CN205411928U - Wearable portable pulse antiperspirant appearance of APP control - Google Patents

Abstract

The utility model relates to a medical care equipment's technical field, a disclosed wearable portable pulse antiperspirant appearance of APP control, include: intelligent mobile device APP, portable pulse antiperspirant device, intelligent mobile device APP pass through that bluetooth communication module and impulse generator are wireless to link to each other, impulse generator includes: direct current voltage conversion circuit, MCU microcontroller, pulse output control module and load detection module, be provided with load detection module between the negative electrode of MCU microcontroller and pulse output control module output for detect the load and add the state, thereby carry out the corresponding control that scales up step by step or steadily decrease through MCU microcontroller to data output, 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, portability are provided for the user to the measure of safety and protection is provided for the user.

Description

The wearable Portable pulse hidroschesis instrument that a kind of APP controls

Technical field

This utility model relates to the technical field of medical health equipment, particularly relates to the wearable Portable pulse hidroschesis instrument that a kind of APP controls.

Background technology

Human body hyperhidrosis is a kind of fairly common phenomenon, and the population of the most about 3 percent has this problem, and hyperhidrosis typically invades the positions such as palm, sole, oxter, face and nape portion.Although the disease that hyperhidrosis is the most serious, but it brings great inconvenience to daily life, work and social activity etc..The prior art medically treating hyperhidrosis at present mainly uses Drug therapy and operative treatment.

1. the shortcoming of Drug therapy hyperhidrosis: the medicine for the treatment of 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 hyperhidrosis: current relatively effective a kind of therapeutic modality is by thoracoscope Sympathetic nerve neck clipping, and palm, vola, axillary fossa, face, cervical region and back hyperhidrosis are all had remarkable result.But, the disadvantage of this operative treatment is to may result in the permanent lossless and compensatory hyperhidrosis at other positions of human body, therefore is gradually abandoned by hyperhidrosis patient.

The shortcoming existed due to above-mentioned existing treatment technology, needs a kind of new technique solving or improve prior art shortcoming for this.The present invention designs the wearable Portable pulse hidroschesis instrument that a kind of APP controls: (1) stimulates at the nerve synapse sweat between sensing nerve and sweat gland on hyperhidrosis skin by producing the pulse current of characteristic frequency, when nerve synapse accepts pulse current stimulating to doses degree, the sensitivity reduction of sweat gland is the most no longer stimulated excitement thus stops sweating.This hidroschesis principle does not directly act on sweat gland, does not damages thus for human sweat glands；(2) the wearable Portable pulse hidroschesis instrument controlled by APP, can allow user family, office and etc. carry out hyperhidrosis treatment whenever and wherever possible under environment, bring great convenience for user.Inquiring about according to patent retrieval, the most domestic technology that there is no patent description exists.

Summary of the invention

For overcoming the deficiencies in the prior art, this utility model provides the wearable Portable pulse hidroschesis instrument that a kind of APP controls.

For realizing foregoing invention, this utility model uses technical scheme as follows:

The wearable Portable pulse hidroschesis instrument that a kind of APP controls, including: Intelligent mobile equipment APP, bluetooth communication module, pulse generator, wearable flexible glue electrode, the output positive and negative electrode of described pulse generator is respectively connected with by the positive and negative electrode of plain conductor with wearable flexible glue electrode.

Described Intelligent mobile equipment APP, is to operate in the application program on the Intelligent mobile equipment of Android or iOS possessing Bluetooth function.First pass through bluetooth to arrange, Intelligent mobile equipment is set up pairing with bluetooth communication module, then setting and control instruction are sent the MCU microprocessor of control pulse generator to via described bluetooth communication module, including pulse frequency, pulse voltage value, pulse current value, pulse duty factor, the single working time, therapentic part value is set, these values of setting complete regulation by plus/minus button corresponding on APP interface and settings button and arrange, and confirm through pressing " confirmation " button.Meanwhile, the warning of load condition, pulse voltage value, pulse current value or pressure-limit current-limit is transferred to Intelligent mobile equipment APP by bluetooth communication module by MCU microprocessor, and shows on APP simultaneously.The single working time is shown on APP by the intervalometer of Intelligent mobile equipment, and the time when record of accumulative treatment total time is that all loads are in connection status adds up.When reach one be satisfied with the course for the treatment of after, this accumulative treatment can inform the statistics total time of this course for the treatment of of user total time, and the cumulative time can be reset by user by " clearing " button arranged on APP interface afterwards, in order to starts reclocking the course for the treatment of for the next one.Additionally, be provided with the warning of pressure-limit current-limit on Intelligent mobile equipment APP interface, when voltage or electric current because of circuit abnormality moment more than 30V or 20mA time, this warning is by the glittering and sound that rings；After circuit abnormality releases, this warning is cancelled automatically.

