CN205339851U - Intelligence pulse ion armpit antiperspirant appearance - Google Patents
Intelligence pulse ion armpit antiperspirant appearance Download PDFInfo
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- CN205339851U CN205339851U CN201520761476.7U CN201520761476U CN205339851U CN 205339851 U CN205339851 U CN 205339851U CN 201520761476 U CN201520761476 U CN 201520761476U CN 205339851 U CN205339851 U CN 205339851U
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Abstract
The utility model relates to a medical care equipment's technical field, a disclosed intelligence pulse ion armpit antiperspirant appearance, include: intelligence impulse generator and armpit ion antiperspirant device, intelligence impulse generator's output is the pulse ripples of frequency between 0.9KHz~10KHz that the pulse width duty cycle can set up the regulation, and it is continuous respectively with the positive and negative electrode of armpit ion antiperspirant device that its positive and negative electrode passes through plain conductor, armpit ion antiperspirant device includes: two close matter fabrics or cortex cover body D1, fabric D2, metal electric conduction plate D4 absorb water, D1 is wrapped up in and is put outside the fabric D2 that absorbs water, and the fabric D2 that absorbs water adsorbs to be had fully antiperspirant liquid, the fabric D2 one side that just absorbs water is provided with a dead slot D3 that can place metal electric conduction plate D4, the utility model discloses can avoid various injuries or complication to the human body that medicine or surgical treatment of ephidrosis brought, control and the operation of intellectuality, hommization are provided for the user to the measure of safety and protection is provided for the user.
Description
Technical field
This utility model relates to the technical field of medical health equipment, particularly relates to a kind of Intelligent pulse ion oxter hidroschesis instrument.
Background technology
Human body oxter hyperhidrosis is a kind of common phenomenon, and about 6/1000ths have this problem, oxter hyperhidrosis generally to invade left and right bilateral underarm region to centesimal population according to statistics.Although the disease that oxter hyperhidrosis is not serious at last, but it brings great inconvenience to daily life, work and social activity etc..Medically the prior art for the treatment of oxter hyperhidrosis mainly adopts Drug therapy and operative treatment at present.
1. the shortcoming of Drug therapy oxter hyperhidrosis: the medicine for the treatment of oxter hyperhidrosis mostly contains harmful ingredient or nerve system of human body causes side effect in various degree and injury.
2. the shortcoming of operative treatment oxter hyperhidrosis: current relatively effective a kind of therapeutic modality is by thoracoscope Sympathetic nerve neck clipping, oxter hyperhidrosis there is remarkable result, but the disadvantage of this operative treatment is to may result in permanent lossless and other positions of human body compensatory hyperhidrosis, therefore is abandoned by patient gradually.
Due to the shortcoming that above-mentioned existing treatment technology exists, need a kind of new technique solving or improve prior art shortcoming for this.The present invention designs a kind of Intelligent pulse ion oxter hidroschesis instrument, and pulse current produced by the application of the invention can make oxter sweat gland be piled up obstruction by the negative ions after electrolysis thus stoping and sweating, and this technology does not result in injury for human body oxter sweat gland.Inquiring about according to patent retrieval, the domestic technology that there is no patent description exists at present.
Summary of the invention
For overcoming the deficiencies in the prior art, this utility model provides a kind of Intelligent pulse ion oxter hidroschesis instrument.
For realizing foregoing invention, this utility model adopts technical scheme as follows:
A kind of Intelligent pulse ion oxter hidroschesis instrument, including: intelligent impulsator and oxter ion hidroschesis device, the output positive and negative electrode of described intelligent impulsator is respectively connected with by the positive and negative electrode of plain conductor Yu oxter ion hidroschesis device.
Described intelligent impulsator, including: DC voltage converting circuit, MCU microcontroller, pulse output control module, load detecting module, key switch and information display device, the output of intelligent impulsator is that pulse duty cycle can arrange the frequency of adjustment impulse wave between 0.9KHz ~ 10KHz.
Described DC voltage converting circuit includes DC-DC booster circuit and DC-DC reduction voltage circuit.The signal input part of described MCU microcontroller is connected for receiving key-press input value with key switch, the signal output part of MCU microcontroller is connected with information display device for the A/D of output display information, MCU microcontroller detects that input receives the current sampling data of current sample module, MCU microcontroller is input to voltage amplification module by its data-out port via D/A modular converter by its PWM (pulsewidth modulation) port controlling PWM control module, MCU microcontroller.
