CN104548366A - Special electro-magnetic therapeutic device with controllable high-temperature and low-temperature output - Google Patents
Special electro-magnetic therapeutic device with controllable high-temperature and low-temperature output Download PDFInfo
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- CN104548366A CN104548366A CN201410678128.3A CN201410678128A CN104548366A CN 104548366 A CN104548366 A CN 104548366A CN 201410678128 A CN201410678128 A CN 201410678128A CN 104548366 A CN104548366 A CN 104548366A
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Abstract
The invention relates to a special electro-magnetic therapeutic device with controllable high-temperature and low-temperature output. The special electro-magnetic therapeutic device can conduct both high-temperature output and low-temperature output, wherein the high-temperature output ranges from about 81 DEG to 350 DEG, and the low-temperature output ranges from about the room temperature to 80 DEG. According to the special electro-magnetic therapeutic device, continuous or stepwise adjustment can be carried out on the output temperature within the ranges of the high-temperature output and the low-temperature output respectively, so that the use demands in different situations of people in different groups can be satisfied; the upper limit of the low-temperature output can be adjusted according to the season and differences of users.
Description
Technical field
The present invention relates to the irradiator treatment TDP that is connected with support arm of head and similar products, be specifically related to a kind of TDP of controlled high/low temperature output.
Background technology
TDP is a kind of general medical health equipment, uses comparatively general in medical institutions and family.
TDP in use can produce certain heat energy, different people, different environment and service time length difference, need the demand of i.e. temperature all different to heat energy.The TDP that existing treatment head is connected with support arm does not have temperature control set for adjusting, and the temperature be difficult to TDP produces control effectively.The TDP that existing irradiator treatment head is connected with support arm only has high temperature to export, about 350 degree of output temperature, during use illuminated skin and irradiator must between the distance of 30cm--40cm, in order to avoid adverse consequencess such as appearance scalds.The TDP that this high temperature exports, because irradiator and illuminated skin have larger distance, so there is the electromagnetic wave that irradiator sends easily be subject to external interference, and the energy that sends of irradiator is due to the interval of distance, can not concentrate, be unfavorable for the use of therapeutic apparatus.
For improving telecurie irradiation defect, there is the TDP that low temperature exports.The treatment head of these therapeutic apparatuss does not have support arm to connect, and after mostly have employed transformer pressure-reducing, heat irradiator treatment head with DC source and obtain low-power output, thus obtaining low temperature output, user can use by skin-proximal.This low temperature exports when therapeutic apparatus uses to be needed therapeutic apparatus is shelved or is bundled in therapentic part, and some needs the position for the treatment of cannot carry out shelving or bundling, and the scope of application is limited, and inconvenient; Simultaneously because treatment head is close to the health of people, easily cause human body skin to burn, there is certain security risk.
Summary of the invention
Not enough for above-mentioned existing TDP, the present invention aims to provide the TDP that a kind of controlled high/low temperature exports, and all spendable TDP of this high and low temperature is easy to operate, can irradiate various position, the scope of application is extensive.
Innovative point of the present invention embodies as follows:
1, the TDP of a kind of controlled high/low temperature output provided by the present invention, can carry out high temperature output, also can carry out low temperature output; High temperature output area is greatly about 81 to 350 degree, and low temperature output area is approximately from room temperature to 80 degree; High temperature and low temperature export and can carry out continous way or staged adjustment within the scope of it, to meet the use needs of different crowd different situations to output temperature respectively.When high temperature exports and low temperature exports, the distance of its treatment head irradiator and plane of illumination can adjust as required.
2, the TDP of a kind of controlled high/low temperature output provided by the present invention, when high temperature exports, treatment head irradiator and plane of illumination need the distance keeping about 30cm-40cm, to avoid the accidents such as scald.