Described bluetooth communication module, it is the communication module between Intelligent mobile equipment and pulse generator, via this module, the instruction that Intelligent mobile equipment APP sends is transferred to MCU microprocessor and is transferred to pulse-generator circuit after MCU microprocessor processes；Meanwhile, MCU microprocessor also passes to Intelligent mobile equipment APP real-time pulse voltage, pulse current, single working time and load state information by bluetooth communication module.

Described pulse generator, including: DC voltage converting circuit, MCU microcontroller, pulse output control module and load detecting module, pulse generator output frequency is adjustable between 0.2Hz ~ 10KHz, pulse duty cycle can be by arranging the impulse wave of regulation.

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, the input of described voltage x current control module 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 chargeable lithium cell；The outfan of voltage x current control module is connected with PWM control module；PWM control module is connected with wearable flexible glue electrode via resettable fuse.Described current sample module is connected with the negative electrode of wearable flexible glue electrode, and current sampling data feeds back to the A/D test side of MCU microcontroller.

Described MCU microcontroller is provided with load detecting module with the negative electricity interpolar of pulse output control module outfan, is used for detecting load interpolation state, thus carries out being incremented by the most step by step or control of successively decreasing to data output by MCU microcontroller.

The wearable Portable pulse hidroschesis instrument that a kind of APP controls, the structure of described wearable flexible glue electrode, including: two panels flexible glue conductive electrode and coupled two plain conductors.Wherein, the shape of wearable flexible glue electrode include square, rectangle, bending n shape and the facial film shape that hollows out of eye nose mouth, its size customizes according to the size at hyperhidrosis position.

By using above-mentioned technical scheme, this utility model has a following superiority:

1. healthy: use healthy way treatment human body hyperhidrosis, it is to avoid various injuries to human body that medicine described previously or operative treatment are brought or complication；

2. safety: by using adaptive voltage electric current to control output, multiple current limiting pressure-limiting mode and module, bring safe treatment and protective measure for user；

3. intelligence: by using Intelligent mobile equipment APP to control, provide the user intellectuality, the control of hommization and operation；

The most comfortable: the pulse controlled by MCU is exported, 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 brings the most comfortable treatment to experience for user；

The most efficient: to use pulsed output, control pulse duty factor, tolerant voltage peak when user can be made to promote treatment accordingly by regulation, thus bring the therapeutic effect simultaneously taking into account hidroschesis treatment comfort with therapeutic efficiency for user；

6. convenience: use external chargeable lithium cell as DC supply input, wearable flexible glue electrode is because per se with viscosity, can glue and be posted on any hyperhidrosis of health position and treat, so that user is the most movable during treating, provide the user great mobility and convenience；

7. therapeutic effect is lasting: show according to the great many of experiments of the present invention, the accumulative treatment of common hyperhidrosis person can experience curative effect in about 10 hours, using 30～60 minutes every day, persistently use after about 8～10 days course for the treatment of, health hyperhidrosis position can persistently keep warm and be dried about 28～38 days.Afterwards according to user's own situation, after the sweat gland at hyperhidrosis position recovers the most again to perspire, after again carrying out the treatment of same dose or the dosage that cuts down according to the circumstance, antiperspirancy performance can the most persistently keep about 28～38 days.

Accompanying drawing explanation

Fig. 1 is wearable Portable pulse hidroschesis instrument integrated circuit functional-block diagram；

Fig. 2 is Intelligent mobile equipment APP；

Fig. 3 is wearable Portable pulse hidroschesis instrument constructive embodiment 1；

Fig. 4 is wearable Portable pulse hidroschesis instrument constructive embodiment 2；

Fig. 5 DC voltage converting circuit；

Fig. 6 is voltage amplifier circuit figure；

Fig. 7 is voltage x current control module figure；

Fig. 8 is the structural representation of wearable flexible glue electrode；

Fig. 9 is the wearable flexible glue electrode structure schematic diagram for oxter；

Figure 10 is the flexible glue conductive electrode structure schematic diagram for face.

