CN110292714A - THz wave physical therapy device for children with congenital deafness disease - Google Patents
THz wave physical therapy device for children with congenital deafness disease Download PDFInfo
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Abstract
The present invention relates to a kind of THz wave physical therapy devices for children with congenital deafness disease, including processing end, the wave launch terminal being connected with processing end and the head hoop component for installing wave launch terminal, processing end is used for transmission signal, THz wave audio signalprocessing, control and the control of total system and data processing；THz wave generator is equipped in wave launch terminal, the front side of THz wave generator is the horn mouth of guide wave transmission；Head hoop component includes hoop bar and two fixed parts on hoop bar and close to its end, and fixed part end is connected with the locating ring of annular, and locating ring is Chong Die with the form of extension to be fixed, and when the two overlapping, bell-mouthed front end is stretched out across locating ring；It is extended internally on the inside of fixed part equipped with locating rod, positions boom end and be connected with the hangers to match with ear top outer profile.The device is novel in design, it is convenient to wear, and alleviates the operating procedure of medical staff.
Description
Technical field
The present invention relates to THz wave physical therapy technical field, specially a kind of terahertz for children with congenital deafness disease
Hereby wave physical therapy device.
Background technique
Scientific research discovery, electromagnetic wave have unexpected biological effect to organism, such as influence cell growth, base
Because of expression etc..Usual millimeter wave and submillimeter wave can only penetrate depth of the organism less than 1mm, lack usually to human body depths internal organs
Disease bring curative effect.With the development of Terahertz Technology, the limitation of the treatment of millimeter wave, THz wave treatment are gradually breached
To the less side effects even without causing today of Medical Crisis increasingly by the weight of medical field in abuse of antibiotics of human body
Depending on.The radiated THz wave of bio wave functional material occurred at present can also generate resonance effects to human body, this is because people
Know from experience and generate fuel factor phenomenon and hydrone covibration, body cell kinetic energy increases, as kept trace movement or micro- massage
State.The material for human body effect first is that can promote blood circulation and improve microcirculation；Second is that it is viscous to reduce blood
Consistency；Third is that can be with activating cell；Fourth is that metabolism can be strengthened；Fifth is that can be with uvioresistant；Sixth is that nocuousness can be prevented
The growth of bacterium；Seventh is that adjustable meridian balance.
The therapeutic equipments treated using electromagnetic wave to human body is had been developed that at present, by radiating to human epidermal
Electromagnetic wave is to reach the treatment to human body depths internal organs.As the prior art has the Terahertz for treating and treating common disorder
Wave physiotherapy equipment, quantum generator and THz wave physiotherapeutic instruments etc., a kind of Terahertz as disclosed in patent CN102895742A
Physiotherapy equipment probe；Including Terahertz generator, poly- wave lens and sucker；Terahertz generator includes generator main body and waveguide
Window, generator main body are launched for generating THz wave, the THz wave that generator main body generates through the waveguide window；It is poly-
Wave lens are set on waveguide window, and waveguide window is covered, for assembling THz wave；The physiotherapy equipment passes through its sucker suction
In the intended treatment site of human body.But current electromagnetic wave physiotherapeutic instruments only has the function for the treatment of, not to pretherapy and post-treatment
Effect compares diagnosis, can only intuitively be judged by sufferer, necessarily be brought to the improvement of the effect for the treatment of and method
Certain drawbacks.Existing THz wave physiotherapy equipment mostly uses sucker structure, and when use, which is adsorbed on, animally to be fixed, and is directed to ear
Piece position, existing sucker structure can not adsorb, and need human hand held acetabular surgery, inconvenient for use；In addition, in terahertz radiation
In the process, the variation of wave frequency rate is likely to result in the inflammation diseases such as vibrophone, especially tympanitis and causes ear's vibrophone,
How to monitor at this time influence or monitoring disease ear of the THz wave to ear vibrophone variation, pair and the disease
Treatment have important in inhibiting.
Summary of the invention
It is an object of the invention to propose a kind of THz wave physical therapy device for children with congenital deafness disease, simultaneously
The device applies also for the physical therapy for ear inflammation disease (such as tympanitis), and the device provides a kind of Terahertzs of Worn type
Wave physical therapy mode, novel design, wearing are convenient, alleviate the operating procedure of medical staff；The therapeutic equipment will be after poly- wave
THz wave is focused in human body side, so that the energy of THz wave is more concentrated, is improved for deaf disease, tympanitis etc.
