • the micro-speaker 5 is two, and the acoustic wave concentrating cavity 10 is two, and one of the micro-speakers corresponds to a large end of the acoustic wave concentrating cavity, and the small end of each of the acoustic wave concentrating cavity 10 is One of the passage openings is provided, and one of the passage openings corresponds to one sound wave transmission passage and corresponds to one of the earplug heads.
  • the sound wave concentration chamber 10 has a structure that is small and large.
  • microspeaker 5 is circular or elliptical.
  • microspeaker 5 is placed vertically or obliquely within the body 4.
  • the utility model is characterized in that, without a main body, the sound concentrator and the micro-speaker are arranged as one outer casing, and a small outer casing is provided for mounting the microphone and the switch and the volume control.
  • the air duct is set to be 20 mm long or the metal shielded isolation line is used for radiation protection.
  • the offline shielding layer is grounded, one end is connected to the plug 98, and the other end is connected to the speaker 88.
  • One end of the audio wire of the microphone 96 is also connected to the other end of the plug 98, and the microphone 96 and the speaker 88, 94 are kept 20mm-100mm.
  • the microphone 96 is provided with a casing 96-1, or a plurality of speakers and microphones are housed in a casing for interference with each other according to claims "1-4".
  • the concentrators 87, 93 are inverted bells, the small ends are connected to the air ducts 86, 92, and the other ends of the air ducts 86, 92 are sealed to the sound chambers 85, 91 of the sound, and the sound chambers 85, 91 are mounted on the head.
  • the two ends of the yoke are clamped on the ears, and the sound vents of each speaker are sealed with the matching sound concentrator and the air conduit.
  • the first type of headphones mentioned above are single-type speakers. This item is set to listen to the sound of two types of speakers in one ear, that is, in the two speaker mounting shells of the above-mentioned headphones.
  • the frequency response of one speaker 106, 112, the added speakers 106, 112 and the original speakers 102, 113 is different, that is, one of the two speaker housings is equipped with high-frequency and low-audio speakers, in parallel positions.
  • a sound wave channel is added, and an earpiece 107 having a sound chamber into two sound chambers 117, 118 and an earpiece 99 of the two-tone chambers 117-1, 118-1 are added to the two earpieces 99, 107, and the installed speaker is installed.
  • the way in which the air duct and the sound chamber are connected is the same as the connection method of the first item of the claim.
  • the headphone without air duct is removed according to the above structure, the speakers 120, 120-1 are directly mounted to the sound chambers 119, 119-1, and the audio wires 123 are connected to the speakers 120, 120-1 at one end.
  • the other end of the plug 124, the end of the wire of the microphone 121 is also connected to the other end of the plug 124 with a support hose 122 or wire support adjustable microphone position to the end of the microphone 121, the wire used is transparent or opaque
  • the metal shield isolating wire, and the shielding layer is provided with one or several separate shields or a plurality of combined shield grounds. Or install two speakers with different frequency response in the sound chamber, so the frequency response is very wide and the sound quality will be very good!
  • the utility model is characterized in that: 1) one end of an optional one of the long 20-1000 mm air ducts 127 provided with the external wire-controlled earphone is connected to the small hole 128 at the gathering place of the small end portions of the two acoustic wave concentrators 129, 132, and the two of the two are arranged.
  • the big end of the sound wave concentrators 129, 132 are mounted with one of the moving coil speaker 130 and the moving iron speaker 133, or one of the different frequency response speakers, and the other end of the air duct 127 is connected to the sound chamber 125;
  • the two speakers 143, 144 are each mounted to the sonic concentrator and sent to the large end of the second stage acoustic concentrator 139 by the small end of the respective acoustic concentrators 142, 140, said second stage acoustic concentrator 139
  • the small end is connected to one end of an air duct 138, and the other end of the air duct 138 is connected to the sound chamber 136 of the earplug 137 for listening to the ear;
  • a single-ear earphone is provided with an iron speaker 156 and a movable speaker 153 or a speaker of different frequency response, each of which is disposed to the big end of the sound wave concentrators 155, 152, the respective sound wave concentrators 155, 152 and one end of one of the air ducts 151, 150 is disposed, and the other end of the air ducts 151, 150 are connected to the respective sound chambers 147, 148 of the earplug 149 for listening to the ear;
  • two air ducts 151-1, 150-1 are opened in a flat insulated hose 151-3, and the sound waves of the two types of speakers 153 are transmitted to the ear chamber of the earplug 149 for listening to the ear; or two earplugs 149 are provided.
  • the sound chambers 147, 148 are connected by the two air ducts 151, 150 to one end of a sound chamber of 147, 148, and the other ends of the two sound chambers 147, 148 are connected to the ear;
  • the above-mentioned speaker and sound wave concentrator, the connection between the sound concentrator and the second sound wave concentrator, the connection of the sound concentrator and the air conduit, the connection of the air duct and the earphone sound chamber are all set to be sealed, and the moving iron speaker
  • the magnetic field of the moving coil speaker is isolated by metal or the position of the two speakers is set at a certain distance.
  • the above settings are for the structure of a speaker and air duct and earplug for one ear.
  • the two microphones are provided for the two ears to set the structure of the sound chamber of the speaker to the earplug.
  • 166, 176 and moving coil speakers 169, 178 are each disposed to the large end of the acoustic concentrators 165, 175 and 168, 177, and the respective acoustic concentrators 165, 175 and 168, 177 are each configured with an air duct 163, One end of one of 164 and 173, 174, the other end of the air ducts 163, 164 and 173, 174 are respectively connected to the respective sound chambers 160, 161 and 170, 171 of the earplugs 162, 172 for listening to the ear (Fig. 28), the speaker Structure to the plug According to the circuit and structure of claims 1-23, a suitable pair of double-eared wire-controlled earphones can be provided, which is not only good in sound quality but also strong
  • the structure of the present invention is of the wire-controlled structure of the claims 1-23, that is, the structure of the speaker starting to the sound chamber is improved, and the structure of the speaker wiring to the plug is optionally selected from claims 1-23.
  • One type, or the plug is set to standard, or according to the socket setting on the communication unit casing.
  • the standard plug is directly plugged into the communication device and directly connected to the communication device.
  • the utility model is characterized in that the noise reduction head-mounted safety earphone is provided with a left ear ear cover 195, a sound chamber cover 195-3, a left ear shell 195-1, a right ear ear cover 194, a right ear shell 194-1, a head.
  • the active part of the conversion system is provided with an electronic circuit board and is provided with a power supply circuit for the battery supply circuit and the device, a charging circuit and a charging socket connected to the battery, a power indicating light emitting tube and a power switch, and the above-mentioned conversion system is active.
  • the components of the audio signal are all installed in the converter.
  • the speaker of the conversion system is installed in the middle of the microphone or the outer chamber of the left ear casing at a certain distance from the primary microphone (Fig. 32).
  • the circuit can change the amplification power of the circuit according to the length of the microphone air conduit. Choose different chips and different circuits.
  • the microphone uses active conversion to passive transmission and then restores to active transmission.
  • the air duct can be set long and the microphone is close to the sounding port to achieve noise reduction and high prevention. The damage of the communication machine to the ears and the brain.
  • the left ear air duct 187-1 has one end connected to the entrance of the sound chamber 209-1, and the other end is connected to the small end of the sound wave concentrator 205.
  • the sound concentrator 205 is connected to the speaker 207 at the big end, and the other end of the speaker 207 is connected to the metal shield wire 192.
  • One end of the right ear air duct 184-1 is connected to the entrance of the right ear sound chamber, and the other end is parallel to the outer side of the metal bow 186 through the left ear housing 195-1 and the left ear air duct 187-1 to the speaker housing 190 to connect the right ear.
  • the other end of the right vocal concentrator 206 is connected to the right ear speaker 208, and the other end of the right ear speaker 208 is connected to the metal shielded wire 192, and is connected to one end of another metal shielded wire 192 through the switch 191.
  • the other end of the metal shielded wire 192 is connected to the plug 193.
  • the left and right ear two speakers and the left and right ear sound wave concentrator and the secondary microphone are arranged in the switch housing, the connection mode is unchanged, the outlet of the sounding cavity is provided with a single hole or a plurality of small holes, and the convection hole of the above speaker is set to be installed.
  • the outer row of the outer casing, the microphone and the speaker are to be isolated;
  • FIG. 33-1 Three air ducts are bonded in a flat row (Fig. 33-1), or the triangles are combined into one (Fig. 33-4), or the triangles are merged into one and wrapped with a flexible material;
  • the air duct of the right ear is obliquely pulled from the speaker casing to the inlet connection of the sound chamber of the right ear, that is, it is not guided along the metal bow.
  • the left and right ear speakers are combined to use one speaker to connect to an acoustic waveguide through a sonic concentrator, to the inlet of the tee next to the left ear cavity, three There are two outlets, one of which is connected to the inlet of the right ear chamber, and the other outlet is connected to the right ear chamber along the steel bow.
  • the utility model is characterized in that the noise-reducing head-mounted single ear safety earphone is provided with a flexible bow clamp 199 mounted on the outer casing 200-1, and the round clip 201 or other shaped clip is mounted at the end of the bow clamp, and the conversion system is
  • the circuit structure and connection method are the same as in claim 25;
  • One end of the microphone air duct 203 is connected to the small end of the sound concentrator of the converter 196-1, the big end of the sound concentrator is connected to the sound emitting surface of the speaker of the converter, and the other end is connected to the speaker cavity 203-1.
  • the small end is connected, the big end of the speaker cavity 203-1 is connected to the receiving surface of the secondary microphone 204-1, and the other end of the secondary microphone 204-1 is connected to one end of the metal shielded isolating wire 205, and the metal shielded isolating wire 205
  • the other end is connected to the plug 206;
  • One end of the air duct 202 of the left ear is connected to the entrance of the sound generating chamber in the outer casing 200-1 (the structure refers to FIG. 33-2, the sound chamber number is 209-2), and the other end is connected to the small end of the sound wave concentrator 205-1.
  • the sound concentrator 205-1 is connected to the speaker 207-1 at the big end, the other end of the speaker 207-1 is connected to the metal shielded isolating wire 205, and the other end of the metal shielded isolating wire 205 is connected to the plug 206, the secondary microphone and the left ear speaker and The sound is separated by a spacer between the sound concentrators.
  • the microphone uses active conversion to passive transmission and then restores to active transmission.
  • the air duct can be set long and the microphone is close to the sounding port to achieve noise reduction and high prevention. The damage of the communication machine to the ears and the brain.
  • the utility model is characterized in that the noise reduction hook-and-ear type single-ear safety earphone is provided with a three-in-one bracket main body, the main body is provided with a lug hook 211, a noise reduction transmission arm 198-2 is arranged on the front side, a transmission arm 198-2 and a terminal are provided.
  • the head setting conversion system 196-2 is provided with an earplug, the earplug is provided with a sound chamber (the structure shape is the same as FIG. 33-2, the sound chamber number is 209-3), and the inlet of the sound chamber 209-3 is connected with the earplug.
  • One end of the air duct 212, the other end of the air duct 212 is connected to the small end of the acoustic wave concentrator 212-1, and the large end of the sound concentrator 212-1 is mounted with the speaker 214-1.
  • Both the speaker 214-1 and the secondary microphone 214-2 are mounted in the speaker housing 214 and are acoustically isolated from the speaker 214-1.
  • the structure of the noise reduction conversion system is connected in the same manner as in claim 26.
  • the utility model is characterized in that: a portable hand-held earphone, an upper end of the hand-held arm 230 is provided with an earpiece sound chamber 218, an end surface of the sound chamber 218 is provided with an upper cover 228, and the other end of the sound chamber 218 is connected with one end of the air duct 220, and the other end of the air duct 220 is connected.
  • the small end of the sound concentrator 222 Connected to the small end of the sound concentrator 222, the big end of the sound concentrator 222 is connected to the speaker 224, the connecting line of the speaker 224 connecting line and the microphone 223 is connected to the metal shielded isolated wire 226 through the switch 231, and the other end of the wire 226 is connected to the plug 225. ;
  • the switch 231 is disposed on the side of the middle of the portable safety earphone, the button of the switch 231 is operated by the mechanical transmission of the link to open or close the speaker 224 and the microphone 223; or the long arm of the micro switch 233 with the switch button top 232, the micro switch 233 is turned on or off, so that the active circuit is always kept at a distance from the brain, and the microphone and the speaker are installed in two cavities that are separated from each other in the cavity below the main body casing, and the microphone connection line is worn. After the isolation plates are connected, they are sealed with glue, so that the arrangement can achieve a good anti-radiation effect.
  • the main body casing can be disassembled or assembled by upper and lower assembly. When assembling, each seam of the outer casing should be glued and waterproof.
  • the above-mentioned noise-reducing portable safety earphone can be connected to the communication machine through a plug or directly connected to the landline.
  • the utility model is characterized in that: a noise reduction microphone signal conversion system is arranged in a lower part of the noise-reducing portable safety earphone main body casing 230-1: converting the active audio signal into a passive audio signal transmission and then restoring to the active signal transmission, setting
  • the lead of the primary microphone 239 is connected to the secondary audio amplifying circuit to drive the speaker 238.
  • the sound port of the speaker 238 is connected to the large end of the sound concentrator 236, and the small end of the sound concentrator 236 is connected by a rivet and one end of the air duct 240.
  • the other end of the microphone air duct 240 is connected to the small end of the bell mouth chamber 242, and the large end of the bell mouth chamber 242 is connected to the receiving surface of the secondary microphone 243, and the sound accent chamber of the speaker passes through the air duct to the second time.
  • the connection end of the microphone is sealed, the other end of the secondary microphone 243 is connected to one end of the metal shield isolation line 245, the other end of the metal shield isolation line 245 is connected to the plug 246;
  • the active part of the conversion system is provided with a power supply for the battery supply circuit and the device, and is provided with a charging circuit and a charging socket connected to the battery, and a indicating light emitting tube.
  • the speaker 238 of the conversion system and the primary microphone 239 are respectively mounted on the outer casing of the sound body. In the two chambers of 230-1, the lead of one microphone passes through the partition and is sealed with glue.
  • the secondary microphone 243 and the speaker 241 are disposed in the outer casing 230-2 and are provided with a sound insulating plate.
  • the sound emitting surface of the speaker 241 is connected to the big end of the sound wave concentrator 242, and the small end speaker 241 of the sound wave concentrator 242 is connected.
  • the air conduit, the other end of the air duct of the speaker is connected to the sound chamber 281-1, the lead of the speaker 241 is connected to the metal shielded isolating wire 245, and the other end of the metal shielded isolating wire is connected to the plug 246.
  • the main body casing can be disassembled or installed in the upper and lower parts. When assembling, the joint surface and the other exposed seams should be sealed with glue and waterproof.
  • the above-mentioned noise-reducing portable safety earphone can be connected to the communication machine through a plug or directly connected to the landline.
  • the utility model is characterized in that: the noise-reducing aviation head-mounted safety earphone is provided, and the structure is: a leather headband, a stitched steel head bow 247, a head bow 247 and an adjustable bracket 251 are bolted, and the adjustable bracket 251 and the fixing bracket 252 are used.