Detailed description of the invention

The wearable Portable pulse hidroschesis instrument that a kind of APP controls, the design of the present invention explained in detail below and using method, on the basis of meeting principle shown in implementation below, various change can be derived, be included 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.

The wearable Portable pulse hidroschesis instrument embodiment that APP controls:

As shown in Figure 1, the wearable Portable pulse hidroschesis instrument that a kind of APP controls, including: Intelligent mobile equipment APP, bluetooth communication module, pulse generator, wearable flexible glue electrode, the output positive and negative electrode of described pulse generator is respectively connected with by the positive and negative electrode of plain conductor with wearable flexible glue electrode.

Described Intelligent mobile equipment APP, is to operate in the application program on the Intelligent mobile equipment of Android or iOS possessing Bluetooth function.Arrange as in figure 2 it is shown, first pass through bluetooth, Intelligent mobile equipment is set up pairing with bluetooth communication module.Then, by sending setting and control instruction the MCU microprocessor of control pulse generator to via described bluetooth communication module, including pulse frequency, pulse voltage value, pulse current value, pulse duty factor, the single working time, accumulative treatment total time, therapentic part value is set, these values of setting complete regulation by plus/minus button corresponding on APP interface and settings button and arrange, and confirm through pressing " confirmation " button.Such as: pulse frequency, dutycycle, pulse voltage, pulse current, single working time all can be regulated by the plus/minus button of its respective left and right sides, its respective unit nominal value be respectively KHz KHz, percentage ratio %, volt, milliampere and minute.When adjustment for the treatment of position, have only to press the button of the therapentic part of correspondence, including hands, foot, oxter, face, cervical region or back, display is pre-set value to respective therapentic part, including dutycycle, pulse voltage, pulse current and single working time by Intelligent mobile equipment APP.Such as: treat for oxter hidroschesis, because armpit skin sensitivity is high, so in advance by pulse voltage, current setting value is correspondingly turned down, dutycycle also regulates to relative low value.Meanwhile, the warning of load condition, pulse voltage value, pulse current value or pressure-limit current-limit is transferred to Intelligent mobile equipment APP by bluetooth communication module by MCU microprocessor, and shows on APP simultaneously.The single working time is shown on APP by the intervalometer of Intelligent mobile equipment, and the time when record of accumulative treatment total time is that all loads are in connection status adds up.When reach one be satisfied with the course for the treatment of after, this accumulative treatment can inform the statistics total time of this course for the treatment of of user total time, and user can be reset by " clearing " button arranged on APP interface afterwards, in order to starts reclocking the course for the treatment of for the next one.Additionally, be provided with the warning of pressure-limit current-limit on Intelligent mobile equipment APP interface, when voltage or electric current because of circuit abnormality moment more than 30V or 20mA time, this warning is by the glittering and sound that rings；After circuit abnormality releases, this warning is cancelled automatically.

Described bluetooth communication module, it is the communication module between Intelligent mobile equipment and pulse generator, via this module, the instruction that Intelligent mobile equipment APP sends is transferred to MCU microprocessor and is then transferred to pulse-generator circuit through the process of MCU microprocessor；MCU microprocessor also passes to Intelligent mobile equipment APP real-time pulse voltage, pulse current, load condition, pressure-limit current-limit information by bluetooth communication module simultaneously.Described bluetooth communication module preferably employs the CC2540 low-power consumption bluetooth module of TI company, and this module is powered by DC-DC reduction voltage circuit.MCU microprocessor is connected with bluetooth communication module by serial ports, meeting Auto broadcast after the startup of this bluetooth module, bluetooth communication module can be scanned and dock after Intelligent mobile equipment APP opens, after successful matching, just can carry out both-way communication by universal serial port and bluetooth communication module.When Intelligent mobile equipment equipment carries out write operation by APP to bluetooth communication module, the data of write will be sent to MCU microprocessor by serial ports, then be adjusted controlling to voltage x current control module and PWM control module by D/A D/A converter module, voltage amplification module.When Intelligent mobile equipment carries out read operation by APP to bluetooth communication module, bluetooth communication module obtains A/D analog-digital conversion data, load condition, pressure-limit current-limit information by serial ports from MCU microprocessor, then returns to described Intelligent mobile equipment APP by bluetooth protocol repertory and is shown on Intelligent mobile equipment interface by the display interface of APP.