Described pulse output control module, including: D/A modular converter, voltage amplification module, voltage x current control module, current sample module, PWM control module and resettable fuse.The output valve of described D/A modular converter is connected with the control end of voltage x current control module as the input of voltage amplification module, the outfan of voltage amplification module, described voltage x current controls the input of module and is connected with DC-DC booster circuit outfan, the input of DC-DC booster circuit is connected with DC voltage input, and described DC supply input is power supply adaptor input or chargeable lithium cell；Voltage x current controls the outfan of module and is connected with PWM control module；PWM controls module and is connected via the electrode of resettable fuse with oxter ion hidroschesis device.Described current sample module is connected with the negative electrode of oxter ion hidroschesis device, and current sampling data feeds back to the A/D test side of MCU microcontroller.
The negative electricity interpolar of described MCU microcontroller and pulse output control module outfan is provided with load detecting module, is used for detecting load connection status, carries out being incremented by step by step accordingly or control of successively decreasing to data output thereby through MCU microcontroller.
A kind of Intelligent pulse ion oxter hidroschesis instrument, the structure of described oxter ion hidroschesis device, including: two compact substance fabrics or cortex body D1, water absorbing fabric D2, metal guide electroplax D4, two compact substance fabrics or cortex body D1 are wrapped up in and are put outside water absorbing fabric D2, water absorbing fabric D2 is adsorbed with sufficient described hidroschesis liquid, and water absorbing fabric D2 side is provided with a dead slot D3 that can place metal guide electroplax D4, two panels metal guide electroplax D4 is connected with the both positive and negative polarity of the output wiring terminal A6 of described intelligent impulsator respectively by coupled plain conductor D5.
Described hidroschesis liquid is preferably the water-soluble preparation of aluminum chloride, the water-soluble preparation of sodium salicylate, soda water solubility preparation, aqueous sodium chloride preparation, mineral water or tap water.Auxiliary is strengthened the electrolysis of hidroschesis liquid thus promoting hidroschesis therapeutic effect as hidroschesis liquid by above-mentioned several water-soluble preparation.
Described water absorbing fabric is preferably thick matter towel, chemical & blended fabric or sponge.Described metal guide electroplax or metal conductive film are preferably rustless steel plate film, aluminum plate film, copper plate film or zinc plate film.
By adopting above-mentioned technical scheme, this utility model has following superiority:
1. healthy: described Intelligent pulse ion oxter hidroschesis instrument adopts healthy way treatment human body oxter hyperhidrosis, it is to avoid various injuries to human body that medicine described previously or operative treatment bring or complication；
2. safety: described Intelligent pulse ion oxter hidroschesis instrument, by adopting adaptive voltage electric current to control output, multiple current limiting pressure-limiting mode and module, brings safe treatment and protective measure for user；
3. intelligence: described Intelligent pulse ion oxter hidroschesis instrument by adopting key switch input, information to show in real time, load condition detection and MCU microcontroller intelligence, control and the operation of intelligent, hommization are provided for user；
4. comfortable: described Intelligent pulse ion oxter hidroschesis instrument is exported by the MCU pulse controlled, and reaches the control of pulse voltage electric current gradual change step by step, so that user avoids experiencing the cataclysm of voltage x current, thus bringing easily comfortable treatment to experience for user；
5. efficient: described Intelligent pulse ion oxter hidroschesis instrument adopts pulsed output, by regulable control pulse duty factor, user can be made to promote tolerant voltage peak during treatment accordingly, thus bring the therapeutic effect taking into account hidroschesis treatment comfort with therapeutic efficiency for user simultaneously；
6. convenience: described Intelligent pulse ion oxter hidroschesis instrument adopts built-in chargeable lithium cell as DC supply input, and user can be made to move freely during treating, thus providing great mobility and convenience for user；
7. therapeutic effect is lasting: show according to great many of experiments of the present utility model, common oxter hyperhidrosis person 7 hours of accumulative treatment can experience curative effect, using 30～60 minutes every day, persistently use after about 7～10 days course for the treatment of, hyperhidrosis position, oxter can continue to keep warm dry about 30～45 days.Afterwards according to user own situation, after oxter sweat gland progressively recovers perspiration again, after again carrying out the treatment of same dose or the dosage that cuts down according to the circumstance, antiperspirancy performance can continue to keep about 30～45 days again.If using the hidroschesis liquid with water-soluble preparation described in the utility model, then can suitably shorten the course for the treatment of, and be obtained in that curative effect more preferably.