3, the TDP of a kind of controlled high/low temperature output provided by the present invention, when low temperature exports, treatment head radiating surface and plane of illumination can be pressed close to or keep very near distance to use, and treatment head irradiator can accurately be aimed at shadow surface and irradiate.Be connected because treatment head has with support arm, Distance geometry direction by adjusting support arm in using adjusts irradiation distance and the orientation for the treatment of head irradiator easily, each position needed is irradiated, expand scope of application when TDP low temperature exports, when avoiding the TDP low temperature output connected without support arm, the scald risk needing cluster to use, improves the safety of use.
4, the TDP of a kind of controlled high/low temperature output provided by the present invention, its temperature controls to be by realizing the output power of irradiator treatment head, by the output power of the heater to radiation therapy head, reach the object controlling irradiator output temperature.
5, the TDP of a kind of controlled high/low temperature output provided by the present invention, by intelligent controlling device, conversion and control is carried out to high temperature output or low temperature output, can regulate the variations in temperature of the needs in high temperature output and low temperature output area respectively simultaneously.
6, the TDP of a kind of controlled high/low temperature output provided by the present invention, its intelligent controlling device comprises microprocessor and peripheral components thereof, high temperature or low temperature can be selected to export and suitable temperature by interactive instruction, also can carry out single or multiple to the output temperature in its temperature range and use setting.
7, the TDP of a kind of controlled high/low temperature output provided by the present invention, the microprocessor of its intelligent controlling device, by leaving power against time-temperature curve wherein and peripheral components thereof and software in, can be revised the temperature inertia deviation of TDP; Can also detect that ambient temperature is revised the impact of output temperature, make output temperature remain in a certain set point, namely automatically can control output temperature.
8, the TDP of a kind of controlled high/low temperature output provided by the present invention, user is except can setting serviceability temperature, can also sets itself single or multiple service time, oneself select whether to revise the impact of ambient temperature, check the accumulative service time of irradiator and the accumulative service time of therapeutic apparatus, also can, to carrying out clearing process the accumulative service time of irradiator, restart to record service time after irradiator is changed with person easy to use.
9, the TDP that exports of a kind of controlled high/low temperature provided by the present invention, its interactive display screen can show various data that are set and that check, ambient temperature when can also observe use and the duty etc. of therapeutic apparatus.It can be switch key mode that interactive order provides, and namely switch key is directly installed on intelligent controlling device face; Also can adopt line traffic control switch key mode, namely button be pulled out by lead-in wire, user takes button and provides work order; Can also adopt remote keying mode, user remote controller operation provides various instruction allows therapeutic apparatus complete various task.
The TDP that a kind of controlled high/low temperature provided by the present invention exports, its control device comprises power control unit, microprocessor unit, treatment head radiation heating unit, interactive working display unit and push-button unit, remote controller launch and accept unit, temperature detecting unit etc.Work process is briefly described as follows:
Alternating current power supply is input to power control unit 1, radiation therapy head unit 2 links with the output of power control unit 1, the link of microprocessor unit 3 and power control unit 1, control the size of its output, microprocessor unit 3 and duty display unit 4 link, and relevant parameter is sent to display screen and gives Dynamic Announce.
Wireless transmission signal is launched by remote controller transmitter unit 5, and remote control unit 6 is sent to microprocessor unit 3 after receiving the wireless transmission signal of remote controller transmitter unit 5, microprocessor unit 3, and after calculation process, output order performs relevant action.
Temperature sensor 7 is arranged on above radiation therapy head unit 2, temperature sensor 7 detects the Temperature numerical of radiation therapy head 2 and detection numerical value is sent into microprocessor unit 3 in real time, send instruction after microprocessor unit 3 Intelligent treatment to power control unit 1 regulation output watt level in time, ensure that the temperature of radiation therapy head unit 2 is constant within safe treatment temperature all the time.
The microprocessor unit 3 signal road after calculation process received respectively from line traffic control keyboard 8, remote control unit 6 and guidance panel 10 is sent to control unit 1 and is controlled output size; One tunnel is sent to duty display unit 4 and is shown relevant parameter; Voice unit 9 pairs of overtemperatures are sent on one tunnel and treatment time gives sound report.