Described pulse generator, including: DC voltage converting circuit, MCU microcontroller, pulse output control module and load detecting module, the output of pulse generator is that frequency pulse duty cycle between 0.2Hz ~ 10KHz can be by arranging the impulse wave of regulation.

Described DC voltage converting circuit includes DC-DC booster circuit and DC-DC reduction voltage circuit.As it is shown in figure 5, described DC-DC booster circuit is to use the integrated chip LM2577S(U1 that boosts) and the booster circuit that forms, DC supply input voltage is from external chargeable lithium cell, and its input voltage range is 5～12V.DC supply input accesses from P5 binding post, its binding post 2 be positive pole, binding post 1 be ground connection, accessed the booster circuit using the integrated chip U1 of boosting 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, by resistance R65, the RL_OFF end that a control mouth with MCU microcontroller is connected, this port controls the different power voltage of described intelligent impulsator open state and holding state by controlling the break-make of Q26, when being not detected by load, intelligent impulsator is in holding state, booster circuit and only exports 12V.GND1 Yu 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 is to voltage x current control module.

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 other end of C1 and the earth terminal common ground of 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 and bluetooth communication module is powered.

The model of described MCU microprocessor can be but be not limited to STC12LE5A16AD.As the control core of pulse generator, the input signal of MCU microcontroller includes reading, via what bluetooth communication module transmitted, the load status signal that signal, the feedback signal detecting the current sample module of port input via A/D and load detecting module transmit from Intelligent mobile equipment APP；MCU microcontroller is through data output end output digital controlled signal to D/A modular converter, output pwm control signal to PWM control module simultaneously, and pulse voltage value, pulse current value, load condition, pressure-limit current-limit information are sent to by bluetooth communication module the APP display interface of Intelligent mobile equipment simultaneously in real time.

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 by data output end output binary code control D/A modular converter output, with 0.1V for interval, output area as 0.1V ~ 5V.

Described voltage amplification module is as shown in Figure 6, the output of D/A modular converter accesses to the input DA-IN port of 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, exports to voltage x current control module via K-OUT.Fig. 6 is also constituted a current protecting circuit by audion Q36 simultaneously.When the emitter stage V-OUT2 of audion Q36 reaches 0.6V with the conduction voltage drop of base stage V-OUT1; the electric current of this partial circuit reaches 20mA; the most described voltage amplification module will enter restriction state, and circuit will stop amplification, thus reach the current-limiting protection effect of 20mA.

As shown in Figure 7, the input of described voltage x current control module is connected with the outfan V-OUT of DC-DC booster circuit, the end that controls of voltage x current control module is connected with the outfan K-OUT of voltage amplification module, the outfan of voltage x current control module is connected with the input of PWM control module, and the output of PWM control module is connected by the positive pole of resettable fuse FB2 with wearable flexible glue electrode terminal.Described voltage x current control module 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 the emitter stage from this group audion obtains the output voltage with big electric current, is then passed through one group of flows resistance and exports to PWM control module.

As it is shown in figure 1, described current sample module, its one end is connected with the negative electrode of described pulse generator, 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, so 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 pulse generator is limited 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, now voltage output reaches limited maximum 30V, MCU microcontroller and stops therewith increasing voltage.So, either which reaches KB limit (30V or 20mA) at first for voltage or electric current, and 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 process via MCU microcontroller contrast, result after contrast computing 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 define the adaptive voltage current control loop of a closed loop；Two resettable fuses FB1, FB2 have all carried out dual current-limiting protection to the input of pulse output control module with outfan simultaneously; within ensuring that the voltage x current that described pulse generator is exported strictly is limited in the safety range (30V, 20mA) that human body allows under the multiple protective of circuit.Described PWM control module, is controlled, by the PWM of MCU microcontroller, control pulse frequency and the circuit of dutycycle that port forms with one group of audion and resistance.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 load detecting module, the module being attached between pulse generator output negative pole and MCU microcontroller, load connection status being monitored 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 judges connection status and the Standard resistance range of load 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 step by step the control signal of output, be then passed through voltage amplification module, voltage x current control module increases 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, thus make MCU microcontroller send corresponding output and block or halt signal, 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 and reduces the control signal of output step by step, is then passed through voltage amplification module, voltage x current control 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.

