CN105931442A - Pelvic cavity treatment instrument - Google Patents
Pelvic cavity treatment instrument Download PDFInfo
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- CN105931442A CN105931442A CN201610402225.9A CN201610402225A CN105931442A CN 105931442 A CN105931442 A CN 105931442A CN 201610402225 A CN201610402225 A CN 201610402225A CN 105931442 A CN105931442 A CN 105931442A
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- signal
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- probe
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- G—PHYSICS
- G08—SIGNALLING
- G08C—TRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
- G08C17/00—Arrangements for transmitting signals characterised by the use of a wireless electrical link
- G08C17/02—Arrangements for transmitting signals characterised by the use of a wireless electrical link using a radio link
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- Engineering & Computer Science (AREA)
- Computer Networks & Wireless Communication (AREA)
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Magnetic Treatment Devices (AREA)
Abstract
The invention provides a pelvic cavity treatment instrument. The pelvic cavity treatment instrument comprises a remote control end and a receiving end; the remote control end comprises a keyboard module, an encoding chip and a transmitting circuit; the keyboard module transmits a control signal and generates corresponding instruction data; the encoding chip is connected with the keyboard module, receives the instruction data, and encodes the instruction data into serial data; the transmitting circuit is connected with the encoding chip, modulates the serial data, and transmits the modulated serial data to the receiving end in the form of electromagnetic waves; the receiving end comprises a receiving circuit, a decoding chip, a controller and a probe; the receiving circuit receives the electromagnetic waves transmitted by the remote control end, and demodulates the electromagnetic waves into the serial data; the decoding chip is connected with the receiving circuit, receives the serial data and decodes the serial data into corresponding instruction data; the controller is connected with the decoding chip, receives the instruction data, and controls the probe to work according to the instruction data. The pelvic cavity treatment instrument is convenient to use; the intelligent level of the pelvic cavity treatment instrument is improved.
Description
Technical field
The present invention relates to medical instruments field, particularly to be a kind of pelvic therapeutic instrument.
Background technology
Pelvic therapeutic instrument uses the physiological actions such as the electricity of physics, thermal and magnetic, has promotion neural muscular tissue emerging
Put forth energy, local blood circulation and three kinds of important function of analgesia.Electrotherapy is produced in complexity low by pelvic therapeutic instrument
Frequently electric current, flows to be attached to the electrode on abdominal part both sides through probe.Electrotherapy has positive physiological action.Thermotherapy
It is by the heating coil within probe, probe to be heated, and has the temperature sensor within probe, instead
Feedback temperature, and through the temperature of Single-chip Controlling heating, to realize the thermotherapy therapy of pelvic inflammatory disease.
Pelvic therapeutic instrument is improved, be for therapeutic instrument for treating pelvic inflammation for many years present in the clinical practice
Problem and propose.At temprature control unit, to make every effort to reach high accuracy and stability, on the one hand avoid temperature
Patient is caused discomfort by degree saltus step, is on the other hand also the effect for more preferably controlling treatment.At anti-interference aspect,
The electrotherapy output electric current of pelvic therapeutic instrument is medium and low frequency electric current, and when treatment, human body sensory is less than this electric current
Pass through.If there being the electric current of saltus step high frequency, discharge circuit is the most easily made to produce high-frequency percussion, not only people's physical ability
Feel, even massage motor also results in having of probe and significantly shakes.The design of probe should more human nature
Change, design according to the physiological structure of human body, allow patient use more comfortable.
Due to the pelvic therapeutic instrument treatment to pelvic inflammatory disease, have and have no side effect and the advantage such as sequela, in gynecological
In be widely used.Before the treatment, the probe of pelvic therapeutic instrument needs to insert in pelvic cavity, to aeg
Physiology all causes certain obstacle with psychological, brings many most also to doctor (particularly man doctor)
Inconvenience.
Summary of the invention
The technical problem to be solved is to provide a kind of pelvic therapeutic instrument, convenient use, improves pelvic cavity
The intelligent level of therapeutic instrument.
For solving the problems referred to above, the present invention proposes a kind of pelvic therapeutic instrument, including remote control end and receiving terminal；
Described remote control end includes Keysheet module, coding chip, radiating circuit；Described Keysheet module receives outside
Trigger signal, and generate director data accordingly；Described coding chip connects described Keysheet module, receives described
Director data is also encoded into as serial data；Described radiating circuit connects described coding chip, by serial
Launch to described receiving terminal with electromagnetic wave after data modulation；
Described receiving terminal includes receiving circuit, decoding chip, controller, probe；Described reception circuit receives
The electromagnetic wave that described remote control end is launched, and be demodulated into as serial data；Described decoding chip connects described
Receive circuit, receive described serial data and decode command adapted thereto data；Described controller connects described solution
Code chip, receives and controls probe work according to described director data.