  • the self-locking nut is fixedly connected, and the fixing bracket 252 is connected to the left ear shell 253 through the locking post, and the right ear shell 250 is connected and fixed in the same manner as the left ear shell 253;
  • the noise reduction primary microphone is installed in the noise reduction converter casing 254, and the noise reduction converter casing 254 is connected to the universal hose 255 through the variable direction hot wheel structure, and the left and right sound chambers are disposed in the ear casing, and the air duct 258 of the right sound chamber passes.
  • the left ear shell is connected to the sound chamber in the right ear shell along the steel bow 247 bracket, or is obliquely connected to the right sound chamber by the speaker shell 256, or an air duct is connected to each of the left and right sound chambers (see Fig. 42, Figure 43).
  • the utility model is characterized in that: one ear or two ears are respectively configured with three different frequency response speakers, three different frequency response acoustic channels, channel connected sound chambers and acoustic channel wires, and the corresponding structures are two earphones according to claim 24.
  • the iron speakers 166, 176 and the movable speakers 169, 178 are respectively disposed, respectively, to the big ends of the acoustic wave concentrators 165, 175 and 168, 177, and the respective acoustic concentrators 165, 175 and 168, 177 are respectively One end of one of the air ducts 163, 164 and 173, 174 is disposed, and the other ends of the air ducts 163, 164 and 173, 174 are respectively connected to the respective sound chambers 160, 161 and 170, 171 of the earplugs 162, 172 for listening to the ear.
  • a set of loudspeakers, air ducts and listening sound chambers are added to each ear on the basis of claim 24 (Fig. 28), the structure and connection of which are the same as in claim 24.
  • the safe, high-quality headphones with both ears are equipped with two pairs of headphones that are ultra-high quality and safe.
  • the noise-reducing earphone is set to one ear or two ears, and each of the two different frequency response speakers is a noise-reducing high-quality safety earphone.
  • the utility model is characterized in that: both ends of the air duct 1A and the sound concentrator or the sound chamber 2A are sealed and fixed by a hollow rivet 3A or glue or other methods, including the air duct 6A straight or a part of a spiral or all spiral shape, Or the middle section is that the spiral ends are straight, or the air duct is made into a bend 4A, the curved shape can be placed on the ear, and the bent end is provided with an earplug with a sound chamber.
  • the appropriate position is selected to open a small hole for air convection.
  • the size of the micro hole is related according to the size of the sound.
  • 1 is a right side view of a safety earphone with two speakers vertically placed and having a concentrated sound wave concentration port;
  • FIG. 2 is a front elevational view of a safety earphone with two speakers vertically placed and having a concentrated sound wave concentration port;
  • FIG. 3 is a right side view of a safety earphone of a speaker of the present invention, squared or obliquely placed, and the sound wave is concentrated and symmetrical;
  • FIG. 4 is a front elevational view showing a safety earphone of a speaker of the present invention, squared or obliquely placed, and the sound wave is concentrated and symmetrical;
  • Figure 5 is a schematic view of a sealed capsule of a speaker, a sound wave channel, and a symmetric sound wave concentration port of the present invention
  • Figure 6 is a cross-sectional view taken along the line A-A of the rectangular sound wave concentrating port of the present invention.
  • Figure 7 is a cross-sectional view taken along line A-A of the elliptical shape of the sound wave concentration port of the present invention.
  • Figure 8 is a cross-sectional view taken along line A-A of the sound wave concentration port of the present invention.
  • Figure 9 is a schematic view of the microphone installation of the present invention.
  • Figure 10 is a schematic view of the microphone installation of the present invention.
  • Figure 11 is a schematic cross-sectional view showing the mounting of the microphone of the present invention.
  • Figure 12 is a schematic view showing the fastening method of the rivet
  • Figure 13 is a schematic view of the manner in which the outer casing is fastened
  • Figure 14 is a front elevational view of the safety earphone of the present invention having one earplug, having one microspeaker and one microphone in each of the housings, and a switch in the housing;
  • Figure 15 is a perspective view of the present invention having an earplug, a microspeaker in a housing, a microphone and a switch disposed in a small housing, the other end of the small housing outlet being connected to the metal shielded isolation line Front view of a secure headset;
  • Figure 16 is a perspective view of the present invention in which two earplugs, two micro-speakers are respectively disposed in two of the outer casings, and the microphone and the switch are disposed in a small outer casing. The other end of the small outer casing is separated from the metal shield.
  • Figure 17 is a front elevational view of the earphone of the present invention having one earplug, one microspeaker in one of the front sound chambers, a microphone and a switch in the small casing;
  • Figure 18 is a front elevational view of the earphone of the present invention having two earplugs, two microspeakers in two of the front sound chambers, a microphone and a switch in the small housing:
  • 19 is a schematic diagram of a pair of ear-wired earphones with a head-mounted air duct configured in a secure earphone;
  • Figure 20 is a schematic view showing the addition of the speaker 105 and the speaker 111 to the basis of Figure 19, and the corresponding air duct and sound chamber;
  • Figure 21 is a schematic cross-sectional view showing the sealed connection between the air duct of the dual-tone chamber and the acoustic concentrator;
  • Figure 22 is a schematic cross-sectional view of a dual-tone earpiece
  • Figure 23 is a side view of a radiation-proof earphone with a metal shielded isolation wire for radiation protection
  • Figure 24 is a schematic view of a radiation-proof earphone with a metal shielded isolation wire for radiation protection
  • Figure 25 is a schematic diagram of a wire-controlled earphone that is delivered to the ear chamber by an air duct with two speakers of different frequency response.
  • Figure 26 is a schematic diagram of a wire-controlled earphone that is transmitted from one air channel to one sound chamber to one ear with two different frequency response speakers;
  • Figure 27 is a schematic view of a wire-controlled earphone that is sent to two ear chambers by two air-conducting speakers by two air-frequency speakers to one ear;
  • Figure 27-1 is a structural view of a double pipe air duct taken out from the outer casing
  • Figure 27-2 is a schematic view of a double tube integrated noodle air duct
  • Figure 28 is a schematic illustration of a two-wire wired headset with two sets of two different frequency response speakers illuminated by two air ducts and two chambers.
  • 29 is a side view showing a structure of a noise reduction head-mounted safety earphone
  • Figure 30 is a front elevational view showing the noise reduction head mounted safety earphone
  • Figure 31 is a top plan view of a noise-reducing head-mounted safety earphone structure
  • Figure 32 is an electrical schematic diagram of an audio converter that amplifies the audio signal of a microphone into a sound, and has a principle circuit of charging and power supply.
  • the circuit can change the amplification power of the circuit according to the length of the microphone air conduit to select different chips and different Circuit
  • Figure 33 is a schematic structural view of the noise reduction head mounted safety earphone left and right ear acoustic wave channels, between the speakers, and the microphone air duct and the primary microphone;
  • Figure 33-1 is a schematic view of the arrangement of three air ducts
  • Figure 33-2 is a schematic diagram of the connection of the acoustic channel of the speaker and the sounding cavity;
  • Figure 33-3 is a schematic view of another sounding chamber
  • Figure 33-4 is a schematic view of a triangular arrangement of three air ducts
  • Figure 34 is a side elevational view showing the structure of a noise-reducing head-mounted single-ear earphone
  • Figure 35 is a front elevational view showing the structure of a noise-reducing head-mounted single-ear earphone
  • 36 is a schematic structural view of a noise-proof hook-and-ear type ear-safe earphone
  • Figure 37 is a schematic view showing the structure of the portable safety headset
  • 38 is a schematic diagram of a portable safety earphone shape and a key switch long lever control switch
  • Figure 39 is a schematic view of the shape and switch structure of the portable safety headset.
  • 40 is a schematic diagram of a switch structure of a micro switch away from a switch button
  • 41 is a schematic structural view of a noise-reducing portable safety earphone
  • FIG. 42 is a schematic structural view of a side view of a noise reduction aviation head-mounted safety headset
  • 43 is a schematic front view showing the structure of a noise reduction aviation head-mounted safety headset
  • Figure 44 is a front elevational view showing the structure of an air duct or wire bent over the ear;
  • Figure 45 is a side elevational view of the earplug and the ear hanging with an air duct or with a wire;
  • Figure 46 is a schematic illustration of the air conduit and sonic concentrator connected by hollow rivets.
  • the utility model is characterized in that: the earplug head 1 is formed, the inner portion of the earplug head 1 is formed with a sound cavity 2, and the first end of the sound cavity body 2 has a sound outlet;
  • the main body 4 is provided with an acoustic wave concentrating cavity 10, and the acoustic wave concentrating cavity 10 is provided with a passage opening, and the passage end and the second end of the sound cavity 2 pass through the acoustic wave transmission channel 3 Connected
  • the acoustic wave concentrating cavity 10 is disposed between the microspeaker 5 and the acoustic wave transmission channel 3;
  • the microspeaker 5 is connected to a first end of a wire 8 located outside the body 4, and the second end of the wire 8 is connected to a plug 9.
  • a microphone or a noise reduction conversion transmission system configured to convert an active audio signal into a passive transmission signal and then return to active signal transmission.
  • the sound concentrator is disposed in the main body, and the two ends are respectively sealedly connected with the sound absorbing end of the micro speaker 5 and one end of the sound wave channel port, so that the sound wave of the micro speaker 5 passes through the sound wave concentrating cavity 10,
  • the other end of the sound wave transmission channel 3 is connected to the sound chamber 2, the sound chamber body is provided with the sound outlet, and the sound chamber body is covered with a soft sleeve. .
  • the main body 4 has a microphone 6 mounted thereon, and the main body 4 has a receiving hole corresponding to the microphone 6;
  • a switch 12 is further mounted on the main body 4, and the microspeaker 5 and the microphone 6 are both connected to the switch 12 and then connected to the wire 8.
  • the characteristic is that the acoustic wave transmission channel 3 is made of an insulating material, and the acoustic wave transmission channel 3 has an inner diameter of 3 mm and a length of 300 mm;
  • the cavity of the sound cavity is 1500 mm3:
  • the sound outlet is a hole and the sound outlet has a diameter of ⁇ 2 mm, or the sound outlet includes a plurality of holes and each hole has a diameter of ⁇ 2 mm.
  • the length of the acoustic wave transmission channel 3 is 500 mm.
  • each pair of oblique sides cooperate to form an inverted bell mouth shape, and the angle formed by the matching of the pair of oblique sides is 60°.
  • the characteristic is that the arcs around the acoustic wave concentration chamber 10 are all asymmetric.
  • the characteristic is that the shape of the inverted bell mouth means that the periphery of the sound wave concentration chamber 10 is an arc-shaped inverted bell mouth shape.
  • the characteristic is that the periphery of the sound wave concentration chamber 10 is composed of an arc-shaped or curved inverted bell shape and a diagonally inverted bell mouth shape.
  • the characteristic is that the cross section of the vertebral body of the sound wave concentration chamber 10 is elliptical.
  • the characteristic is that the acoustic wave concentrating cavity 10 and the horizontal cross section of the vertebral body surface adopt a circular arc transition polygon for each adjacent two sides.
  • the characteristic is that the microphone 6 is mounted in a circular hole in the main body 4, the sound receiving surface of the microphone is facing outward and the periphery is sealed, so that sound passes through the receiving hole on the main body 4, and then passes through the The sound receiving hole in front of the microphone receiving surface is further transmitted to the microphone 6.
  • the utility model is characterized in that: one end of the sound wave transmission channel 3 is installed at the input end of the earplug head, the other end is installed at the small end of the sound wave concentration cavity, and the two ends of the sound wave transmission channel 3 are hollow rivets 17- 1 Inserting the expansion, so that the two ends of the acoustic wave transmission channel are respectively fixed at the input end of the earplug head and the small end of the sound wave concentrator, and the micro-speaker is installed at the big end of the sound wave concentrator, and the three joints are sealed.
  • the characteristic is that one end of the sound wave transmission channel 3 is sleeved to the input end of the earplug head, and the other end is sleeved to the output end of the sound wave concentrator, and the outer diameters of the ends of the sound wave transmission channel 3 are equally set.
  • a jacket 17-2 for fastening is provided.
  • the characteristic is that the wire 8 is shielded by a metal shield and the wire is grounded.
  • the characteristic is that the micro-speaker 5 is one, the sound wave concentrating cavity 10 is one, the channel port is one, and the sound emitted by the micro-speaker 5 passes through one of the sound wave transmission channels connected to the channel port. 3 is sent to one of the earplug heads 1.
  • the characteristics are that the two micro-speakers 5 are two, and the acoustic wave concentrating chambers 10 are two, and one of the micro-speakers corresponds to a large end of the sound concentrating cavity, and the small end of each of the sound wave concentrating chambers 10
  • One of the passage openings is provided, and one of the passage openings corresponds to one sound wave transmission passage and corresponds to one of the earplug heads.
  • the characteristic is that the sound wave concentration chamber 10 has a structure that is small and large.
  • microspeaker 5 is circular.
  • micro-speaker 5 is placed vertically in the body 4.
  • the sound concentrator and micro-speaker are set as one outer casing, and a small outer casing is installed to install the microphone and switch and volume control.
  • the characteristics are: in this example, a head-mounted safety earphone with an air duct is attached, and the air chambers 86 and 92 of the length of 600 mm are connected to the sound chambers of the two ears, and the audio wires are shielded from the ground by a transparent metal shielded isolation wire shield layer. One end is connected to the plug 98, and the other end is connected to the speaker 88. One end of the audio wire of the microphone 96 is also connected to the other end of the plug 98, and the microphone 96 is kept at a distance of 50 mm from the speakers 88 and 94, and several microphones are installed.
  • the isolation is carried out according to the claims "1-4", and the structure in which several speakers are mounted together is relatively simple and the volume is small.
  • the utility model is characterized in that: a speaker housing 89, 95 having two mounting speaker cavities is provided, and the speakers 88, 94 are respectively installed, and the sound emitting ports of the respective speakers are provided with the big ends of the acoustic wave concentrators 87, 93, and the acoustic wave concentrator 87, 93 is the inverted bell mouth, the small end is connected with the air ducts 86, 92, the other end of the air duct is sealed to the sound chambers 85, 91 of the sound, and the sound chambers 85, 91 are mounted on the ends of the head bow frame and are placed on the ears.
  • the sound ports of each speaker are sealed with the matching sound concentrator and the air conduit, and the rest of the settings are the same as in the embodiment 24.
  • the characteristic is that: in this example, the sound of two kinds of speakers is set in one ear, that is, one speaker 106, 112 is installed in each of the two speaker mounting shells of the headset in the embodiment 24, and the attached
  • the frequency response of the speakers 106, 112 and the original speakers 102, 113 is different, that is, one of the two speakers is equipped with a high-frequency and low-audio speaker, and a sound channel is added in parallel, in the two earpieces.
  • 99, 107 are respectively provided with an earpiece 107 which is a sound chamber into two sound chambers 117, 118 and an earpiece 99 of the double sound chambers 117-1, 118-1, and the connection manner of the installed speaker, air duct and sound chamber. Same as in Example 24.
  • the characteristic is that: in this example, a headphone without an air duct is used, and the air duct is removed according to the structure in Embodiment 1, and the speakers 120 and 120-1 are directly mounted to the sound chambers 119 and 119-1.
  • One end of the audio wire 123 is connected to the speaker 120, 120-1 and the other end is connected to the plug 124.
  • One end of the wire of the microphone 121 is also connected to the plug 124, and the other end is connected to the end point of the microphone 121 by the support hose 122 of the adjustable microphone position.
  • the wire used is a transparent or opaque metal shielded isolation wire, and the shielding layer is provided with one or several separate shields or a plurality of combined shield grounds. Or install two speakers with different frequency response in the sound chamber, so the frequency response is very wide and the sound quality will be very good!