As it is shown on figure 3, described pulse generator includes structure housing A1, its shape is that flat, rectangular can be positioned over pocket or annular as shown in Figure 4 can be worn in wrist or arm by nylon fastener belt.A2 is on and off switch, and A3 is DC supply input external tapping, its external chargeable lithium cell, and A4 is the binding post both positive and negative polarity of pulse current output, and A5 is then the nylon fastener belt with A1 is worn on by assistance.

To sum up, described in this embodiment, then pulse generator generation frequency pulse duty cycle between 0.2Hz ~ 10KHz can be transferred on corresponding wearable flexible glue electrode treat hyperhidrosis position via plain conductor by arranging the impulse wave of regulation.

About the detailed description of the invention of wearable flexible glue electrode, it is described in detail as follows:

Wearable flexible glue electrode embodiment one:

As shown in Figure 8, the wearable Portable pulse hidroschesis instrument that a kind of APP controls, the structure of described wearable flexible glue electrode, including: two panels flexible glue conductive electrode P2 and coupled two plain conductor P1.The shape of the flexible glue conductive electrode of this embodiment one uses square or rectangle, it is adaptable to treatment hand perspiration, foot antiperspirant, face hyperhidrosis and the hyperhidrosis of nape portion, depending on its size is according to the size at hyperhidrosis position.

The wearable Portable pulse hidroschesis instrument that a kind of APP controls in use, power from external chargeable lithium cell, and this is easy to carry with use by the DC source of described pulse generator.After two panels wearable flexible glue electrode glues respectively and is posted on health hyperhidrosis position, switch on power switch A2, is arranged by bluetooth and sets up pair relationhip with Intelligent mobile equipment, and the setting being then passed through Intelligent mobile equipment APP i.e. enters hidroschesis treatment flow process with control.

The wearable Portable pulse hidroschesis instrument that a kind of APP controls, stimulate at the nerve synapse sweat between sensing nerve and sweat gland on skin hyperhidrosis position by producing frequency adjustable pulse current between 0.2Hz ~ 10KHz, when nerve synapse accept pulse current stimulating to a certain extent time, the sensitivity of sweat gland reduces and is the most no longer stimulated excitement thus stops sweating.This hidroschesis principle does not directly act on sweat gland, does not damages thus for human sweat glands.

Wearable flexible glue electrode embodiment two:

As shown in Figure 9, the wearable Portable pulse hidroschesis instrument that a kind of APP controls, the structure of described wearable flexible glue electrode, including: two panels flexible glue conductive electrode N1 and coupled two plain conductor N2, wherein flexible glue conductive electrode bends to n font, in it, middle filling out pads sponge or the soft fabric N3 of soft cloth, for the wearable flexible glue electrode bending to n font is placed at axillary fossa, the shape of the wearable flexible glue electrode of this embodiment two is applicable to treat oxter hyperhidrosis, and its using method is identical with wearable flexible glue electrode embodiment one.

Wearable flexible glue electrode embodiment three:

As shown in Figure 10, the wearable Portable pulse hidroschesis instrument that a kind of APP controls, the structure of described wearable flexible glue electrode, including the flexible glue conductive electrode F1 of two half facial film shapes and coupled two plain conductor F2, wherein a gap F3 must be spaced when applying ointment or plaster use toward face between two F1 so that mutually insulated between two F1.The shape of the flexible glue conductive electrode of this embodiment three is applicable to treat face hyperhidrosis, and the flexible glue conductive electrode of this facial film shape can use 3D to print to user's customization, and its using method is identical with flexible glue conductive electrode embodiment one.

