CN105396223B - A kind of negative-pressure adsorption high pulse voltage weight reducing apparatus - Google Patents
A kind of negative-pressure adsorption high pulse voltage weight reducing apparatus Download PDFInfo
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- CN105396223B CN105396223B CN201510922752.8A CN201510922752A CN105396223B CN 105396223 B CN105396223 B CN 105396223B CN 201510922752 A CN201510922752 A CN 201510922752A CN 105396223 B CN105396223 B CN 105396223B
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61N—ELECTROTHERAPY; MAGNETOTHERAPY; RADIATION THERAPY; ULTRASOUND THERAPY
- A61N1/00—Electrotherapy; Circuits therefor
- A61N1/18—Applying electric currents by contact electrodes
- A61N1/32—Applying electric currents by contact electrodes alternating or intermittent currents
- A61N1/36—Applying electric currents by contact electrodes alternating or intermittent currents for stimulation
- A61N1/3605—Implantable neurostimulators for stimulating central or peripheral nerve system
- A61N1/3606—Implantable neurostimulators for stimulating central or peripheral nerve system adapted for a particular treatment
- A61N1/36082—Cognitive or psychiatric applications, e.g. dementia or Alzheimer's disease
- A61N1/36085—Eating disorders or obesity
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H15/00—Massage by means of rollers, balls, e.g. inflatable, chains, or roller chains
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H9/00—Pneumatic or hydraulic massage
- A61H9/005—Pneumatic massage
- A61H9/0057—Suction
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- A61M1/0003—
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61N—ELECTROTHERAPY; MAGNETOTHERAPY; RADIATION THERAPY; ULTRASOUND THERAPY
- A61N1/00—Electrotherapy; Circuits therefor
- A61N1/18—Applying electric currents by contact electrodes
- A61N1/32—Applying electric currents by contact electrodes alternating or intermittent currents
- A61N1/36—Applying electric currents by contact electrodes alternating or intermittent currents for stimulation
- A61N1/3605—Implantable neurostimulators for stimulating central or peripheral nerve system
- A61N1/36128—Control systems
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61N—ELECTROTHERAPY; MAGNETOTHERAPY; RADIATION THERAPY; ULTRASOUND THERAPY
- A61N1/00—Electrotherapy; Circuits therefor
- A61N1/18—Applying electric currents by contact electrodes
- A61N1/32—Applying electric currents by contact electrodes alternating or intermittent currents
- A61N1/36—Applying electric currents by contact electrodes alternating or intermittent currents for stimulation
- A61N1/3605—Implantable neurostimulators for stimulating central or peripheral nerve system
- A61N1/36128—Control systems
- A61N1/36146—Control systems specified by the stimulation parameters
- A61N1/3615—Intensity
- A61N1/36153—Voltage
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61N—ELECTROTHERAPY; MAGNETOTHERAPY; RADIATION THERAPY; ULTRASOUND THERAPY
- A61N1/00—Electrotherapy; Circuits therefor
- A61N1/18—Applying electric currents by contact electrodes
- A61N1/32—Applying electric currents by contact electrodes alternating or intermittent currents
- A61N1/36—Applying electric currents by contact electrodes alternating or intermittent currents for stimulation
- A61N1/3605—Implantable neurostimulators for stimulating central or peripheral nerve system
- A61N1/36128—Control systems
- A61N1/36146—Control systems specified by the stimulation parameters
- A61N1/36167—Timing, e.g. stimulation onset
- A61N1/36171—Frequency
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H15/00—Massage by means of rollers, balls, e.g. inflatable, chains, or roller chains
- A61H2015/0007—Massage by means of rollers, balls, e.g. inflatable, chains, or roller chains with balls or rollers rotating about their own axis
- A61H2015/0014—Massage by means of rollers, balls, e.g. inflatable, chains, or roller chains with balls or rollers rotating about their own axis cylinder-like, i.e. rollers
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H2201/00—Characteristics of apparatus not provided for in the preceding codes
- A61H2201/10—Characteristics of apparatus not provided for in the preceding codes with further special therapeutic means, e.g. electrotherapy, magneto therapy or radiation therapy, chromo therapy, infrared or ultraviolet therapy
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H2201/00—Characteristics of apparatus not provided for in the preceding codes
- A61H2201/12—Driving means
- A61H2201/1207—Driving means with electric or magnetic drive
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H2201/00—Characteristics of apparatus not provided for in the preceding codes
- A61H2201/50—Control means thereof
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Abstract
The present invention proposes a kind of negative-pressure adsorption high pulse voltage weight reducing apparatus, including：Main frame, cradle and suction cup, suction cup is inserted on main frame, when human skin is close on suction cup, main frame produces 20~60Kpa suction in suction cup, and cause the air mass flow in suction cup to be in more than 50 ls/h, while main frame provides the peak pulse voltages from 30 ± 10V to 115 ± 10V to suction cup, and peak pulse voltages rise according to regulation stall according to stepwise manner, each voltage step is in 0.5 100Hz as a regulation stall, peak pulse frequency.Present invention innovation combines electro photoluminescence, negative-pressure sucking and mechanical stitch and human body is lost weight, fat is smoked by the stimulation skin that shocks by electricity, using pull of vacuum, suppresses fat using roller, good fat combustion effect is reached, substantially increase fat-reducing efficiency and effect, and the innovative design of whole device structure ensure that electro photoluminescence security and negative-pressure adsorption, the comfortableness of mechanical stitch, weight reducing apparatus of new generation can be used as.
Description
Technical field
The present invention relates to a kind of Bariatric device, and in particular to a kind of electro photoluminescence weight reducing apparatus, under especially a kind of negative-pressure adsorption
High pulse voltage weight reducing apparatus.
Background technology
Most weight reducing apparatus of the prior art are typically all to add a flexible glue roller again by motor, rotating disk to form, wherein more
Individual flexible glue roller is fixedly connected located at rotating disk side and with rotating disk, and motor driven rotating disc rotates.When in use, horse is opened
Reach, drive rotating disk to rotate, so as to drive multiple flexible glue rollers to rotate, at the same time make flexible glue roller in skin surface using human hand
Move forward and backward, compress skin, the purpose of burn fat is reached using heat caused by rotation and rolling.Existing this weight reducing apparatus
Single mechanical heat production mode is all based on to realize the function of fat-reducing, fat-reducing effect is poor, and the person of needing to use frequently rolls
Dynamic flexible glue roller, user need to spend certain muscle power to participate, and cause fat-reducing efficiency low, relatively complicated using operating, and make
User can often abandon using after a period of time, cause fat-reducing to be interrupted, and this existing weight reducing apparatus can not rest in user
When implement to lose weight automatically, not only fat-reducing effect, inefficient, and inconvenient for use.
The content of the invention
The present invention be based on above-mentioned prior art problem, innovation propose a kind of brand new based on high arteries and veins under negative-pressure adsorption
The weight reducing apparatus of voltage is rushed, is lost weight by way of innovating and combining high pulse voltage, negative-pressure adsorption and flexible glue roller, relative to
The single mode for relying on mechanical stitch fat-reducing of tradition, what the present invention initiated combines electro photoluminescence, negative-pressure sucking and mechanical stitch pair
Human body is lost weight, and is smoked fat by the stimulation skin that shocks by electricity, using pull of vacuum, is suppressed fat using roller, has reached good
Good fat combustion effect, fat-reducing efficiency and effect are substantially increased, and innovative design weight reducing apparatus structure of the present invention can be
Human body provides adjustable pull of vacuum and voltage and stimulated, pioneering to devise EMS-CUP (muscle stimulation system suction cups:E for electricity, M
For muscle, S for systems) mechanical rolling structure is combined, skin is stimulated by EMS, using suction cup with vacuum suction skin, then
Skin is suppressed with roller, the innovative design of whole device structure not only ensure that fat-reducing efficiency, and ensure that electro photoluminescence safety
Property and negative-pressure adsorption, the comfortableness of mechanical stitch, while go out optimal stimulation voltage, negative-pressure adsorption by long-term Test Summary
Parameter, optimal fat-reducing effect is reached, there is extensive marketing application prospect, weight reducing apparatus of new generation can be used as.
