CN208493852U - A kind of vacuum homogeneous emulsifying machine preparing silver ion antimicrobial gel - Google Patents

Abstract

The utility model discloses a kind of vacuum homogeneous emulsifying machines for preparing silver ion antimicrobial gel, including pedestal, discharge port, it is stirred under vacuum case and asepwirator pump, plug is connected on the right side of the pedestal, and the first fixed bracket is fixed at the top of pedestal, the bottom end of described first fixed internal stent is equipped with the second fixed frame, vacuum emulsification case is installed at the top of described first fixed rack inner wall, the discharge port passes through the top that vacuum emulsification case extends to blowing basin, the vacuum emulsification case is provided with the first temperature sensor on the left of internal bottom end, material controlling valve is provided on the outside of the discharge port.There are two temperature sensors for the utility model setting, by the work of two temperature sensors, so that in stirring journey, staff controls the temperature conditions of box house by operation button, can constant temperature and under be stirred, improve the quality of discharging, be suitable for large-scale productionization use.

Description

A kind of vacuum homogeneous emulsifying machine preparing silver ion antimicrobial gel

Technical field:

The utility model relates to biochemical equipment technical field, specially a kind of vacuum homogeneous for preparing silver ion antimicrobial gel Mulser.

Background technique:

Vacuum homogeneous emulsifying machine is to integrate mixing, dispersion, homogeneous, emulsification and inhale the multi-functional integrated system of powder, band There is electric-control system, peripheral oil, water phase tank, vacuum can also be cooperated, heating, cooling system etc. use, and are that production prepares silver ion and resists The special equipment of bacterium gel, material cater to agitated kettle by the center stirring of emulsion pot internal upper part, polytetrafluoroethylene (PTFE) scraper plate always Body sweeps net wall built-up sizing, the material scraped is made constantly to generate new interface, using the cutting of blade and rotary vane, pressure Contracting folds, and makes its stirring, mixes and be downwardly toward at the homogenizer below pot body, material passes through high-speed rotating cutting wheel again The processes such as cutting, impact, sinuous flow of generated strength between fixed cutting set, material is cut in shearing seam, fast Speed is broken into the particle of 200nm-2um, due to being in vacuum state, the bubble quilt that material generates in whipping process in emulsion tank It takes away in time, by the way of vacuumizing, product produced is made not to be blended into bubble in whipping process, to guarantee to make It produces rich in gloss, exquisiteness and the good quality product of ductility.

Vacuum state is in emulsion tank, the bubble that material generates in whipping process fails to be taken away in time, usual gas Bubble is extracted by extraction tube, and what is be commonly used extracts the bad control of stability of tube fluid flowing, will cause bubble reflux With the waste of material, working efficiency is influenced, if along with the bubble after extraction is handled not in time, it not only can be to the environment on periphery It pollutes, but also will affect the health of operator, it is furthermore cold in traditional vacuum homogeneous emulsifying machine whipping process The hot temperature difference is different, easily influences the curative effect of output gel, so that productivity reduces, therefore in vacuum homogeneous emulsifying machine use process How to solve the problems, such as that bring be adverse consequences for this kind of and its processing, is always user and manufacturer is intractable asks Topic.

Utility model content:

The purpose of this utility model is to provide a kind of vacuum homogeneous emulsifying machines for preparing silver ion antimicrobial gel, to solve The problems such as bubble fails timely taking-up processing when stirring mentioned above in the background art, is unable to temperature control.

To achieve the above object, the utility model provides the following technical solutions: a kind of to prepare the true of silver ion antimicrobial gel Empty homogeneous emulsifying machine, including pedestal, discharge port, it is stirred under vacuum case and asepwirator pump, plug, and bottom are connected on the right side of the pedestal The top of seat is fixed with the first fixed bracket, is equipped with vacuum emulsification case, and vacuum at the top of the described first fixed rack inner wall The front of emulsification tank is provided with visual glass, and the discharge port passes through the top that vacuum emulsification case extends to blowing basin, described true Two sides inside empty emulsification tank are provided with the first heating block, and the inside impartial setting of the first heating block has hair thermal resistance wire, described Vacuum emulsification case is provided with the first temperature sensor on the left of internal bottom end, is provided with material control valve on the outside of the discharge port Door, the first support bracket fastened top is provided with vacuum stirring case, and the front for being stirred under vacuum case is provided with operation button, institute The front for stating operation button overhead vacuum agitator tank is equipped with single-chip microcontroller, is equipped with storage box on the left of the vacuum stirring case, And sealing cover is connected on the left of storage box, the upper end inside the storage box is provided with asepwirator pump, inside the storage box Lower end is equipped with collecting bin, and the output end of asepwirator pump is equipped with exhaust pipe, the one end of the exhaust pipe far from asepwirator pump Collecting bin side is connected, the input terminal of the asepwirator pump is connected by suction pipe with the upper end for being stirred under vacuum case side wall, institute The top for stating vacuum stirring case is equipped with shell, and the top of shell two sides vacuum stirring case is respectively arranged with from left to right into water Mouth and feed inlet, and control amount valve is all provided on the pipeline of water inlet and feed inlet, the shell is internally provided with motor, institute The output end for stating motor is vertically equipped with rotary shaft, and rotary shaft passes through and is stirred under vacuum box top, is filled by bearing and discharging Connection is set, impartial setting there are rotating agitation blades in the rotary shaft, and the left and right sides equalization for being stirred under vacuum chamber interior wall is set It is equipped with fixed stirring blade, the bottom end for being stirred under vacuum case is provided with discharging device, and discharging device passes through vacuum emulsification case Vacuum emulsification case inner tip is extended to, solenoid valve is provided on the discharging device, the discharging device includes the second fever Block, the first fixed plate, second temperature sensor, fixing bolt and the second fixed plate, the outer surface of the second fixed plate are provided with first Fixed plate, and connected between the first fixed plate and the second fixed plate by fixing bolt, the two sides of the first fixed plate are all provided with the Two heating blocks, and second temperature sensor is installed above the first fixed plate.