Accompanying drawing explanation
Fig. 1 is the circuit block diagram of intelligent impulsator；
Fig. 2 is the structural representation of oxter hidroschesis device；
Fig. 3 is the structural representation of intelligent impulsator；
Fig. 4 is DC voltage converting circuit figure
Fig. 5 is voltage amplifier circuit figure
Fig. 6 is that voltage x current controls module map.
Detailed description of the invention
A kind of Intelligent pulse ion oxter hidroschesis instrument, the design of the present invention explained in detail below and using method, meeting on the basis of principle shown in implementation below, it is possible to derive various change, including in circuit, the first-class design variation of planform.The open purpose of the present invention is intended to all changes and improvements in the protection scope of the invention, the invention is not limited in embodiments below.
Intelligent impulsator embodiment:
As it is shown in figure 1, a kind of Intelligent pulse ion oxter hidroschesis instrument, including: intelligent impulsator and oxter ion hidroschesis device, the output positive and negative electrode of described intelligent impulsator is respectively connected with by the positive and negative electrode of plain conductor Yu oxter ion hidroschesis device.
Described intelligent impulsator, including: DC voltage converting circuit, MCU microcontroller, pulse output control module, key switch and information display device, the output of intelligent impulsator is frequency is the pulse square wave that the pulse duty cycle between 0.9KHz ~ 10KHz can arrange adjustment.
Described DC voltage converting circuit includes DC-DC booster circuit and DC-DC reduction voltage circuit.As shown in Figure 4, described DC-DC booster circuit is to adopt boosting integrated chip LM2577S(U1) and the booster circuit that forms, DC supply input voltage accesses DC power source adapter or built-in chargeable lithium cell, and its input voltage range is 5～12V.DC supply input accesses from P5 binding post, and its binding post 2 be positive pole, binding post 1 is ground connection, is accessed the booster circuit adopting the integrated chip U1 that boosts by resettable fuse FB1.The comparison end COMP of U1 is connected with electric capacity C4 by resistance R2, and by C4 ground connection.The feedback end BACK of U1 is connected with resistance R3, R64 and R25 respectively, the other end ground connection of R25, the colelctor electrode of another termination audion Q26 of R64, the grounded emitter of Q26, the base stage of Q26 is connected to MCU microcontroller by resistance R65 and controls the RL_OFF end that mouth is connected, this port passes through the break-make controlling Q26 thus controlling the different power voltage of described Intelligent pulse ion generator open state and holding state, when being not detected by load, Intelligent pulse ion generator is in holding state, booster circuit and only exports 12V.GND1 and the GND2 common ground of U1.The VIN end of U1 passes through electric capacity C3, C17 ground connection.The SWITCH end of U1 passes through Schottky diode D2(IN5821) output voltage is to V-OUT end, and the input of V-OUT end controls module to voltage x current.
Described DC-DC reduction voltage circuit, including the three-terminal voltage-stabilizing circuit module of the AMS1117 composition of two series connection.Direct-current input power supplying is three-terminal voltage-stabilizing integrated package Q8(AMS1117 from another road that P5 binding post 2 accesses) input, the outfan of Q8 connects output filter capacitor C1, the earth terminal common ground of the other end of C1 and Q8, the output 5V of Q8 is the input that Q13 was powered, also served as simultaneously to D/A modular converter.The circuit connection of Q13 is identical with Q8, its output 3.3V is MCU microprocessor power supply.
The model of described MCU microprocessor can be but be not limited to TC12LE5A16AD.Control core as intelligent impulsator, the input signal of MCU microcontroller includes key switch input, detects the feedback signal of the current sample module of port input via A/D, export digital controlled signal through data simultaneously and to D/A modular converter and export pwm control signal, magnitude of voltage, current value, treatment time, load condition and therapeutic state information are shown in real time on charactron or liquid crystal display and corresponding status indicator lamp L1～L3 simultaneously.
Described pulse output control module, including: D/A modular converter, voltage amplification module, voltage x current control module, current sample module, PWM control module and resettable fuse.Described D/A modular converter is the main D/A converting circuit formed by TLC5615 serial digital to analog converter, and its power supply is powered by the 5V of DC-DC reduction voltage circuit, and it changes turnover rate into 1.21MHz.MCU microcontroller controls the output of D/A modular converter by data output end output binary code, with 0.1V be interval, output area is for 0.1V ~ 5V.