It is as follows that the present invention solves the technical scheme that above-mentioned technical problem is taken：
A kind of negative-pressure adsorption high pulse voltage weight reducing apparatus, including：Main frame 100, cradle 200 and suction cup, the cradle
200 charging equipment as main frame 100, the suction cup are inserted on the main frame 100, when human skin is close to the suction cup
When upper, the main frame produces 20~60Kpa suction in the suction cup, and cause the air mass flow in suction cup be in 50 liters/
More than hour, while the main frame 100 provides the peak pulse voltages from 30 ± 10V to 115 ± 10V, and peak to the suction cup
Value pulse voltage rises according to regulation stall according to stepwise manner, and each voltage step is as a regulation stall, peak pulse
Frequency is in 0.5-100Hz；
The main frame 100 includes：Lower cover 1, battery 2, release key spring 4, charging inlet 5, solving locking key 9, middle cover 11, control
Circuit board 15, cartridge assemblies 16, release button 17, slide switch key 18, threeway 19, cover 20, sound-muffling box 21 and Sound eliminating soft pipe
22, the middle cover 11 is incorporated into the installation housing that main frame is formed on lower cover 1, and the cartridge assemblies 16 and the threeway 19 connect simultaneously
In the mounting shell body, wherein getter pump module of the cartridge assemblies 16 as main frame, the straight pipe of the threeway 19
53 one end is sealedly attached to the bleeding point 51 of the cartridge assemblies 16, and the other end of the straight pipe 53 of the threeway 19 stretches out in
Outside the base of lower cover 1, one end of the Sound eliminating soft pipe 22 is connected to the cartridge assemblies 16, and the other end is connected to the noise reduction
Box 21, the sound-muffling box 21 are arranged in the mounting shell body, and the control board 15 is installed in the mounting shell body
The top of the cartridge assemblies 16, the battery 2, charging inlet 5 and the cartridge assemblies 16 connect in the mounting shell body
The control board 15 is connected to, and the charging inlet 5 is installed on the bottom of the lower cover 1, the solving locking key 9, slip are opened
The side that key 18 protrudes from installation housing is set, and manipulation button corresponding with the control board connects in mounting shell body
Connect, release key hole, voltage-regulation keyhole and suction regulation keyhole are offered on the middle cover, the release button 17 is in institute
State in release key hole, and the release lever for discharging the bottom surface of button 17 passes through the release aperture of insertion cartridge assemblies 16 after control board
In 52, it is described release key spring 4 be sheathed on the release lever, the voltage-regulation key set in the control circuit plate surface and
The voltage-regulation keyhole and suction regulation keyhole, the cover 20 that suction adjusting key is each passed through on middle cover are covered on the middle cover
Surface, and operation pad corresponding with the release button, voltage-regulation key and suction adjusting key is provided with the cover；
Cartridge assemblies 16 in the main frame 100 include：Pump case 30, tooth case lid 32, drive motor 37, motor bracket 38,
Pump core 41, flexible glue piston 42, deflation soft rubber stopper 43, deflation bar 44, check valve sheet 45, worm screw 46, release hose 47 and reset bullet
Spring 48, the bottom of the pump case 30 are arranged in the pump case 30 formed with bleeding point 51, the check valve sheet 45, the pump core
41 are arranged in the pump case 30 and on the check valve sheet 45, and the bottom opening of pump core 41 and check valve sheet 45
Air inlet connects, and the air inlet of check valve sheet 45 connects with the bleeding point 51 of pump case, and the flexible glue piston 42 is seal-installed on institute
State in pump core 41, the pump case 30 is installed on the motor bracket 38, and the piston nose of the flexible glue piston 42 passes through institute
The intermediate openings of motor bracket 38 are stated, the drive motor 37 is fixed on the motor bracket 38, the drive motor 37
Worm screw 46 is connected with output revolving shaft, the worm screw 46 is connected to the piston nose of the flexible glue piston 42, the drive motor
It is electrically connected at the control board；Deflation support 49 and deflation tubing string 50 are provided with the motor bracket 38, it is described
The middle part of deflation bar 44 is rotatablely installed on the deflation support 49, and the front end of the deflation bar 44 is connected to the deflation flexible glue
Plug 43, the rear end of the deflation bar 44 is connected with back-moving spring 48, and when the deflation bar is in poised state, the deflation is soft
Plug 43 is connected to one end of the deflation tubing string 50 and it is sealed, and the other end of the deflation tubing string 50 is connected to institute
One end of release hose 47 is stated, the tooth case lid 32 is incorporated on the motor bracket 38, and is offered in the tooth case lid 32
The release aperture 52, the rear end of the deflation bar 44 are in the bottom of the release aperture 52；The threeway 19 includes being interconnected
Straight pipe 53, the first side siphunculus 54 and the second side siphunculus 55, the straight pipe 53 is sealedly attached to institute by pump mouth sealing ring
Bleeding point 51 is stated, the other end of the release hose 47 is sealedly attached to first side siphunculus 54, second side siphunculus 55
In normally off；When pressing release button 17, release lever will promote the rear end of deflation bar 44 through release aperture 52, forces and puts
The deflation soft rubber stopper 43 of the front end of gas bar 44 separates with the deflation tubing string 50, so as to be put by the first side siphunculus 54 of threeway
Gas, deflation terminate the rear deflation bar and turn again to poised state in the presence of the back-moving spring 48；
The suction cup includes cup 301, EMS electrodes 302, screen pack 303, filter cotton 304, roller mandrel 305, roller
306 and roller mandrel lid 307, the bottom of the cup 301 has been inwardly formed two buckling grooves, between two buckling grooves formed with
Aspirating hole, formed with one group of first electrode contact on the madial wall of each buckling groove, the EMS electrodes 302 include two, and
Be respectively embedded into the inside for the two opposite side walls for being formed at cup, the bottoms of each EMS electrodes 302 be connected to corresponding to one group first
Electrode contacts, the top of each EMS electrodes 302 leak outside on the rim of a cup edge of cup, two relative madial walls of the cup points
Roller groove is not provided with, and the roller 306 is sheathed on the roller mandrel 305, and the roller mandrel lid 307 is incorporated into described
One end of roller mandrel 305, the outer end of roller mandrel 305 and roller the mandrel lid 307 are each formed with supporting rotating shaft, the branch
Rotating shaft inlay card is supportted in the roller groove；The screen pack 303 and filter cotton 304 are installed on institute in the inside of the cup 301
State on aspirating hole；The bottom outer surface of the lower cover 1 of the main frame 100 is outwardly formed with two clamping boss, two clampings
The outlet of the straight pipe 53 is formed between boss, formed with being connected with control board on the lateral wall of each clamping boss
One group of second electrode contact, when the suction cup is incorporated on the main frame, two buckling groove cards of the bottom of cup of the suction cup
Be placed on two clamping boss of the lower cover bottom of the main frame, and the straight pipe 53 of the threeway of the main frame be sealedly attached to it is described
The aspirating hole of the cup of suction cup, while the first electrode contact electrically contacts to the second electrode contact.
Further according to negative-pressure adsorption high pulse voltage weight reducing apparatus of the present invention, wherein the main frame 100 is to institute
Stating the peak pulse voltages of suction cup offer includes five gears：1 grade:30 ± 5V, 2 grades:30V 0.5s → 50 ± 5V, 3 grades:30V
→ 0.5s 50V → 0.5s 75 ± 8V, 4 grades:30V → 0.5s 50V → 0.5s 75V → 0.5s 90 ± 10V, 5 grades:30V→
0.5s 50V → 0.5s 75V → 0.5s 115 ± 10V of 90V → 0.5s, in each gear, peak pulse voltages first reach 30V,
Next voltage step was risen to after 0.5 second, by that analogy, and peak pulse frequency is in 5-10Hz, the peak in each gear
Value pulse voltage first runs 25s after maximum voltage is risen to 5Hz frequency, then runs 5s with 10Hz frequency, then again from
Head starts boost cycle.
Further according to negative-pressure adsorption high pulse voltage weight reducing apparatus of the present invention, wherein the cradle 200 wraps
Include：Main engine bed 201, cradle lower cover 202, host rack 203, lid 204 and plug fixed cover 207 on cradle, the charging
Seat lower cover 202 is incorporated on the cradle on lid 204, and the front end of lid 204 offers through hole, the main frame on the cradle
Seat 201 is installed in the through hole, and the main engine bed 201 is corresponding with the installation housing lower shape with the main frame
Pyramidal structure, and plug mouth is offered in tapered bottom end, the host rack 203 is installed on the cradle on lid 204, and
Formed with the main frame neck that the installation hull outside shape with the main frame is corresponding, the main frame on the host rack 203
Seat 201 is in the lower end of the main frame neck, and the cradle lower cover 202 has been inwardly formed connector assembly, the plug fixed cover
207 are covered on the connector assembly.
Further according to negative-pressure adsorption high pulse voltage weight reducing apparatus of the present invention, wherein the suction cup includes big inhale
Cup 300 and small suction cup 400, the big suction cup 300 and the selectivity of small suction cup 400 are connected on the main frame, and the big suction
The roll wheel assembly more than two being made up of the roller mandrel 305, roller 306 and roller mandrel lid 307 is provided with cup 300,
One group of roll wheel assembly is provided with the small suction cup 400.
Further according to negative-pressure adsorption high pulse voltage weight reducing apparatus of the present invention, wherein the EMS electrodes pass through
ABS resin piece carries out electroplating surface and formed.
Further according to negative-pressure adsorption high pulse voltage weight reducing apparatus of the present invention, wherein the sound-muffling box 21 passes through
Sound eliminating soft pipe 22 is connected to the noise reduction mouth opened up in cartridge assemblies on pump case, and the negative-pressure adsorption high pulse voltage weight reducing apparatus is most
Big operating noise is below 75db.
Further according to negative-pressure adsorption high pulse voltage weight reducing apparatus of the present invention, wherein in the control board
Governor circuit, pulse voltage generation circuit and motor drive circuit are provided with, the governor circuit is by model SN8F27E65L
MCU main control chips realize that the MCU main control chips have 32 pins, pin 11,12 is connected to electricity by connecting seat P1
Source, the controlling switch of pin 5-8,10,14 as pulse voltage generation circuit, 13,23 control as motor drive circuit of pin
Pin processed.
Further according to negative-pressure adsorption high pulse voltage weight reducing apparatus of the present invention, wherein the pulse voltage produces
Circuit includes EMS booster circuits and EMS directional control circuits, and the EMS booster circuits include transistor Q3, triode Q6, three
Pole pipe Q7, inductance L1, diode D6, electric capacity C12, electric capacity C13, resistance R17, resistance R18, resistance R22, resistance R27, resistance
R28, resistance R29 and resistance R32, the transistor Q3 source electrode connect voltage source Vbat, the source electrode and grid of the transistor Q3
Resistance R18 is connected between pole, the drain electrode of the transistor Q3 is connected to inductance L1 and electric capacity C12 one end, and electric capacity C12's is another
End ground connection, the inductance L1 other end are connected to triode Q7 colelctor electrode and diode D6 anode, and diode D6 negative electrode connects
Electric capacity C13 one end and resistance R17 one end are connected to, the resistance R17 other end is connected to voltage source EMS_VCC, electric capacity C13's
The other end is connected to triode Q7 emitter stage, triode Q7 grounded emitter, and in triode Q7 emitter stage and base stage
Between connect resistance R32, triode Q7 base stage is connected to resistance R28 one end, and the resistance R28 other end is connected to master control electricity
The 14th pin of MCU main control chips described in road, transistor Q3 grid are connected to resistance R22 one end, and resistance R22's is another
End is connected to triode Q6 colelctor electrode, triode Q6 grounded emitter, is connected between triode Q6 base stage and emitter stage
Resistance R29, triode Q6 base stage are connected to resistance R27 one end, and the resistance R27 other end is connected to the MCU of governor circuit
10th pin of main control chip；The EMS directional control circuits include triode Q2, triode Q4, triode Q5, triode
Q8, triode Q9, triode Q10, electric capacity C14, electric capacity C15, resistance R13, resistance R15, resistance R19, resistance R21, resistance
R23, resistance R25, resistance R30, resistance R34, resistance R35, resistance R37, resistance R38, resistance R39 and resistance R40, three pole
Pipe Q2 grounded emitter, triode Q2 base stage are connected to resistance R15 one end, and the resistance R15 other end is connected to resistance
R13, resistance R13 other end ground connection, draw control terminal CH1, control terminal CH1 is connected between resistance R13 and resistance R15
8th pin of MCU main control chips in governor circuit, triode Q2 colelctor electrode are connected to resistance R19 one end, resistance R19's
The other end is connected to triode Q4 base stage and resistance R21 one end, and the emitter stage of resistance the R21 other end and triode Q4 is total to
With the voltage source EMS_VCC being connected in EMS booster circuits, triode Q4 colelctor electrode is connected to connecting seat P2 the 2nd output
Point；Triode Q5 grounded emitter, triode Q5 base stage are connected to resistance R25 one end, resistance R25 other end connection
In resistance R23, the resistance R23 other end is grounded, and control terminal CH2, control terminal CH2 are drawn between resistance R23 and resistance R25
The 7th pin of MCU main control chips in governor circuit is connected to, triode Q5 colelctor electrode is connected to connecting seat P2 the 2nd output
Point, electric capacity C14, electric capacity C15 series connection after with resistance R30 be connected in parallel in connecting seat P2 the 2nd output point and the 1st output point it
Between；Triode Q8 grounded emitter, triode Q8 base stage are connected to one end of resistance R34, the other end connection of resistance R34
In resistance R35, the resistance R35 other end is grounded, and control terminal CH3, control terminal CH3 are drawn between resistance R34 and resistance R35
The 6th pin of MCU main control chips in governor circuit is connected to, triode Q8 colelctor electrode is connected to connecting seat P2 the 1st output
Point；Triode Q10 grounded emitter, triode Q10 base stage are connected to resistance R39 one end, and the resistance R39 other end connects
Resistance R40 is connected to, resistance R40 other end ground connection, control terminal CH4, control terminal are drawn between resistance R39 and resistance R40
CH4 is connected to the 5th pin of MCU main control chips in governor circuit, and triode Q10 colelctor electrode is connected to resistance R38 one end,
The resistance R38 other end is connected to triode Q9 base stage and resistance R37 one end, resistance the R37 other end and triode Q9
Emitter stage be commonly connected to voltage source EMS_VCC in EMS booster circuits, triode Q9 colelctor electrode is connected to connecting seat P2
The 1st output point, two clampings that the 1st output point and the 2nd output point of the connecting seat P2 are connected to main frame lower cover are convex
Electrode contacts on the lateral wall of platform.
