CN206044821U - A kind of employing nervus cochleae replaces the device that acoustic beam signal treats tinnitus - Google Patents
A kind of employing nervus cochleae replaces the device that acoustic beam signal treats tinnitus Download PDFInfo
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- CN206044821U CN206044821U CN201620568671.2U CN201620568671U CN206044821U CN 206044821 U CN206044821 U CN 206044821U CN 201620568671 U CN201620568671 U CN 201620568671U CN 206044821 U CN206044821 U CN 206044821U
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Abstract
This utility model belongs to field of medical technology, it is particularly used for improving tinnitus treatment signal detection efficiency and wide coverage, a kind of employing nervus cochleae for improving therapeutic effect replaces the device that acoustic beam signal treats tinnitus, including for recording the tinnitus parameter input unit of initial data, tinnitus signal controller, signal output unit, transducer, parameter display unit and tinnitus signal generator, tinnitus parameter input unit is connected with the tinnitus signal controller, tinnitus signal controller is connected with the tinnitus signal generator, tinnitus signal generator is connected with the signal output unit, signal output unit is connected with the transducer, parameter display unit is connected with tinnitus signal controller.This utility model can neatly debug the multiple frequency sound of sound and background audio mixing, can adjust multi-frequency sound and background sound signal volume ratio respectively, can rapidly match treatment patient tinnitus' frequency, intensity, while being quickly found out the treatment acoustical signal for the patient tinnitus.
Description
Technical field
This utility model belongs to field of medical technology, is particularly used for improving tinnitus treatment signal detection efficiency and width
Coverage, a kind of employing nervus cochleae of raising therapeutic effect replace the device that acoustic beam signal treats tinnitus.
Background technology
At present, conventional tinnitus detection Therapeutic Method be all after audiometry, according to audiometric data, by sonometer tinnitus
Testing equipment is step by step by searching the homophony of tinnitus, the loudness of tinnitus and then provide corresponding single-frequency or single nature
The tinnitus of sound is sheltered or acclimatization acoustical signal.The shortcoming of the method is that detection time is longer, and treatment sound is more single, therapeutic effect
It is not very stable.
Just like following patents in prior art, Patent No. CN201320372623.2, the applying date is：2013.06.26,
The utility model patent of entitled " tinnitus detection apparatus ", its technical scheme is：Embodiment of the present utility model is related to quick times
Sound interval tinnitus detection apparatus.A kind of tinnitus detection apparatus, it is characterised in that include：First memory, second memory, the 3rd
Memorizer, control system, signal sound generate system.Although above-mentioned patent proposes a kind of equipment for tinnitus detection, but
The signal of single-frequency or single sound can only be given, and detection time is oversize, be unfavorable for treatment.
Utility model content
For the problems referred to above for overcoming existing equipment to exist, specifically now propose to adopt the one of alternately sound treatment tinnitus
Plant and the device that acoustic beam signal treats tinnitus is replaced using nervus cochleae.
To realize above-mentioned technical purpose, technical solutions of the utility model are as follows：
A kind of employing nervus cochleae replaces the device that acoustic beam signal treats tinnitus, it is characterised in that：Including for recording original
The tinnitus parameter input unit of beginning data, tinnitus signal controller, signal output unit, transducer, parameter display unit and ear
Ring signal generator, the tinnitus parameter input unit are connected with the tinnitus signal controller, the tinnitus signal controller
It is connected with the tinnitus signal generator, the tinnitus signal generator is connected with the signal output unit, and the signal is defeated
Go out unit to be connected with the transducer, the parameter display unit is connected with tinnitus signal controller.
The tinnitus signal generator includes multifrequency tonal signal source device, background sound signal source device, multifrequency pure tone letter
Number sound volume control device and background sound signal volume control device.
The tinnitus parameter input unit is connected with keyboard, touch screen or audiometry equipment by digital signal.
The audiometry equipment includes sonometer.
The audiometry equipment and keyboard, touch screen are connected with tinnitus parameter input unit.