Described voltage amplification module is as shown in Figure 5, the output of D/A modular converter accesses to the input DA-IN port of illustrated voltage amplification module, the differential voltage amplifying circuit being made up of audion group Q25, Q27, Q28, Q29, Q30, Q31, Q32, Q33, Q35, input voltage is amplified 12 times, controls module via K-OUT output to voltage x current.Fig. 5 is also constituted a current protecting circuit by audion Q36 simultaneously.When the conduction voltage drop of the emitter stage V-OUT2 and base stage V-OUT1 of audion Q36 reaches 0.6V; the electric current of this partial circuit reaches 20mA; now described voltage amplification module will enter restriction state, and circuit will stop amplification, thus reaching the current-limiting protection effect of 20mA.
As shown in Figure 6, described voltage x current controls the input of module and is connected with the outfan V-OUT of DC-DC booster circuit, voltage x current controls the end that controls of module and is connected with the outfan K-OUT of voltage amplification module, voltage x current controls the outfan of module and is connected with the PWM input controlling module, and PWM is controlled the output of module and is connected by the positive pole of resettable fuse FB2 with oxter ion hidroschesis device binding post.Described voltage x current controls module and is made up of one group of parallel connection amplifying triode and one group of flows resistance, its operation principle is by controlling the base current of this group audion and controlling the collector voltage of this group audion, then obtain the output voltage with big electric current from the emitter stage of this group audion, be then passed through one group of flows resistance output and control module to PWM.
Described current sample module, its one end is connected with the negative electrode of described intelligent impulsator, and the other end is connected with the A/D test side of MCU microcontroller.After load is added, the real-time current value collected is fed back to MCU microcontroller by A/D test side by current sample module, the current value simultaneously arranged with key-press input compares, such as load is the resistance of 2 kilohms, arranging maximum current output valve under arranging state is 20mA, such MCU microcontroller Real-time Collection in working order also detects real-time current value, when electric current is 15mA less than the human safety voltage 30V that intelligent impulsator limits divided by 2 kilohms, MCU microcontroller will control D/A modular converter by data output, voltage amplification module, and voltage x current module carries out closed loop control and increases output；When sample rate current reaches 15mA, maximum 30V, the MCU microcontroller that now voltage output reaches to limit stops increasing voltage therewith.So, it is no matter which reaches KB limit (30V or 20mA) at first for voltage or electric current, pressure-limit current-limit control all will correspondingly be made by MCU microcontroller.Simultaneously, when the input of pulse output control module or the immediate current of outfan reach KB limit 20mA, the resistance of resettable fuse FB1/FB2 will be with the increase of electric current and increases until being equivalent to the infinity of open circuit, after this abnormal problem solves and disappears, resettable fuse FB1/FB2 will then revert to initial normal condition.By current sample module feedback to MCU microcontroller, then via MCU microcontroller contrast process, contrast computing after result via data output to D/A modular converter, again to voltage amplification module, voltage x current control module, PWM control module, via resettable fuse FB2 to load, thus defining the adaptive voltage current control loop of a closed loop；The input of pulse output control module has all been carried out dual current-limiting protection with outfan by two resettable fuses FB1, FB2 simultaneously; ensure that the voltage x current that described intelligent impulsator exports strictly is limited within the safety range (30V, 20mA) that human body allows under the multiple protective of circuit.Described PWM controls module, the PWM of MCU microcontroller control the circuit of control pulse frequency that port and one group of audion and resistance forms and dutycycle.The frequency of output PWM waveform is set by arranging MCU microcontroller PWM timer period, the dutycycle of output PWM waveform is set by arranging PWM intervalometer fiducial value, and is controlled the switch amplification output of PWM by one group of audion and resistance.
Described key switch for input under the pattern of setting arrange value, for switch display pattern, button multiplexing setting and input service pattern under regulated value.
As it is shown on figure 3, A1 is the structure housing of intelligent impulsator, its shape is square or oval.A3 is group of four figures display tube or is LCDs, A4 on and off switch, A5 is Direct current power source socket, A1 is built-in with chargeable lithium cell, the both positive and negative polarity of battery connects A5 Direct current power source socket both positive and negative polarity, A6 is the both positive and negative polarity of intelligent impulsator output wiring terminal, and A7 is for the pull stap with being worn on by intelligent impulsator.B1～B4 is one group of key switch.Under arranging pattern, B1 therein is used for arranging electric current with magnitude of voltage display switching, B2 for arranging pulse duty factor；Press B1/B2 button simultaneously and can reset total time cumulation numerical value, press B1/B3 button simultaneously and heighten pulse frequency, press B1/B4 button simultaneously and turn down pulse frequency, press B4 and will skip the pattern of setting and be directly entered mode of operation.In the operational mode, 4 buttons B1, B2, B3 and B4 are respectively intended to arrange treatment time plus-minus (+/-), output intensity includes intensity plus-minus (+/-) of voltage or electric current.