Treatment personnel can by line traffic control keyboard 8 input need treatment Temperature numerical and treatment time length, Temperature numerical and treatment time can adjust arbitrarily.
Treatment personnel can by remote controller 5 input need treatment Temperature numerical and treatment time length, Temperature numerical and treatment time can adjust arbitrarily.
Treatment personnel can by the input of the guidance panel 10 of TDP need treatment Temperature numerical and treatment time length, Temperature numerical and treatment time can adjust arbitrarily.
Further: the mode of operation button selection hyperthermia treatment above the guidance panel 10 that treatment personnel can pass through line traffic control keyboard 8, remote controller 5 and TDP or low temperature therapy.
Be provided with temperature arranges regulating key, set of time regulating key, mode of operation selection key, battery main switch and LCDs to guidance panel 10 above.
Accompanying drawing explanation
Fig. 1: the TDP system block diagram that a kind of controlled high/low temperature exports
Fig. 2: temperature collection circuit theory diagram
Fig. 3: temperature-control circuit theory diagram
Fig. 4: radio remote control circuit theory diagram
Fig. 5: keyboard and working panel and microprocessor catenation principle block diagram
Fig. 6: liquid crystal display microprocessor catenation principle block diagram
Fig. 7: mastery routine software flow pattern
Fig. 8: remote controller control software design flow chart
Fig. 9: be irradiation distance schematic diagram when high temperature exports.
Figure 10: be irradiation distance schematic diagram when low temperature exports.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described.The present invention adopts digitaltemperaturesensorDS1820 Real-time Collection radiation therapy head temperature data to send into STK6031 microprocessor chip, user can pass through line traffic control keyboard, guidance panel and wireless transmit 5(remote control panel) input preset temperature numerical value and treatment time length, STK6031 microprocessor chip is according to the Temperature numerical of digitaltemperaturesensorDS1820 Real-time Collection and line traffic control keyboard, guidance panel and wireless transmit 5(remote control panel) wherein arbitrary input preset temperature numerical value compare, PID (than row integral differential) algorithm is adopted to export pwm control signal to power control unit, the power of heating of radiation therapy head is adjusted automatically, make it temperature constant in preset reference temperature all the time, adopt HJ12864M-1 graphic dot matrix liquid crystal display show in real time radiation therapy head temperatures as high and treatment time length, voice are adopted to be pointed out overtemperature and treatment time.
Fig. 1 is the TDP block diagram that a kind of controlled high/low temperature exports, work process is as follows: input ac power sends into power control unit 1, radiation therapy head 2 is connected with the output of power control unit 1, and the size of power control unit 1 output determines the height of radiation therapy head 2 temperature; Control for temperature present invention employs following technology:
Example of the present invention have employed three-type-person's machine communication pattern, i.e. line traffic control keyboard 8, guidance panel 10 and wireless transmit 5(distance type) communicate with microprocessor 3.
1, set temperature value is inputted to microprocessor 3 by line traffic control keyboard 8, issue instructions to power control unit 1 pair of radiation therapy head 2 by microprocessor 3 to heat, give real-time display at display unit 4 simultaneously, temperature sensor 7 gathers the real time temperature of radiation therapy head 2, microprocessor single pass temperature sensor 7 in 3 one seconds gathers the temperature signal that radiation therapy head 2 is sent here, and by this signal compared with set-point temperature signal, export PWM Power Regulation signal and adjust its output size to power control unit 1, the temperature of radiation therapy head 2 is remained within design temperature scope.Line traffic control keyboard 8 can arbitrarily be improved by plus-minus button or be reduced desired temperature.