Therapeutic effect.
To achieve the above object, the technical solution adopted in the present invention is as described below:
A kind of THz wave physical therapy device for children with congenital deafness disease, the physical therapy device include processing end,
The head hoop component of the wave launch terminal and the installation wave launch terminal that are connected with the processing end, the processing end is used for
Transmit signal, THz wave audio signalprocessing, control and the control of total system and data processing；
The wave launch terminal includes shell and the horn mouth on front side of the shell, is set in the terminal installation cavity
Have a THz wave generator, the electromagnetic signal that the THz wave generator is used to receive processing end transmission amplify and times
Frequently, the THz wave frequency spectrum of particular frequency range is generated, and is radiate；The front side of the THz wave generator is equipped with
Waveguide window, the waveguide window are equipped with the poly- wave lens for covering it, and the side of the shell is equipped with wiring port, close to the loudspeaker
The side wall of mouth open end extends outwardly equipped with extension, is equipped with several silica gel stick harnesses towards front end on the extension；
The head hoop component includes binding round bar and two fixed parts on the hoop bar and close to its end, described solid
Determine portion and be back Hook shaped configuration, and the end of its back hook is connected with the locating ring of annular, the locating ring is equipped with several merging institutes
State the hole of silica gel stick harness, the locating ring is Chong Die with the form of the extension, and the two be overlapped when, it is described it is bell-mouthed before
End is across the locating ring and extension；It extends internally on the inside of the fixed part equipped with locating rod, the positioning boom end connects
It is connected to the hangers to match with ear top outer profile.
Further, the interior diameter of the iiared port is 3-5cm, and the extension is apart from the bell-mouthed opening
End is 0.8-2cm；The length of the locating rod is 2-5cm.
Further, the hoop bar is retractable structure, specifically, the hoop bar includes the list of the double rod in left side, right side
The connector of bar and the connection double rod and single pole, the connector both-side opening, the double rod put in a wherein side opening
And be fixedly connected, another side opening puts in the single pole, and the single pole is inserted into the centre of double rod, and the end of the single pole is set
There is block piece, the height of the block piece is greater than the opening, and the open end of the connector is additionally provided with inwardly protruded engaging item, institute
It states single pole and is equipped with fin close to the upper surface of a part of connector.
Further, the extension on the horn mouth is detachable structure, is equipped with internal screw thread, institute on the inside of the extension
It states lateral surface of the horn mouth close to open end and is equipped with external screw thread；
The locating rod is that inserted mode is fixed on the fixed part, and the locating rod penetrates fixed part and is exposed to outside it
Side, the locating rod can carry out carrying out length adjustment by stretching.
In another preferred technical solution, a channel is equipped in the bell-mouthed side wall；The passway end is set
There is vibrating sensor, the conducting wire of the vibrating sensor is pierced by by the channel to the wiring port, is connected to the place
Manage end.
Further, the chip of the vibrating sensor is wrapped in bar shaped silica gel sheath, and probe exposes and the bar shaped
Silica gel sheath, the bar shaped silica gel sheath are to construct with the sickle of the cymba structure matching of ear, and its rear end is additionally provided with flexible
Spiral winding, the probe are arranged towards ear hole.
Based on the above technical solution, the processing end of apparatus of the present invention includes
Signal source generator, for generating the signal source of low frequency terahertz wave signal；
Terahertz wave signal modulation module, by control electricity frequency realize to the low frequency terahertz wave signal amplitude of signal source into
Row pulse, sinusoidal different modes modulation, and modulated terahertz electromagnetic wave signal is input to wave launch terminal；
Main control module, for the signal processing to processing end, control and to the transmitting signal of the wave launch terminal
Control and signal acquisition process.
Further, the processing end further includes
Vibrating data collection module shakes right for obtaining the human ear film position that vibrating sensor acquires in real time,
It obtains specifically shaking numerical value；
Comparison and alarm modules, for obtaining vibrating numerical and the vibration of preset ear-drum according to the vibration data processing module
Dynamic standard figures are compared, and judge whether it is normal vibration, if not, sounding an alarm prompt.