According to one embodiment of present invention, described radiating circuit includes: carrier generator, and ASK modulates
Device, high frequency amplifier and transmitting antenna；Described carrier generator is in order to generate the carrier signal of certain frequency；
Described ASK manipulator connects described coding chip and described carrier generator, and by described carrier signal
Described serial data is carried out ASK modulation, generates modulated signal；Described high frequency amplifier connects described ASK
Manipulator, receives described modulated signal and carries out signal amplification；Described transmitting antenna connects described High frequency amplification
Device, the modulated signal after amplifying is launched to described receiving terminal with electromagnetic wave；
Described reception circuit includes: reception antenna, wave filter, ASK demodulator；Described reception antenna connects
Receive the electromagnetic wave that described transmitting antenna is launched, and be transmitted to described wave filter；Described wave filter connects institute
State reception antenna and electromagnetic wave is filtered output；Described ASK demodulator connects described wave filter, connects
Receive the filtering signal of described wave filter output, and filtering signal is carried out ASK demodulation, after output demodulation
Serial data.
According to one embodiment of present invention, the frequency of described carrier signal 315MHZ-433MHZ it
Between.
According to one embodiment of present invention, described radiating circuit is the radiating circuit collection carrying amplifying triode
Becoming module, launch antenna and use whip type antenna, described coding chip uses TX-2/RX-2 coding and decoding core
Sheet；
Described reception circuit is the reception circuit integrated module carrying antenna, and reception antenna is printed antenna, institute
State decoding chip and use TX-2/RX-2 coding and decoding chip.
According to one embodiment of present invention, described radiating circuit is the radiating circuit collection carrying amplifying triode
Becoming module, launch antenna and use helical antenna, described coding chip uses the coding chip of PT2262；
Described reception circuit is the reception circuit integrated module carrying antenna, and reception antenna is printed antenna, institute
State decoding chip and use the decoding chip of PT2272.
According to one embodiment of present invention, described radiating circuit integration module is wireless of F05P micropower
Penetrate module；Described reception circuit integrated module is J04V low-consumption wireless receiver module.
According to one embodiment of present invention, described director data includes enabling signal, cut-off signals, the course for the treatment of
Signal, strength signal, time signal and natural law signal；Described enabling signal is in order to control opening of described probe
Dynamic；Described cut-off signals is in order to control the shutoff of described probe；Described course for the treatment of, signal was in order to control described probe
Enter thermotherapy, electrotherapy or massage mode；Described strength signal is in order to control described probe in corresponding modes
Working strength；Described time signal is in order to control the working time length of described probe；Described natural law signal is used
Carry out the natural law of the corresponding course for the treatment of recording described probe.
According to one embodiment of present invention, described Keysheet module has corresponding triggering and generate described startup letter
Number, cut-off signals start button and turn off button, corresponding trigger generate signal described course for the treatment of selection key,
Corresponding triggering generates the regulating key of described strength signal, correspondence triggers the time tune generating described time signal
Whole button, the corresponding natural law triggering the described natural law signal of generation adjust button.
According to one embodiment of present invention, described receiving terminal also includes showing operation module, connects described control
Device processed, in order to show the director data of receiving terminal and to be received the local director data input of end.
According to one embodiment of present invention, described receiving terminal also includes buzzer, connects described controller,
In order to carry out buzzing when described controller receives described director data.
After using technique scheme, the present invention has the advantages that employing keyboard compared to existing technology
The remote control end input instruction of operation, is encoded by director data, is converted into serial data, by serial data
Being high-frequency signal by carrier modulation, such that it is able to the form of electromagnetic wave is launched, receiving terminal extracts same frequency
Electromagnetic wave signal, just can receive the corresponding serial data of remote control end, thus modulate signals into and believe into low frequency
Number, obtain command adapted thereto signal, control probe and carry out the work of the corresponding course for the treatment of.The remote control of electromagnetic wave has spreads out
Penetrate effect, certain barrier can be crossed over, also without straight line during remote control.There is the pelvic cavity of function of wireless remote control
Therapeutic instrument to some extent solves the problem treating inconvenience in prior art, and doctor can be at barrier shield
After, control whole therapeutic process.