2, set temperature value is inputted to microprocessor 3 by guidance panel 10, issue instructions to power control unit 1 pair of radiation therapy head 2 by microprocessor 3 to heat, give real-time display at display unit 4 simultaneously, temperature sensor 7 gathers the real time temperature of radiation therapy head 2, microprocessor single pass temperature sensor 7 in 3 one seconds gathers the temperature signal that radiation therapy head 2 is sent here, and by this signal compared with set-point temperature signal, export PWM Power Regulation signal and adjust its output size to power control unit 1, the temperature of radiation therapy head 2 is remained within design temperature scope
,guidance panel 10 can arbitrarily be improved by plus-minus button or be reduced desired temperature.
3, by wireless transmit 5(remote control panel) input set temperature value to microprocessor 3, issue instructions to power control unit 1 pair of radiation therapy head 2 by microprocessor 3 to heat, give real-time display at display unit 4 simultaneously, temperature sensor 7 gathers the real time temperature of radiation therapy head 2, the temperature signal that the real time temperature that microprocessor single pass temperature sensor 7 in 3 one seconds gathers radiation therapy head 2 is sent here, and by this signal compared with set-point temperature signal, export PWM Power Regulation signal and adjust its output size to power control unit 1, the temperature of radiation therapy head 2 is remained within design temperature scope
,wireless transmit 5(remote control panel) can arbitrarily improve by plus-minus button or reduce desired temperature.
4, high/low temperature conversion controling switch is a bright spot of the present invention, online controlled keyboard 8, guidance panel 10 and wireless transmit 5(remote control panel) be provided with this switch above, when high/low temperature conversion controling switch is placed in high temperature location, if temperature range is 0 DEG C to 100 DEG C, so temperature regulable control scope is 0%---100%, and namely temperature regulable control scope is exactly that scope class regulates arbitrarily from 0 DEG C to 100 DEG C; When high/low temperature conversion controling switch is placed in low temperature position, temperature regulable control scope is 0%---40%, so temperature regulable control scope is exactly that scope class regulates arbitrarily from 0 DEG C to 40 DEG C, that is when high/low temperature conversion controling switch is placed in low temperature position, the maximum temperature of radiation therapy head will remain on 40 DEG C, radiation therapy head and illuminated skin can be pressed close to or keep very near distance to use, and make the irradiation of radiation therapy head aim at lesions position, improve therapeutic effect.
Be connected with microprocessor 3 at Fig. 1 voice unit 9, after treatment time completes, voice unit 9 can send voice prompt and pointed out; When because of some unexpected factors, electromagnetic wave curer occurs that temperature increases to over design temperature, voice unit 9 can sound the alarm and be warned.
Fig. 2 is temperature acquisition theory diagram, and that temperature sensor adopts is the digital temperature sensor DS1820 of American Dallas semiconductor company, and it is the temperature sensor of first support in the world " one-wire bus " interface.It has zero stand-by power consumption, and temperature-measuring range is-55 DEG C+125 DEG C, increases progressively with 0.5 DEG C, and it is without the need to external devices, and it is extremely convenient, reliable and stable to use.It has 3 pin GND to be earth lead, DQ is data input/output interface, be connected with microprocessor P4.0 mouth by pull-up resistor R1, VDD is power supply, power range DC3.0V---5.5V, temperature sensor DS1820 is responsible for gathering radiation therapy head temperature and being converted to digital signal directly sending microprocessor to process, without the need to carrying out A/D conversion more in fig. 2.
Fig. 3 is temperature-control circuit theory diagram, temperature-control circuit utilizes digitaltemperaturesensorDS1820 to be connected with STK6031 microprocessor chip, is coordinated realize the real-time control of radiation therapy head and the warning system of bound temperature exceeding setting by software restraint circuit.STK6031 microprocessor chip is enhancement mode 8051 single-chip microcomputer of new generation, pin and standard 8051 compatibility.
Present invention employs PID (than row integral differential) algorithm to realize radiation therapy head heating and heat radiation, utilize PWM(pulse width modulation) control heating and heat radiation time.Pulse width modulation is a kind of analog control mode, and it realizes the change of controlled silicon conducting time according to the change of respective loads, thus realizes the change of power supply output.This mode can make the output voltage of power supply keep constant when operation conditions change, is the very effective technology of one utilizing the digital signal of microprocessor to control analog circuit.