Further according to negative-pressure adsorption high pulse voltage weight reducing apparatus of the present invention, wherein the motor drive circuit
Including：Transistor Q1, resistance R9, resistance 10, resistance 11, resistance R12, electric capacity C11, diode D3, the grid of the transistor Q1
Pole is connected to resistance R9 and resistance R10 one end, and the resistance R9 other end is connected to the 13rd of MCU main control chips in governor circuit the
Pin, the resistance R10 other end are connected to transistor Q1 source electrode, resistance R11 one end, resistance R12 one end, resistance R11
The other end be connected to the 23rd pin and electric capacity C1 one end of MCU main control chips in governor circuit, the resistance R12 other end and
Electric capacity C11 other end ground connection, transistor Q1 drain electrode are connected to diode D3 anode and the 2nd drive output, diode
D3 negative electrode is connected to the 1st drive output and voltage source Vbat, and the 1st drive output and the 2nd drive output connect respectively
In drive motor.
Further according to negative-pressure adsorption high pulse voltage weight reducing apparatus of the present invention, wherein the transistor Q3 is selected
The model GV3401 enhanced P-MOS pipes of insulated gate, the triode Q6 select model S8050 NPN type triode, institute
State the NPN type triode that triode Q7 selects model 2N5551；The triode Q2, triode Q5, triode Q8, triode
Q10 selects model 2N5551 NPN type triode, and the triode Q4, triode Q9 select model 2N5401 positive-negative-positive
Triode；Insulated gate enhanced N-MOS pipes of the transistor Q1 from model GV3420.
Technical solutions according to the invention at least possess following technology original creation and technique effect：
1), the present invention is lost weight by way of innovating and combining high pulse voltage, negative-pressure adsorption and flexible glue roller, relatively
In the single mode for relying on mechanical stitch fat-reducing of tradition, what the present invention initiated combines electro photoluminescence, pull of vacuum and mechanical stitch
Human body is lost weight, fat is smoked by the stimulation skin that shocks by electricity, using pull of vacuum, suppresses fat using roller, reach
Good fat combustion effect, substantially increase fat-reducing efficiency and effect；
2), the present invention passes through long-term innovation research, has carried out original creation design to the structure of weight reducing apparatus, pioneering main frame,
Cup attachment structure ensure that it is easy to use, in main frame suction pump structure design and suction safe release structure design belong to
Original creation, while noise to device, manipulation etc. are many-sided has all carried out innovative design, both ensure that the use of weight reducing apparatus is imitated
Fruit, operation more conveniently, safely is realized again；
3), the present invention passes through lot of experiments, has summed up the parameters of electrical stimulation that best weight loss effect can be produced to human body
And smoking parameters, using 0.5s 30V → 0.5s 50V → 0.5s 75V → 0.5s 90V → 115 ± 10V multi gear pulse voltage
Applying mode has reached optimal skin electrical stimulating effect under the premise that security is guaranteed, while is based on this innovative design high-tension pulse
Generation circuit (EMS booster circuit+EMS directional control circuits) is rushed, ensure that effective operation of whole device；
4), the present invention initiates EMS-CUP (the muscle stimulation system suction cups of design in a word:E for electricity, M for muscle, S
For systems) with reference to mechanical rolling structure can be provided for human body adjustable pull of vacuum and voltage stimulation, skin is stimulated by EMS
Skin, using suction cup with vacuum suction skin, then with roller suppress skin, realize Trinitarian fat-reducing effect, whole device knot
The innovative design of structure not only ensure that fat-reducing efficiency, and ensure that electro photoluminescence security and vacuum suction, mechanical stitch are relaxed
Adaptive, while go out optimal stimulation voltage, negative-pressure adsorption parameter by long-term Test Summary, reach optimal fat-reducing effect
Fruit, there is extensive marketing application prospect, weight reducing apparatus of new generation can be used as.
Brief description of the drawings
Accompanying drawing 1 is the overall structure diagram of negative-pressure adsorption high pulse voltage weight reducing apparatus of the present invention；
Accompanying drawing 2 is the fractionation structural representation of main frame in negative-pressure adsorption high pulse voltage weight reducing apparatus of the present invention；
Accompanying drawing 3 is the connection of cartridge assemblies and threeway in the main frame of negative-pressure adsorption high pulse voltage weight reducing apparatus of the present invention
Structural representation；
Accompanying drawing 4 shows for the fractionation structure of cartridge assemblies in the main frame of negative-pressure adsorption high pulse voltage weight reducing apparatus of the present invention
It is intended to
Accompanying drawing 5 is the fractionation structural representation of cradle in negative-pressure adsorption high pulse voltage weight reducing apparatus of the present invention；
Accompanying drawing 6 is the fractionation structural representation of big suction cup in negative-pressure adsorption high pulse voltage weight reducing apparatus of the present invention；
Accompanying drawing 7 is the fractionation structural representation of small suction cup in negative-pressure adsorption high pulse voltage weight reducing apparatus of the present invention；
Accompanying drawing 8 is the structure of governor circuit in control board in negative-pressure adsorption high pulse voltage weight reducing apparatus of the present invention
Figure；
Accompanying drawing 9 is EMS booster circuits in control board in negative-pressure adsorption high pulse voltage weight reducing apparatus of the present invention
Structure chart；
Accompanying drawing 10 is that EMS direction controllings are electric in control board in negative-pressure adsorption high pulse voltage weight reducing apparatus of the present invention
The structure chart on road；
Accompanying drawing 11 is motor drive circuit in control board in negative-pressure adsorption high pulse voltage weight reducing apparatus of the present invention
Structure chart；
Accompanying drawing 12 is battery charger in control board in negative-pressure adsorption high pulse voltage weight reducing apparatus of the present invention
Structure chart；
Accompanying drawing 13 is the knot of mu balanced circuit in control board in negative-pressure adsorption high pulse voltage weight reducing apparatus of the present invention
Composition.
The implication of each reference is as follows in figure：
100- main frames, 200- cradles, the big suction cups of 300-, the small suction cups of 400-；
1- lower covers, 2- batteries, 3- middle cover engaging members, 4- release key springs, 5- charging inlets, 6- connectors, 7- screws, 8-
Instruction lamp bar, 9- solving locking keys, 10- unblock key springs, 11- middle covers, 12- pumping hole sealing rings, 13- pump mouth sealing rings, 14- screws,
15- control boards, 16- cartridge assemblies, 17- release buttons, 18- slide switch keys, 19- threeways, 20- covers, 21- noise reductions
Box, 22- Sound eliminating soft pipes, 23- back-moving springs；
30- pump cases, 31- cam wheels, 32- tooth case lids, 33- duplicate gears, 34- pattern flexible pipes, 35- connectors, in 36-
Lining, 37- drive motors, 38- motor brackets, 39- noise reduction mouths, 40- screws, 41- pump cores, 42- flexible glue pistons, 43- deflation flexible glues
Plug, 44- deflation bars, 45- check valve sheets, 46- worm screws, 47- release hoses, 48- back-moving springs, 49- deflation supports, 50- deflate
Tubing string, 51- bleeding points, 52- release apertures, 53- straight pipes, the first sides of 54- siphunculus, the second sides of 55- siphunculus；
201- main engine beds, 202- cradle lower covers, 203- host racks, cover on 204- cradles, 205- attaching plugs,
206- screws, 207- plug fixed covers；
301- cups, 302-EMS electrodes, 303- screen packs, 304- filter cottons, 305- roller mandrels, 306- rollers, 307-
Roller mandrel lid；
The small cups of 401-, 402-EMS electrodes, 403- screen packs, 404- filter cottons, 405- roller mandrels, 406- rollers,
407- roller mandrel lids.
Embodiment
Technical scheme is described in detail below in conjunction with accompanying drawing, so that those skilled in the art can be more
Add and be clearly understood from the solution of the present invention, but therefore do not limit the scope of the invention.
As shown in Figure 1, high pulse voltage weight reducing apparatus integrally includes main frame 100, filled under negative-pressure adsorption of the present invention
Electric seat 200, big suction cup 300 and small suction cup 400, charging equipment of the described cradle 200 as main frame 100, the cradle
200 connection civil powers, the main frame 100 can plug with the cradle, the big suction cup 300 and small suction cup 400 selection
It is inserted on main frame 100, user can select to use big suction cup or small suction cup as needed, need to only be inserted into the base of main frame
It is upper.
Described main frame 100 is used to provide negative-pressure adsorption and high pulse voltage to suction cup, wherein pacifying in the main frame 100
Equipped with parts such as control board, cartridge assemblies, and in the bottom of its lower cover formed with electrode contacts and exhaust tube, size suction cup
Both ends be provided with EMS electrodes, the bottom of suction cup is provided with aspirating hole, and the middle part of suction cup is provided with roller, and roller is pivotally connected with suction cup；When big
When small suction cup is inserted on the bottom of main frame lower cover, the EMS electrodes electrical contact on the electrode contacts and suction cup of the main frame is simultaneously main
In the aspirating hole of the insertion suction cup of the pumping seal of tube of machine, it is provided with a voltage-regulation key in the surface of shell of main frame 100 and (is used to adjust
Economize on electricity pressure), a suction adjusting key (be used for adjust suction) and a release button be (for controlling suction cup to deflate, so that suction cup
Human body surface can be moved away from)., can be in suction cup by the suction adjusting key operated on main frame when suction cup is contacted with human epidermal
Interior generation negative-pressure adsorption, and the voltage-regulation key by adjusting on main frame can produce high arteries and veins on the EMS electrodes of suction cup both sides
Voltage is rushed, and then electro photoluminescence can be produced to skin, while is entered by mobile suction cup using the pair of rollers skin in suction cup
Row mechanical compression.