Further, the wave processing launch terminal further includes that the power that module is connected occurs with the THz wave
Detection module occurs the actual THz wave output power data of module for detecting THz wave, and the data is sent
To processing end；
The processing end further includes
Power data processing module, for receiving the practical THz wave output power number of the power detection module detection
According to, and data and default THz wave output data are compared, judge the actual difference of the two；
Power data correction module, for the Terahertz according to the comparison result of the power data processing module to output
Wave wave frequency data carry out initialization amendment.
Further, the processing end further includes the timing module being connected with the main control module, the timing mould
Block is used to control the working time of the THz wave generator in each wave launch terminal.
The fixation device to disease is arranged for the THz wave physical therapy device of children with congenital deafness disease in the present invention,
Mitigate the hand operation of doctor, and improves physical therapy efficiency.The THz wave emulate physical therapy device by modulator to transmitting too
Hertz wave bandwidth is adjusted, and THz wave wavelength is adjusted high power and/or specific Terahertz frequency under given conditions
It realizes and physical therapy is carried out to sufferer ear position；During physical therapy, the variation of ear vibrophone is monitored by vibrating sensor,
On the one hand the variation of disease condition can be intuitively observed, on the other hand then shadow of the observable terahertz radiation to patient part
Ring, avoid harm caused by wave frequency error change so that THz wave physiotheraping effect more preferably, equipment operation it is more reliable.
Physiotherapy equipment of the present invention is novel in design, for THz wave to the diseases such as children with congenital deafness disease, tympanitis into
Row physical therapy, physiotheraping effect is significant, can greatly shorten the physical therapy period of sufferer.With traditional drug and operation physiotheraping effect phase
Than the THz wave emulation physical therapy instrument is without side-effects, and effect is even better.
Detailed description of the invention
Attached drawing of the present invention has not necessarily been drawn to scale, and in the accompanying drawings, identical number can describe identical in different views
Component.Attached drawing is by way of example, but to be not limiting mode, attached drawing generally illustrate discuss herein it is each
A embodiment.
Fig. 1 is a kind of embodiment of the present invention for the THz wave physical therapy device entirety of children with congenital deafness disease
Structural schematic diagram；
Fig. 2 is the one kind of the present invention for the wave launch terminal of the THz wave physical therapy device of children with congenital deafness disease
The structural schematic diagram of embodiment；
Fig. 3 is wave launch terminal and head hoop of the present invention for the THz wave physical therapy device of children with congenital deafness disease
The structural schematic diagram of the embodiment of component assembling；
Fig. 4 is the another of the wave launch terminal for the THz wave physical therapy device that the present invention is used for children with congenital deafness disease
The structural schematic diagram of kind embodiment；
Fig. 5 is the embodiment structure schematic diagram of the vibrating sensor in wave launch terminal of the present invention；
Fig. 6 is another embodiment party of the present invention for the THz wave physical therapy device entirety of children with congenital deafness disease
The structural schematic diagram of formula.
Specific embodiment
Below with reference to embodiment, to a kind of THz wave physical therapy device for children with congenital deafness disease of the present invention
A kind of specific embodiment of the structural schematic diagram of embodiment is further described.Following embodiment is only used for clearly
Illustrate technical solution of the present invention, and not intended to limit the protection scope of the present invention；Ordinary skill in relation to technical field
Personnel can also make a variety of changes and modification without departing from the spirit and scope of the present invention, therefore all equivalent
Technical solution also belong to scope of the invention, scope of patent protection of the invention should be limited by each claim.
A kind of THz wave physical therapy device for children with congenital deafness disease of the present invention, the physical therapy device packet
The head hoop component 3 of processing end 1, the wave launch terminal 2 being connected with the processing end 1 and the installation wave launch terminal 2 is included,
The processing end 1 is used for transmission signal, THz wave audio signalprocessing, control and the control of total system and data processing.
It is the structural schematic diagram of processing end and wave launch terminal system as shown in Figure 1, Fig. 3 shows head hoop component and wave launch terminal
Assembly structure diagram.