  • the characteristic is that one end of an optional one of the long 500mm air ducts 127 of the external wire-controlled earphone is connected to the small hole 128 at the gathering place of the small end portions of the two acoustic wave concentrators 129, 132, and the two acoustic wave concentrators 129 are arranged.
  • the big end of the 132 is mounted with one of the moving coil speaker 130 and the moving iron speaker 133, and the other end of the air duct 127 is connected to the sound chamber 125.
  • the above-mentioned speaker and sound concentrator, the connection between the sound concentrator and the second sound wave concentrator, the connection of the sound concentrator and the air conduit, the connection of the air conduit and the earphone sound chamber are all set to be sealed, and the moving iron speaker and the moving The magnetic field of the ring speaker is isolated by metal.
  • the characteristic is that the two speakers 143, 144 are respectively mounted to the acoustic concentrator and sent to the big end of the second-stage acoustic concentrator 139 by the small end of the respective acoustic concentrators 142, 140, and the second-stage acoustic wave is concentrated.
  • the small end of the 139 is connected to one end of an air duct 138, and the other end of the air duct 138 is connected to the sound chamber 136 of the earplug 137 for listening to the ear, and the rest of the arrangement is the same as that of the embodiment 28.
  • a single-ear earphone is provided with one of the iron speaker 156 and the movable speaker 153, and each is disposed to the big end of the sound wave concentrators 155, 152, and the respective sound wave concentrators 155, 152 are One end of one of the air ducts 151, 150 is disposed, and the other end of the air ducts 151, 150 is connected to the respective sound chambers 147, 148 of one earplug 149 for listening to the ear, and the rest of the arrangement is the same as that of the embodiment 28.
  • the utility model is characterized in that two air ducts 151-1 and 150-1 are opened in a flat insulating hose 151-3, and sound waves of the two types of speakers 153 are transmitted to the sound chamber of the earplug 149 for listening to the ear, and the rest of the arrangement and the embodiment 28 is the same.
  • the utility model is characterized in that two ear chambers 147, 148 are arranged in one earplug 149, and one end of one sound chamber is connected by 147, 148 by two air ducts 151, 150, and the other ends of the two sound chambers 147, 148 are connected to the ear.
  • the rest of the setting structure is the same as that of the embodiment 28.
  • the characteristic is that: in this example, the earphone provided to the two ears is used, and the structure of the sound cavity which needs to be provided to the two ears when the speaker is to the earplug is set, that is, two earphones respectively set the iron speakers 166, 176 and
  • the moving speakers 169, 178 are each disposed to the large end of the acoustic concentrators 165, 175 and 168, 177, and the respective acoustic concentrators 165, 175 and 168, 177 are each configured with air ducts 163, 164 and 173, At one end of the 174, the other ends of the air ducts 163, 164 and 173, 174 are respectively connected to the respective sound chambers 160, 161 and 170, 171 of the earplugs 162, 172 for listening to the ear, and the structure of the speaker to the plug is according to claim 1.
  • the circuit and structure in 23 can be equipped with a suitable pair of double-eared wire-controlled headphones, so the sound quality
  • the utility model is characterized in that: the noise reduction head-mounted safety earphone is adopted in the embodiment, and the structure is provided with a left ear ear cover 195, a left ear shell 195-1, a right ear ear cover 194, a right ear shell 194-1, a headband 185, a switch and switch housing 191, a noise reduction transmission arm 198, a noise reduction converter 196, a housing 195-1, a speaker housing 190, and a plug 193; and a noise reduction conversion system is provided: the noise reduction primary microphone, the active audio signal is converted to none The transmission of the source audio signal is set up with a microphone lead connected to the secondary audio amplifier circuit (Fig.
  • the circuit is selected according to the length and diameter of the selected microphone air duct, and the sound ports of the speakers 207, 208 are connected to the sound wave.
  • the small ends of the sound concentrators 205, 206 are connected to one end of the microphone air duct 189-1 by rivets, and the other end of the microphone air duct 189-1 is connected to the small end 203 of the horn sound chamber.
  • the large end of the bell mouth cavity 203 is connected to the receiving surface of the secondary microphone 204; the connection from the sound port of the speaker through the air duct to the receiving surface of the secondary microphone is sealed; the other end of the secondary microphone leads Connection gold One end of the line of separation of the shield 193, the metal shielding receptacle other ends of the separation line 192 is connected to one end of the plug 193, the plug 193 is connected with the communication apparatus;
  • the active part of the conversion system is provided with an electronic circuit board and is provided with a power supply circuit for the battery supply circuit and the device, a charging circuit and a charging socket connected to the battery, a power indicating light emitting tube and a power switch, and the above-mentioned conversion system is active.
  • the audio signal devices are all mounted in the converter, and the conversion system's speakers are mounted on the outside of the microphone or the left ear housing cavity at a distance from the primary microphone ( Figure 32).
  • the microphone uses active conversion to passive transmission and then restores to active transmission.
  • the air duct can be set long and the microphone is close to the sounding port to achieve noise reduction and high prevention. The damage of the communication machine to the ears and the brain.
  • the left ear air duct 187-1 has one end connected to the sound chamber 209-1 and the other end is connected to the small end of the sound wave concentrator 205, the sound concentrator 205 is connected to the speaker 207 at the big end, and the other end of the speaker 207 is connected to the metal shield wire 193;
  • the right ear air duct 184-1 is connected to the right ear sound chamber and the other end is parallel to the outer side of the metal bow 186.
  • the left ear housing 195-1 is parallel to the left ear air duct 187-1 to the speaker housing 190 to connect the right ear sound wave concentration.
  • the other end of the right ear acoustic wave concentrator 206 is connected to the right ear speaker 208, and the other end of the right ear speaker 208 is connected to the metal shielded wire 193, and is connected to one end of another metal shielded wire 192 through the switch 191, the metal The other end of the shielded wire 192 is connected to the plug 193.
  • the three air ducts are glued flat and the outside is wrapped with a flexible material.
  • the left and right ears of the two speakers and the left and right ear sound wave concentrator and the secondary microphone are arranged in the switch housing, the connection mode is the same as that of the embodiment 33; the three air duct triangles are integrated into one outer and wrapped with a flexible material. The rest of the setting structure is the same as that of the embodiment 33.
  • the utility model is characterized in that: in this example, the air duct of the right ear is obliquely pulled from the speaker casing to the sound chamber of the right ear, that is, it is not guided by the metal bow, and the rest of the arrangement is the same as that of the embodiment 33.
  • the characteristic is that in this example, three air ducts are taken out from the E side of the switch housing and connected to the left ear housing, and the rest are the same as in the embodiment 33.
  • the noise-reducing headband-safe earphone is used as a mono circuit, and the left and right ear speakers are combined to use one speaker to connect to an acoustic waveguide through a sonic concentrator to the left ear cavity.
  • the entrance of the three links, the three links have two outlets, one of which is connected to the entrance of the right ear chamber, and the other outlet is connected to the sound chamber of the right ear along the steel bow.
  • the noise-reducing head-mounted single ear safety earphone is provided with an elastic bow clamp 199 installed on the outer casing 200-1, and the round clip 201 is installed at the end of the bow clamp, and the circuit structure of the conversion system and The connection method is the same as claim 25;
  • One end of the microphone air duct 203 is connected to the small end of the sound concentrator of the converter 196-1, the big end of the sound concentrator is connected to the sound emitting surface of the speaker of the converter, and the other end is connected to the speaker cavity 203-1.
  • the small end is connected, the big end of the speaker cavity 203-1 is connected to the receiving surface of the secondary microphone 204-1, and the other end of the secondary microphone 204-1 is connected to one end of the metal shielded isolating wire 205, and the metal shielded isolating wire 205
  • the other end is connected to the plug 206;
  • One end of the air duct 202 of the left ear is connected to the entrance of the sound generating chamber in the outer casing 200-1 (the structure is referred to as FIG. 33-2, the sound chamber number is 209-2), and the other end is connected to the small end of the acoustic wave concentrator 205-1.
  • the sound concentrator 205-1 is connected to the speaker 207-1 at the big end, the other end of the speaker 207-1 is connected to the metal shielded isolating wire 205, and the other end of the metal shielded isolating wire 205 is connected to the plug 206, the secondary microphone and the left ear speaker and The sound is separated by a spacer between the sound concentrators.
  • the microphone uses active conversion to passive transmission and then restores to active transmission.
  • the air duct can be set long and the microphone is close to the sounding port to achieve noise reduction and high prevention. The damage of the communication machine to the ears and the brain.
  • the utility model has the following features: the noise reduction hook-and-ear type single-ear safety earphone is provided in the present embodiment, and the three-in-one bracket main body is provided, the main body is provided with the ear frame hook 211, the front side is provided with the noise reduction transmission arm 198-2, and the transmission arm 198 is provided.
  • the body is provided with an earplug, and the earplug is provided with a sound chamber (structure shape and Figure 33-2, the sound chamber number is 209-3), the sound chamber 209-3
  • the inlet is connected to one end of the air duct 212 of the earplug, the other end of the air duct 212 is connected to the small end of the acoustic wave concentrator 212-1, and the large end of the acoustic concentrator 212-1 is mounted with the speaker 214-1.
  • Both the speaker 214-1 and the secondary microphone 214-2 are mounted in the speaker housing 214 and are acoustically isolated from the speaker 214-1.
  • the structure of the noise reduction conversion system circuit connection and the rest are the same as in the embodiment 38.
  • the utility model has the following features: a safe portable earphone, an upper end of the portable arm 230 is provided with an earpiece sound chamber 218, an end surface of the sound chamber 218 is provided with an upper cover 228, and the other end of the sound chamber 218 is connected with one end of the air duct 220, and the other end of the air duct 220 is connected.
  • the small end of the sound concentrator 222 Connected to the small end of the sound concentrator 222, the big end of the sound concentrator 222 is connected to the speaker 224, the connecting line of the speaker 224 connecting line and the microphone 223 is connected to the metal shielded isolated wire 226 through the switch 231, and the other end of the wire 226 is connected to the plug 225. ;
  • the switch 231 is disposed on the side of the middle of the portable safety earphone, and the button of the switch 231 is mechanically operated by the link to electrically switch the speaker 224 and the microphone 223 to be turned off or on.
  • the characteristic is that: in this example, the long arm 232 of the micro switch 233 of the switch top is used to open or open the micro switch 233, and the rest of the configuration and structure are the same as in the embodiment 40, so that the active circuit is always kept with the brain.
  • the distance, the microphone and the speaker are installed in two chambers that are separated from each other in the cavity below the main body casing.
  • the connection line of the microphone is connected through the insulation plate and sealed with glue. This arrangement can achieve good radiation protection.
  • the characteristic is that the noise reduction portable safety earphone main body casing 230-1 is provided with a noise reduction microphone signal conversion system at the lower part: converting the active audio signal into a passive audio signal transmission, and setting the lead connection level of the primary microphone 239
  • the audio amplifying circuit pushes the speaker 238, the sound port of the speaker 238 is connected to the big end of the sound concentrator 236, and the small end of the sound concentrator 236 is connected by a rivet and one end of the air duct 240, the other end of the microphone air duct 240 and The small end of the bell mouth cavity 242 is connected, and the big end of the bell mouth cavity 242 is connected to the receiving surface of the secondary microphone 243, and the connection from the sounding mouth cavity of the speaker through the air duct to the receiving surface of the secondary microphone is The other end of the metal shielded isolation wire 245 is connected to the plug 246;
  • the active part of the conversion system is provided with a power supply for the battery supply circuit and the device, and is provided with a charging circuit and a charging socket connected to the battery, and a indicating light emitting tube.
  • the speaker 238 of the conversion system and the primary microphone 239 are respectively mounted on the outer casing of the sound body. In the two chambers of 230-1, the lead of one microphone passes through the partition and is sealed with glue.
  • the secondary microphone 243 and the speaker 241 are disposed in the outer casing 230-2 and are provided with a sound insulating plate.
  • the sound emitting surface of the speaker 241 is connected to the big end of the sound wave concentrator 242, and the small end speaker 241 of the sound wave concentrator 242 is connected.
  • the air conduit, the other end of the air duct of the speaker is connected to the sound chamber 281-1, the lead of the speaker 241 is connected to the metal shielded isolating wire 245, and the other end of the metal shielded isolating wire is connected to the plug 246.
  • this example is equipped with a noise-reducing aviation head-mounted safety earphone, the structure is: leather headband, stitched steel head bow 247, head bow 247 and adjustable bracket 251 are bolted, adjustable bracket 251 and fixed bracket 252 is fixedly connected by a self-locking nut, and the fixing bracket 252 is connected to the left ear shell 253 through the locking post, and the right ear shell 250 is connected and fixed in the same manner as the left ear shell 253;
  • the noise reduction primary microphone is installed in the noise reduction converter casing 254, and the noise reduction converter casing 254 is connected to the universal hose 255 through the variable direction hot wheel structure, and the left and right sound chambers are disposed in the ear casing, and the air duct 258 of the right sound chamber passes.
  • the left ear shell is connected to the sound chamber in the right ear shell along the steel bow 247 bracket.
  • the characteristic is that the speaker housing 256 is obliquely connected to the right ear chamber to the right sound chamber, and the rest of the settings are the same as in the embodiment 43.
  • the utility model is characterized in that: one ear is provided with three different frequency response loudspeakers, three different frequency response acoustic wave channels, channel-connected sound chambers and acoustic channel wires, and the corresponding structures are respectively set up according to claim 24; Iron speakers 166, 176 and moving coil speakers 169, 178 are each disposed to the large ends of the acoustic concentrators 165, 175 and 168, 177, each of which is configured with an air conduit One end of one of 163, 164 and 173, 174, the other end of the air ducts 163, 164 and 173, 174 are respectively connected to the respective sound chambers 160, 161 and 170, 171 of the earplugs 162, 172 for the ear to listen to, in the configuration three
  • the loudspeakers of different frequency response are each added with a set of speakers, air ducts and sound chambers for each ear on the basis of claim 24 (Fig. 28), and are constructed and connected in the same manner as in claim 24.
  • the earphones of the safe earphones are two earphones based on the embodiment 46, which is a super high quality and safety earphone.
  • the noise-reducing earphone is set to two ears with different frequency response speakers for noise reduction and high-quality headphones.
  • the characteristics are as follows: in this example, a headphone with an air duct is attached, and the air chambers of the two ears are connected to the air ducts 86 and 92 of 300 mm in length, and the audio wires are shielded from the ground by a transparent metal shielded isolation wire shield.
  • the other end of the plug 98 is connected to the speaker 88.
  • the audio cable of the microphone 96 is also connected to the other end of the plug 98.
  • the microphone 96 is kept at a distance of 50 mm from the speakers 88 and 94.
  • the microphone 96 is provided with a housing 96- 1.
  • the air duct is made into a bend 4A, the curved shape can be placed on the ear, and the bent end is provided with a belt.
  • the earplug 5A of the sound chamber is inserted into the ear with the earplug 5A, and the rest of the settings are the same as in the embodiment 24.