The transducer is earphone.
The signal output unit is connected with audio storage media or/and tinnitus masker signal by digital signal.
The parameter display unit is connected with user by digital signal.
The parameter display unit is the display screen and display screen control interface of handheld digital device or PC programmable devices,
The dynamic acoustical signal parameter that display content is watched when being and operating for user.
The signal output unit is the output interface of handheld digital device or PC programmable devices, realizes sheltering with tinnitus
Device, audio storage media and for tinnitus treatment equipment communication and control.
The utility model has the advantage of：
1st, this utility model can neatly debug the multiple frequency sound of sound and background audio mixing, can adjust respectively multi-frequency sound and
Background sound signal volume ratio, can rapidly match treatment patient tinnitus' frequency, intensity, while being quickly found out for patient's ear
The treatment acoustical signal of ring.
2nd, this utility model can be by using the algorithm of multifrequency tonal signal sound change, the calculation of background sound signal intensity
Method, the algorithm of multifrequency tonal signal volume change, the algorithm of background sound signal volume change, compound tinnitus treatment letter can be obtained
Number, the tinnitus coverage effect of tinnitus patient can be improved, it is ensured that optimum efficiency, abundant and accurate many sound are provided for tinnitus patient
Beam treatment acoustical signal (formula), fully meets the Treatment need of various tinnitus patients.
3rd, this utility model can pass through change or change, the multifrequency of background acoustical signal of the multifrequency tonal signal for the treatment of sound
Tonal signal volume change, the change of background sound signal volume all can produce therapeutic effect, wherein multifrequency pure tone letter to tinnitus patient
Number with background sound combined signal act on also can to tinnitus patient produce therapeutic effect.According to the individual variation of tinnitus patient, individual character
Change the above-mentioned 4 kinds of changes of ground adjustment, the Treatment need of various tinnitus patients can be met.Meanwhile, dynamically change 4 kinds of changes of sound
Change, can also improve tinnitus patient masking effect, be also easily found the masking signal for being more suitable for patient, the audition for mitigating patient is tired
Labor.Automatic identification is simultaneously switched to targetedly acoustical signal.
4th, on the one hand this utility model can be reduced tinnitus diagnosis and is controlled by intelligentized tinnitus Underwater Acoustic channels technology
The treatment time, on the other hand there is provided abundant tinnitus treatment acoustical signal, better method is provided for tinnitus treatment.So as to for ear
Ring therapeutic equipment industry brings potential huge economic value and social value.
Description of the drawings
Fig. 1 is this utility model structural representation.
In accompanying drawing：Tinnitus parameter input unit 1, tinnitus signal controller 2, signal output unit 3, transducer 4, parameter show
Show unit 5, tinnitus signal generator 6, keyboard, touch screen 7, audiometry equipment 8, tinnitus masker 9,
Audio storage media 10.
Specific embodiment
Embodiment 1
A kind of employing nervus cochleae replaces the device of acoustic beam signal treatment tinnitus to be included for recording the tinnitus of initial data
Parameter input unit 1, tinnitus signal controller 2, signal output unit 3, transducer 4, parameter display unit 5 and tinnitus signal are sent out
Raw device 6, the tinnitus parameter input unit 1 are connected with the tinnitus signal controller 2, the tinnitus signal controller 2 and institute
State tinnitus signal generator 6 to be connected, the tinnitus signal generator 6 is connected with the signal output unit 3, the signal output
Unit 3 is connected with the transducer 4, and the parameter display unit 5 is connected with tinnitus signal controller 2.This utility model can spirit
The multiple frequency sound of sound and background audio mixing are debugged livingly, can adjust multi-frequency sound and background sound signal volume ratio respectively, can be fast
Treatment patient tinnitus' frequency, intensity are matched fastly, while being quickly found out the treatment acoustical signal for the patient tinnitus.