Detect by digitaltemperaturesensorDS1820 the P4.0 mouth that radiation therapy head temperature is sent to microprocessor in figure 3, get a value stored in the inner unit of program access device as last detection signal by the method for medium filtering, and show in LCDs.Microprocessor regulates rear output pwm control signal to power control unit with by the difference of pid algorithm to detection signal and setting value, removes the heating power regulating radiation therapy head temperature, thus control radiation therapy head temperature.It has the advantages such as microminiaturization, low-power consumption, high-performance, strong anti-interference performance.
In Fig. 3, the P 1.0 mouthfuls of microprocessor STK6031 exports PWM temperature control signals, digital switch circuit is formed by photoelectrical coupler MOC3041 (photoelectrical coupler) and controllable silicon SCR, wherein photoelectrical coupler MOC3041 be conventional bidirectional triode thyristor pleased go out photoelectrical coupler, traditional method is all the controllable silicon adopting phase-shifting trigger, the effect controlling watt level is reached by controlling the silicon controlled angle of flow, the not only circuit of synchronous detecting complexity very, and higher hamonic wave interference can be produced instantaneously at controlled silicon conducting, the present invention adopts the ratio of the conducting of zero cross fired thyristor and turn-off time to carry out the size of regulating power, the waveform that zero cross fired can not change voltage also would not produce interference to electrical network.MOC3041 chip internal comprises the circuit of zero passage detection, pleased enter electric current be 15mA in, inner bidirectional triode thyristor starts conducting, thus starts trigger external controlled silicon conducting, pleased enter electric current be the bidirectional triode thyristor cut-off of inside when 0, outside controllable silicon also turns off simultaneously.Photoelectrical coupler MOC3041 also plays and microprocessor system and controllable silicon SCR circuit is separated simultaneously, avoids the interfering signal in high-pressure process to affect the operation of microprocessor.The effect of controllable silicon SCR is equivalent to a digital switch, make it can controlled loading at the voltage levels of radiation therapy head, thus control radiation therapy head watt level, to realize the real-time control to radiation therapy head temperature.
Can see that user can input set temperature value and treatment time to microprocessor by line traffic control keyboard, guidance panel, wireless transmit (remote controller) in figure 3, realize multiple man-machine conversation mode, facilitate different use crowd and environment.
LCDs is interactive eyes, user is when inputting set temperature value and treatment time by line traffic control keyboard, guidance panel, wireless transmit (remote controller), LCDs gives simultaneous display, show current radiation treatment head temperature and treatment time in the course of the work in real time, greatly facilitate user.
Fig. 4 is radio remote control circuit theory diagram, the present invention adopts PT2262/2272 remote-controlled chip, PT2262/2272 remote-controlled chip is the general coding/decoding circuit of low-power consumption low price of a kind of CMOS technology manufacture that Taiwan Pu Cheng company produces, and is in wireless communication line, make one of the most frequently used chip of geocoding identification at present.PT2262/2272 can have at most 12 (A0-A11) tri-states (unsettled, to connect high level, connect low level) address to set pin, and combination in any can provide 531441 address codes.PT2262 can have at most 6 (D0-D5) data terminal pins, and the address code of setting and numeric data code, from 17 feet (Dout) Serial output, can be used in wireless remote control and infrared remote controller.
The first half of Fig. 4 adopts PT2262 to be the radiating circuit of core, 1 to 6 feet (A0 ~ A5) totally 6 lines are address wire, " 1 ", " 0 " and " open circuit " three kinds of states can be weaved into, TE human hair combing waste penetrates Enable Pin, Low level effective, chip 15 foot and the external oscillation resistance Ra1 of 16 feet, determine the clock frequency of vibration.Chip data foot 7 foot, 8 feet, 10 feet, 11 feet, 12 feet, the external input key of 13 foot, chip 17 foot is that data export, and when transmitter does not have button to press, PT2262 disconnects power supply, its 17 foot is low level, and the data after coding from then on foot output to high frequency transmission circuit and launch.The coded signal that coding chip PT2262 sends forms a complete code word by address code, numeric data code, synchronous code.