Landscapes

  • Engineering & Computer Science (AREA)
  • Physics & Mathematics (AREA)
  • Acoustics & Sound (AREA)
  • Signal Processing (AREA)
  • Health & Medical Sciences (AREA)
  • Otolaryngology (AREA)
  • Manufacturing & Machinery (AREA)
  • Multimedia (AREA)
  • Headphones And Earphones (AREA)
  • Soundproofing, Sound Blocking, And Sound Damping (AREA)

Abstract

本发明涉及安全的耳机，主要包括线控式的安全耳机和头戴式的安全耳机，采用了不同频响的多个扬声器分别供二个耳朵听，所以频率响应特别好；更重要是设置了降噪音频信号转换系统，有效地将有源降噪音频信号的传输转换为无源音频信号的传输，可经过很长达1000mm后又恢复到有源音频信号的传输，使人体长距离隔绝通信机的辐射，从而达到高度地防辐射效果，并解决了现有防辐射耳机话筒必须要置在空气导管之外的技术问题。所以这项发明确实是既高强度地防辐射又高音质还防噪声的优良的安全的耳机。

Description

安全的耳机
  技术领域
   本发明涉及到一种防辐射或安全耳塞机，更具体地说，涉及到一种用于手机等高频磁场等辐射较强的通信设备的防辐射耳塞机和立体声防辐射耳塞机，尤其涉及到一种频率响应得到真正改善的，而且能产生更好的立体声效果的耳塞机，比传统的线控耳机的频率响应还要好。
背景技术
常用的耳塞机，如手机或其它通信设备上配带的耳塞机，包括插头、导线和耳塞头，耳塞头内装微型扬声器。由于直接用手机接打电话，手机所产生的超高频磁场等有害辐射线会严重刺激人的大脑神经，影响人的身体健康，人们往往使用耳塞机接打手机以减少超高频词场以及电波、热能等多种辐射线对人体大脑的损害。但是，使用耳塞头内直接安装扬声器的普通耳塞机仍然不能避免收到诸如超高频词场之类的辐射线通过耳塞头传送到耳朵内部直接危害大脑的危险。另外，这种内装扬声器的耳塞头本身带有的高1600高斯的永久性磁体磁场同样对人体大脑也会造成损伤。因此，长时间、高频次的使用手机或此类耳塞机都容易产生头痛、头晕、头麻等症状。
 有技术的防电磁辐射的耳机，如专利号为：ZL02244828.4，名称为：无辐射耳机，虽然能减少电磁辐射，但由于其一仅有5-10cm的声波通道，其二没有设置金属屏蔽隔离线所以达不到2mG（毫高斯，以下同）或2mG以下的要求，而控制在2mG或2mG 以下，是由于磁场对人体有伤害，手机发明人美国斯坦福大学博士、美国工程院博士、台湾交通大学施敏教授提出的要求。因此，已有技术的耳机满足不了上述电磁辐射的要求，同时也没有音腔等。因此，频率响应不好；本发明人申请的专利号为：200810167226.5，名称为：安全耳塞机的申请文件，也公开了安全耳塞机的五项发明，公开了实现防辐射的办法和提高音质的方法，已获得了世界九个国家的专利，但是该专利的音质没超越传统耳机的，本申请就是公开了音质超越传统的耳机而且能再提高防辐射的效果，达到无辐射的效果。
 技术问题
综上所述，人们非常需要有一种真正能够高性能防止电磁辐射和频率响应比传统耳机更好的耳塞机，一种频率响应得到真正改善的耳塞机，一种具有无辐射、更好的立体声效果的耳塞机。
 技术解决方案
本发明涉及安全的耳机，主要包括线控式的安全耳机和头戴式的安全耳机，采用了不同频响的多个扬声器分别供二个耳朵听，所以频率响应特别好，比传统的耳机还要好，而且设置了降噪声特殊方案，更重要是设置了降噪音频信号转换系统，有效地将有源降噪音频信号的传输转换为无源音频信号的传输，又恢复到有源音频信号的传输使空气导管无源的信号传输可置于1000mm长度，因为设置了金属屏蔽隔离线所以使人体长距离隔绝通信机的辐射，但话筒还是和发音口保持很近的距离，从而达到了良好地降噪又达到高度地防辐射效果并且具有高音质，并解决了现有防辐射耳机话筒必须要置在空气导管之外的技术问题，因为话筒离远了话筒的效果就差了，声音还小。
所以这项发明确实是既高强度地防辐射又高音质还防噪声的优良的安全的耳机。
一种安全的耳机，其特征在于，
包括：耳塞头1，所述的耳塞头1的内部形成有音腔体2，所述音腔体2的第一端具有出音口；
     主体4，所述主体4的内部设有声波集中腔10，所述声波集中腔10上开设有通道口，所述通道口与所述音腔体2的第二端通过所述声波传输通道3连通；
     微型扬声器5，所述声波集中腔10设置在所述微型扬声器5和所述声波传输通道3之间；
所述微型扬声器5与位于主体4外的导线8的第一端连接，所述导线8的第二端连接有插头9。
话筒或设置为有源音频信号转换为无源传输信号，再恢复为有源信号传输降噪转换传输系统。
如以上所述的安全的耳机，
其特征在于，所述主体内设有声波集中器，两端分别与所述微型扬声器5的发音端周边和声波通道口的一端密封连接，使所述微型扬声器5的声波通过声波集中腔10，再通过所述声波传输通道3的另一端连接到所述的音腔体2，所述音腔体设有所述出音口，且所述音腔体2上盖出音口设有软套。
如以上所述的安全的耳机，其特征在于，
      所述主体4的内部安装有话筒6，所述主体4上具有与所述话筒6对应的受话孔；
      所述主体4上还安装有开关12，所述微型扬声器5和所述话筒6均与所述开关12连接后再与所述导线8连接。
如以上所述的安全的耳机，其特征在于，
     所述声波传输通道3由绝缘材质制成的管，所述声波传输通道3的内径为1-6mm，长度为20-800mm；
所述音腔体的容腔为600mm³-9000mm³：
所述出音口为一个孔且所述出音口的直径为Ø1-8mm，或所述出音口包括多个孔且各孔的直径为Ø0.3-3mm。
5.如以上所述的安全的耳机，其特征在于，所述声波传输通道3的长度为20-1000mm。
如以上所述的安全的耳机，
其特征在于，所述声波集中腔10是倒喇叭口形状。
如以上所述的安全的耳机，
其特征在于，在所述声波集中腔10周边的两对斜边或弧线或曲线中，每对斜边相配合均形成倒喇叭口形状，各对斜边或弧线或曲线相配合所形成的夹角为9°至130°。
如以上所述的安全的耳机，
其特征在于，所述声波集中腔10周边的两对斜边或弧线或曲线中至少一对为对称的。
如以上所述的安全的耳机，
其特征在于，所述声波集中腔10周边的两对斜边或弧线或曲线均为不对称的。
如以上所述的安全的耳机，
其特征在于，所述倒喇叭口形状是指：所述声波集中腔10的周边均是弧线形的倒喇叭口形状；或所述声波集中腔10的周边均是斜线的倒喇叭口形状；或所述声波集中腔10的周边均是曲线的倒喇叭口形状；或声波集中腔10的周边由弧线形或曲线的倒喇叭口形状和斜线的倒喇叭口形状共同构成的。
如以上所述的安全的耳机，
其特征在于，所述声波集中腔10的椎体的截面或与椎体底面水平的截面为椭圆形、圆形、矩形或者每相邻两边均采用圆弧过渡的多边形。
如以上所述的安全的耳机，
其特征在于，所述话筒6安装在所述主体4上的一个圆孔内，所述话筒的受音面向外并且周边密封，使声音通过所述主体4上的受话孔，再通过所述话筒受音面前面的受音孔进而传送到所述话筒6。
如以上所述的安全的耳机，
其特征在于，所述声波传输通道3一端安装在所述耳塞头的输入端，另一端安装在所述声波集中腔的小端，所述声波传输通道3的两端端口内用空心铆钉17-1插入胀开，使所述声波传输通道的两端分别固定在所述耳塞头的输入端和声波集中器的小端，声波集中器的大端安装微型扬声器，三者连接处密封。
如以上所述的安全的耳机，
其特征在于，所述声波传输通道3的一端套到所述耳塞头的输入端，另一端套到所述声波集中器的输出端，所述声波传输通道3两端端头的外径均套设有用于紧固的外套17-2。
如以上所述的安全的耳机，
其特征在于，所述导线8采用金属屏蔽隔离线，将导线屏蔽接地。
如以上所述的安全的耳机，
其特征在于，所述微型扬声器5为一个，所述声波集中腔10为一个，所述通道口为一个，所述微型扬声器5发出的声音通过连接至所述通道口的一条所述声波传输通道3被送到一个所述耳塞头1中。
如以上所述的安全的耳机，
其特征在于，所述微型扬声器5为两个，所述声波集中腔10为两个，一个所述微型扬声器对应一个所述声波集中腔的大端，各所述声波集中腔10的小端均设有一个所述通道口，一个所述通道口对应一条声波传输通道并对应一个所述耳塞头。
如以上所述的安全的耳机，
其特征在于，所述声波集中腔10呈上小下大的结构。
如以上所述的安全的耳机，
其特征在于，所述微型扬声器5为圆形或者椭圆形。
如以上所述的安全的耳机，
其特征在于，所述的微型扬声器5垂直或者斜向放置在所述主体4内。
如以上所述的安全的耳机，
其特征在于，不设主体，将声波集中器和微型扬声器设置为一个外壳，另设置一个小外壳安装话筒和开关及音量调控。
 如以上所述的安全的耳机，
其特征在于，将空气导管设置为长20mm或单用金属屏蔽隔离线防辐射。
如以上所述的安全的耳机，
   其特征在于，1）带空气导管的头戴式安全的耳机,贴两耳朵的音腔连接长20-1000mm中任选一段的空气导管86、92，音频导线用外表透明或不透明的金属屏蔽隔离线屏蔽层屏蔽接地的，一端接插头98，另一端接扬声器88，送话器96的音频导线一端也接插头98另一端接送话器96，送话器96与扬声器88、94保持20mm-100mm距离，送话器96设一个外壳96-1,或者将几个扬声器和送话器装在一个外壳内根据权利要求“1-4”进行隔离互相的干扰。
设左右各一个扬声器外壳，或者设一个具有两个安装扬声器腔体的扬声器外壳89、95，各自安装扬声器88、94，各扬声器发音口配到声波集中器87、93大端，所述的声波集中器87、93是倒喇叭口的，小端连接空气导管86、92，空气导管86、92的另一端密封连接发音的音腔85、91，所述的音腔85、91安装在头戴弓架的两端夹在耳朵上听，各扬声器发音口与相配的声波集中器及空气导管三者连接处密封。 
2）上述第一项头戴式耳机均是单式的扬声器，本项设置的是一个耳朵听二种扬声器的声音，即在上述的头戴式耳机的两个扬声器安装壳内各加装了一只扬声器106、112，加装的扬声器106、112和原来的扬声器102、113的频率响应是不一样的，即二个扬声器外壳内安装高音频与低音频的扬声器各一只，在平行位置加了一条声波通道，在两个听筒99、107内均加设了一个音腔成双音腔117、118的听筒107和双音腔117-1、118-1的听筒99，加装的扬声器、空气导管、音腔的连接的方式和本权利要求第一项的连接方式一样。
3）不带空气导管的头戴式的耳机是根据上述的结构去掉空气导管，将扬声器120、120-1直接安装到音腔119、119-1，音频导线123一端接扬声器120、120-1另一端接插头124，送话器121的导线一端也接插头124另一端用可调节话筒位置的支撑软管122或金属丝支撑连接到端点的送话器121，所用的导线采用外表透明或不透明的金属屏蔽隔离线，屏蔽层设置每条或几条分别屏蔽或多条合并屏蔽接地。或音腔里安装两个扬声不同频率响应的扬声器，这样频率响应就很宽，音质会很好！
如以上所述的安全的耳机，
其特征在于，1）设置外接的线控耳机的长20-1000mm空气导管127中任选一段的一端连接两个声波集中器129、132小端的汇集处的小孔128，配置所述的两个声波集中器129、132的大端安装动圈扬声器130和动铁扬声器133各一只，或不同频响应的扬声器各一只，空气导管127另一端接到音腔125；
2）或者二只扬声器143、144各自安装到声波集中器用各自的声波集中器142、140的小端送到第二级声波集中器139的大端，由所述的第二级声波集中器139小端连接到一条空气导管138的一端，空气导管138另一端连接到耳塞137的音腔136给耳朵听；
3）或者一个单耳的耳机设动铁扬声器156和动圈的扬声器153或者不同频率响应的扬声器各一个，各自配置到声波集中器155、152的大端，所述的各自声波集中器155、152并各自配置空气导管151、150一条的一端，空气导管151、150平行的另一端接到一个耳塞149各自音腔147、148里给耳朵听；
或者在一条扁形的绝缘软管151-3开通二条空气导管151-1、150-1，将两种扬声器153的声波传递到耳塞149的音腔给耳朵听；或者将一个耳塞149内设置二个音腔147、148，由二条空气导管151、150各自连接147、148一个音腔的一端，二个音腔147、148的另一端通到耳朵听；
上述的扬声器与声波集中器、声波集中器与二级声波集中器之间的连接、声波集中器与空气导管的连接、空气导管与耳塞音腔四者的连接全部设置为密封的，动铁扬声器与动圈扬声器的磁场用金属进行隔离，或者将两扬声器的位置设置在一定的距离。
4）上述设置均为供一个耳朵听的扬声器和空气导管及耳塞的结构，设置提供给两个耳朵听时需要将扬声器至耳塞的音腔的结构设置两套即两只耳机分别设动铁扬声器166、176和动圈的扬声器169、178，各自配置到声波集中器165、175和168、177的大端，所述的各自声波集中器165、175和168、177并各自配置空气导管163、164和173、174一条的一端，空气导管163、164和173、174平行的另一端分别接到耳塞162、172各自音腔160、161和170、171里给耳朵听（如图28），扬声器至插头的结构根据权利要求1-23中的电路及结构任选一种合适的配上两付即可，成为双音频的双耳的线控耳机，所以不但音质好而且立体声很强。
本权利要求所述的结构是在1-23权利要求中的线控结构的，即扬声器开始至音腔的结构进行了改进，扬声器接线至插头的结构从权利要求1-23中任选相应的一种，或将插头设置标准的，或根据通信机外壳上的插座设置配套。所述的标准插头直接插到通信机即直接与通信机连接使用。
如以上所述的安全的耳机，
其特征在于，降噪头戴式安全的耳机其结构设置有左耳听罩195、音腔罩195-3、左耳外壳195-1、右耳听罩194、右耳外壳194-1、头带185、开关及开关外壳191、降噪传输臂198、降噪转换器196、外壳195-1、扬声器外壳190、插头193；设置有降噪转换系统：将降噪一次话筒，有源音频信号转换为无源音频信号的传输，再恢复到有源音频信号的传输，设置了一次话筒引线连接二级音频放大器电路（图32）推动扬声器，电路根据所选定的话筒空气导管的长度、直径而选定，扬声器207、208的发音口连接声波集中器205、206的大端，声波集中器205、206的小端通过铆钉与话筒空气导管189-1的一端连接，话筒空气导管189-1的另一端和喇叭口音腔的203小端连接，喇叭口音腔203的大端与二次话筒204的受话面连接；从所述的扬声器的发音口通过空气导管至二次话筒受话面的连接均为密封的；二次话筒的另一端引线连接金属屏蔽隔离线192的一端，所述的金属屏蔽隔离线192的另一端连接插头193的一端，插头193的另一端与通信机的插座连接；
转换系统有源部分设有电子线路板并设有电池供给电路和器件的电源，设有与电池连接的充电电路和充电插座，设有电源指示发光管及电源开关，上述的转换系统的有源音频信号的器件全部安装在转换器内，转换系统的扬声器安装在离一次话筒一定距离的话筒中部或左耳外壳音腔的外侧（图32），电路可根据话筒空气导管长短改变电路的放大功率选用不同的芯片及不同的电路。