Shown in Fig. 2, the wave launch terminal 2 includes shell 20 and the horn mouth 22 set on 20 front side of shell, institute
It states and is equipped with THz wave generator 23 in terminal installation cavity 28, the THz wave generator 23 is for receiving the transmission of processing end 1
Electromagnetic signal amplify and frequency multiplication, generate the THz wave frequency spectrum of particular frequency range, and radiate；It is described too
The front side of hertz wave producer 23 is equipped with waveguide window 203, and the waveguide window 203 is equipped with the poly- wave lens 208 for covering it, described
The side of shell 20 is equipped with wiring port 202, and the side wall close to 22 open end of horn mouth extends outwardly equipped with extension
204, several silica gel stick harnesses 205 are equipped with towards front end on the extension 204.
Shown in Fig. 3, the head hoop component 3 includes hoop bar 30 and binds round set on described on bar 30 and close to two of its end
Fixed part 31, the fixed part 31 is back Hook shaped configuration, and the end of its back hook is connected with the locating ring 35 of annular, the positioning
Circle 35 is equipped with the hole 32 of several merging silica gel stick harnesses 205, the form weight of the locating ring 35 and the extension 204
It is folded, and when the two overlapping, the front end of the horn mouth 22 passes through the locating ring 35 and extension；31 inside of fixed part
It extends internally and is equipped with locating rod 33,33 end of locating rod is connected with the hangers 34 to match with ear top outer profile.Make
The horn mouth of wave launch terminal is inserted into the locating ring by the used time, and silica gel stick harness is placed in described hole so that the locating ring and
Extension overlapping is fixed；When wearing to head, hangers is hung to ear top, horn mouth is placed against ear.
In some embodiments, the interior diameter that the horn mouth 22 is open is 3-5cm, and the extension 204 is apart from described
The open end of horn mouth 22 is 0.8-2cm；The length of the locating rod 33 is 2-5cm.
In other embodiment, the hoop bar 30 is retractable structure, as shown in figure 3, specifically, the hoop bar 30 includes
The connector 303 of the double rod 301 in left side, the single pole 302 on right side and the connection double rod 301 and single pole 302, the connection
First 303 both-side opening, the double rod 301 put in a wherein side opening and are fixedly connected, and another side opening puts in the single pole
302, and the single pole 302 is inserted into the centre of double rod 301, the end of the single pole 302 is equipped with block piece 304, the block piece 304
Height be greater than the opening, the open end of the connector 303 is additionally provided with inwardly protruded engaging item, and the single pole 302 leans on
The upper surface of a part of nearly connector is equipped with fin 305.By connector to intervening portion length between single pole and double rod
Adjustment, so that head hoop stabilization is fastened on head.
Other example, the extension 204 on the horn mouth 22 are detachable structure, are set on the inside of the extension 204
There is internal screw thread (not shown), lateral surface of the horn mouth 22 close to open end is equipped with external screw thread (not shown).
The locating rod 33 is that inserted mode is fixed on the fixed part 31, and the locating rod 33 penetrates fixed part 31 and reveals
For its outside, the locating rod 33 can carry out carrying out length adjustment by stretching.
As shown in figure 4, being equipped with a channel 220 in the side wall of the horn mouth 22；220 mouthfuls of channel end is equipped with vibration and passes
The conducting wire of sensor 221, the vibrating sensor 221 is pierced by by the channel 220 to the wiring port 202, is connected to institute
State processing end 1.
Shown in Fig. 5, the chip of the vibrating sensor 221 is wrapped in bar shaped silica gel sheath 222, probe 223 expose with
The bar shaped silica gel sheath 222, the bar shaped silica gel sheath 222 are to construct with the sickle of the cymba structure matching of ear, thereafter
End is additionally provided with flexible spiral winding 224, and the probe 223 is arranged towards ear hole.
In one embodiment of the overall architecture of apparatus of the present invention, as shown in fig. 6, the processing end 1 includes
Signal source generator 10, for generating the signal source of low frequency terahertz wave signal；
Terahertz wave signal modulation module 11 realizes the low frequency terahertz wave signal amplitude to signal source by control electricity frequency
Pulse, sinusoidal different modes modulation are carried out, and modulated terahertz electromagnetic wave signal is input to wave launch terminal 2；
Main control module 12, for signal processing, control and the transmitting to the wave launch terminal 2 to processing end 1
The control and signal acquisition process of signal；
Vibrating data collection module 13 is shaken right for obtaining the human ear film position that vibrating sensor acquires in real time
It is dynamic, it obtains specifically shaking numerical value；
Comparison and alarm modules 14, for obtaining vibrating numerical and preset ear-drum according to the vibration data processing module
Vibration standard numerical value is compared, and judges whether it is normal vibration, if not, sounding an alarm prompt.