The Lower Half of Fig. 4 adopts PT2272 to be the receiving circuit of core, the coded signal that PT2262 sends sends into 14 feet of decoding chip PT2272 after Receiver receives, after decoding chip PT2272 receives signal, its address code is after comparing for twice and checking, VT foot just exports high level, and meanwhile corresponding data foot just has output.Chip 15 foot and the external oscillation resistance Ra2 of 16 feet, determine the clock frequency of vibration, Ra1 and Ra2 must match use.Chip 14 foot (DI): mother's signal input part is compiled in pulse.Chip 17 foot (VT): outfan, when receiving useful signal, VT end becomes high level from low level.P1. 7 Port detecting of microprocessor starts the status data inquiring about four bit port P1.3-P1.6 after the level change of VT, and this status data sends instruction and performs corresponding actions after microprocessor operational analysis.
Fig. 5 is keyboard and working panel and microprocessor catenation principle block diagram, and keyboard can realize to microprocessor input data, transmit the functions such as order in microprocessor application system, is the Main Means of manual intervention microprocessor.The present embodiment have employed line traffic control keyboard and working panel two kinds of keyboard entry methods, line traffic control keyboard and working panel two kinds of keyboards adopt matrix form keystroke interface and microprocessor communication, button is arranged on the two ends that the up alignment in ranks line cross point is connected respectively to key switch, line is received on positive V by pull-up resistor, the I/O mouth of microprocessor is connected with the ranks line cross point of matrix form button, when pressing without button at ordinary times, line is in high level state, and when a key is pressed, line level state determines by the alignment level be connected with this journey.If alignment level is low, then line level is low, if alignment level is high, then line level is also high, and this is the key point whether recognition matrix keyboard is pressed.In figure, diode D5a-----D5l forms and gate array, prevents the mutual interference of line traffic control keyboard and working panel two kinds of keyboards.
Fig. 6 is liquid crystal display microprocessor catenation principle block diagram, the HJ12864M-1 graphic dot matrix liquid crystal display that the present invention adopts, display resolution is 128X64, built-in Chinese word library, the character of the Chinese character of 8192 16X16 dot matrix and 128 16X8 dot matrix is provided altogether. it can provide three kinds of transmission modes, is 8 parallel-by-bit patterns, 4 well row modes and serial mode respectively.The data port DB0-DB7 of LCDs is connected with the P0.0-P0.7 mouth of microprocessor in the drawings, and the E foot of LCDs is enable signal foot; R/W foot is Read-write Catrol foot; RS is control pin, the video data as RS=H, accepts control instruction as RS=L; RET foot is resetting pin, resets when low level, and above-mentioned foot is connected with P3.0-P3.3 mouth of microprocessor respectively.
Fig. 7 is mastery routine software flow pattern.
Fig. 8 is remote controller control software design flow chart, and other subroutine flow chart is omitted.
The TDP that controlled high/low temperature exports, its software section adds up storage subroutine, interruption subroutine, keystroke handling subprogram, wireless receiving process subprogram, liquid crystal display subprogram and alert process subprogram many parts by mastery routine, timing time and forms.Timing time adds up storage subroutine, is mainly used in timing and the storage for the treatment of time.Interruption subroutine in order to ensure that whole software program operationally can reach interruption, thus makes system reach perfect further.The button subprogram of system, mainly by the artificial temperature and time control of external key being carried out to regulating system, thus realizes system manually and automatically controlling temperature and time.The liquid crystal display subprogram of system, mainly by showing the signal transmitted, provides prompting to operator, to be reached for the object that native system provides display to temperature and time and monitoring.Wireless receiving process subprogram, mainly carrys out the temperature and time of regulating system by the control of remote controller, thus realizes system manually and automatically controlling temperature and time.Alert process subprogram, is mainly warned overtemperature and treatment time.