话筒采用了有源转换为无源传输再恢复到有源的传输可将空气导管设置得很长，并且使话筒离发音口很近，以达到降噪声的效果，同时达到了极高的防止通信机对耳朵及大脑的伤害。
  左耳空气导管187-1一端接发声音腔209-1的入口，另一端接声波集中器205小端，所述声波集中器205大端连接扬声器207，扬声器207另一端引线连接金属屏蔽导线192，右耳空气导管188-1一端接右耳发声音腔的入口，另一端顺着金属弓186的外侧经过左耳外壳195-1与左耳空气导管187-1平行到扬声器外壳190连接右耳声波集中器206小端，右耳声波集中器206另一端连接右耳扬声器208，右耳扬声器208另一端引线连接金属屏蔽导线192，通过开关191接到另一段金属屏蔽导线192的一端，所述的金属屏蔽导线192的另一端均连接插头193。或者将左右耳两只扬声器及左右耳声波集中器和二次话筒设在开关外壳内，连接方式不变，发音腔的出口设单孔或多个小孔，上述扬声器的对流孔设为向安装的外壳的外面排，话筒与扬声器要进行隔离；
  三条空气导管平排粘合(图33-1)，或三角合并为一体（图33-4），或三角合并为一体外面用柔性材料包裹；
 或者设右耳的空气导管从扬声器外壳斜拉到右耳发声音腔的入口连接，即不顺着金属弓引过。
 或者上述三条空气导管从开关外壳的E面引出，连接到左耳外壳内；
降噪声头带式安全的耳机作为单声道电路使用时，将左右耳的扬声器合并使用一个扬声器通过一个声波集中器接到一条声波导管，到左耳音腔旁的三通的进口，三通有二个出口，其中一个出口接右耳音腔的进口，另一个出口接一条声波导管顺着钢弓接到右耳音腔。
装配时外壳每个缝都要涂胶水密封防水。
如以上所述的降噪单耳安全的耳机，
其特征在于；降噪声头戴式单耳安全的耳机设置有弹性的弓夹199安装在外壳200-1，在弓夹的端头安装圆夹片201或其它形状的夹片，转换系统的电路结构及连接方式与权利要求25一样；
话筒空气导管203的一端与转换器196-1的声波集中器的小端连接，所述的声波集中器的大端连接转换器的扬声器的出音面，另一端和喇叭口音腔203-1的小端连接，喇叭口音腔203-1的大端与二次话筒204-1的受话面连接，二次话筒204-1的另一端引线连接金属屏蔽隔离导线205的一端，金属屏蔽隔离导线205的另一端与插头206连接；
左耳的空气导管202一端接外壳200-1内的发声音腔（结构参考图33-2，音腔编号为209-2）的入口，另一端接声波集中器205-1小端，所述声波集中器205-1大端连接扬声器207-1，扬声器207-1另一端引线连接金属屏蔽隔离导线205，金属屏蔽隔离导线205另一端连接插头206，所述的二次话筒与左耳扬声器及声波集中器之间用隔离板隔离声音。
话筒采用了有源转换为无源传输再恢复到有源的传输可将空气导管设置得很长，并且使话筒离发音口很近，以达到降噪声的效果，同时达到了极高的防止通信机对耳朵及大脑的伤害。
如以上所述的安全的耳机，
其特征在于，降噪钩耳式单耳安全耳机设置有三为一体的支架主体，所述的主体设有耳架钩211，前面设有降噪传输臂198-2，传输臂198-2和端头设置转换系统196-2，所述的主体上设置有耳塞，耳塞内设有音腔（结构形状与图33-2，音腔编号为209-3），音腔209-3的进口连接耳塞的空气导管212的一端，空气导管212另一端连接声波集中器212-1的小端，声波集中器212-1的大端安装扬声器214-1。扬声器214-1及二次话筒214-2均安装在扬声器外壳214内并与扬声器214-1进行声音隔离，降噪转换系统电路连接方式结构及其余与权利要求26一样。
如以上所述的安全的耳机，
其特征在于：安全的手提式耳机，手提臂230上端设有听筒音腔218，音腔218端面设有上盖228，音腔218另一端与空气导管220的一端连接，空气导管220的另一端与声波集中器222的小端连接，声波集中器222的大端连接扬声器224，扬声器224连接线和话筒223的连接线通过开关231连接金属屏蔽隔离的导线226，导线226的另一端接插头225；
开关231设在手提式安全的耳机中部的侧面，开关231的按键通过连杆机械传动操作电开关使扬声器224和话筒223断开或接通；或者用开关按钮顶头顶微动开关233的长臂232，使微动开关233开通或断开，这样使有源的电路始终保持与大脑的距离，话筒和扬声器安装在两个互相隔离声音的位在主体外壳下面的腔体内，话筒的连接线穿过隔离板连接后用胶水密封，这样排列设置能达到良好的防辐射的效果，主体外壳的拆装或用上下合上安装，装配时外壳每个缝都要涂胶水密封防水。
上述的降噪式手提式安全的耳机可通过插头连接通信机使用或者直接与座机连接使用。
如权利要求25和权利要求28所述的降噪手提式的安全的耳机
其特征在于：降噪手提式的安全的耳机主体外壳230-1的下部设置了降噪话筒信号转换系统：将有源音频信号转换为无源音频信号传输再恢复到有源信号传输，设置了一次话筒239的引线连接二级音频放大电路推动扬声器238，扬声器238的发音口连接声波集中器236的大端，声波集中器236的小端通过铆钉和送话空气导管240的一端连接，所述话筒空气导管240的另一端和喇叭口音腔242的小端连接，喇叭口音腔242的大端与二次话筒243的受话面连接，从所述的扬声器的发音口音腔通过空气导管至二次话筒受话面的连接均为密封的，二次话筒243的另一端引线连接金属屏蔽隔离线245的一端，所述的金属屏蔽隔离线245的另一端连接插头246；
转换系统有源部分设有电池供给电路与器件的电源，并设有与电池连接的充电电路和充电插座及指示发光管，转换系统的扬声器238和一次话筒239分别安装在互相隔离声音主体外壳的230-1两个腔体内，一次话筒的引线穿过隔板后用胶水密封。
二次话筒243和扬声器241设在外壳230-2内并与扬声器241之间设隔音板，扬声器241的发音面接声波集中器242的大端，所述的声波集中器242的小端接扬声器241空气导管，扬声器的空气导管的另一端接音腔281-1，扬声器241的引线接金属屏蔽隔离导线245，金属屏蔽隔离导线的另一端连接插头246。
主体外壳拆装的方式或者设为上下合上安装，装配时合面及其余外露的缝均要涂胶水密封防水。
上述的降噪式手提式安全的耳机可通过插头连接通信机使用或者直接与座机连接使用。
如权利要求25所述的安全的耳机，
其特征在于：设降噪航空头戴式安全的耳机，其结构为：皮质头带、缝合钢头弓247，头弓247和可调节支架251采用螺栓固定，可调节支架251与固定支架252用自锁螺帽固定连接，固定支架252通过锁柱连接左耳壳253，右耳壳250与左耳壳253是对称同样方式连接与固定的；
  降噪一次话筒安装降噪转换器外壳254内，降噪转换器外壳254通过变向辣轮结构和万向软管255连接，左右音腔设置在耳壳内，右音腔的空气导管258通过左耳壳顺着钢弓247支架进右耳壳内的音腔连接，或由扬声器外壳256斜接到右耳壳内至右音腔，或者左右音腔各接一条空气导管（如图42、图43）。
降噪转换系统和其余结构及连接方式均与权利要求25一样。
如权利要求1及权利要求24所述的安全的耳机
     其特征在于：一个耳朵或两个耳朵各自配置三个不同频率响应的扬声器、三条不同频率响应的声波通道、通道相连的音腔及声波通道导线，其相应结构如权利要求24所述两只耳机分别设动铁扬声器166、176和动圈的扬声器169、178，各自配置到声波集中器165、175和168、177的大端，所述的各自声波集中器165、175和168、177并各自配置空气导管163、164和173、174一条的一端，空气导管163、164和173、174平行的另一端分别接到耳塞162、172各自音腔160、161和170、171里给耳朵听，在配置三个不同频率响应的扬声器时即在权利要求24（图28）基础上每个耳朵各自增加一套扬声器、空气导管以及听声音腔，其结构与连接方式与权利要求24一样。
   双耳的安全的高音质耳机即配两付即为超高音质安全的耳机。
如权利要求1和权利要求25所述的安全的耳机
     其特征在于：降噪安全的耳机设置为一个耳朵或两个耳朵各自配置多个不同频率响应的扬声器为降噪高音质安全的耳机。
如权利要求1-30所述的安全的耳机
其特征在于：凡是采用空气导管1A两端与声波集中器或音腔2A均用空心铆钉3A或胶水或其它方法密封固定，包括空气导管6A直的或者绕成一部分段螺旋形或全部螺旋形，或者中间段是螺旋形两端是直的，或者将空气导管做成一个弯4A，弯的形状是能架到耳朵上，弯的端头设一个带音腔的耳塞。
设置导线部分做成直的或者全部做成螺旋形，或一段绕成螺旋形一段直的，或者一段绕成螺旋形两端是直的，或者用一个弯头4A架到耳朵上，再用耳塞5A插到耳朵里听。
根据发音的音腔侧面或背面选择适当的位置开设空气对流的微小孔，微孔的大小根据发音的大小相关。
 有益效果
在此处键入有益效果描述段落。
 附图说明
图1是本发明的2个扬声器垂直放置，具有集中声波集中口的安全的耳机的右视示意图；
图2是本发明的2个扬声器垂直放置，具有集中声波集中口的安全的耳机的主视示意图；
图3是本发明的1个扬声器，平方或斜放，声波集中口对称的安全的耳机的右视示意图；
图4是本发明的1个扬声器，平方或斜放，声波集中口对称的安全的耳机的主视示意图；
图5是本发明的1个扬声器，一条声波通道，对称的声波集中口的密封小盒的示意图；
图6是本发明的声波集中口长方形的A-A剖视图；
图7是本发明的声波集中口椭圆形的A-A剖视图；
图8是本发明的声波集中口圆形的A-A剖视图；
图9是本发明话筒安装的示意图；
图10是本发明话筒安装的示意图；
图11是本发明话筒安装剖面示意图；
图12是铆钉紧固方式的示意图；
图13是外套紧固方式的示意图；
图14是本发明的具有1个耳塞、具有1个微型扬声器和1个话筒均在一个外壳内、所述外壳内还设置有开关的安全的耳机的主视示意图；
图15是本发明的在一个具有1个耳塞、1个微型扬声器在一个外壳内、话筒和开关设置在一个小外壳内的，所述小外壳出口的另一端与所述金属屏蔽隔离线相连的安全的耳机的主视示意图；
图16是本发明的在一个具有2个耳塞、2个微型扬声器分别在2个所述外壳内、话筒和开关设置在一个小外壳内的，所述小外壳的另一端与所述金属屏蔽隔离线相连的安全的耳机的主视示意图；
图17是本发明的具有1个耳塞、1个微型扬声器在1个所述前音腔中的、话筒和开关在所述小外壳内的安全的耳机的主视示意图；
图18是本发明的具有2个耳塞、2个微型扬声器在2个所述前音腔中的、话筒和开关在所述小外壳内的安全的耳机的主视示意图：
图19是安全的耳机所配置的头戴式加空气导管的双耳线控耳机的示意图；
图20是在图19的基础上加了扬声器105和扬声器111，并加相应的空气导管和音腔的示意图；
图21是双音腔听筒的空气导管与声波集中器密封连接处的剖面示意图；
图22是双音腔听筒的剖面示意图；
图23是采用金属屏蔽隔离线防辐射的头戴式的防辐射耳机侧面示意图；
图24是采用金属屏蔽隔离线防辐射的头戴式的防辐射耳机示意图；
图25是用两个频响不同的扬声器由一条空气导管配送到音腔给耳朵听的线控耳机示意图。
图26是用两个不同频响扬声器由1条空气导管传给一个音腔给一个耳朵听的线控耳机示意图；
图27是用两个不同频响扬声器由两条空气导管送到两音腔给一个耳朵听的线控耳机示意图；
图27-1是双管空气导管从外壳引出的结构图；
图27-2是双管为一体的面条式空气导管的示意图；
图28是具有两组的用两个不同频响的扬声器由二条空气导管、两个音腔给耳朵听的双耳的线控耳机的示意图。
图29是降噪头戴式安全的耳机的侧视结构示意图；
图30是降噪头戴式安全的耳机的正视结构示意图；
图31是降噪头戴式安全的耳机结构的俯视示意图；
图32是音频转换器将一次话筒的音频电信号放大转换为声音的电原理图，并有充电和供电的原理线路，电路可根据话筒空气导管长短改变电路的放大功率选用不同的芯片及不同的电路；
图33是降噪头戴式安全的耳机左右耳声波通道、扬声器之间及话筒空气导管和一次话筒的结构示意图；
图33-1是三条空气导管排列示意图；
图33-2是扬声器的声波通道与发音腔的连接示意图；
图33-3是另一种发音腔的示意图；
图33-4是三条空气导管三角形排列示意图；
图34是降噪声头戴式单耳安全的耳机的结构侧视示意图；
图35是降噪声头戴式单耳安全的耳机的正视结构示意图；
图36是防噪钩耳式单耳安全的耳机的结构示意图；
图37手提式安全的耳机全剖视结构示意图；
图38是手提式安全的耳机外形与按键开关长杆控开关示意图；
图39是手提式安全的耳机外形及开关结构示意图；
图40是微动开关远离开关按钮的开关结构示意图；
图41是降噪手提式的安全的耳机的结构排列示意图；
图42是降噪航空头戴式安全的耳机侧视的结构示意图；
图43是降噪航空头戴式安全的耳机正视结构示意图；
图44是用空气导管或导线弯曲挂在耳朵上的结构正视示意图；
图45是耳塞及用空气导管或用导线弯曲挂耳朵上的侧视示意图；
图46是空气导管和声波集中器采用空芯铆钉连接的示意图。
 本发明的最佳实施方式
实施例1
  一种安全的耳机，
 其特性在于：包括：耳塞头1，所述的耳塞头1的内部形成有音腔体2，所述音腔体2的第一端具有出音口；
     主体4，所述主体4的内部设有声波集中腔10，所述声波集中腔10上开设有通道口，所述通道口与所述音腔体2的第二端通过所述声波传输通道3连通；
     微型扬声器5，所述声波集中腔10设置在所述微型扬声器5和所述声波传输通道3之间；
所述微型扬声器5与位于主体4外的导线8的第一端连接，所述导线8的第二端连接有插头9。
话筒或设置为有源音频信号转换为无源传输信号，再恢复为有源信号传输的降噪转换传输系统。
实施例2
如以上所述的安全的耳机，
 其特性在于：所述主体内设有声波集中器，两端分别与所述微型扬声器5的发音端周边和声波通道口的一端密封连接，使所述微型扬声器5的声波通过声波集中腔10，再通过所述声波传输通道3的另一端连接到所述的音腔体2，所述音腔体设有所述出音口，且所述音腔体2上盖出音口设有软套。
实施例3
如以上所述的安全的耳机，
 其特性在于：所述主体4的内部安装有话筒6，所述主体4上具有与所述话筒6对应的受话孔；
     所述主体4上还安装有开关12，所述微型扬声器5和所述话筒6均与所述开关12连接后再与所述导线8连接。
实施例4
如以上所述的安全的耳机，
  其特性在于：所述声波传输通道3由绝缘材质制成的管，所述声波传输通道3的内径为3mm，长度为300mm；
所述音腔体的容腔为1500mm³：
所述出音口为一个孔且所述出音口的直径为Ø2mm，或所述出音口包括多个孔且各孔的直径为Ø2mm。
实施例5
如以上所述的安全的耳机，
 其特性在于：所述声波传输通道3的长度为500mm。
实施例6
如以上所述的安全的耳机，
 其特性在于：在所述声波集中腔10周边的两对斜边中，每对斜边相配合均形成倒喇叭口形状，各对斜边相配合所形成的夹角为60°。
实施例7
如以上所述的安全的耳机，
 其特性在于：所述声波集中腔10周边的两对曲线中至少一对为对称的。
实施例8
如以上所述的安全的耳机，
 其特性在于：所述声波集中腔10周边弧线均为不对称的。
实施例9
如以上所述的安全的耳机，
 其特性在于：所述倒喇叭口形状是指：所述声波集中腔10的周边均是弧线形的倒喇叭口形状。
实施例10
如以上所述的安全的耳机，
 其特性在于：所述声波集中腔10的周边由弧线形或曲线的倒喇叭口形状和斜线的倒喇叭口形状共同构成的。
 