The main frame can be when size suction cup be contacted with skin, 20~60Kpa of the generation suction in suction cup, and preferably 28
~40Kpa suction, big minor adjustment can be carried out in 20~60Kpa suction force range by suction adjusting key.Control master simultaneously
While pump in machine to produce 20~60Kpa suction in suction cup, the air mass flow in suction cup is in 50L (liter)/h
More than (hour), wherein corresponding to bottom shelves suction Airflow amount >=50L/H, corresponding to middle-grade suction Airflow amount >=
120L/H, corresponding to high-grade suction Airflow amount >=200L/H, in the range of this suction and air mass flow, human skin will
It is inhaled into suction cup and is contacted with the roller in suction cup.Above-mentioned suction and air mass flow are that applicant tests by long-term innovation
Sum up come the parameter area that can be good at for being advantageous to human body weight-losing negative-pressure adsorption, fall within the application innovation it
One.
Voltage-regulation key on the main frame cover is operable with five gears, corresponds respectively to produce difference in suction cup
Pulse voltage, its middle gear-voltage corresponds to situation and is：
1 grade of EMS:2 grades of 30 ± 5V, EMS:3 grades of 30V → 0.5s 50 ± 5V, EMS:30V→0.5s 50V→0.5s
4 grades of 75 ± 8V, EMS:5 grades of 30V → 0.5s 50V → 0.5s 75V → 0.5s 90 ± 10V, EMS:30V→0.5s 50V→
0.5s 75V → 0.5s 115 ± 10V of 90V → 0.5s, wherein the voltage of each shelves refers to peak impulse voltage, control the arteries and veins of each shelves
Breaking through journey slowly increases in order to avoid causing discomfort to muscle, and peak value of pulse frequency is in 0.5-100Hz, preferably 5-10Hz.
Specific 1 grade of EMS:Peak impulse voltage on 30 ± 5V expression EMS electrodes is in 30 ± 5V；2 grades of EMS:30V→
50 ± 5V of 0.5s represent that peak impulse voltage first reaches 30V, and 50 ± 5V is risen to after 0.5 second；3 grades of EMS:30V→0.5s 50V
75 ± 8V of → 0.5s represent that peak impulse voltage first reaches 30V, and 50V is risen to after 0.5 second, and 75 ± 8V is risen to after spending 0.5 second；
4 grades of EMS:90 ± 10V of 30V → 0.5s 50V → 0.5s 75V → 0.5s represent that peak impulse voltage first reaches 30V, 0.5 second
After rise to 50V, cross 0.5 second after rising to 75V, cross 0.5 second after rising to 90 ± 10V, 5 grades of EMS:30V→0.5s 50V→
115 ± 10V of 0.5s 75V → 0.5s 90V → 0.5s represent that peak impulse voltage first reaches 30V, and 50V is risen to after 0.5 second,
75V is risen to after spending 0.5 second, 90V is risen to after spending 0.5 second, 115 ± 10V is risen to after 0.5s is crossed.Wherein every grade with 30 seconds for one
Individual circulation, specific every grade is first run 25s after maximum voltage is risen to 5Hz frequency, is running 5s with 10Hz frequency, so
After close, applying from the beginning, circulating according to this.Can preferably most crowds be applied to is EMS3 shelves and EMS therein
4 grades, specific voltage applies process and is as described above：In 3 grades of EMS, peak impulse voltage first reaches 30V, after 0.5 second
50V is risen to, 75 ± 8V is risen to after spending 0.5 second, peak impulse voltage reaches runs 25s after 75 ± 8V with 5Hz frequency, then
5s is run with 10Hz frequency, is then shut off, is first reached 30V starting from scratch, 50V is risen to after 0.5 second, is risen after spending 0.5 second
To 75 ± 8V, peak impulse voltage reaches 75 ± 8V and runs 25s with 5Hz frequency, then runs 5s with 10Hz frequency, then
Close, so circulation.Similarly similar therewith during 4 grades of EMS, peak impulse voltage is run when reaching 90 ± 10V with 5Hz frequency
25s, 5s is then run with 10Hz frequency, is then shut off.Crest frequency in each shelves boost process is 5Hz.Wherein EMS electrodes
Rated voltage be 3.7V, saturation voltage 4.2V.The electrode voltage parameter is that applicant passes through long-term innovation Test Summary
The voltage parameter range that can be good at for being advantageous to human body weight-losing electro photoluminescence out, fall within the application innovation it
One.
The concrete structure of all parts in weight reducing apparatus of the present invention is detailed below.Accompanying drawing 2 is given for producing
The detonation configuration figure of the main frame of pull of vacuum and pulse voltage, as shown in Figure 2, described main frame 100 include lower cover 1, battery
2nd, middle cover engaging member 3, release key spring 4, charging inlet 5, connector 6, screw 7, instruction lamp bar 8, solving locking key 9, solving locking key bullet
Spring 10, middle cover 11, pumping hole sealing ring 12, pump mouth sealing ring 13, screw 14, control board 15, cartridge assemblies 16, release button
17th, slide switch key 18, threeway 19, cover 20, sound-muffling box 21, Sound eliminating soft pipe 22 and back-moving spring 23, described lower cover 1 is with
Lid 11 is combined together to form the installation housing of whole main frame, the battery 2, control board 15, cartridge assemblies 16, threeway
19th, sound-muffling box 21 is mounted in the mounting shell body, wherein power supply of the battery as control board, is connected to control circuit
Plate, operating voltage, while the charging of battery 2 are provided for control board and other all parts for being connected to control board
Circuit is integrated in control board 15, and when main frame is connected on cradle, the extraneous charged seat of power supply is provided to control electricity
Road plate 15, charged by the charging circuit in control board for battery.Described cartridge assemblies 16 and threeway 19 link together,
Getter pump module of the cartridge assemblies 16 as main frame, for producing negative-pressure adsorption by pump machanism, the threeway 19 passes through
Pump mouth sealing ring 13 is connected to the bleeding point 51 of cartridge assemblies 16.The connection of the specific cartridge assemblies 16 and threeway 19 is for example attached
Shown in Fig. 3, cartridge assemblies 16 provide negative inspiratory pressure, and air-breathing pump work (the specific knot of enclosure interior is driven using drive motor 37
Structure is aftermentioned), its bleeding point is sealedly attached to the entrance of the straight pipe 53 of threeway 19 by pump mouth sealing ring 13, and threeway 19 is led directly to
The outlet of pipe 53 stretches out in the base of lower cover 1, and as the air entry of pumping mouth of pipe insertion size suction cup bottom of a cup, so as to movement group
The work of the inside asepwirator pump of part 16 will produce pressure of inspiration(Pi) by the straight pipe 53 of threeway 19 to the inner space of size suction cup, enter
And negative-pressure adsorption is formed in size suction cup, so as to which the skin for being close to size suction cup rim of a cup be picked up to suction cup inside.It is described
First side siphunculus 54 of threeway 19 is sealedly attached to the bleeder pipe on the motor bracket 38 of cartridge assemblies 16 by release hose 47
One end of post 50, the other end of deflation tubing string 50 are deflated soft rubber stopper 43 and sealed, and deflation soft rubber stopper 43 is fixedly connected on deflation bar
On 44, so as to by operating deflation bar 44 deflation soft rubber stopper 43 be made to be separated with deflation tubing string 50, so as to pass through threeway 19
First side siphunculus 54 discharges the negative-pressure adsorption inside the size suction cup of its straight pipe connection, ensures air-breathing safety.Described middle cover
The combination that engaging member 3 is used between lower cover 1 and middle cover 11.After described cartridge assemblies 16 and threeway 19 are tightly connected, it is installed on
In the space of lower cover 1, lower cover 1 is internally formed the installation connecting pole of each part, and bottom offers what is stretched out for threeway straight pipe
The straight pipe of threeway is stretched out outside the bottom of lower cover 1 after outlet, cartridge assemblies 16 and threeway 19 are tightly connected.Control board is pacified
Top loaded on cartridge assemblies 16, and through hole is offered in the middle part of control board, the operating side of release button 17 is in middle cover
11 outer surface, the operating side bottom surface of release button 17 are connected with release lever, and the release lever passes through the through hole of control board
Insert afterwards in the release aperture 52 on the tooth case lid 32 of cartridge assemblies 16, and be connected to the deflation bar 44 extended in release aperture 52
On, while release key spring 4 is arranged with release lever, the release key spring 4 is connected to the control board and release
Between the operating side of button 17, button 17 is discharged by pressing, you can deflation bar 44 is promoted, so as to open threeway
The first side siphunculus 54, the suction cup for being connected to threeway is deflated, ensure air-breathing safety.The control board 15 is (specific
Circuit structure is aftermentioned) drive motor of cartridge assemblies 16 is connected to by wire, control the rotating speed of motor, and the control electricity
The output end of high pulse voltage generation circuit on road plate 15 is connected to the electrode contact of the bottom of lower cover 1 by wire, so as to work as
When suction cup is connected to lower cover bottom, the electrode contact of lower cover is connected to the EMS electrodes on suction cup, so as to which control board 15 produces
High pulse voltage be transferred to EMS electrodes in suction cup, producing electro photoluminescence to the skin in suction suction cup by pulsed discharge subtracts
Fertilizer.Be additionally provided with some operational and controlled key buttons in the control board, including aforesaid voltage adjusting key (being used to adjust voltage) and
Suction adjusting key (is used to adjust suction), the voltage-regulation key and suction adjusting key source and the pulse voltage in control board
Generation circuit and the drive circuit of drive motor are electrically connected with, and pulse voltage shelves can be carried out by adjusting key corresponding to pressing
Position and suction gear are adjusted, and front offers release key hole, voltage-regulation keyhole and suction regulation keyhole on the middle cover,
Release case key passes through as described above discharges key hole, and the voltage-regulation key and suction adjusting key in control board pass through middle cover
Voltage-regulation keyhole corresponding to upper and suction regulation keyhole, the cover 20 are arranged at the top of middle cover 11, similarly set on cover
Release key hole, voltage-regulation keyhole and suction regulation keyhole are equipped with, for through each manipulation key, so as to enter on cover
Operated corresponding to row, while instruction socket is provided with cover, instruction lamp bar 8, control are provided between middle cover and cover
Circuit board control instruction lamp bar flicker.The charging inlet 5 is connected to control board, and is arranged at lower cover bottom, works as main frame
When being connected on cradle, charging inlet is connected with extraneous power connection.The solving locking key 9 and unblock key spring 10, slide
On ＆ off switch 18 is installed in lower cover, and manipulation button connects corresponding with circuit board, while is fitted together in middle cover and lower cover
When, solving locking key, slide switch key protrude from housing side.To be further to reduce noise, the present invention is pioneering to be pacified in lower cover 1
Equipped with sound-muffling box 21, the main source according to noise is cartridge assemblies 16, so the sound-muffling box 21 is connected by Sound eliminating soft pipe 22
Cartridge assemblies are connected to, the specific Sound eliminating soft pipe 22 is connected to the noise reduction mouth 39 of pump case 30 in cartridge assemblies 16, so as to pass through
The maximum noise of whole device can be reduced to below 75db by test.It is provided with lower cover 1 and branch is installed corresponding to each part
Post, and between each part and installation of each part in lower cover is fixed by screw 14, by middle cover lid after fixing
On lower cover, then lid sets cover on middle cover, and each operational and controlled key button protrudes from cover surface, forms complete main frame.Control
Circuit board processed is connected to each operational and controlled key button and cartridge assemblies, battery, passes through operational and controlled key button corresponding to the selection on cover
Control associated components action, such as operation unblock, key can starter, manipulate voltage-regulation key, you can make control circuit
Impulse circuit on plate export corresponding to pulse voltage to EMS electrodes in the suction cup on main frame are connected to, by manipulating suction
Adjusting key, you can make the drive motor in control board control cartridge assemblies work in corresponding rotating speed, so as to being connected to
Negative-pressure adsorption suction corresponding to being provided in suction cup on main frame, by the release key hole for pressing middle part of cover, you can utilize machine
Negative-pressure adsorption in tool transmission principle quick release suction cup etc..