Described information display device includes in Fig. 3 the group of four figures display tube shown in A3 or for the status information display lamp shown in LCDs and L1 to L3.The wherein front two digital-scroll technique time of A3, rear two display dutycycles, voltage or electric current, it is first ten digit value showing time timing from left to right, the units value of second display time timing from left to right, 3rd ten digit value showing dutycycle, voltage or electric current from left to right, from left to right the 4th the units value showing dutycycle, voltage or electric current；
Wherein the colon two point A8 of digital display tube or LCDs centre is set to the duty of display the machine:
I: colon light goes out, pre-sets state for what the machine was in start；II: colon optical flare, within 10 seconds, arranges state for Local Parameters；III: colon light is lighted, for the machine duty.
Additionally, in status information display lamp shown in L1 to L3, wherein L1 light instruction A3 after two be shown that current setting value, L1 point off instruction A3 after two be shown that voltage set value, L2 light instruction be shown that pulse output, L3 light instruction be shown that load add state.
Described load detecting module, is attached between intelligent impulsator output negative pole and MCU microcontroller, load connection status carries out the module of monitoring in real time.This module is made up of one group of electric capacity being connected in parallel, resistance and diode, and this circuit is responsible at load two ends test sample voltage and electric current, thus judging the connection status of load and the Standard resistance range of load.When there being load to add, described load detecting module will produce the signal of " having load " and feeds back to MCU microcontroller, therewith MCU microcontroller by via data-out port, D/A modular converter is sent increase output step by step control signal, be then passed through voltage amplification module, voltage x current control module increase output step by step, when output voltage or electric current reach to pre-set value, stopping is increased output by MCU microcontroller；When adding without any load, load detecting module will produce " non-loaded " signal and feed back to MCU microcontroller, block or halt signal thus making MCU microcontroller send corresponding output, and now voltage amplifier circuit will only export 12V and be in holding state；When have load to add and timing countdown to zero time, MCU microcontroller by via data-out port, D/A modular converter is sent reduce output step by step control signal, be then passed through voltage amplification module, voltage x current controls module and reduces output step by step until zero.By above-mentioned control output amplitude being increased step by step or reducing, experience making user obtain smooth, comfortable treatment.
To sum up, in this embodiment, it is the impulse wave between 0.9KHz ~ 10KHz that described intelligent impulsator generation pulse duty cycle can arrange regulating frequency, is then transferred on corresponding ion hidroschesis device via plain conductor and treats.
About the detailed description of the invention of oxter ion hidroschesis device, it is described in detail as follows:
Oxter ion hidroschesis device embodiments:
As shown in Figure 2, a kind of Intelligent pulse ion oxter hidroschesis instrument, the structure of described oxter ion hidroschesis device, including: two compact substance fabrics or cortex body D1, water absorbing fabric D2, metal guide electroplax D4, two compact substance fabrics or cortex body D1 are wrapped up in and are put outside water absorbing fabric D2, water absorbing fabric D2 is adsorbed with sufficient hidroschesis liquid, and water absorbing fabric D2 side is provided with a dead slot D3 that can place metal guide electroplax D4, two panels metal guide electroplax D4 respectively connects a plain conductor D5, two described plain conductor D5 are connected with the both positive and negative polarity of the output wiring terminal A6 of intelligent impulsator respectively；
Described oxter hidroschesis device one is cased with two, for user in oxter, left and right simultaneously.In use, the power supply of intelligent impulsator has two ways to this device: (1) connects external power adapter, and static placement uses；(2) built-in lithium battery is used, it is simple to carry with use.When after the A4 that switches on power, by the relative set of input key B1～B4, then namely enter oxter hidroschesis workflow.
A kind of Intelligent pulse ion oxter hidroschesis instrument, being forced into most top layer and the horny layer of armpit skin, blocking thus effectively stoping underarm perspiration at oxter sweat gland interruption-forming by pulse current by the ion with positive pole and negative pole generated after hidroschesis liquid electrolysis.