Accompanying drawing explanation
Fig. 1 is the structured flowchart of the pelvic therapeutic instrument of one embodiment of the invention；
Fig. 2 is the structured flowchart of the pelvic therapeutic instrument of another embodiment of the present invention；
Fig. 3 is the structural representation of the Keysheet module of one embodiment of the invention.
Detailed description of the invention
Understandable for enabling the above-mentioned purpose of the present invention, feature and advantage to become apparent from, the most right
The detailed description of the invention of the present invention is described in detail.
Elaborate a lot of detail in the following description so that fully understanding the present invention.But the present invention
Can implement to be much different from alternate manner described here, those skilled in the art can without prejudice to
Doing similar popularization in the case of intension of the present invention, therefore the present invention is not by the following public limit being embodied as
System.
Referring to Fig. 1, the pelvic therapeutic instrument of the present embodiment, including remote control end 1 and receiving terminal 2.Remote control end 1
Namely remote control unit, can include Keysheet module 11, coding chip 12, radiating circuit 13.Receiving terminal
2 namely controlled treatment devices, can include receiving circuit 21, decoding chip 22, controller 23, visiting
24.By electromagnetic wave radio communication between remote control end 1 and receiving terminal 2, thus doctor can be in shielding
After wall, control receiving terminal 2 by operation remote control end 1 and realize whole therapeutic process.
Keysheet module 11 as the input module of remote control end 1, can being that touch screen or button form trigger,
Keysheet module 11 receives outer triggering signal, and generates director data accordingly.Director data can be used to control
The work of the probe of pelvic therapeutic instrument processed, different instruction data can control probe and perform thermotherapy, electrotherapy or massage
The course for the treatment of, it is also possible to control varying strength, persistent period, the natural law course for the treatment of etc..
Director data is triggered generation by Keysheet module 11, has multidiameter delay data.Coding chip 12 defeated
Enter to hold the outfan of connecting key disk module 11, coding chip 12 receive director data and are encoded by director data
Become serial data, the outfan output serial data of coding chip 12.Coding chip 12 1 aspect is permissible
Director data is converted into serial data, is easy to wireless transmit, on the other hand director data can be carried out
Encryption, anti-stop signal disturbs recipient's instruction after receiving by mistake.
The input of radiating circuit 13 connects the outfan of coding chip 12, and radiating circuit 13 receives serial
After circuit, by serial data by after carrier modulation, launch to receiving terminal 2 with electromagnetic wave.Electromagnetic wave
Remote control there is diffraction, certain barrier can be crossed over, also without straight line during remote control.
Receive circuit 21 and receive the electromagnetic wave that remote control end 1 is launched, especially by the electromagnetism extracting same frequency
Ripple signal just can receive the electromagnetic wave that remote control end 1 is launched, and receives the solution electromagnetic that circuit 21 will receive
Furnishing is serial data, and exports serial data at its outfan.
The input of decoding chip 22 connects the outfan receiving circuit 21, and decoding chip 22 receives serial
Data, and serial data decoding is obtained command adapted thereto data, the outfan output order of decoding chip 22
Data.Decoding chip 22 and coding chip 12 pairing use, and decoding process and coded system match.
The input of controller 23 connects the outfan of decoding chip 22, and controller 23 receives director data,
Controller 23 resolves director data, controls probe 24 work according to director data.Realize wireless remote control probe
24 work.
In one embodiment, referring to Fig. 2, radiating circuit 13 may include that carrier generator 131,
ASK (amplitude shift keying) manipulator 132, high frequency amplifier 133 and transmitting antenna 134.Receive circuit 21
Including: reception antenna 211, wave filter 212, ASK demodulator 213.
Carrier generator 131 is in order to generate the carrier signal of certain frequency.The one of ASK manipulator 132 is defeated
Enter end and connect the outfan of coding chip 12, the outfan of another input connection carrier generator 131,
On the one hand receive serial data, on the other hand receive carrier signal, by carrier signal, serial data is carried out
ASK modulates, and generates modulated signal.The input of high frequency amplifier 133 connects ASK manipulator 132
Outfan, high frequency amplifier 133 receives modulated signal and carries out signal amplification.Launch antenna 134 and connect height
Audio amplifier 133, the modulated signal after amplifying is launched to receiving terminal 2 with electromagnetic wave.