The structure and its work of the cartridge assemblies 16 in main frame are described in detail below.The movement group as described above
Part aspirates pump group part mainly as one kind, the suction cup offer intake negative-pressure for being connected to main frame is led to by three, in combination with accompanying drawing 3
With the structure of accompanying drawing 4, it is soft that the cartridge assemblies 16 include pump case 30, cam wheel 31, tooth case lid 32, duplicate gear 33, pattern
Pipe 34, connector 35, liner 36, drive motor 37, motor bracket 38, screw 40, pump core 41, flexible glue piston 42, deflation flexible glue
Plug 43, deflation bar 44, check valve sheet 45, worm screw 46, release hose 47 and back-moving spring 48, the described bottom of pump case 30 formed with
Bleeding point 51, the check valve sheet 45 are arranged in pump case 30 and cover the bleeding point 51, and institute is arranged in the pump core 41
State in pump case 30 and in the check valve sheet 45, and the bottom opening of pump core 41 connects with the unidirectional opening in check valve sheet 45
Logical, the unidirectional opening in check valve sheet 45 is connected with the bleeding point 51 of the bottom of pump case 30, and the flexible glue piston 42 is seal-installed on
In the pump core 41, the suction of sealing is collectively constituted by the pump case 30, check valve sheet 45, pump core 41 and flexible glue piston 42
Pump, the piston nose of the flexible glue piston 42 pass through the intermediate openings of motor bracket 38, and the pump case 30 is incorporated into the motor
Support 38, so by applying driving force to the front end of flexible glue piston 42 for stretching out the intermediate openings of motor bracket 38, you can in flexible glue
Suction space is formed in space between piston 42 and pump core 41, while can be right by the one-way air inlet function of check valve sheet 45
The pump case bleeding point 51 contacted that is unidirectionally open with check valve sheet 45 forms continuous sucking effect, and then to being connected to bleeding point 51
Threeway straight pipe forms continuous sucking effect, and negative pressure is formed in the final pair of suction cup being connected with the straight pipe 53 of threeway.The pump
Shell 30 is fixedly connected with motor bracket 38 by screw, and the drive motor 37 is fixedly installed on the motor bracket 38, is driven
Be connected with worm screw 46 on the output revolving shaft of dynamic motor, the worm screw 46 be connected to extend out to it is soft outside the intermediate openings of motor bracket 38
The piston nose of glue piston 42, the electrical control terminal of the drive motor are connected to control board, so as to which drive motor works
When its output shaft rotation by drive worm screw 46 rotated, the rotation of worm screw 46 pulls on the stretching motion of flexible glue piston 42,
And then pumping suction is formed to suction cup as described above.The cam wheel 31 be intermeshed with duplicate gear 33 together with after pacify
Loaded on the motor bracket, and with the worm engaging, the connector 35 coordinates with the gear to be installed.Present invention innovation
Be provided with release component, for bleed air operation quickly can be carried out to the suction cup that is connected on main frame, ensure that air-breathing
Security, the release component include deflation soft rubber stopper 43, deflation bar 44, release hose 47, back-moving spring 48, deflation support 49
With deflation tubing string 50, the deflation support 49 and deflation tubing string 50 are formed on motor bracket 38, the middle part of the deflation bar 44
It is rotatablely installed on the deflation support 49, one end of the deflation bar 44 is connected to the deflation soft rubber stopper 43, the deflation
Back-moving spring 48 is provided between the other end and motor bracket 38 of bar 44, it is described when the deflation bar is in poised state
The deflation soft rubber stopper 43 of the one end of deflation bar 44 is connected to one end of deflation tubing string 50, and the end of deflation tubing string 50 is carried out
Sealing, the other end of the deflation tubing string 50 are connected to one end of release hose 47, the other end connection of the release hose 47
In the first side siphunculus 54 of threeway.The tooth case lid 32 is incorporated on the motor bracket, and by the deflation bar 44, worm screw
46th, the part such as gear is limited between motor bracket and tooth case lid, while offers release aperture 52 on the tooth case lid 32, and
When the tooth case lid is incorporated on the motor bracket, the other end of the deflation bar 44 is just at the release aperture 52
Bottom, in combination with accompanying drawing 2 and accompanying drawing 3, release button 17 is installed on middle cover and is exposed to cover, and release button rear end is released
Put after bar passes through the through hole in the middle part of circuit board and insert in the release aperture 52, while the bleeding point 51 of the suction pump is tightly connected
In the straight pipe 53 of the threeway, the straight pipe 53 of threeway is sealedly attached to suction cup, and the first side siphunculus 54 of threeway passes through release
Flexible pipe 47 is connected to deflation tubing string 50, and forms sealing structure by the deflation soft rubber stopper 43 of the other end of deflation tubing string 50, described
Second side siphunculus 55 of threeway is connected to pattern flexible pipe 34 and forms normally closed structure, during such normal work, suction pump, threeway and
Sealing structure is formed in suction cup, by means of this sealing structure, certain negative pressure can be internally formed in suction cup using suction pump
Absorption, so as to be aspirated to skin, when user feels that the absorption that suction cup provides is too big, needs are rapidly separated when occurring uncomfortable
During suction cup, release button is pressed, after the release lever of release button 17 rear end will be pressed down against deflation bar 44 through release aperture 52
End, deflation bar 44 is rotated under the levers support effect of deflation support 49, so that the front end of deflation bar 44 is tilted upward
Rise, and then the deflation soft rubber stopper 43 for being connected to the front end of deflation bar 44 will be disengaged from deflation tubing string 50, so as to be deflated by being connected to
First side siphunculus 54 of the threeway of tubing string 50 is deflated to the straight pipe 53 of threeway, finally to being connected to the suction cup of straight pipe 53
Inside is deflated, and the suction cup after deflation can be rapidly separated skin.Deflation bar 44 is again under the action of the return spring 48 simultaneously
It is secondary to return to equilbrium position, and release button 17 is jacked up upwards, release button 17 resets, again to deflation tubing string after deflation bar balance
50 form sealing, so as to which whole suction pump and threeway are again at sealing state, so circulation.The pump case 30, motor branch
Frame 38 and tooth case lid 32 are fastenedly connected using screw, and in each part is limited to, and form complete cartridge assemblies, and with it is described
Threeway is installed in lower cover after being tightly connected by pump mouth sealing ring 13.
Described cradle 200 as shown in Figure 5, including main engine bed 201, cradle lower cover 202, host rack 203,
Lid 204, screw 206 and plug fixed cover 207 on cradle, the cradle lower cover 202 are incorporated into cradle by screw 206
On upper lid 204, the main engine bed 201 is installed on the cradle on lid 204, and the front end on the cradle on lid 204 is opened
Provided with through hole, the main engine bed 201 has pyramidal structure corresponding with main frame lower shape, and is inserted into the through hole,
And the main engine bed offers plug mouth in the bottom of taper, the buckle of host rack 203, which is installed on the cradle, to be covered
On 204, and formed with the main frame neck matched with main frame outer shape on the host rack 203, when host rack 203 is installed
When on lid on cradle 204, the main engine bed 201 cuts the lower end of the main frame neck in host rack 203.The charging
Plug interface is inwardly provided with seat lower cover 202, the plug fixed cover 207 is covered on the plug interface, when being filled
When electric, plug fixed cover 207 is removed, attaching plug 205 is inserted in the plug interface of cradle lower cover 202, while main frame is installed
In in the main frame neck of host rack 203, main frame bottom is stretched into the pyramidal structure of main engine bed, and now attaching plug 205 will be worn
The plug mouth for crossing the bottom of main engine bed 201 is connected to the charging inlet 5 of main frame bottom, so as to be main frame by firm supporting construction
Charged.