实施例11
如以上所述的安全的耳机，
 其特性在于：所述声波集中腔10的椎体的截面为椭圆形。
实施例12
如以上所述的安全的耳机，
 其特性在于：所述声波集中腔10与椎体底面水平的截面每相邻两边均采用圆弧过渡的多边形。
实施例13
如以上所述的安全的耳机，
 其特性在于：所述话筒6安装在所述主体4上的一个圆孔内，所述话筒的受音面向外并且周边密封，使声音通过所述主体4上的受话孔，再通过所述话筒受音面前面的受音孔进而传送到所述话筒6。
实施例14
如以上所述的安全的耳机，
 其特性在于：所述声波传输通道3一端安装在所述耳塞头的输入端，另一端安装在所述声波集中腔的小端，所述声波传输通道3的两端端口内用空心铆钉17-1插入胀开，使所述声波传输通道的两端分别固定在所述耳塞头的输入端和声波集中器的小端，声波集中器的大端安装微型扬声器，三者连接处密封。
实施例15
如以上所述的安全的耳机，
 其特性在于：所述声波传输通道3的一端套到所述耳塞头的输入端，另一端套到所述声波集中器的输出端，所述声波传输通道3两端端头的外径均套设有用于紧固的外套17-2。
实施例16
如以上所述的安全的耳机，
 其特性在于：所述导线8采用金属屏蔽隔离线，将导线屏蔽接地。
实施例17
如以上所述的安全的耳机，
  其特性在于：所述微型扬声器5为一个，所述声波集中腔10为一个，所述通道口为一个，所述微型扬声器5发出的声音通过连接至所述通道口的一条所述声波传输通道3被送到一个所述耳塞头1中。
实施例18
如以上所述的安全的耳机，
  其特性在于：所述微型扬声器5为两个，所述声波集中腔10为两个，一个所述微型扬声器对应一个所述声波集中腔的大端，各所述声波集中腔10的小端均设有一个所述通道口，一个所述通道口对应一条声波传输通道并对应一个所述耳塞头。
实施例19
如以上所述的安全的耳机，
 其特性在于：所述声波集中腔10呈上小下大的结构。
实施例20
如以上所述的安全的耳机，
 其特性在于：所述微型扬声器5为圆形。
实施例21
如以上所述的安全的耳机，
 其特性在于：所述的微型扬声器5垂直放置在所述主体4内。
实施例22
如以上所述的安全的耳机，
 其特性在于：不设主体，将声波集中器和微型扬声器设置为一个外壳，另设置一个小外壳安装话筒和开关及音量调控。
实施例23
如以上所述的安全的耳机，
 其特性在于：单用金属屏蔽隔离线防辐射。
实施例24
如以上所述的安全的耳机，
其特性在于：本例采用带空气导管的头戴式安全的耳机，贴两耳朵的音腔连接长600mm的空气导管86、92，音频导线用外表透明的金属屏蔽隔离线屏蔽层屏蔽接地的，一端接插头98，另一端接扬声器88，送话器96的音频导线一端也接插头98另一端接送话器96，送话器96与扬声器88、94保持50mm距离，将几个送话器装在一个外壳内，根据权利要求“1-4”进行隔离，这种将几个扬声器安装在一起的结构会比较简单，体积会小。
实施例25
如以上所述的安全的耳机，
其特性在于：设一个具有两个安装扬声器腔体的扬声器外壳89、95，各自安装扬声器88、94，各扬声器发音口配有声波集中器87、93大端，所述的声波集中器87、93是倒喇叭口的，小端连接空气导管86、92，空气导管的另一端密封连接发音的音腔85、91，音腔85、91安装在头戴弓架的两端夹在耳朵上听，各扬声器发音口与相配的声波集中器及空气导管三者连接处密封，其余各项设置与实施例24一样。
实施例26
如以上所述的安全的耳机，
其特性在于：本例设置的是一个耳朵听二种扬声器的声音，即在实施例24中的头戴式耳机的两个扬声器安装壳内各加装了一只扬声器106、112，加装的扬声器106、112和原来的扬声器102、113的频率响应是不一样的，即二个扬声器外壳内安装高音频与低音频的扬声器各一只，在平行位置加了一条声波通道，在两个听筒99、107内均加设了一个音腔成双音腔117、118的听筒107和双音腔117-1、118-1的听筒99，加装的扬声器、空气导管、音腔的连接的方式与实施例24中的一样。
实施例27
如以上所述的安全的耳机，
其特性在于：本例采用的是不带空气导管的头戴式的耳机，是根据实施例1中的结构去掉空气导管，将扬声器120、120-1直接安装到音腔119、119-1，音频导线123一端接扬声器120、120-1另一端接插头124，送话器121的导线一端也接插头124，另一端用可调节的话筒位置的支撑软管122连接到端点的送话器121，所用的导线采用外表透明或不透明的金属屏蔽隔离线，屏蔽层设置每条或几条分别屏蔽或多条合并屏蔽接地。或音腔里安装两个扬声不同频率响应的扬声器，这样频率响应就很宽，音质会很好！
实施例28
如以上所述的安全的耳机，
其特性在于：设置外接的线控耳机的长500mm空气导管127中任选一段的一端连接两个声波集中器129、132小端的汇集处的小孔128，配置所述的两个声波集中器129、132的大端安装动圈扬声器130和动铁扬声器133各一只，空气导管127另一端接到音腔125。
上述的扬声器与声波集中器、声波集中器与二级声波集中器之间的连接、声波集中器与空气导管的连接、空气导管与耳塞音腔的连接全部设置为密封的，动铁扬声器与动圈扬声器的磁场用金属进行隔离。
实施例29
如以上所述的安全的耳机，
其特性在于：将二只扬声器143、144各自安装到声波集中器用各自的声波集中器142、140的小端送到第二级声波集中器139的大端，由所述的第二级声波集中器139小端连接到一条空气导管138的一端，空气导管138另一端连接到耳塞137的音腔136给耳朵听，其余设置结构与实施例28一样。
实施例30
如以上所述的安全的耳机，
其特性在于：本例将一个单耳的耳机设动铁扬声器156和动圈的扬声器153各一个，各自配置到声波集中器155、152的大端，所述的各自声波集中器155、152并各自配置空气导管151、150一条的一端，空气导管151、150平行的另一端接到一个耳塞149各自音腔147、148里给耳朵听，其余设置结构与实施例28一样。
实施例31
如以上所述的安全的耳机，
其特性在于：在一条扁形的绝缘软管151-3开通二条空气导管151-1、150-1，将两种扬声器153的声波传递到耳塞149的音腔给耳朵听，其余设置结构与实施例28一样。
实施例32
如以上所述的安全的耳机，
其特性在于：将一个耳塞149内设置二个音腔147、148，由二条空气导管151、150各自连接147、148一个音腔的一端，二个音腔147、148的另一端通到耳朵听，其余设置结构与实施例28一样。
实施例32
如以上所述的安全的耳机，
其特性在于：本例采用提供给两个耳朵听的耳机，设置提供给两个耳朵听时需要将扬声器至耳塞的音腔的结构设置两套即两只耳机分别设动铁扬声器166、176和动圈的扬声器169、178，各自配置到声波集中器165、175和168、177的大端，所述的各自声波集中器165、175和168、177并各自配置空气导管163、164和173、174一条的一端，空气导管163、164和173、174平行的另一端分别接到耳塞162、172各自音腔160、161和170、171里给耳朵听，扬声器至插头的结构根据权利要求1-23中的电路及结构任选一种合适的配上两付即可，成为双音频的双耳的线控耳机，所以不但音质好而且立体声很强。
实施例33
如以上所述的安全的耳机，
其特性在于：本例采用降噪头戴式安全的耳机，其结构设置有左耳听罩195、左耳外壳195-1、右耳听罩194、右耳外壳194-1、头带185、开关及开关外壳191、降噪传输臂198、降噪转换器196、外壳195-1、扬声器外壳190、插头193；设置有降噪转换系统：将降噪一次话筒，有源音频信号转换为无源音频信号的传输，设置了一次话筒引线连接二级音频放大器电路（图32）推动扬声器，电路根据所选定的话筒空气导管的长度、直径而选定，扬声器207、208的发音口连接声波集中器205、206的大端，声波集中器205、206的小端通过铆钉与话筒空气导管189-1的一端连接，话筒空气导管189-1的另一端和喇叭口音腔的203小端连接，喇叭口音腔203的大端与二次话筒204的受话面连接；从所述的扬声器的发音口通过空气导管至二次话筒受话面的连接均为密封的；二次话筒的另一端引线连接金属屏蔽隔离线193的一端，所述的金属屏蔽隔离线192的另一端连接插头193的一端，插头193的另一端与通信机的插座连接；
转换系统有源部分设有电子线路板并设有电池供给电路和器件的电源，设有与电池连接的充电电路和充电插座，设有电源指示发光管及电源开关，上述的转换系统的有源音频信号的器件全部安装在转换器内，转换系统的扬声器安装在离一次话筒一定距离的话筒中部或左耳外壳音腔的外侧（图32）。
话筒采用了有源转换为无源传输再恢复到有源的传输可将空气导管设置得很长，并且使话筒离发音口很近，以达到降噪声的效果，同时达到了极高的防止通信机对耳朵及大脑的伤害。
  左耳空气导管187-1一端接发声音腔209-1的入口另一端接声波集中器205小端，所述声波集中器205大端连接扬声器207，扬声器207另一端引线连接金属屏蔽导线193；右耳空气导管188-1一端接右耳发声音腔的入口另一端顺着金属弓186的外侧经过左耳外壳195-1与左耳空气导管187-1平行到扬声器外壳190连接右耳声波集中器206小端，右耳声波集中器206另一端连接右耳扬声器208，右耳扬声器208引线另一端连接金属屏蔽导线193，通过开关191接到另一段金属屏蔽导线192的一端，所述的金属屏蔽导线192的另一端均连接插头193。
  三条空气导管平排粘合，外面用柔性材料包裹。
实施例34
如以上所述的安全的耳机，
其特性在于：本例将左右耳两只扬声器及左右耳声波集中器和二次话筒设在开关外壳内，连接方式不变与实施例33一样；三条空气导管三角合并为一体外面用柔性材料包裹；其余设置结构与实施例33一样。
实施例35
如以上所述的安全的耳机，
其特性在于：本例将设右耳的空气导管从扬声器外壳斜拉到右耳发声音腔连接，即不顺着金属弓引过，其余设置结构与实施例33一样。
实施例36
如以上所述的安全的耳机，
其特性在于：本例将三条空气导管从开关外壳的E面引出，连接到左耳外壳内，其余设置与实施例33一样。
实施例37
如以上所述的安全的耳机，
其特性在于：本例将降噪声头带式安全的耳机作为单声道电路使用，将左右耳的扬声器合并使用一个扬声器通过一个声波集中器接到一条声波导管，到左耳音腔旁的三通的进口，三通有二个出口，其中一个出口接右耳音腔的进口，另一个出口接一条声波导管顺着钢弓接到右耳音腔。
实施例38
如以上所述的安全的耳机，
其特性在于：本例为降噪头戴式单耳安全的耳机，设置有弹性的弓夹199安装在外壳200-1，在弓夹的端头安装圆夹片201，转换系统的电路结构及连接方式与权利要求25一样；
话筒空气导管203的一端与转换器196-1的声波集中器的小端连接，所述的声波集中器的大端连接转换器的扬声器的出音面，另一端和喇叭口音腔203-1的小端连接，喇叭口音腔203-1的大端与二次话筒204-1的受话面连接，二次话筒204-1的另一端引线连接金属屏蔽隔离导线205的一端，金属屏蔽隔离导线205的另一端与插头206连接；
左耳的空气导管202一端接外壳200-1内的发声音腔的入口（结构参考图33-2，音腔编号为209-2），另一端接声波集中器205-1小端，所述声波集中器205-1大端连接扬声器207-1，扬声器207-1另一端引线连接金属屏蔽隔离导线205，金属屏蔽隔离导线205另一端连接插头206，所述的二次话筒与左耳扬声器及声波集中器之间用隔离板隔离声音。
话筒采用了有源转换为无源传输再恢复到有源的传输可将空气导管设置得很长，并且使话筒离发音口很近，以达到降噪声的效果，同时达到了极高的防止通信机对耳朵及大脑的伤害。
实施例39
如以上所述的安全的耳机，
其特性在于：本例采用降噪钩耳式单耳安全耳机，设置有三为一体的支架主体，所述的主体设有耳架钩211，前面设有降噪传输臂198-2，传输臂198-2和端头设置转换系统196-2，所述的主体上设置有耳塞，耳塞内设有音腔（结构形状与图33-2，音腔编号为209-3），音腔209-3的进口连接耳塞的空气导管212的一端，空气导管212另一端连接声波集中器212-1的小端，声波集中器212-1的大端安装扬声器214-1。扬声器214-1及二次话筒214-2均安装在扬声器外壳214内并与扬声器214-1进行声音隔离，降噪转换系统电路连接方式结构及其余与实施例38一样。
实施例40
如以上所述的安全的耳机，
其特性在于：安全的手提式耳机，手提臂230上端设有听筒音腔218，音腔218端面设有上盖228，音腔218另一端与空气导管220的一端连接，空气导管220的另一端与声波集中器222的小端连接，声波集中器222的大端连接扬声器224，扬声器224连接线和话筒223的连接线通过开关231连接金属屏蔽隔离的导线226，导线226的另一端接插头225；
开关231设在手提式安全的耳机中部的侧面，开关231的按键通过连杆机械传动操作电开关使扬声器224和话筒223断开或接通。
实施例41
如以上所述的安全的耳机，
其特性在于：本例用开关按钮顶头顶微动开关233的长臂232，使微动开关233开通或断开，其余设置与结构与实施例40一样，这样使有源的电路始终保持与大脑的距离，话筒和扬声器安装在两个互相隔离声音的位在主体外壳下面的腔体内，话筒的连接线穿过隔离板连接后用胶水密封。这样排列设置能达到良好的防辐射的效果。
实施例42
如以上所述的安全的耳机，
其特性在于：降噪手提式安全的耳机主体外壳230-1的下部设置了降噪话筒信号转换系统：将有源音频信号转换为无源音频信号传输，设置了一次话筒239的引线连接二级音频放大电路推动扬声器238，扬声器238的发音口连接声波集中器236的大端，声波集中器236的小端通过铆钉和送话空气导管240的一端连接，所述话筒空气导管240的另一端和喇叭口音腔242的小端连接，喇叭口音腔242的大端与二次话筒243的受话面连接，从所述的扬声器的发音口音腔通过空气导管至二次话筒受话面的连接均为密封的，二次话筒243的另一端引线连接金属屏蔽隔离线245的一端，所述的金属屏蔽隔离线245的另一端连接插头246；
转换系统有源部分设有电池供给电路与器件的电源，并设有与电池连接的充电电路和充电插座及指示发光管，转换系统的扬声器238和一次话筒239分别安装在互相隔离声音主体外壳的230-1两个腔体内，一次话筒的引线穿过隔板后用胶水密封。
二次话筒243和扬声器241设在外壳230-2内并与扬声器241之间设隔音板，扬声器241的发音面接声波集中器242的大端，所述的声波集中器242的小端接扬声器241空气导管，扬声器的空气导管的另一端接音腔281-1，扬声器241的引线接金属屏蔽隔离导线245，金属屏蔽隔离导线的另一端连接插头246。
实施例43
如以上所述的安全的耳机，
其特性在于：本例设降噪航空头戴式安全的耳机，其结构为：皮质头带、缝合钢头弓247，头弓247和可调节支架251采用螺栓固定，可调节支架251与固定支架252用自锁螺帽固定连接，固定支架252通过锁柱连接左耳壳253，右耳壳250与左耳壳253是对称同样方式连接与固定的；
  降噪一次话筒安装降噪转换器外壳254内，降噪转换器外壳254通过变向辣轮结构和万向软管255连接，左右音腔设置在耳壳内，右音腔的空气导管258通过左耳壳顺着钢弓247支架进右耳壳内的音腔连接。
实施例44
如以上所述的安全的耳机，
其特性在于：本例将扬声器外壳256斜接到右耳壳内至右音腔，其余设置与实施例43一样。
实施例45
如以上所述的安全的耳机，
其特性在于：设一个耳朵各自配置三个不同频率响应的扬声器、三条不同频率响应的声波通道、通道相连的音腔及声波通道导线，其相应结构如权利要求24所述两只耳机分别设动铁扬声器166、176和动圈的扬声器169、178，各自配置到声波集中器165、175和168、177的大端，所述的各自声波集中器165、175和168、177并各自配置空气导管163、164和173、174一条的一端，空气导管163、164和173、174平行的另一端分别接到耳塞162、172各自音腔160、161和170、171里给耳朵听，在配置三个不同频率响应的扬声器时即在权利要求24（图28）基础上每个耳朵各自增加一套扬声器、空气导管以及听声音腔，其结构与连接方式与权利要求24一样。
实施例47
如以上所述的安全的耳机，
其特性在于：双耳的安全的耳机即在实施例46基础上配两付即为超高音质安全的耳机。
实施例48
如以上所述的安全的耳机，
其特性在于：降噪安全的耳机设置为两个耳朵各自配置多个不同频率响应的扬声器为降噪高音质安全的耳机。
实施例49
如以上所述的安全的耳机，
其特性在于：本例采用带空气导管的头戴式耳机，贴两耳朵的音腔连接长300mm的空气导管86、92，音频导线用外表透明的金属屏蔽隔离线屏蔽层屏蔽接地的，一端接插头98，另一端接扬声器88，送话器96的音频导线一端也接插头98另一端接送话器96，送话器96与扬声器88、94保持50mm距离，送话器96设一个外壳96-1，凡是采用空气导管1A两端与声波集中器或音腔2A均用空心铆钉3A固定，将空气导管做成一个弯4A，弯的形状是能架到耳朵上，弯的端头设一个带音腔的耳塞5A，再用耳塞5A插到耳朵里听，其余设置与实施例24一样。
应当指出的是：以上实施例仅用来对本发明作进一步详细的描述，不是对本发明的权利要求进行限定的，在不脱离本发明的精神和构思的情况下，本领域普通技术人员可以对本发明进行各种改进或变化，仍然属于本发明的保护范围之内。
 本发明的实施方式
在此处键入本发明的实施方式描述段落。
 工业实用性
在此处键入工业实用性描述段落。
 序列表自由内容
在此处键入序列表自由内容描述段落。