Reception antenna 211 receives launches the electromagnetic wave that antenna 134 is launched, and electromagnetic wave signal is transferred to filter
Ripple device 212.Wave filter 212 connects reception antenna 211 and the electromagnetic wave received is filtered output.ASK
The input of demodulator 213 connects the outfan of wave filter 212, ASK demodulator 213 receiving filter
The filtering signal of 212 outputs, and filtering signal is carried out ASK demodulation, the serial data after output demodulation.
Use ASK modulation demodulation system, the serial data receiving low data rate can be launched, and can protect
Hold low-power consumption, beneficially the energy-conservation use of pelvic therapeutic instrument.
Carrier generator 131 can use electric capacity, the oscillating characteristic of inductance designs, it is possible to adds crystal oscillator
Simply obtain carrier signal.The frequency of carrier signal can prevent from disturbing it at 315MHZ-433MHZ
His electromagnetic wave signal.
By high frequency amplifier 133, high-frequency signal obtains higher emitted energy, improves transmitting range.
Antenna is the switching device between a kind of guided wave and free space wave or transducer.Its basic function is
Launch and receive radio wave, as a rule can be two-way: during transmitting, it is electricity high frequency current transitions
Magnetic wave；During reception, electricity is grown ripple and is converted to high frequency electric.
In a specific embodiment, radiating circuit 13 can be the radiating circuit carrying amplifying triode
Integration module, launches antenna 134 and uses whip type antenna, and coding chip 12 uses TX-2/RX-2 coding to solve
Code chip；Receiving circuit 21 is the reception circuit integrated module carrying antenna, and reception antenna 211 is printing
Antenna, decoding chip 22 uses TX-2/RX-2 coding and decoding chip.
TX-2/RX-2 is a pair employing CMOS (Complementary Metal Oxide
Semiconductor, the complementary type MOS integrated circuit that CMOS (Complementary Metal Oxide Semiconductor) collectively forms) technique system
The remote control special IC made.It has low in energy consumption, supply voltage scope of application width, stable and reliable in work,
The features such as peripheral cell is few.TX-2 is encoding transmitting circuit, and RX-2 is decoding matching used with TX-2
Receive circuit.
Using the radiating circuit module of band amplifying triode S8050, input pin is defeated for serial data
Entering, two other pin powered, transmitting range is remote.Also can have in the case of without antenna 5-6m away from
From, install antenna transmitting range and reach about 100m.Using whip type antenna volume little, communication distance is remote,
Strong interference immunity.
Using the reception circuit carrying antenna, antenna is printed antenna, so can reduce the volume of circuit,
Alleviate the debugging efforts of antenna simultaneously.
In another specific embodiment, radiating circuit 13 is that to carry the radiating circuit of amplifying triode integrated
Module, launches antenna 134 and uses helical antenna, coding chip 12 to use the coding chip of PT2262；
Receiving circuit 21 is the reception circuit integrated module carrying antenna, and reception antenna 211 is printed antenna, solves
Code chip 22 uses the decoding chip of PT2272.Launch antenna 134 and use helical antenna, distant to reduce
The space that control device takies.
In medical applications, same ward may have multiple stage pelvic therapeutic instrument, due to electromagnetic wave propagation side
To being omnibearing, the remote control of a remote control end 1 may produce impact to multiple stage receiving terminal 2.If not yet
Having address to match, then when multiple stage pelvic therapeutic instrument works, remote control will become chaotic, and institute is so that remote control
End 1 seems extremely important with the pairing one by one of receiving terminal 2.
PT2262 and PT2272 is that CMOS tri-state encodes integrated chip, and this group device is widely used in various
On remote control device, only need relatively low+3V voltage just can work.PT2262 and PT2272 could support up 6
Bit data encodes, general support 4 bit data coding.PT2262 and PT2272 has three-state address to encode merit
Can, only could transmit data during the coupling of address, thus solve the problem that remote control is chaotic.PT2262 is to send out
Penetrating coding chip, PT2272 is to receive decoding chip, and both addresses must be matched, and oscillation resistance
Have to comply with requirement.The TE end of PT2262 is to launch to allow end, when accepting low level, 17 foot DOUT
End output one string encoding (serial data).This string encoding sends on carrier wave, receiving end receive and
Demodulation, 14 feet of input PT2272, when address is matched, the VT decoding live end output of PT2272
High level, the FPDP of PT2272 will export the data consistent with PT2262 emission port, thus
Realize distant control function.
Preferably, radiating circuit integration module is F05P micropower wireless transmitter module, receives circuit integrated
Module is J04V low-consumption wireless receiver module.Use integration module can reduce the volume of instrument, and real
Existing mode is simple, and cost can also control relatively low.