The wave processing launch terminal further includes that the power detection module that module 200 is connected occurs with the THz wave
15, the actual THz wave output power data of module 200 occur for detecting THz wave, and send the data to place
Manage end 1；
And the improvement to the processing end, then it is to increase power data processing module 16 and power data correction module 17.
Power data processing module 16 is used to receive the practical THz wave output power data that the power detection module 13 detects, and
Data and default THz wave output data are compared, judge the actual difference of the two；Power data correction module 17 is used for root
Initialization amendment is carried out to the THz wave wave frequency data of output according to the comparison result of the power data processing module 14.Pass through
Power data monitoring and adjustment are further ensured that safety of the wave frequency rate to ear internal radiation.
The processing end 1 further includes the timing module 19 being connected with the main control module 12, the timing module 19
For controlling the working time of the THz wave generator 23 in each wave launch terminal 2.
It should be noted that it will be appreciated by those skilled in the art that processing end of the present invention, which has, realizes the present invention
The function of the data acquisition, wavelength modulation and timing, the function can also be held by hardware realization by hardware
The corresponding software realization of row.The hardware or software include one or more modules corresponding with above-mentioned function.The processing
End includes the application program that functions of modules of the present invention is executed for storing each module.The function can by hardware realization,
Corresponding software realization can be executed by hardware.In some instances, the main control unit can be programmable gate array
Chip or dedicated IC chip.
Through the above description of the embodiments, those skilled in the art can be understood that each embodiment can
It realizes by means of software and necessary general hardware platform, naturally it is also possible to pass through hardware.
Only several embodiments of the present invention are expressed for above embodiments, and the description thereof is more specific and detailed, but can not
Therefore limitations on the scope of the patent of the present invention are interpreted as.It should be pointed out that for those of ordinary skill in the art,
Without departing from the inventive concept of the premise, various modifications and improvements can be made, these belong to protection model of the invention
It encloses.Therefore, the scope of protection of the patent of the invention shall be subject to the appended claims.
Claims (10)
1. a kind of THz wave physical therapy device for children with congenital deafness disease, which is characterized in that the physical therapy device packet
Include processing end (1), the head of the wave launch terminal (2) that is connected with the processing end (1) and the installation wave launch terminal (2)
It binds round component (3), the processing end (1) is used for transmission signal, THz wave audio signalprocessing, control and the control of total system
And data processing；
The wave launch terminal (2) includes shell (20) and the horn mouth (22) on front side of the shell (20), the end
It holds in installation cavity (28) and is equipped with THz wave generator (23), the THz wave generator (23) is for receiving processing end (1)
The electromagnetic signal of transmission amplifies and frequency multiplication, generates the THz wave frequency spectrum of particular frequency range, and is radiate；Institute
The front side for stating THz wave generator (23) is equipped with waveguide window (203), and the waveguide window (203) is saturating equipped with the poly- wave for covering it
Mirror (208), the side of the shell (20) are equipped with wiring port (202), close to the horn mouth (22) open end side wall to
Outer extend is equipped with extension (204), is equipped with several silica gel stick harnesses (205) towards front end on the extension (204)；
The head hoop component (3) includes hoop bar (30) and two fixed parts on hoop bar (30) and close to its end
(31), the fixed part (31) is back Hook shaped configuration, and the end of its back hook is connected with the locating ring (35) of annular, the positioning
Enclose the hole (32) that (35) are equipped with several merging silica gel stick harnesses (205), the locating ring (35) and the extension
(204) form overlapping, and when the two overlapping, the front end of the horn mouth (22) passes through the locating ring (35) and extension
Point；Extend internally on the inside of the fixed part (31) equipped with locating rod (33), locating rod (33) end be connected with on ear
The hangers (34) that portion's outer profile matches.
2. being used for the THz wave physical therapy device of children with congenital deafness disease as described in claim 1, which is characterized in that institute
The interior diameter for stating horn mouth (22) opening is 3-5cm, and open end of the extension (204) apart from the horn mouth (22) is
0.8-2cm；The length of the locating rod (33) is 2-5cm.