Claims (33)

  1. 安全的耳机，其特征在于，包括：
        耳塞头，所述的耳塞头的内部形成有音腔体，所述音腔体的第一端具有出音口；
        主体，所述主体的内部设有声波集中腔，所述声波集中腔上开设有通道口，所述通道口与所述音腔体的第二端通过所述声波传输通道连通；
        微型扬声器，所述声波集中腔设置在所述微型扬声器和所述声波传输通道之间；
        所述微型扬声器与位于主体外的导线的第一端连接，所述导线的第二端连接有插头。
        话筒或设置为有源音频信号转换为无源传输信号，再恢复为有源信号传输的降噪转换传输系统。
  2. 根据权利要求1所述的安全的耳机，其特征在于，
    所述主体内设有声波集中器，两端分别与所述微型扬声器的发音端周边和声波通道口的一端密封连接，使所述微型扬声器的声波通过声波集中腔，再通过所述声波传输通道的另一端连接到所述的音腔体，所述音腔体设有所述出音口，且所述音腔体上盖出音口设有软套。
  3. 根据权利要求1所述的安全的耳机，其特征在于，
        所述主体的内部安装有话筒，所述主体上具有与所述话筒对应的受话孔；
        所述主体上还安装有开关，所述微型扬声器和所述话筒均与所述开关连接后再与所述导线连接。
  4. 根据权利要求1所述的安全的耳机，其特征在于，
        所述声波传输通道由绝缘材质制成的管，所述声波传输通道的内径为1-6mm，长度为20-800mm；
    所述音腔体的容腔为600mm³-9000mm³：
    所述出音口为一个孔且所述出音口的直径为Ø1-8mm，或所述出音口包括多个孔且各孔的直径为Ø0.3-3mm。
  5. 根据权利要求4所述的安全的耳机，其特征在于，所述声波传输通道的长度为20-1000mm。
  6. 根据权利要求1所述的安全的耳机，其特征在于，所述声波集中腔是倒喇叭口形状。
  7. 根据权利要求6所述的安全的耳机，其特征在于，在所述声波集中腔周边的两对斜边或弧线或曲线中，每对斜边相配合均形成倒喇叭口形状，各对斜边或弧线或曲线相配合所形成的夹角为9°至130°。
  8. 根据权利要求7所述的安全的耳机，其特征在于，所述声波集中腔周边的两对斜边或弧线或曲线中至少一对为对称的。
  9. 根据权利要求7所述的安全的耳机，其特征在于，所述声波集中腔周边的两对斜边或弧线或曲线均为不对称的。
  10. 根据权利要求6所述的安全的耳机，其特征在于，所述倒喇叭口形状是指：所述声波集中腔的周边均是弧线形的倒喇叭口形状；或所述声波集中腔的周边均是斜线的倒喇叭口形状；或所述声波集中腔的周边均是曲线的倒喇叭口形状；或声波集中腔的周边由弧线形或曲线的倒喇叭口形状和斜线的倒喇叭口形状共同构成的。
  11. 根据权利要求6所述的安全的耳机，其特征在于，所述声波集中腔的椎体的截面或与椎体底面水平的截面为椭圆形、圆形、矩形或者每相邻两边均采用圆弧过渡的多边形。
  12. 根据权利要求3所述的安全的耳机，其特征在于，所述话筒安装在所述主体上的一个圆孔内，所述话筒的受音面向外并且周边密封，使声音通过所述主体上的受话孔，再通过所述话筒受音面前面的受音孔进而传送到所述话筒。
  13. 根据权利要求1所述的安全的耳机，其特征在于，所述声波传输通道一端安装在所述耳塞头的输入端，另一端安装在所述声波集中腔的小端，所述声波传输通道的两端端口内用空心铆钉插入胀开，使所述声波传输通道的两端分别固定在所述耳塞头的输入端和声波集中器的小端，声波集中器的大端安装微型扬声器，三者连接处密封。
  14. 根据权利要求1所述的安全的耳机，其特征在于，所述声波传输通道的一端套到所述耳塞头的输入端，另一端套到所述声波集中器的输出端，所述声波传输通道两端端头的外径均套设有用于紧固的外套。
  15. 根据权利要求1所述的安全的耳机，其特征在于，所述导线采用金属屏蔽隔离线，将导线屏蔽接地。
  16. 根据权利要求1所述的安全的耳机，其特征在于，所述微型扬声器为一个，所述声波集中腔为一个，所述通道口为一个，所述微型扬声器发出的声音通过连接至所述通道口的一条所述声波传输通道被送到一个所述耳塞头中。
  17. 根据权利要求1所述的安全的耳机，其特征在于，所述微型扬声器为两个，所述声波集中腔为两个，一个所述微型扬声器对应一个所述声波集中腔的大端，各所述声波集中腔的小端均设有一个所述通道口，一个所述通道口对应一条声波传输通道并对应一个所述耳塞头。
  18. 根据权利要求1所述的安全的耳机，其特征在于，所述声波集中腔呈上小下大的结构。
  19. 根据权利要求1所述的安全的耳机，其特征在于，所述微型扬声器为圆形或者椭圆形。
  20. 根据权利要求1所述的安全的耳机，其特征在于，所述的微型扬声器垂直或者斜向放置在所述主体内。
  21. 根据权利要求1所述的安全的耳机，其特征在于，不设主体，将声波集中器和微型扬声器设置为一个外壳，另设置一个小外壳安装话筒和开关及音量调控。
  22. 根据权利要求1所述的安全的耳机，其特征在于，将空气导管设置为长20mm或单用金属屏蔽隔离线防辐射。
  23. 如权利要求1所述的安全耳机，其特征在于，
    1）带空气导管的头戴式安全的耳机,贴两耳朵的音腔连接长20-1000mm中任选一段的空气导管，音频导线用外表透明或不透明的金属屏蔽隔离线屏蔽层屏蔽接地的，一端接插头，另一端接扬声器，送话器的音频导线一端也接插头另一端接送话器，送话器与扬声器保持20mm-100mm距离，送话器设一个外壳,或者将几个扬声器和送话器装在一个外壳内根据权利要求“1-4”进行隔离互相的干扰。
    设左右各一个扬声器外壳，或者设一个具有两个安装扬声器腔体的扬声器外壳，各自安装扬声器，各扬声器发音口配到声波集中器大端，所述的声波集中器是倒喇叭口的，小端连接空气导管，空气导管的另一端密封连接发音的音腔，所述的音腔安装在头戴弓架的两端夹在耳朵上听，各扬声器发音口与相配的声波集中器及空气导管三者连接处密封。 
    2）上述第一项头戴式耳机均是单式的扬声器，本项设置的是一个耳朵听二种扬声器的声音，即在上述的头戴式耳机的两个扬声器安装壳内各加装了一只扬声器，加装的扬声器和原来的扬声器的频率响应是不一样的，即二个扬声器外壳内安装高音频与低音频的扬声器各一只，在平行位置加了一条声波通道，在两个听筒内均加设了一个音腔，加装的扬声器、空气导管、音腔的连接的方式和本权利要求第一项的连接方式一样。
    3）不带空气导管的头戴式的耳机是根据上述的结构去掉空气导管，将扬声器直接安装到音腔，音频导线一端接扬声器另一端接插头，送话器的导线一端也接插头另一端用可调节话筒位置的支撑软管或金属丝支撑连接到端点的送话器，所用的导线采用外表透明或不透明的金属屏蔽隔离线，屏蔽层设置每条或几条分别屏蔽或多条合并屏蔽接地。或音腔里安装两个扬声不同频率响应的扬声器。
  24. 根据权利要求1所述的安全的耳机，其特征在于，
    1）设置外接的线控耳机的空气导管长20-1000mm中任选一段的一端连接两个声波集中器小端的汇集处的小孔，配置所述的两个声波集中器的大端安装动圈扬声器和动铁扬声器各一只，或不同频响应的扬声器各一只，空气导管另一端接到音腔；
    2）或者二只扬声器各自安装到声波集中器用各自的声波集中器的小端送到第二级声波集中器的大端，由所述的第二级声波集中器小端连接到一条空气导管的一端，空气导管另一端连接到耳塞的音腔给耳朵听；
    3）或者一个单耳的耳机设动铁扬声器和动圈的扬声器或者不同频率响应的扬声器各一个，各自配置到声波集中器的大端，所述的各自声波集中器并各自配置空气导管一条的一端，空气导管平行的另一端接到一个耳塞各自音腔里给耳朵听；
    或者在一条扁形的绝缘软管开通二条空气导管，将两种扬声器的声波传递到耳塞的音腔给耳朵听；或者将一个耳塞内设置二个音腔，由二条空气导管各自连接一个音腔的一端，二个音腔的另一端通到耳朵听；
    上述的扬声器与声波集中器、声波集中器与二级声波集中器之间的连接、声波集中器与空气导管的连接、空气导管与耳塞音腔四者的连接全部设置为密封的，动铁扬声器与动圈扬声器的磁场用金属进行隔离，或者将两扬声器的位置设置在一定的距离。
    4）上述设置均为供一个耳朵听的扬声器和空气导管及耳塞的结构，设置提供给两个耳朵听时需要将扬声器至耳塞的音腔的结构设置两套，扬声器至插头的结构根据权利要求1-23中的电路及结构任选一种合适的配上两付即可，成为双音频的双耳的线控耳机。
    本权利要求所述的结构是在1-23权利要求中的线控结构的，即扬声器开始至音腔的结构进行了改进，扬声器接线至插头的结构从权利要求1-23中任选相应的一种，或将插头设置标准的，或根据通信机外壳上的插座设置配套。所述的标准插头直接插到通信机即直接与通信机连接使用。
  25. 如权利要求1所述的安全的耳机，其特征在于，
    降噪头戴式安全的耳机其结构设置有左耳听罩、左耳外壳、音腔罩、右耳听罩、右耳外壳、头带、开关及开关外壳、降噪传输臂、降噪转换器、外壳、扬声器外壳、插头；设置有降噪转换系统：将降噪一次话筒，有源音频信号转换为无源音频信号的传输，设置了一次话筒引线连接二级音频放大电路推动扬声器，电路根据所选定的话筒空气导管的长度、直径而选定，扬声器的发音口连接声波集中器的大端，声波集中器的小端通过铆钉与话筒空气导管的一端连接，话筒空气导管的另一端和喇叭口音腔的小端连接，喇叭口音腔的大端与二次话筒的受话面连接；从所述的扬声器的发音口通过空气导管至二次话筒受话面的连接均为密封的；二次话筒的另一端引线连接金属屏蔽隔离线的一端，所述的金属屏蔽隔离线的另一端连接插头的一端，插头的另一端与通信机的插座连接；
    转换系统有源部分设有电子线路板并设有电池供给电路和器件的电源，设有与电池连接的充电电路和充电插座，设有电源指示发光管及电源开关，上述的转换系统的有源音频信号的器件全部安装在转换器内，转换系统的扬声器安装在离一次话筒一定距离的话筒中部或左耳外壳音腔的外侧。
      左耳空气导管一端接发声音腔得入口另一端接声波集中器小端，所述声波集中器大端连接扬声器，扬声器另一端引线连接金属屏蔽导线；右耳空气导管一端接右耳发声音腔的入口另一端顺着金属弓的外侧经过左耳外壳，与左耳空气导管平行到扬声器外壳连接右耳声波集中器小端，右耳声波集中器另一端连接右耳扬声器，右耳扬声器另一端引线连接金属屏蔽导线，通过开关接到另一段金属屏蔽导线的一端，所述的金属屏蔽隔离导线的另一端均连接插头；或者将左右耳两只扬声器及左右耳声波集中器和二次话筒设在开关外壳内，连接方式不变，左右发音腔的出口设单孔或多个小孔，上述的扬声器的对流孔设为向安装的外壳的外面排，话筒与扬声器要进行隔离；
      三条空气导管平排粘合，或三角合并为一体，或三角合并为一体外面用柔性材料包围。
     或者设右耳的空气导管从扬声器外壳斜拉到右耳发声音腔连接，即不顺着金属弓引过。
     或者上述三条空气导管从E面引出，连接到左耳外壳内；
    降噪声头带式安全的耳机作为单声道电路使用时，将左右耳的扬声器合并使用一个扬声器通过一个声波集中器接到一条声波导管，到左耳音腔旁的三通的进口，三通有二个出口，其中一个出口接右耳音腔的进口，另一个出口接一条声波导管顺着钢弓接到右耳音腔。
    装配时外壳每个缝都要涂胶水密封防水。
  26. 如权利要求25所述的降噪单耳安全的耳机，其特征在于；
    降噪声头戴式单耳安全的耳机设置有弹性的弓夹安装在外壳，在弓夹的端头安装圆夹片或其它形状的夹片，转换系统的电路结构及连接方式与权利要求25一样；
    话筒空气导管的一端与转换器的声波集中器的小端连接，所述的声波集中器的大端连接转换器的扬声器的出音面，另一端和喇叭口音腔的小端连接，喇叭口音腔的大端与二次话筒的受话面连接，二次话筒的另一端引线连接金属屏蔽隔离导线的一端，金属屏蔽隔离导线的另一端与插头连接；
    左耳的空气导管一端接外壳内的发声音腔的入口，另一端接声波集中器小端，所述声波集中器大端连接扬声器，扬声器另一端引线连接金属屏蔽隔离导线，金属屏蔽隔离导线另一端连接插头，所述的二次话筒与左耳扬声器及声波集中器之间用隔离板隔离声音6。
  27. 如权利要求25所述的安全的耳机，其特征在于，
        降噪钩耳式单耳安全耳机设置有三为一体的支架主体
        所述的主体设有耳架钩，前面设有降噪传输臂，传输臂和端头设置转换系统，所述的主体上设有耳塞，耳塞内设有音腔，音腔的进口连接耳塞的空气导管的一端，空气导管另一端连接声波集中器的小端，声波集中器的大端安装扬声器。扬声器及二次话筒均安装在扬声器外壳内并与扬声器进行声音隔离；降噪转换系统电路连接方式结构及其余与权利要求26一样。
  28. 如权利要求1所述的安全的耳机，其特征在于：
    安全的手提式耳机，手提臂上端设有听筒音腔，音腔端面设有上盖，音腔另一端与空气导管的一端连接，空气导管的另一端与声波集中器的小端连接，声波集中器的大端连接扬声器，扬声器连接线和话筒的连接线通过开关连接金属屏蔽隔离的导线，导线的另一端接插头；
    开关设在手提式安全的耳机中部的侧面，开关的按键通过连杆机械传动操作电开关使扬声器和话筒断开或接通；或者用开关按钮顶头顶微动开关的长臂，使微动开关开通或断开，这样使有源的电路始终保持与大脑的距离话筒和扬声器安装在两个互相隔离声音的位在主体外壳下面的腔体内，话筒的连接线穿过隔离板连接后用胶水密封，主体外壳的拆装或用上下合上安装，装配时外壳每个缝都要涂胶水密封防水。
  29. 如权利要求25和权利要求28所述的降噪手提式的安全的耳机
    其特征在于：
    降噪手提式的安全的耳机主体外壳的下部设置了降噪话筒信号转换系统：将有源音频信号转换为无源音频信号传输，设置了一次话筒的引线连接二级音频放大电路推动扬声器，扬声器的发音口连接声波集中器的大端，声波集中器的小端通过铆钉和送话空气导管的一端连接，所述话筒空气导管的另一端和喇叭口音腔的小端连接，喇叭口音腔的大端与二次话筒的受话面连接，从所述的扬声器的发音口音腔通过空气导管至二次话筒受话面的连接均为密封的，二次话筒的另一端引线连接金属屏蔽隔离线的一端，所述的金属屏蔽隔离线的另一端连接插头；
    转换系统有源部分设有电池供给电路与器件的电源，并设有与电池连接的充电电路和充电插座及指示发光管，转换系统的扬声器和一次话筒分别安装在互相隔离声音主体外壳的两个腔体内，一次话筒的引线穿过隔板后用胶水密封。
    二次话筒和扬声器设在外壳内并与扬声器之间设隔音板，扬声器的发音面接声波集中器的大端，所述的声波集中器的小端接扬声器空气导管，扬声器的空气导管的另一端接音腔，扬声器的引线接金属屏蔽隔离导线，金属屏蔽隔离导线的另一端连接插头。
    主体外壳拆装的方式或者设为上下合上安装，装配时合面及其余外露的缝均要涂胶水密封防水。
  30. 根据权利25所述的安全的耳机，
    其特征在于：
    设降噪航空头戴式安全的耳机，其结构为：皮质头带、缝合钢头弓头弓和可调节支架采用螺栓固定，可调节支架与固定支架用自锁螺帽固定连接，固定支架通过锁柱连接左耳壳，右耳壳与左耳壳是对称同样方式连接与固定的；
      降噪一次话筒安装降噪转换器外壳内，降噪转换器外壳通过变向辣轮结构和万向软管连接，左右音腔设置在耳壳内，右音腔的空气导管通过左耳壳顺着钢弓支架进右耳壳内的音腔连接，或由扬声器外壳斜接到右耳壳内至右音腔。
      降噪转换系统和其余结构及连接方式均与权利要求25一样。
  31. 根据权利要求1及权利要求24所述的安全的耳机
       其特征在于：
       一个耳朵或两个耳朵各自配置三个不同频率响应的扬声器、三条不同频率响应的声波通道、通道相连的音腔及声波通道导线。
       双耳的安全的高音质耳机即配两付即为超高音质安全的耳机。
  32. 根据权利要求1和权利要求25所述的安全的耳机
       其特征在于：
       降噪安全的耳机设置为一个耳朵或两个耳朵各自配置多个不同频率响应的扬声器为降噪高音质安全的耳机。
  33. 如权利要求1-30所述的安全的耳机
    其特征在于：
    凡是采用空气导管两端与声波集中器或音腔均用空心铆钉或胶水或其它方法密封固定，包括空气导管直的或者绕成一部分段螺旋形或全部螺旋形，或者中间段是螺旋形两端是直的，或者将空气导管做成一个弯，弯的形状是能架到耳朵上，弯的端头设一个带音腔的耳塞。
    设置导线部分做成直的或者全部做成螺旋形，或一段绕成螺旋形一段直的，或者一段绕成螺旋形两端是直的，或者用一个弯头架到耳朵上，再用耳塞插到耳朵里听。
    根据发音的音腔侧面或背面选择适当的位置开设空气对流的微小孔，微孔的大小根据发音的大小相关。
PCT/CN2018/087957 2017-05-23 2018-05-23 安全的耳机 WO2018214894A1 (zh)