Weight reducing apparatus of the present invention may be selected to use two kinds of suction cups, i.e., big suction cup 300 and small suction cup 400, accompanying drawing 6 are specifically given
Gone out the structure of big suction cup, as shown in Figure 6, described big suction cup 300 include cup 301, EMS electrodes 302, screen pack 303,
Filter cotton 304, roller mandrel 305, roller 306 and roller mandrel lid 307, the cup has cup-shaped structure, in cup 301
Bottom outer surface has been inwardly formed two buckling grooves, and the bottom outer surface of main frame 100 is outwardly formed with two clamping boss,
And the outlet formed with threeway straight pipe between two clamping boss, formed with electrode on the lateral wall of each clamping boss
Contact, formed with the aspirating hole inside connection suction cup between two buckling grooves of the cup, and in the inner side of each buckling groove
Formed with electrode contacts on wall, so when big suction cup is incorporated on main frame, main frame is stuck in corresponding to two buckling grooves of cup
Two clamping boss on so that big suction cup firmly can be incorporated on main frame, while the straight pipe of the threeway of main frame
It is inserted in the aspirating hole of big suction cup and forms Hermetical connecting structure therewith, the aspirating hole connects the inside of big suction cup, can be
Aspirating hole inwall sets sealing gasket to ensure this sealed connection, while the electrode contacts in the buckling groove of cup electrically contact to
The electrode contacts of the clamping boss of main frame, so as to which the control board in main frame mutually can provide arteries and veins by the EMS electrodes greatly on suction cup
Rush voltage.What the present invention innovated sets EMS electrodes 302 respectively on the two side of cup, and described EMS electrodes 302 are embedded in
Among cup inwall, as shown in Figure 6, EMS motors 302, the EMS electricity are respectively embedded into the two opposite side walls of cup
The bottom of pole 302 is electrically connected at the electrode contacts of cup buckling groove madial wall, and the top of the EMS electrodes 302 leaks outside in cup
The rim of a cup edge of body, can so produce the electro photoluminescence suitable for human body when skin contact cup, and the EMS electrodes are preferable
Carry out electroplating surface by ABS resin piece to be formed, electroplated on ABS resin surface to make it have conductive characteristic, and by this
The ABS resin piece that kind surface carries out electroplating processes is formed within the wall of cup of cup as electrode slice.The bottom of cup is taken out
Inside stomata connection cup, and screen pack 303 and filter cotton 304 are provided with the opening of aspirating hole inside cup, to prevent
Only dust is entered to inside main frame.Roller groove is provided with the madial wall of the cup, in big suction cup, includes two groups of rollers
Groove, every group of roller groove include two roller grooves, are respectively arranged in the two opposite side walls of cup, and the roller groove and EMS electricity
Pole is not nested with a roll wheel assembly in same side wall, every group of roller groove, and the roll wheel assembly includes roller mandrel 305, rolling
Wheel 306 and roller mandrel lid 307, the outer surface of roller 306 are provided with massage bumps, and middle part has through hole and is sheathed on described
On roller mandrel 305, one end of the roller mandrel 305 is formed with support rotating shaft, and the other end is formed with combined mouth, the roller
306 are sheathed on the roller from combined mouth one end of roller mandrel 305, and the roller mandrel lid 307 is in roller housing in roller
It is incorporated into when on mandrel 305 in the combined mouth of roller mandrel 305, the end of the roller mandrel lid 307 is also equipped with support and turned
Axle, the support rotating shaft of the roller mandrel end of every group of roll wheel assembly and the support rotating shaft of roller mandrel lid end are respectively embedded into one group
In the roller groove being oppositely arranged, so as to which every group of roll wheel assembly can carry out free rotation in cup, during its rotation
Human skin is pressed using the massage bumps on roller, realizes the effect of mechanical compression fat-reducing.Described roll wheel assembly
It is installed in cup at rim of a cup preset distance, when the selection of the preset distance should ensure that skin is inhaled into cup, flesh
Skin can touch roller.
Described big suction cup as shown in Figure 6, is provided with two groups of roll wheel assemblies, described small suction cup in its cup
400 as shown in Figure 7, similar to the structure of the big suction cup, only difference is that be provided with inside the cup of small suction cup
One roll wheel assembly, only a roller rotate in cup, and other structures are identical with above-mentioned big suction cup, no longer heavy herein
Multiple description.
Finally the main circuit structure set in control board in weight reducing apparatus of the present invention is described.Described
Governor circuit as shown in Figure 8, includes SN8F27E65L MCU chip, and the chip has 32 pins, the 1st, 3,4 pins point
Not Zuo Wei main switch, pulse voltage switch and drive motor switch, pin 5-8,10,14 be connected to pulse voltage generation
Circuit, pin 11,12 are connected to power supply, while pin 9,11,12, companies of the 15-22 as LED indicating circuit by connecting seat P1
Connect pin, 13,23 pins are connected to motor drive circuit, 24,30-31 pins be connected to charging circuit, pin 25 is connected to core
Piece U2ME6206-2.5V OUT terminal and electric capacity C6 one end, electric capacity C6 other end ground connection, chip U2ME6206-2.5V IN
End connection voltage source VCC；Pin 26-28 is commonly connected to voltage source VCC and electric capacity C3 one end, and the electric capacity C3 other end is with drawing
Pin 29 is grounded, and pin 32 is connected to electric capacity C2 and resistance R1 one end, electric capacity C2 other end ground connection, and the resistance R1 other end connects
Meet voltage source VCC.By the governor circuit control pulse voltage generation circuit, motor drive circuit and LED indicating circuit,
Charging circuit works.
The pulse voltage generation circuit includes the EMS directions control shown in EMS booster circuits and accompanying drawing 10 shown in accompanying drawing 9
Circuit processed, the EMS booster circuits include transistor Q3, NPN type triode Q6, Q7, inductance L1, two poles as of fig. 9 shown
Pipe D6, electric capacity C12, C13, resistance R17, R18, R22, R27, R28, R29 and R32, wherein the transistor Q3 increases for insulated gate
Strong type P-MOS is managed, and preferable model GV3401, the NPN type triode Q6 preferably use model S8050 three poles
Pipe, the NPN type triode Q7 preferably use model 2N5551 triode, and the inductance L1 is 1.5mH inductance, other
The design parameter of each electronic component is referring to accompanying drawing 9.The specific attachment structure of the EMS booster circuits is：The transistor Q3's
Source electrode connects voltage source Vbat, and resistance R18, the drain electrode of the transistor Q3 are connected between the source electrode and grid of the transistor Q3
Inductance L1 and electric capacity C12 one end, electric capacity C12 other end ground connection are connected to, the inductance L1 other end is connected to triode Q7
Colelctor electrode and diode D6 anode, diode D6 negative electrode is connected to electric capacity C13 one end and resistance R17 one end, electricity
The resistance R17 other end is connected to voltage source EMS_VCC, and the electric capacity C13 other end is connected to triode Q7 emitter stage, triode
Q7 grounded emitter, and resistance R32 is connected between triode Q7 emitter stage and triode Q7 base stage, triode Q7's
Base stage is connected to resistance R28 one end, and the resistance R28 other end is connected to the of the MCU chip SN8F27E65L of governor circuit
14 pins, transistor Q3 grid are connected to resistance R22 one end, and the resistance R22 other end is connected to triode Q6 current collection
Pole, triode Q6 grounded emitter, resistance R29, triode Q6 base stage are connected between triode Q6 base stage and emitter stage
It is connected to resistance R27 one end, what the resistance R27 other end was connected to the MCU chip SN8F27E65L of governor circuit the 10th draws
Pin.With reference to crest value of impulse voltage and frequency selection voltage source.
Described EMS directional control circuits as shown in Figure 10, including triode Q2, Q4, Q5, Q8, Q9, Q10, electric capacity
C14, C15, resistance R13, R15, R19, R21, R23, R25, R30, R34, R35, R37, R38, R39 and R40.Wherein described three pole
Pipe Q2, Q5, Q8, Q10 are the NPN type triode that model is 2N5551, and described triode Q4, Q9 are model 2N5401 PNP
Type triode, the design parameter of other each electronic components is referring to accompanying drawing 10.The specific attachment structure of the EMS directional control circuits
For：Triode Q2 grounded emitter, triode Q2 base stage are connected to resistance R15 one end, resistance R15 other end connection
In resistance R13, the resistance R13 other end is grounded, control terminal CH1 is drawn between resistance R13 and resistance R15, is connected to master control
The MCU chip SN8F27E65L of circuit the 8th pin, triode Q2 colelctor electrode are connected to resistance R19 one end, resistance R19
The other end be connected to triode Q4 base stage and resistance R21 one end, the resistance R21 other end and triode Q4 emitter stage
It is the 2nd defeated to be connected to connecting seat P2 for the voltage source EMS_VCC being commonly connected in EMS booster circuits, triode Q4 colelctor electrode
Go out a little；Triode Q5 grounded emitter, triode Q5 base stage are connected to resistance R25 one end, and the resistance R25 other end connects
Resistance R23 is connected to, resistance R23 other end ground connection, control terminal CH2, control terminal are drawn between resistance R23 and resistance R25
CH2 is connected to the MCU chip SN8F27E65L of governor circuit the 7th pin, and triode Q5 colelctor electrode is connected to connecting seat P2
The 2nd output point, electric capacity C14, C15 series connection after with resistance R30 be connected in parallel in connecting seat P2 the 2nd output point and the 1st output
Between point；Triode Q8 grounded emitter, triode Q8 base stage are connected to one end of resistance R34, the other end of resistance R34
Resistance R35 is connected to, resistance R35 other end ground connection, control terminal CH3, control terminal are drawn between resistance R34 and resistance R35
Sub- CH3 is connected to the MCU chip SN8F27E65L of governor circuit the 6th pin, and triode Q8 colelctor electrode is connected to connecting seat
P2 the 1st output point；Triode Q10 grounded emitter, triode Q10 base stage are connected to resistance R39 one end, resistance
The R39 other end is connected to resistance R40, resistance R40 other end ground connection, control terminal is drawn between resistance R39 and resistance R40
CH4, control terminal CH4 are connected to the MCU chip SN8F27E65L of governor circuit the 5th pin, and triode Q10 colelctor electrode connects
Resistance R38 one end is connected to, the resistance R38 other end is connected to triode Q9 base stage and resistance R37 one end, resistance R37
The other end and triode Q9 emitter stage be commonly connected to voltage source EMS_VCC in EMS booster circuits, triode Q9 collection
Electrode is connected to connecting seat P2 the 1st output point.The 1st output point of the connecting seat P2 is connected under main frame the card on cover base
The electrode contacts of boss side are connect, the clamping boss that the 2nd output point of the connecting seat P2 is connected under main frame on cover base is another
The electrode contacts of side, when suction cup buckle is incorporated on main machine base, the 1st output point is connected on the inwall of suction cup side
EMS electrodes, the 2nd output point is connected to the EMS electrodes on suction cup opposite side inwall, so as to which the pulse voltage produces electricity
High pulse voltage caused by road (corresponds to foregoing 1 grade of EMS:2 grades of 30 ± 5V, EMS:3 grades of 0.5s 30V → 50 ± 5V, EMS:
4 grades of 0.5s 30V → 0.5s 50V → 75 ± 8V, EMS:0.5s 30V→0.5s 50V→0.5s 75V→90±10V,EMS
5 grades of each voltage) the EMS electrodes to suction cup inwall both sides are exported by its 1st output point and the 2nd output point, with to being adsorbed in
Skin in suction cup produces electro photoluminescence.