Claims (8)
1. an Intelligent pulse ion oxter hidroschesis instrument, is characterized in that: including: intelligent impulsator and oxter ion hidroschesis device, and the output positive and negative electrode of described intelligent impulsator is respectively connected with by the positive and negative electrode of plain conductor Yu oxter ion hidroschesis device；
Described intelligent impulsator, including: DC voltage converting circuit, MCU microcontroller, pulse output control module, key switch and information display device, the output of intelligent impulsator is that pulse duty cycle can arrange the frequency of adjustment impulse wave between 0.9KHz ~ 10KHz；
Described oxter ion hidroschesis device includes: two compact substance fabrics or cortex body (D1), water absorbing fabric (D2), metal guide electroplax (D4), two compact substance fabrics or cortex body (D1) are wrapped up in and are put outside water absorbing fabric (D2), water absorbing fabric (D2) is adsorbed with sufficient described hidroschesis liquid, and water absorbing fabric (D2) side is provided with a dead slot (D3) that can place metal guide electroplax (D4), two panels metal guide electroplax (D4) is connected with the both positive and negative polarity of the output wiring terminal (A6) of described intelligent impulsator respectively by coupled plain conductor (D5).
2. a kind of Intelligent pulse ion oxter according to claim 1 hidroschesis instrument, is characterized in that: described hidroschesis liquid is preferably the water-soluble preparation of aluminum chloride, the water-soluble preparation of sodium salicylate, soda water solubility preparation, aqueous sodium chloride preparation, mineral water or tap water；Above-mentioned water-soluble preparation has auxiliary as hidroschesis liquid and strengthens the electrolysis of hidroschesis liquid.
3. a kind of Intelligent pulse ion oxter according to claim 1 hidroschesis instrument, is characterized in that: described water absorbing fabric is preferably thick matter towel, chemical & blended fabric or sponge.
4. a kind of Intelligent pulse ion oxter according to claim 1 hidroschesis instrument, is characterized in that: described metal guide electroplax or metal conductive film are preferably rustless steel plate film, aluminum plate film, copper plate film or zinc plate film.
5. a kind of Intelligent pulse ion oxter according to claim 1 hidroschesis instrument, is characterized in that: described DC voltage converting circuit is made up of DC-DC booster circuit and DC-DC reduction voltage circuit.
6. a kind of Intelligent pulse ion oxter according to claim 1 hidroschesis instrument, it is characterized in that: the signal input part of described MCU microcontroller is connected for receiving key-press input value with key switch, the signal output part of MCU microcontroller is connected with information display device for output display information, the A/D of MCU microcontroller detects input and receives the current sampling data of current sample module, MCU microcontroller controls module by its PWM (pulsewidth modulation) port controlling PWM, MCU microcontroller is input to voltage amplification module by its data-out port via D/A modular converter.
7. a kind of Intelligent pulse ion oxter according to claim 1 hidroschesis instrument, it is characterized in that: described pulse output control module, including: D/A modular converter, voltage amplification module, voltage x current control module, current sample module, PWM control module and resettable fuse；The output valve of described D/A modular converter is connected with the control end of voltage x current control module as the input of voltage amplification module, the outfan of voltage amplification module, described voltage x current controls the input of module and is connected with DC-DC booster circuit outfan, the input of DC-DC booster circuit is connected with DC voltage input, and described DC supply input is power supply adaptor input or chargeable lithium cell；Voltage x current controls the outfan of module and is connected with PWM control module；PWM is controlled module and is connected with its anelectrode by resettable fuse access oxter ion hidroschesis device；Described current sample module is connected with the negative electrode of oxter ion hidroschesis device, and current sampling data feeds back to the A/D test side of MCU microcontroller.
8. a kind of Intelligent pulse ion oxter according to claim 1 hidroschesis instrument, it is characterized in that: the negative electricity interpolar of described MCU microcontroller and pulse output control module outfan is provided with load detecting module, add state for detecting load, thereby through MCU microcontroller, data are exported the control being incremented by step by step or successively decreasing step by step.
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| CN105413057A (en) * | 2015-09-29 | 2016-03-23 | 河南卓安科技有限公司 | Intelligent pulse ion armpit hidroschesis instrument |
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Effective date of registration: 20191225 Address after: Room 1006, commune No.6, Luoyang science and Technology Park, No.6 Huaxia Road, high tech Development Zone, Luoyang area, China (Henan) pilot Free Trade Zone, Luoyang City, Henan Province Patentee after: Mystery Intelligent Technology (Luoyang) Co., Ltd. Address before: 471000 Henan province Luoyang Xigong Wangcheng Road No. 111 Zijin City C District No. 4 Building 2 unit 1001 Patentee before: HENAN ZHUOAN TECHNOLOGY CO., LTD. |
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