F05P micropower wireless transmitter module uses SMT (Surface Mount Technology, electronics electricity
Road surfaces package technique) technique, resin-encapsulated, small size, sound table frequency stabilization, inside has one-level modulation electricity
Road and current-limiting resistance, be suitable for short-distance wireless tele-alarm and single-chip microcomputer wireless data transmission.F05P has
Wider operating voltage range and low power consumption characteristic, ASK mode is modulated.The data of single-chip microcomputer can directly be led to
Cross serial ports and enter the data input pin of F05P.Some mess codes can be added before data bit, can be with suppression receiver
The dry sound interference of zero level.
F05P has 4 functional pins, and volume is little, low in energy consumption, can use with short distance without during antenna,
Use the distance that the good antenna of coupling can increase several times, and the antenna effects using coupling bad is very poor even
Frequency drift can be caused.The length of antenna should take 1/4 wavelength of tranmitting frequency, can be with a diameter 0.5-1
Millimeter, length 18 centimetres.
J04V operating voltage range: 2.6---3.6V；During 2.6V, operating current is at 0.15mA；During 3V about
0.2mA；About at 0.3mA during 3.5V.J04V is suitable for battery or linear power supply, can use 3.7K-4.7K
Resistance obtains 3--3.5V from 5V, then adds the filtering of 220UF electrochemical capacitor, and the earth point of electrochemical capacitor is necessary
Ground end near J04V.5V can also be obtained again with 7805 after 220V electric capacity step-down rectifier filters
3.3V is obtained with 3.7K-4.7K resistance blood pressure lowering filtering.There is inside J04V amplification and rectification circuit, be suitable for number
The reception of the number of it is believed that processes.J04V can improve receiving sensitivity by external antenna, and antenna length does not limits.
In one embodiment, director data can include enabling signal, cut-off signals, the signal course for the treatment of, strong
Degree signal, time signal and natural law signal.Enabling signal is in order to control the startup of probe；Cut-off signals in order to
Control the shutoff of probe；The course for the treatment of, signal entered thermotherapy, electrotherapy or massage mode in order to control probe；Intensity is believed
Number in order to control probe working strength in corresponding modes；Time signal is in order to control the working time of probe
Length；Natural law signal also needs to carry out the natural law of the corresponding course for the treatment of in order to record probe.
Referring to Fig. 3, Keysheet module 11 has corresponding triggering and generates enabling signal, the startup of cut-off signals
Button and shutoff button, corresponding triggering generate the selection key of the signal course for the treatment of, corresponding triggering generates strength signal
Regulating key, the corresponding time triggering generation timing signal adjusts button, corresponding triggering generates natural law signal
Natural law adjust button.By touching different key, trigger unlike signal, generate the instruction number after each signal syntheses
According to, thus control different operation of having popped one's head in.
Receiving terminal 2 may also include display operation module (not shown).Display operation module connects control
Device, 23 in order to show the director data of receiving terminal, also can carry out the basis of receiving terminal in display operation module
Ground director data input, may also used to control the work of probe 24.
Receiving terminal 2 may also include buzzer (not shown).Buzzer connect controller 23, in order to
Controller 23 carries out buzzing when receiving director data, to point out remote control end 1 operator's remote control normal.
Although the present invention is open as above with preferred embodiment, but it is not for limiting claim, any
Those skilled in the art without departing from the spirit and scope of the present invention, can make possible variation and repair
Changing, therefore protection scope of the present invention should be defined in the range of standard with the claims in the present invention.
Claims (10)
1. a pelvic therapeutic instrument, it is characterised in that include remote control end and receiving terminal；
Described remote control end includes Keysheet module, coding chip, radiating circuit；Described Keysheet module receives outside
Trigger signal, and generate director data accordingly；Described coding chip connects described Keysheet module, receives described
Director data is also encoded into as serial data；Described radiating circuit connects described coding chip, by serial
Launch to described receiving terminal with electromagnetic wave after data modulation；
Described receiving terminal includes receiving circuit, decoding chip, controller, probe；Described reception circuit receives
The electromagnetic wave that described remote control end is launched, and be demodulated into as serial data；Described decoding chip connects described
Receive circuit, receive described serial data and decode command adapted thereto data；Described controller connects described solution
Code chip, receives and controls probe work according to described director data.