Described motor drive circuit as shown in Figure 11, including transistor Q1, resistance R9-R12, electric capacity C11, two poles
Pipe D3, wherein described transistor Q1 is the enhanced N-MOS pipes of insulated gate, model GV3420, the tool of other each electronic components
Body parameter is referring to accompanying drawing 11.The specific attachment structure of the motor drive circuit is：Transistor Q1 grid is connected to resistance R9
With resistance R10 one end, the resistance R9 other end is connected to the MCU chip SN8F27E65L of governor circuit the 13rd pin, electricity
The resistance R10 other end is connected to transistor Q1 source electrode, resistance R11, resistance R12 one end, and the resistance R11 other end is connected to
MCU chip SN8F27E65L the 23rd pin of governor circuit and electric capacity C1 one end, resistance the R12 other end and electric capacity C11
The other end ground connection.Transistor Q1 drain electrode is connected to diode D3 anode and the 2nd drive output, diode D3 negative electrode
It is connected to the 1st drive output and voltage source Vbat.1st drive output and the 2nd drive output are connected to driving horse
Reach, motor is driven under MCU control.
Accompanying drawing 12 provides battery charger, as shown in drawings, electricity is parallel between direct-current input power supplying DC1 both ends
Hold C16, voltage-regulator diode D12, resistance R2 and R8 series connection, and leading-out terminal DCIN is connected to master control between resistance R2 and R8
The MCU chip SN8F27E65L of circuit the 31st pin, resistance R2 one end are connected to diode D1 positive pole, diode D1's
Negative pole is connected to electrochemical capacitor C1 positive terminal and the VCC pin of lithium battery control chip (ME4056), lithium battery control chip
(ME4056) negative pole end one of 2-4 pins and electrochemical capacitor C1 connects ground.8th pin of lithium battery control chip (ME4056)
Resistance R4 one end is connected to, the resistance R4 other end is connected to resistance R7 and electric capacity C5 one end, resistance R7's and electric capacity C5
The other end is grounded, and battery BAT1 to be charged is connected between the 8th pin and ground of lithium battery control chip (ME4056), and
Charged in parallel electric capacity C4 on battery BAT1, leading-out terminal BATDET between resistance R4 and resistance R7, it is connected to the MCU of governor circuit
Chip SN8F27E65L the 24th pin.6th pin of lithium battery control chip (ME4056) is connected to the MCU core of governor circuit
Piece SN8F27E65L the 30th pin, and electricity is connected between the 6th pin and the 5th pin of lithium battery control chip (ME4056)
R5 is hindered, resistance R6, resistance R8 one end ground connection are connected between the 6th pin and ground.In diode D1 positive terminal and lithium electricity
The 5th pin connection power supply Vin of pond control chip (ME4056), the 8th pin connection electricity of lithium battery control chip (ME4056)
As shown in Figure 13, power supply Vbat is connected to diode D4 anode to source Vbat, power supply Vbat and power supply Vin mu balanced circuit,
Power supply Vin is connected to diode D5 anode, and diode D4 and D5 negative electrode are connected to voltage stabilizing chip ME6206-3.3V IN
End, voltage stabilizing chip ME6206-3.3V OUT terminal is connected to voltage source VCC, voltage stabilizing chip ME6206-3.3V OUT terminal and
Electrochemical capacitor C9 and electric capacity C10 are parallel between GND ends, it is in parallel between voltage stabilizing chip ME6206-3.3V IN ends and GND ends
There are electrochemical capacitor C7 and electric capacity C8, voltage stabilizing chip ME6206-3.3V GND ends ground connection.
High pulse voltage weight reducing apparatus under the above-mentioned negative-pressure adsorption that present invention innovation proposes, high impulse electricity is combined by innovation
The mode of pressure, negative-pressure adsorption and flexible glue roller is lost weight, relative to the single mode for relying on mechanical stitch fat-reducing of tradition, this hair
Bright pioneering combine electro photoluminescence, pull of vacuum and mechanical stitch are lost weight to human body, and skin is stimulated, using true by shocking by electricity
Suction power smoke fat, using roller suppress fat, reached good fat combustion effect, substantially increase fat-reducing efficiency and
Effect, and innovative design weight reducing apparatus structure of the present invention can provide adjustable pull of vacuum and voltage for human body and stimulate, and initiate
Devise EMS-CUP (muscle stimulation system suction cups:E for electricity, M for muscle, S for systems) mechanical rolling structure is combined,
Skin is stimulated by EMS, using suction cup with vacuum suction skin, then with roller suppresses skin, the innovation of whole device structure sets
Meter not only ensure that fat-reducing efficiency, and ensure that electro photoluminescence security and vacuum suction, the comfortableness of mechanical stitch, pass through simultaneously
Cross long-term Test Summary and go out optimal stimulation voltage, negative-pressure adsorption parameter, reached optimal fat-reducing effect, have extensive
Marketing application prospect, weight reducing apparatus of new generation can be used as.
It the above is only and the preferred embodiment of the present invention is described, technical scheme is not limited to
This, any known deformation that those skilled in the art are made on the basis of the major technique design of the present invention belongs to the present invention
Claimed technology category, the specific protection domain of the present invention are defined by the record of claims.
Claims (10)
- A kind of 1. negative-pressure adsorption high pulse voltage weight reducing apparatus, it is characterised in that including：Main frame (100), cradle (200) and suction Cup, charging equipment of the cradle (200) as main frame (100), the suction cup are inserted on the main frame (100), work as people When body skin is close on the suction cup, the main frame produces 20~60Kpa suction in the suction cup, and causes in suction cup Air mass flow be in more than 50 ls/h, while the main frame (100) to the suction cup provide from 30 ± 10V to 115 ± 10V peak pulse voltages, and peak pulse voltages rise according to regulation stall according to stepwise manner, each voltage step conduct One regulation stall, peak pulse frequency are in 0.5-100Hz；The main frame (100) includes：Lower cover (1), battery (2), release key spring (4), charging inlet (5), solving locking key (9), in Cover (11), control board (15), cartridge assemblies (16), release button (17), slide switch key (18), threeway (19), cover (20), sound-muffling box (21) and Sound eliminating soft pipe (22), the middle cover (11) are incorporated into the installation housing that main frame is formed on lower cover (1), The cartridge assemblies (16) and the threeway (19) connect and in the mounting shell bodies, wherein the cartridge assemblies (16) are made For the getter pump module of main frame, one end of the straight pipe (53) of the threeway (19) is sealedly attached to the cartridge assemblies (16) Bleeding point (51), the other end of the straight pipe (53) of the threeway (19) are stretched out in outside the base of lower cover (1), and the noise reduction is soft One end of pipe (22) is connected to the cartridge assemblies (16), and the other end is connected to the sound-muffling box (21), the sound-muffling box (21) It is arranged in the mounting shell body, the control board (15) is installed on the cartridge assemblies (16) in the mounting shell body Top, the battery (2), charging inlet (5) and the cartridge assemblies (16) are connected to described in the mounting shell body Control board (15), and the charging inlet (5) is installed on the bottom of the lower cover (1), the solving locking key (9), slip are opened The side that crucial (18) protrude from installation housing is set, and the manipulation button corresponding with the control board in mounting shell body Connect, release key hole, voltage-regulation keyhole and suction regulation keyhole, described release button (17) place are offered on the middle cover Discharged in described in key hole, and the release lever for discharging button (17) bottom surface passes through insertion cartridge assemblies (16) after control board Release aperture (52) in, it is described release key spring (4) be sheathed on the release lever, set in the control circuit plate surface Voltage-regulation key and suction adjusting key are each passed through voltage-regulation keyhole and suction regulation keyhole on middle cover, the cover (20) The middle cap surface is covered on, and is provided with and release button, voltage-regulation key and the suction adjusting key on the cover Corresponding operation pad；Cartridge assemblies (16) in the main frame (100) include：Pump case (30), tooth case lid (32), drive motor (37), motor branch Frame (38), pump core (41), flexible glue piston (42), deflation soft rubber stopper (43), deflation bar (44), check valve sheet (45), worm screw (46), Release hose (47) and back-moving spring (48), the bottom of the pump case (30) is formed with bleeding point (51), the check valve sheet (45) it is arranged in the pump case (30), the pump core (41) is arranged in the pump case (30) and is in the check valve sheet (45) on, and the bottom opening of pump core (41) connects with the air inlet of check valve sheet (45), the air inlet of check valve sheet (45) Connected with the bleeding point (51) of pump case, the flexible glue piston (42) is seal-installed in the pump core (41), the pump case (30) It is installed on the motor bracket (38), and the piston nose of the flexible glue piston (42) is passed through in the motor bracket (38) Portion's opening, the drive motor (37) are fixed on the motor bracket (38), on the output revolving shaft of the drive motor (37) Worm screw (46) is connected with, the worm screw (46) is connected to the piston nose of the flexible glue piston (42), and the drive motor is electrical It is connected to the control board；Deflation support (49) and deflation tubing string (50), institute are provided with the motor bracket (38) The middle part for stating deflation bar (44) is rotatablely installed on the deflation support (49), and the front end of the deflation bar (44) is connected to described Deflation soft rubber stopper (43), the rear end of the deflation bar (44) are connected with back-moving spring (48), when the deflation bar is in equilibrium-like The deflation soft rubber stopper (43) is connected to one end of the deflation tubing string (50) and it sealed, the deflation tubing string during state (50) the other end is connected to one end of the release hose (47), and the tooth case lid (32) is incorporated into the motor bracket (38) On, and the release aperture (52) is offered in the tooth case lid (32), the rear end of the deflation bar (44) is in the release aperture (52) bottom；The threeway (19) includes interconnected straight pipe (53), the first side siphunculus (54) and the second side siphunculus (55), the straight pipe (53) is sealedly attached to the bleeding point (51) by pump mouth sealing ring, the release hose (47) The other end is sealedly attached to first side siphunculus (54), and second side siphunculus (55) is in normally off；Discharged when pressing During button (17), release lever will pass through release aperture (52) to promote the rear end of deflation bar (44), force putting for deflation bar (44) front end Gas soft rubber stopper (43) separates with the deflation tubing string (50), so as to be deflated by the first side siphunculus (54) of threeway, deflates The deflation bar turns again to poised state in the presence of the back-moving spring (48) after end；The suction cup include cup (301), EMS electrodes (302), screen pack (303), filter cotton (304), roller mandrel (305), Roller (306) and roller mandrel lid (307), the bottom of the cup (301) have been inwardly formed two buckling grooves, two buckling grooves Between formed with aspirating hole, formed with one group of first electrode contact, the EMS electrodes (302) on the madial wall of each buckling groove Include two, and be respectively embedded into the inside for the two opposite side walls for being formed at cup, the bottom connection of each EMS electrodes (302) In corresponding one group of first electrode contact, the top of each EMS electrodes (302) leaks outside in the rim of a cup edge of cup, the cup Two relative madial walls on be respectively arranged with roller groove, the roller (306) is sheathed on the roller mandrel (305), described Roller mandrel lid (307) is incorporated into one end of the roller mandrel (305), the roller mandrel (305) and roller mandrel lid (307) outer end is each formed with supporting rotating shaft, and the support rotating shaft inlay card is in the roller groove；The screen pack (303) and Filter cotton (304) is installed on the aspirating hole in the inside of the cup (301)；The bottom of the lower cover (1) of the main frame (100) Portion is outwardly protruded formed with two clamping boss, and the outlet of the straight pipe (53) is formed between two clamping boss, It is incorporated on the lateral wall of each clamping boss formed with one group of second electrode contact being connected with control board, the suction cup When on the main frame, two buckling grooves of the bottom of cup of the suction cup are fastened in two clampings of the lower cover bottom of the main frame Boss, and the straight pipe (53) of the threeway of the main frame is sealedly attached to the aspirating hole of the cup of the suction cup, while described One electrode contacts electrically contact to the second electrode contact.