Embodiment 2
A kind of employing nervus cochleae replaces the device of acoustic beam signal treatment tinnitus to be included for recording the tinnitus of initial data
Parameter input unit 1, tinnitus signal controller 2, signal output unit 3, transducer 4, parameter display unit 5 and tinnitus signal are sent out
Raw device 6, the tinnitus parameter input unit 1 are connected with the tinnitus signal controller 2, the tinnitus signal controller 2 and institute
State tinnitus signal generator 6 to be connected, the tinnitus signal generator 6 is connected with the signal output unit 3, the signal output
Unit 3 is connected with the transducer 4, and the parameter display unit 5 is connected with tinnitus signal controller 2.
The tinnitus signal generator 6 includes multifrequency tonal signal source device, background sound signal source device, multifrequency pure tone letter
Number sound volume control device and background sound signal volume control device.The tinnitus parameter input unit 1 passes through digital signal and key
Disk, touch screen 7 or audiometry equipment 8 are connected.The audiometry equipment 8 includes sonometer.The audiometry equipment 8 and keyboard, touch
Screen 7 is connected with tinnitus parameter input unit 1.The transducer 4 is earphone.The signal output unit 3 by digital signal with
Audio storage media 10 or/and 9 signal of tinnitus masker are connected.The parameter display unit 5 passes through digital signal and user
It is connected.
The parameter display unit 5 is connect for the display screen and display screen control of handheld digital device or PC programmable devices
Mouthful, the dynamic acoustical signal parameter that display content is watched when being and operating for user.The signal output unit 3 is set for hand-held numeral
The output interface of standby or PC programmable devices, realizes and tinnitus masker 9, audio storage media 10 and setting for tinnitus treatment
Standby communication and control.
This utility model can neatly debug the multiple frequency sound of sound and background audio mixing, can adjust multi-frequency sound and the back of the body respectively
Scape acoustical signal volume ratio, can rapidly match treatment patient tinnitus' frequency, intensity, while being quickly found out for the patient tinnitus
Treatment acoustical signal.
This utility model can by using multifrequency tonal signal sound change algorithm, the algorithm of background sound signal intensity,
The algorithm of multifrequency tonal signal volume change, the algorithm of background sound signal volume change, compound tinnitus treatment signal, energy can be obtained
Improve the tinnitus coverage effect of tinnitus patient, it is ensured that optimum efficiency, accurately many acoustic beams are controlled for tinnitus patient provides abundant
Acoustical signal (formula) is treated, the Treatment need of various tinnitus patients is fully met.
This utility model can be pure by the change of the multifrequency tonal signal for the treatment of sound or the change of background acoustical signal, multifrequency
Message volume change, the change of background sound signal volume all can produce therapeutic effect, wherein multifrequency tonal signal to tinnitus patient
Act on background sound combined signal also therapeutic effect can be produced to tinnitus patient.It is according to the individual variation of tinnitus patient, personalized
The above-mentioned 4 kinds of changes of ground adjustment, can meet the Treatment need of various tinnitus patients.Meanwhile, dynamically change 4 kinds of changes of sound
Change, can also improve tinnitus patient masking effect, be also easily found the masking signal for being more suitable for patient, the audition for mitigating patient is tired
Labor.Automatic identification is simultaneously switched to targetedly acoustical signal.
On the one hand this utility model can reduce tinnitus diagnosis treatment by intelligentized tinnitus Underwater Acoustic channels technology
Time, on the other hand there is provided abundant tinnitus treatment acoustical signal, better method is provided for tinnitus treatment.So as to for tinnitus
Therapeutic equipment industry brings potential huge economic value and social value.
In the application, tinnitus parameter input unit 1 can be input into tinnitus frequency, intensity, listen for well known to those skilled in the art
The device of the threshold of audibility data that power is measured.Tinnitus signal controller 2 can control tinnitus signal for well known to those skilled in the art
The controller of generator 6 and parameter display unit 5.Signal output unit 3 for it is well known to those skilled in the art can be pure by multifrequency
Device of the sound signal output to the transducer such as tinnitus masker 9 and earphone 4.It is single that transducer 4 refers to that 4 parameters of transducer such as earphone show
Unit 5 is the device that can show threshold of audibility data that tinnitus frequency, intensity, sonometer are measured well known to those skilled in the art.Tinnitus
Signal generator 6 is the device that can generate multifrequency tonal signal source well known to those skilled in the art.