2. pelvic therapeutic instrument as claimed in claim 1, it is characterised in that
Described radiating circuit includes: carrier generator, ASK manipulator, high frequency amplifier and transmitting antenna；
Described carrier generator is in order to generate the carrier signal of certain frequency；Described ASK manipulator connects described volume
Code chip and described carrier generator, and by described carrier signal, described serial data is carried out ASK tune
System, generates modulated signal；Described high frequency amplifier connects described ASK manipulator, receives described modulation letter
Number and carry out signal amplification；Described transmitting antenna connects described high frequency amplifier, the modulated signal after amplifying
Launch to described receiving terminal with electromagnetic wave；
Described reception circuit includes: reception antenna, wave filter, ASK demodulator；Described reception antenna connects
Receive the electromagnetic wave that described transmitting antenna is launched, and be transmitted to described wave filter；Described wave filter connects institute
State reception antenna and electromagnetic wave is filtered output；Described ASK demodulator connects described wave filter, connects
Receive the filtering signal of described wave filter output, and filtering signal is carried out ASK demodulation, after output demodulation
Serial data.
3. pelvic therapeutic instrument as claimed in claim 2, it is characterised in that the frequency of described carrier signal exists
Between 315MHZ-433MHZ.
4. pelvic therapeutic instrument as claimed in claim 1, it is characterised in that described radiating circuit is put for carrying
The radiating circuit integration module of big audion, launches antenna and uses whip type antenna, and described coding chip uses
TX-2/RX-2 coding and decoding chip；
Described reception circuit is the reception circuit integrated module carrying antenna, and reception antenna is printed antenna, institute
State decoding chip and use TX-2/RX-2 coding and decoding chip.
5. pelvic therapeutic instrument as claimed in claim 1, it is characterised in that described radiating circuit is put for carrying
The radiating circuit integration module of big audion, launches antenna and uses helical antenna, and described coding chip uses
The coding chip of PT2262；
Described reception circuit is the reception circuit integrated module carrying antenna, and reception antenna is printed antenna, institute
State decoding chip and use the decoding chip of PT2272.
6. the pelvic therapeutic instrument as described in claim 4 or 5, it is characterised in that described radiating circuit is integrated
Module is F05P micropower wireless transmitter module；Described reception circuit integrated module be J04V low-power consumption without
Line receiver module.
7. pelvic therapeutic instrument as claimed in claim 1, it is characterised in that described director data includes starting
Signal, cut-off signals, the signal course for the treatment of, strength signal, time signal and natural law signal；Described enabling signal
In order to control the startup of described probe；Described cut-off signals is in order to control the shutoff of described probe；The described course for the treatment of
Signal enters thermotherapy, electrotherapy or massage mode in order to control described probe；Described strength signal is in order to control
State probe working strength in corresponding modes；Described time signal is in order to control the working time of described probe
Length；Described natural law signal carries out the natural law of the corresponding course for the treatment of in order to record described probe.
8. pelvic therapeutic instrument as claimed in claim 7, it is characterised in that it is right to have on described Keysheet module
Should trigger the described enabling signal of generation, the startup button of cut-off signals and shutoff button, corresponding triggering generates institute
State the selection key of the signal course for the treatment of, corresponding triggering generates the regulating key of described strength signal, corresponding triggering is raw
The time becoming described time signal adjusts button, the corresponding natural law triggering the described natural law signal of generation adjusts and presses
Key.
9. pelvic therapeutic instrument as claimed in claim 1, it is characterised in that described receiving terminal also includes display
Operation module, connects described controller, in order to show the director data of receiving terminal and to be received the basis of end
Ground director data input.
10. pelvic therapeutic instrument as claimed in claim 1, it is characterised in that described receiving terminal also includes honeybee
Ring device, connects described controller, in order to carry out buzzing when described controller receives described director data.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610402225.9A CN105931442A (en) | 2016-06-08 | 2016-06-08 | Pelvic cavity treatment instrument |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610402225.9A CN105931442A (en) | 2016-06-08 | 2016-06-08 | Pelvic cavity treatment instrument |
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| Publication Number | Publication Date |
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| CN105931442A true CN105931442A (en) | 2016-09-07 |
Family
ID=56833774
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610402225.9A Pending CN105931442A (en) | 2016-06-08 | 2016-06-08 | Pelvic cavity treatment instrument |
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| CN1263782A (en) * | 2000-01-28 | 2000-08-23 | 田音 | Therapeutic instrument for treating pelvic inflammation |
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| US20120026009A1 (en) * | 2010-07-30 | 2012-02-02 | Yanzhu Zhao | Medical device having a multi-element antenna |
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Application publication date: 20160907 |
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