Irradiation distance schematic diagram when Fig. 9 is high temperature output.
Irradiation distance schematic diagram when Figure 10 is low temperature output.
Obviously; above-mentioned described embodiment is only part case study on implementation of the present invention; instead of whole case study on implementation; can not assert that specific embodiment of the invention is confined to these case explanations; for those skilled in the art; without departing from the inventive concept of the premise, some deduction or replace can also be made, all should be considered as belonging to protection scope of the present invention.
Claims (8)
1. the TDP of a controlled high/low temperature output, it is characterized in that its intelligent controlling device can control to carry out high temperature output, also can control to carry out low temperature output, high temperature output area is greatly about 81 to 350 degree, and low temperature output area is approximately from room temperature to 80 degree; High temperature and low temperature export and can carry out continous way or staged adjustment to output temperature within the scope of it respectively, and low temperature exports the upper limit and can adjust with the difference of season and user; Its intelligent controlling device can also carry out human computer conversation simultaneously: arrange, revise and observe many kinds of parameters.
2. the TDP of a kind of controlled high/low temperature output according to claim 1, it is characterized in that: its temperature controls to be by realizing the output power of irradiator treatment head, by the output power of the heater to radiation therapy head, reach the object controlling irradiator output temperature.
3. the TDP of a kind of controlled high/low temperature output according to claim 1 and 2, it is characterized in that: its intelligent controlling device can export high temperature or conversion and control is carried out in low temperature output, also can regulate the temperature in high temperature output and low temperature output area respectively.
4. the TDP of a kind of controlled high/low temperature output according to claim 1, it is characterized in that: when high temperature exports, treatment head irradiator and plane of illumination need the distance keeping about 30cm-40cm, to avoid the accidents such as scald; When low temperature exports, treatment head radiating surface and plane of illumination can be pressed close to or keep very near distance to use, and treatment head irradiator can accurately be aimed at shadow surface and irradiate.
5. the TDP of a kind of controlled high/low temperature output according to claim 1, it is characterized in that: the microprocessor of its intelligent controlling device, by leaving power against time-temperature curve wherein and peripheral components thereof and software in, can be revised the temperature inertia deviation of TDP; Can also detect that ambient temperature is revised the impact of output temperature, make output temperature remain in a certain set point, namely automatically can control output temperature.
6. the TDP of a kind of controlled high/low temperature output according to claim 1, it is characterized in that: can be selected by interactive instruction: high temperature or low temperature export and suitable temperature, also can carry out single or multiple to the output temperature in its temperature range and use setting; Can sets itself single or multiple use time; Can select voluntarily whether to revise the impact of ambient temperature; The accumulative service time of irradiator and the accumulative service time of therapeutic apparatus can be checked; Can also, to carrying out clearing process the accumulative service time of irradiator, restart to record service time after irradiator is changed with person easy to use.
7. the TDP of a kind of controlled high/low temperature output according to claim 1, it is characterized in that: its interactive display screen can show various data that are set and that check, ambient temperature when can also observe use and the duty of therapeutic apparatus.
8. the TDP of a kind of controlled high/low temperature output according to claim 1, it is characterized in that: interactive order provides and can realize with various ways: can be switch key mode, and namely switch key is directly installed on intelligent controlling device face; Also can adopt line traffic control switch key mode, namely button be pulled out by lead-in wire, user takes button and provides work order; Can also adopt remote keying mode, user remote controller operation provides various instruction allows therapeutic apparatus complete various task.
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| CN106861046A (en) * | 2015-12-14 | 2017-06-20 | 重庆森坦科技有限公司 | A kind of TDP therapeutic equipments controller |
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| CN104548366B (en) | 2017-10-24 |
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