Claims (8)

1. the wearable Portable pulse hidroschesis instrument that an APP controls, it is characterized in that: including: Intelligent mobile equipment APP and Portable pulse hidroschesis device, the circuit of Portable pulse hidroschesis device is made up of bluetooth communication module, pulse generator, wearable flexible glue electrode, and described Intelligent mobile equipment APP is connected by bluetooth communication module is wireless with pulse generator；Described pulse generator, including: DC voltage converting circuit, MCU microcontroller, pulse output control module and load detecting module, the input of described pulse output control module is connected with MCU micro controller data outfan, the control end of pulse output control module is connected with MCU microcontroller PWM end, the outfan of pulse output control module is connected with wearable flexible glue electrode, described MCU microcontroller is provided with load detecting module with the negative electricity interpolar of pulse output control module outfan, for detecting load interpolation state, thus carry out being incremented by the most step by step or control of successively decreasing to data output by MCU microcontroller；Pulse output control module, the power end of MCU microcontroller are connected with DC voltage converting circuit；Pulse generator output frequency is the adjustable impulse wave of adjustable pulse duty cycle between 0.2Hz ~ 10KHz.

The wearable Portable pulse hidroschesis instrument that a kind of APP the most according to claim 1 controls, it is characterized in that: described Portable pulse hidroschesis device is that flat, rectangular can be positioned over the housing A1 of card form structure in pocket, it is provided with on and off switch A2, DC supply input interface A3, pulse current output interface A4 in card form structure, and is connected with the circuit in card form housing.

The wearable Portable pulse hidroschesis instrument that a kind of APP the most according to claim 1 controls, it is characterized in that: the structure of described Portable pulse hidroschesis device is the wrist type structure being worn on wrist or arm, wrist type structure is connected and composed with nylon fastener belt A5 by the circulus housing A1 of opening, it is provided with on and off switch A2, DC supply input interface A3, pulse current output interface A4 on the circulus body A1 of opening, and is connected with the circuit in the circulus housing of opening.

The wearable Portable pulse hidroschesis instrument that a kind of APP the most according to claim 1 controls, it is characterized in that: on the touch screen of described Intelligent mobile equipment APP, be provided with APP interface, APP interface is provided with the pulse frequency of correspondence, pulse duty cycle, voltage, electric current, " the plus/minus button ", " settings button " of therapentic part of time；Glittering and the sound that rings of the display and " reset button ", pressure-limit current-limit that are provided with the accumulative total time of correspondence on APP interface is reported to the police；Be provided with the functional part settings button of correspondence on APP interface, bluetooth communication is arranged and " ACK button ".

The wearable Portable pulse hidroschesis instrument that a kind of APP the most according to claim 1 controls, it is characterized in that: described bluetooth communication module, it is the communication module between Intelligent mobile equipment and pulse generator, via this module, the instruction that Intelligent mobile equipment APP sends is transferred to MCU microprocessor and is transferred to pulse-generator circuit after MCU microprocessor processes；Meanwhile, MCU microprocessor also passes to Intelligent mobile equipment APP real-time pulse voltage, pulse current, single working time and load state information by bluetooth communication module.

The wearable Portable pulse hidroschesis instrument that a kind of APP the most according to claim 1 controls, it is characterized in that: the DC voltage converting circuit of described pulse generator includes DC-DC booster circuit and DC-DC reduction voltage circuit, DC-DC booster circuit outfan is connected with pulse output control module, and DC-DC reduction voltage circuit outfan is connected with the power end of MCU microcontroller, bluetooth communication module；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.

The wearable Portable pulse hidroschesis instrument that a kind of APP the most according to claim 4 controls, 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, the input of described voltage x current control module 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 chargeable lithium cell；The outfan of voltage x current control module is connected with PWM control module；PWM control module is connected with wearable flexible glue electrode via resettable fuse；Described current sample module is connected with the negative electrode of wearable flexible glue electrode, and current sampling data feeds back to the A/D test side of MCU microcontroller.

The wearable Portable pulse hidroschesis instrument that a kind of APP the most according to claim 1 controls, it is characterized in that: the structure of described flexible glue conductive electrode, including: two panels flexible glue conductive electrode and coupled two plain conductors, wherein, the shape of flexible glue conductive electrode include square, rectangle, inside it in the middle of fill out the facial film shape hollowed out at the bending n shape of pad soft fabric and eye nose mouth.