- 2. negative-pressure adsorption high pulse voltage weight reducing apparatus according to claim 1, it is characterised in that the main frame (100) to The peak pulse voltages that the suction cup provides include five gears：1 grade:30 ± 5V, 2 grades:30V 0.5s → 50 ± 5V, 3 grades: 30V → 0.5s 50V → 0.5s 75 ± 8V, 4 grades:30V → 0.5s 50V → 0.5s 75V → 0.5s 90 ± 10V, 5 grades:30V → 0.5s 50V → 0.5s 75V → 0.5s 115 ± 10V of 90V → 0.5s, in each gear, peak pulse voltages first reach 30V, next voltage step was risen to after 0.5 second, by that analogy, and peak pulse frequency is in 5-10Hz, in each gear Middle peak pulse voltages first run 25s after maximum voltage is risen to 5Hz frequency, then run 5s with 10Hz frequency, then Boost cycle from the beginning again.
- 3. negative-pressure adsorption high pulse voltage weight reducing apparatus according to claim 1, it is characterised in that the cradle (200) Including：Main engine bed (201), cradle lower cover (202), host rack (203), (204) and plug fixed cover are covered on cradle (207), the cradle lower cover (202) is incorporated on the cradle and covered on (204), before covering (204) on the cradle End offers through hole, and the main engine bed (201) is installed in the through hole, and the main engine bed (201) has and the main frame The corresponding pyramidal structure of installation housing lower shape, and offer plug mouth, the host rack (203) in tapered bottom end It is installed on the cradle and covers on (204), and formed with external with the mounting shell of the main frame on the host rack (203) The corresponding main frame neck of portion's shape, the main engine bed (201) are in the lower end of the main frame neck, the cradle lower cover (202) connector assembly has been inwardly formed, the plug fixed cover (207) is covered on the connector assembly.
- 4. negative-pressure adsorption high pulse voltage weight reducing apparatus according to claim 1, it is characterised in that the suction cup includes big inhale Cup (300) and small suction cup (400), the big suction cup (300) and small suction cup (400) selectivity are connected on the main frame, and It is provided with the big suction cup (300) more than two by the roller mandrel (305), roller (306) and roller mandrel lid (307) The roll wheel assembly of composition, the small suction cup (400) is interior to be provided with one group of roll wheel assembly.
- 5. negative-pressure adsorption high pulse voltage weight reducing apparatus according to claim 1, it is characterised in that the EMS electrodes pass through ABS resin piece carries out electroplating surface and formed.
- 6. negative-pressure adsorption high pulse voltage weight reducing apparatus according to claim 1, it is characterised in that the sound-muffling box (21) is logical Cross Sound eliminating soft pipe (22) and be connected to the noise reduction mouth opened up in cartridge assemblies on pump case, the negative-pressure adsorption high pulse voltage weight reducing apparatus Maximum functional noise be below 75db.
- 7. the negative-pressure adsorption high pulse voltage weight reducing apparatus according to claim any one of 1-6, it is characterised in that the control Governor circuit, pulse voltage generation circuit and motor drive circuit are provided with circuit board, the governor circuit is by model SN8F27E65L MCU main control chips realize that the MCU main control chips have 32 pins, and pin 11,12 passes through connecting seat P1 Power supply, the controlling switch of pin 5-8,10,14 as pulse voltage generation circuit are connected to, pin 13,23 drives as motor The controlling switch of circuit.
- 8. negative-pressure adsorption high pulse voltage weight reducing apparatus according to claim 7, it is characterised in that the pulse voltage produces Circuit includes EMS booster circuits and EMS directional control circuits, and the EMS booster circuits include transistor Q3, triode Q6, three Pole pipe Q7, inductance L1, diode D6, electric capacity C12, electric capacity C13, resistance R17, resistance R18, resistance R22, resistance R27, resistance R28, resistance R29 and resistance R32, the transistor Q3 source electrode connect voltage source Vbat, the source electrode and grid of the transistor Q3 Resistance R18 is connected between pole, the drain electrode of the transistor Q3 is connected to inductance L1 and electric capacity C12 one end, and electric capacity C12's is another End ground connection, the inductance L1 other end are connected to triode Q7 colelctor electrode and diode D6 anode, and diode D6 negative electrode connects Electric capacity C13 one end and resistance R17 one end are connected to, the resistance R17 other end is connected to voltage source EMS_VCC, electric capacity C13's The other end is connected to triode Q7 emitter stage, triode Q7 grounded emitter, and in triode Q7 emitter stage and base stage Between connect resistance R32, triode Q7 base stage is connected to resistance R28 one end, and the resistance R28 other end is connected to master control electricity The 14th pin of MCU main control chips described in road, transistor Q3 grid are connected to resistance R22 one end, and resistance R22's is another End is connected to triode Q6 colelctor electrode, triode Q6 grounded emitter, is connected between triode Q6 base stage and emitter stage Resistance R29, triode Q6 base stage are connected to resistance R27 one end, and the resistance R27 other end is connected to the MCU of governor circuit 10th pin of main control chip；The EMS directional control circuits include triode Q2, triode Q4, triode Q5, triode Q8, triode Q9, triode Q10, electric capacity C14, electric capacity C15, resistance R13, resistance R15, resistance R19, resistance R21, resistance R23, resistance R25, resistance R30, resistance R34, resistance R35, resistance R37, resistance R38, resistance R39 and resistance R40, three pole Pipe Q2 grounded emitter, triode Q2 base stage are connected to resistance R15 one end, and the resistance R15 other end is connected to resistance R13, resistance R13 other end ground connection, draw control terminal CH1, control terminal CH1 is connected between resistance R13 and resistance R15 8th pin of MCU main control chips in governor circuit, triode Q2 colelctor electrode are connected to resistance R19 one end, resistance R19's The other end is connected to triode Q4 base stage and resistance R21 one end, and the emitter stage of resistance the R21 other end and triode Q4 is total to With the voltage source EMS_VCC being connected in EMS booster circuits, triode Q4 colelctor electrode is connected to connecting seat P2 the 2nd output Point；Triode Q5 grounded emitter, triode Q5 base stage are connected to resistance R25 one end, resistance R25 other end connection In resistance R23, the resistance R23 other end is grounded, and control terminal CH2, control terminal CH2 are drawn between resistance R23 and resistance R25 The 7th pin of MCU main control chips in governor circuit is connected to, triode Q5 colelctor electrode is connected to connecting seat P2 the 2nd output Point, electric capacity C14, electric capacity C15 series connection after with resistance R30 be connected in parallel in connecting seat P2 the 2nd output point and the 1st output point it Between；Triode Q8 grounded emitter, triode Q8 base stage are connected to one end of resistance R34, the other end connection of resistance R34 In resistance R35, the resistance R35 other end is grounded, and control terminal CH3, control terminal CH3 are drawn between resistance R34 and resistance R35 The 6th pin of MCU main control chips in governor circuit is connected to, triode Q8 colelctor electrode is connected to connecting seat P2 the 1st output Point；Triode Q10 grounded emitter, triode Q10 base stage are connected to resistance R39 one end, and the resistance R39 other end connects Resistance R40 is connected to, resistance R40 other end ground connection, control terminal CH4, control terminal are drawn between resistance R39 and resistance R40 CH4 is connected to the 5th pin of MCU main control chips in governor circuit, and triode Q10 colelctor electrode is connected to resistance R38 one end, The resistance R38 other end is connected to triode Q9 base stage and resistance R37 one end, resistance the R37 other end and triode Q9 Emitter stage be commonly connected to voltage source EMS_VCC in EMS booster circuits, triode Q9 colelctor electrode is connected to connecting seat P2 The 1st output point, two clampings that the 1st output point and the 2nd output point of the connecting seat P2 are connected to main frame lower cover are convex Electrode contacts on the lateral wall of platform.
- 9. negative-pressure adsorption high pulse voltage weight reducing apparatus according to claim 8, it is characterised in that the motor drive circuit Including：Transistor Q1, resistance R9, resistance 10, resistance 11, resistance R12, electric capacity C11, diode D3, the grid of the transistor Q1 Pole is connected to resistance R9 and resistance R10 one end, and the resistance R9 other end is connected to the 13rd of MCU main control chips in governor circuit the Pin, the resistance R10 other end are connected to transistor Q1 source electrode, resistance R11 one end, resistance R12 one end, resistance R11 The other end be connected to the 23rd pin and electric capacity C1 one end of MCU main control chips in governor circuit, the resistance R12 other end and Electric capacity C11 other end ground connection, transistor Q1 drain electrode are connected to diode D3 anode and the 2nd drive output, diode D3 negative electrode is connected to the 1st drive output and voltage source Vbat, and the 1st drive output and the 2nd drive output connect respectively In drive motor.
- 10. negative-pressure adsorption high pulse voltage weight reducing apparatus according to claim 9, it is characterised in that the transistor Q3 choosings With the enhanced P-MOS pipes of model GV3401 insulated gate, the triode Q6 selects model S8050 NPN type triode, The triode Q7 selects model 2N5551 NPN type triode；The triode Q2, triode Q5, triode Q8, three poles Pipe Q10 selects model 2N5551 NPN type triode, and the triode Q4, triode Q9 select model 2N5401 PNP Type triode；Insulated gate enhanced N-MOS pipes of the transistor Q1 from model GV3420.
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| CN203264046U (en) * | 2013-05-30 | 2013-11-06 | 鲁小丹 | A body caring and beautifying therapeutic apparatus |
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