Priority Applications (7)

Application Number Priority Date Filing Date Title
AU2018274421A AU2018274421A1 (en) 2017-05-23 2018-05-23 Safe earphone
RU2019142648A RU2019142648A (ru) 2017-05-23 2018-05-23 Безопасные наушники
JP2020515810A JP2020521412A (ja) 2017-05-23 2018-05-23 安全なイヤホン
KR1020197037971A KR20200101834A (ko) 2017-05-23 2018-05-23 안전 이어폰
CA3064649A CA3064649A1 (en) 2017-05-23 2018-05-23 Safe earphone
EP18805526.3A EP3634008A4 (en) 2017-05-23 2018-05-23 SAFETY EARPHONE
US16/616,457 US11284180B2 (en) 2017-05-23 2018-05-23 Safe earphone

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
CN201710417231.6A CN107094273A (zh) 2017-05-23 2017-05-23 安全的耳机
CN201710417231.6 2017-05-23

Publications (1)

Publication Number Publication Date
WO2018214894A1 true WO2018214894A1 (zh) 2018-11-29

Family

ID=59639998

Family Applications (1)

Application Number Title Priority Date Filing Date
PCT/CN2018/087957 WO2018214894A1 (zh) 2017-05-23 2018-05-23 安全的耳机

Country Status (9)

Country Link
US (1) US11284180B2 (zh)
EP (1) EP3634008A4 (zh)
JP (1) JP2020521412A (zh)
KR (1) KR20200101834A (zh)
CN (1) CN107094273A (zh)
AU (1) AU2018274421A1 (zh)
CA (1) CA3064649A1 (zh)
RU (1) RU2019142648A (zh)
WO (1) WO2018214894A1 (zh)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP3930345A4 (en) * 2019-02-18 2022-10-12 Aidao Zhu NUCLEAR RESONANCE COMMUNICATIONS DEVICE

Families Citing this family (17)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US11716575B2 (en) 2011-12-23 2023-08-01 Shenzhen Shokz Co., Ltd. Bone conduction speaker and compound vibration device thereof
US11595760B2 (en) 2011-12-23 2023-02-28 Shenzhen Shokz Co., Ltd. Bone conduction speaker and compound vibration device thereof
US11641551B2 (en) 2011-12-23 2023-05-02 Shenzhen Shokz Co., Ltd. Bone conduction speaker and compound vibration device thereof
US11570556B2 (en) 2014-01-06 2023-01-31 Shenzhen Shokz Co., Ltd. Systems and methods for suppressing sound leakage
US11627419B2 (en) 2014-01-06 2023-04-11 Shenzhen Shokz Co., Ltd. Systems and methods for suppressing sound leakage
US11582563B2 (en) 2014-01-06 2023-02-14 Shenzhen Shokz Co., Ltd. Systems and methods for suppressing sound leakage
US11706574B2 (en) 2014-01-06 2023-07-18 Shenzhen Shokz Co., Ltd. Systems and methods for suppressing sound leakage
US11832060B2 (en) 2014-01-06 2023-11-28 Shenzhen Shokz Co., Ltd. Systems and methods for suppressing sound leakage
US11582564B2 (en) 2014-01-06 2023-02-14 Shenzhen Shokz Co., Ltd. Systems and methods for suppressing sound leakage
US11617045B2 (en) 2014-01-06 2023-03-28 Shenzhen Shokz Co., Ltd. Systems and methods for suppressing sound leakage
CN107094273A (zh) 2017-05-23 2017-08-25 诸爱道 安全的耳机
CN109379654B (zh) * 2017-10-05 2020-08-04 诸爱道 一种降噪空气导管麦克风、降噪安全耳机及降噪安全蓝牙耳机
CN209882011U (zh) * 2018-03-29 2019-12-31 诸爱道 降噪防辐射耳机
CN109001300B (zh) * 2018-06-13 2021-12-21 四川升拓检测技术股份有限公司 一种适合于冲击回波声频检测的隔音装置
BR112021021746A2 (pt) 2019-04-30 2021-12-28 Shenzhen Voxtech Co Ltd Aparelho de saída acústica
CN112929800B (zh) * 2021-02-04 2022-08-12 歌尔科技有限公司 拾音装置、电子设备及拾音方法
CN113382332B (zh) * 2021-05-14 2022-08-05 江西联创宏声电子股份有限公司 耳机

Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101729955A (zh) * 2008-10-15 2010-06-09 诸爱道 安全耳塞机
US8130995B2 (en) * 2007-11-29 2012-03-06 Merry Electronics Co., Ltd. Earpiece device with microphone
CN202353778U (zh) * 2011-08-03 2012-07-25 诸爱道 防辐射蓝牙耳机
CN203563171U (zh) * 2012-03-01 2014-04-23 诸爱道 一种空气导管耳机
CN204425632U (zh) * 2013-08-25 2015-06-24 诸爱道 防辐射的蓝牙耳机
CN205596282U (zh) * 2016-03-24 2016-09-21 万魔声学科技有限公司 一种耳机
CN107094273A (zh) * 2017-05-23 2017-08-25 诸爱道 安全的耳机

Family Cites Families (19)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
USRE25652E (en) * 1964-10-06 Sound reproducing apparatus
WO1994025957A1 (en) * 1990-04-05 1994-11-10 Intelex, Inc., Dba Race Link Communications Systems, Inc. Voice transmission system and method for high ambient noise conditions
US5732143A (en) * 1992-10-29 1998-03-24 Andrea Electronics Corp. Noise cancellation apparatus
GB2362535B (en) * 2000-04-25 2004-10-06 Safetalk Ltd Sound-transmitting apparatus
GB2362057A (en) * 2000-05-04 2001-11-07 Martin Paul Davidson Wire-less link accessory for mobile telephones
IL137724A0 (en) * 2000-08-07 2009-02-11 Sygnet Technologies 2001 Ltd An earphone for cellular phone
EP1340406A4 (en) * 2000-12-04 2006-05-31 Korea Earphonetech Co Ltd EARPHONE SYSTEM FOR MOBILE TELEPHONE
US7292704B2 (en) * 2003-10-27 2007-11-06 Wayne Lederer Noise attenuating headset
US8611969B2 (en) * 2004-01-29 2013-12-17 Surefire, Llc Cable assembly with earpiece
EP1795041A4 (en) * 2004-09-07 2009-08-12 Sensear Pty Ltd DEVICE AND METHOD FOR SOUND IMPROVEMENT
DE102004059678B3 (de) * 2004-12-10 2006-06-01 Siemens Ag Gehörschutz zur Verwendung in Magnetresonanzanlagen
CN2938663Y (zh) * 2006-08-17 2007-08-22 靖登实业有限公司 传声器的定位结构
CN100562180C (zh) * 2008-01-14 2009-11-18 诸爱道 一种耳塞机
EP2416544B1 (en) * 2010-08-06 2015-04-29 BlackBerry Limited Electromagnetic Shielding and an Acoustic Chamber for a Microphone in a Mobile Electronic Device
US8483401B2 (en) * 2010-10-08 2013-07-09 Plantronics, Inc. Wired noise cancelling stereo headset with separate control box
US20140294191A1 (en) * 2013-03-27 2014-10-02 Red Tail Hawk Corporation Hearing Protection with Sound Exposure Control and Monitoring
US20140294182A1 (en) * 2013-03-28 2014-10-02 Cirrus Logic, Inc. Systems and methods for locating an error microphone to minimize or reduce obstruction of an acoustic transducer wave path
EP2819429B1 (en) * 2013-06-28 2016-06-22 GN Netcom A/S A headset having a microphone
CN103945039A (zh) * 2014-04-28 2014-07-23 焦海宁 语音通信设备外挂式信源加密暨防窃听干扰装置

Patent Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US8130995B2 (en) * 2007-11-29 2012-03-06 Merry Electronics Co., Ltd. Earpiece device with microphone
CN101729955A (zh) * 2008-10-15 2010-06-09 诸爱道 安全耳塞机
CN202353778U (zh) * 2011-08-03 2012-07-25 诸爱道 防辐射蓝牙耳机
CN203563171U (zh) * 2012-03-01 2014-04-23 诸爱道 一种空气导管耳机
CN204425632U (zh) * 2013-08-25 2015-06-24 诸爱道 防辐射的蓝牙耳机
CN205596282U (zh) * 2016-03-24 2016-09-21 万魔声学科技有限公司 一种耳机
CN107094273A (zh) * 2017-05-23 2017-08-25 诸爱道 安全的耳机

Non-Patent Citations (1)

* Cited by examiner, † Cited by third party
Title
See also references of EP3634008A4

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP3930345A4 (en) * 2019-02-18 2022-10-12 Aidao Zhu NUCLEAR RESONANCE COMMUNICATIONS DEVICE

Also Published As

Publication number Publication date
CN107094273A (zh) 2017-08-25
CA3064649A1 (en) 2018-11-29
US11284180B2 (en) 2022-03-22
EP3634008A1 (en) 2020-04-08
RU2019142648A (ru) 2021-06-23
EP3634008A4 (en) 2021-01-27
KR20200101834A (ko) 2020-08-28
US20200169801A1 (en) 2020-05-28
JP2020521412A (ja) 2020-07-16
AU2018274421A1 (en) 2020-01-16

Similar Documents

Publication Publication Date Title
WO2018214894A1 (zh) 安全的耳机
AU2018344778B2 (en) A noise-reduction air tube microphone, noise-reduction anti-radiation headset and noise-reduction anti-radiation Bluetooth headset
JP3057731B2 (ja) 電気音響変換器及び音響再生システム
JP4913256B1 (ja) カナル型受話器用イヤーピース及びそれを利用したカナル型受話器、並びにカナル型受話器を利用した聴診器及び補聴器
WO2010043097A1 (zh) 安全耳塞机
JPH03117999A (ja) 電気音響変換器及び音響再生システム
WO2013030437A1 (en) Apparatus and method for audio delivery with different sound conduction transducers
CN105025409B (zh) 抗风噪耳机
CN110572745A (zh) 一种智能头戴设备
EP1483936B1 (en) Headphone
CN214125513U (zh) 骨传导耳机
CN113163297B (zh) 音频装置以及智能头戴设备
CN209882011U (zh) 降噪防辐射耳机
CN212694196U (zh) 一种双声道立体声音腔的蓝牙耳机眼镜
CN220325799U (zh) 发声模块及耳机
CN218897287U (zh) 一种夹耳式多通道发声蓝牙耳机
KR101972516B1 (ko) 2 ｗａｙ 튜브형 이어폰 구조
CN114007174A (zh) 一种全频骨声传导扬声器及耳机
CN116782079A (zh) 模块化耳机
US7035421B2 (en) Earphone set
TWM538297U (zh) 助聽集音器
WO2018032129A1 (zh) 降噪耳机

Legal Events

Date Code Title Description
121 Ep: the epo has been informed by wipo that ep was designated in this application

Ref document number: 18805526

Country of ref document: EP

Kind code of ref document: A1

ENP Entry into the national phase

Ref document number: 3064649

Country of ref document: CA

Ref document number: 2020515810

Country of ref document: JP

Kind code of ref document: A

NENP Non-entry into the national phase

Ref country code: DE

ENP Entry into the national phase

Ref document number: 2018274421

Country of ref document: AU

Date of ref document: 20180523

Kind code of ref document: A

ENP Entry into the national phase

Ref document number: 2018805526

Country of ref document: EP

Effective date: 20200102