3. being used for the THz wave physical therapy device of children with congenital deafness disease as described in claim 1, which is characterized in that institute
Stating hoop bar (30) is retractable structure, specifically, hoop bar (30) includes the single pole of the double rod (301) in left side, right side
(302) and the connector (303) of the connection double rod (301) and single pole (302), connector (303) both-side opening,
The double rod (301) puts in a wherein side opening and is fixedly connected, and another side opening is put in the single pole (302), and the list
Bar (302) is inserted into the centre of double rod (301), and the end of the single pole (302) is equipped with block piece (304), the block piece (304)
Height is greater than the opening, and the open end of the connector (303) is additionally provided with inwardly protruded engaging item, the single pole (302)
Upper surface close to a part of connector is equipped with fin (305).
4. being used for the THz wave physical therapy device of children with congenital deafness disease as described in claim 1, which is characterized in that institute
Stating the extension (204) on horn mouth (22) is detachable structure, is equipped with internal screw thread, the loudspeaker on the inside of the extension (204)
Lateral surface of the mouth (22) close to open end is equipped with external screw thread；
The locating rod (33) is that inserted mode is fixed on the fixed part (31), and the locating rod (33) penetrates fixed part (31)
And it is exposed to its outside, the locating rod (33) can carry out carrying out length adjustment by stretching.
5. being used for the THz wave physical therapy device of children with congenital deafness disease as described in claim 1, which is characterized in that institute
It states in the side wall of horn mouth (22) and is equipped with a channel (220)；Channel (220) the mouth end is equipped with vibrating sensor (221), described
The conducting wire of vibrating sensor (221) is pierced by by the channel (220) to the wiring port (202), is connected to the processing
It holds (1).
6. being used for the THz wave physical therapy device of children with congenital deafness disease as claimed in claim 3, which is characterized in that institute
The chip for stating vibrating sensor (221) is wrapped in bar shaped silica gel sheath (222), and probe (223) exposes and the bar shaped silica gel
It covers (222), the bar shaped silica gel sheath (222) is to construct with the sickle of the cymba structure matching of ear, and its rear end is additionally provided with
Flexible spiral winding (224), the probe (223) are arranged towards ear hole.
7. being used for the THz wave physical therapy device of children with congenital deafness disease as claimed in claim 5, which is characterized in that institute
Stating processing end (1) includes
Signal source generator (10), for generating the signal source of low frequency terahertz wave signal；
Terahertz wave signal modulation module (11), by control electricity frequency realize to the low frequency terahertz wave signal amplitude of signal source into
Row pulse, sinusoidal different modes modulation, and modulated terahertz electromagnetic wave signal is input to wave launch terminal (2)；
Main control module (12) is used for the signal processing to processing end (1), control and the hair to the wave launch terminal (2)
Penetrate the control and signal acquisition process of signal.
8. being used for the THz wave physical therapy device of children with congenital deafness disease as claimed in claim 6, which is characterized in that institute
Stating processing end further includes
Vibrating data collection module (13) shakes right for obtaining the human ear film position that vibrating sensor acquires in real time,
It obtains specifically shaking numerical value；
Comparison and alarm modules (14), for obtaining vibrating numerical and the vibration of preset ear-drum according to the vibration data processing module
Dynamic standard figures are compared, and judge whether it is normal vibration, if not, sounding an alarm prompt.
9. being used for the THz wave physical therapy device of children with congenital deafness disease as claimed in claim 7, which is characterized in that institute
Stating wave processing launch terminal further includes that the power detection module (15) that module (200) are connected occurs with the THz wave, is used
The actual THz wave output power data of module (200) occur in detection THz wave, and send the data to processing
It holds (1)；
The processing end (1) further includes
Power data processing module (16), for receiving the practical THz wave output work of the power detection module (13) detection
Rate data, and data and default THz wave output data are compared, judge the actual difference of the two；
Power data correction module (17), for according to the comparison result of the power data processing module (14) to output too
Hertz wave wave frequency data carry out initialization amendment.
10. being used for the THz wave physical therapy device of children with congenital deafness disease as claimed in claim 8, which is characterized in that
The processing end (1) further includes the timing module (19) being connected with the main control module (12), the timing module (19)
For controlling the working time of the THz wave generator (23) in each wave launch terminal (2).
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113647932A (en) * | 2021-08-11 | 2021-11-16 | 中国人民解放军总医院第八医学中心 | 24-hour respiration monitoring device |
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