Claims (10)
1. a kind of employing nervus cochleae replaces the device that acoustic beam signal treats tinnitus, it is characterised in that：Including original for recording
The tinnitus parameter input unit of data（1）, tinnitus signal controller（2）, signal output unit（3）, transducer（4）, parameter show
Show unit（5）With tinnitus signal generator（6）, the tinnitus parameter input unit（1）With the tinnitus signal controller（2）Phase
Even, the tinnitus signal controller（2）With the tinnitus signal generator（6）It is connected, the tinnitus signal generator（6）With institute
State signal output unit（3）It is connected, the signal output unit（3）With the transducer（4）It is connected, the parameter display unit
（5）With tinnitus signal controller（2）It is connected.
2. a kind of employing nervus cochleae according to claim 1 replaces the device that acoustic beam signal treats tinnitus, and its feature exists
In：The tinnitus signal generator（6）Including multifrequency tonal signal source device, background sound signal source device, multifrequency tonal signal
Sound volume control device and background sound signal volume control device.
3. a kind of employing nervus cochleae according to claim 2 replaces the device that acoustic beam signal treats tinnitus, and its feature exists
In：The tinnitus parameter input unit（1）By digital signal and keyboard, touch screen（7）Or audiometry equipment（8）It is connected.
4. a kind of employing nervus cochleae according to claim 3 replaces the device that acoustic beam signal treats tinnitus, and its feature exists
In：The audiometry equipment（8）Including sonometer.
5. a kind of employing nervus cochleae according to claim 3 replaces the device that acoustic beam signal treats tinnitus, and its feature exists
In：The audiometry equipment（8）And keyboard, touch screen（7）With tinnitus parameter input unit（1）It is connected.
6. a kind of employing nervus cochleae according to claim 1 replaces the device that acoustic beam signal treats tinnitus, and its feature exists
In：The transducer（4）For earphone.
7. a kind of employing nervus cochleae according to claim 1 replaces the device that acoustic beam signal treats tinnitus, and its feature exists
In：The signal output unit（3）By digital signal and audio storage media（10）Or/and tinnitus masker（9）Signal phase
Even.
8. a kind of employing nervus cochleae according to claim 1 replaces the device that acoustic beam signal treats tinnitus, and its feature exists
In：The parameter display unit（5）It is connected with user by digital signal.
9. a kind of employing nervus cochleae according to claim 8 replaces the device that acoustic beam signal treats tinnitus, and its feature exists
In：The parameter display unit（5）For handheld digital device or the display screen and display screen control interface of PC programmable devices, show
Show the dynamic acoustical signal parameter that content is watched when being and operating for user.
10. a kind of employing nervus cochleae according to claim 1 replaces the device that acoustic beam signal treats tinnitus, and its feature exists
In：The signal output unit（3）For handheld digital device or the output interface of PC programmable devices.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201620568671.2U CN206044821U (en) | 2016-06-14 | 2016-06-14 | A kind of employing nervus cochleae replaces the device that acoustic beam signal treats tinnitus |
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| CN201620568671.2U CN206044821U (en) | 2016-06-14 | 2016-06-14 | A kind of employing nervus cochleae replaces the device that acoustic beam signal treats tinnitus |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109602425A (en) * | 2018-12-03 | 2019-04-12 | 无锡矽太益耳听力科技有限公司 | A kind of tinnitus detection device and treatment system |
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2016
- 2016-06-14 CN CN201620568671.2U patent/CN206044821U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109602425A (en) * | 2018-12-03 | 2019-04-12 | 无锡矽太益耳听力科技有限公司 | A kind of tinnitus detection device and treatment system |
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