Preferably, the material controlling valve and the outer wall of control amount valve are provided with external screw thread, feed pipe and discharge pipe it is interior Wall is provided with internal screw thread, and material controlling valve and control amount valve and feed pipe and discharge pipe are all rotation linking structure.

Preferably, the bottom end of the described first fixed internal stent is equipped with the second fixed frame, and the inside of the second fixed frame It is provided with blowing basin.

Preferably, the surface of the water inlet and feed inlet is provided with graduation mark.

Preferably, the sealing cap surface is provided with convex notch, and storage box is internally provided with concave notch, and concave Notch shape and convex notch shape it is in the same size.

Preferably, the input terminal of the output end and single-chip microcontroller of first temperature sensor and second temperature sensor is electrical Connection, the output end of operation button are electrically connected by conducting wire with single-chip microcomputer input, single-chip microcomputer output pass through conducting wire respectively with Send out thermal resistance wire, solenoid valve, motor and asepwirator pump electrical connection.

Compared with prior art, the utility model has the beneficial effects that the vacuum homogeneous of the preparation silver ion antimicrobial gel Mulser uses, and stirring power is improved after installation and extracts the bubble generated in whipping process in time, and can be sealed bubble Storage, can reach temperature control, improve work efficiency；(1) it is provided with asepwirator pump, the inner upper end of storage box is arranged in asepwirator pump, The suction pipe of asepwirator pump passes through the top of pipeline connection sealed shell of tank, and exhaust pipe is connected to storage box, so that in the mistake of stirring Bubble can be extracted in journey in time, so that the stability of bubbly flow controls well, not will cause the waste of bubble reflux and material Phenomenon improves to guarantee to produce rich in gloss, exquisiteness and the good quality product of ductility, and use is very convenient The working efficiency of staff；

(2) it is provided with storage box, storage box is allowed effectively to store the bubble of whipping process generation, prevents extraction Bubble discharge outside, can pollute the environment on periphery, but also will affect the health of operator, so that stirring It is safer in the process, facilitate the operation of staff；

(3) it is provided with temperature sensor, in stirring journey, staff is sent to single-chip microcontroller by operation button and is instructed, Single-chip microcontroller controls the heating work of the first heating block and the second heating block of box house, so that vacuum emulsification case and vacuum stirring Temperature inside case is rapidly heated, temperature needed for reaching silver ion antimicrobial gel, in addition, passing through the first temperature sensor and the The monitoring of two temperature sensors is stirred under vacuum the temperature inside case and vacuum emulsification case, when temperature reaches temperature range value peak When, single-chip microcontroller receives the signal that the first temperature sensor and second temperature sensor are sent, single-chip microcontroller control the first heating block and The heating of second heating block closes (unlatching) and realizes the function of constant temperature so that temperature is constantly in temperature range value, mention The high curative effect of output gel, use is very convenient, improves production efficiency, and cost of manufacture is lower, is suitable for large-scale production Change and uses.

Detailed description of the invention:

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor Under, it is also possible to obtain other drawings based on these drawings.

Fig. 1 is that the structure of the utility model faces diagrammatic cross-section；

Fig. 2 is the lid schematic diagram of the utility model；

Fig. 3 is the discharging device case schematic diagram of the utility model；

In figure: 1, pedestal；2, plug；3, the first fixed bracket；4, visual glass；5, vacuum emulsification case；6, discharge port；7, Material controlling valve；8, it is stirred under vacuum case；9, operation button；10, single-chip microcontroller；11, sealing cover；12, storage box；13, shell；14, One heating block；15, thermal resistance wire is sent out；16, solenoid valve；17, discharging device；171, the second heating block；172, the first fixed plate；173, Second temperature sensor；174, fixing bolt；175, the second fixed plate；18, fixed stirring blade；19, rotating agitation blades；20, Rotary shaft；21, control amount valve；22, feed inlet；23, motor；24, water inlet；25, the second fixed frame；26, blowing basin；27, air-breathing Pipeline；28, asepwirator pump；29, exhaust pipe；30, the first temperature sensor.

Specific embodiment:

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without creative efforts Every other embodiment obtained, fall within the protection scope of the utility model.

Please refer to Fig. 1-3, a kind of embodiment provided by the utility model: a kind of vacuum preparing silver ion antimicrobial gel is equal Matter mulser, including pedestal 1, discharge port 6, vacuum stirring case 8 and asepwirator pump 28, the right side of pedestal 1 are connected with plug 2, and bottom The top of seat 1 is fixed with the first fixed bracket 3, is provided with the first fixed bracket 3 and makes whole device more stable, the first fixed branch Bottom end inside frame 3 is equipped with the second fixed frame 25, and the second fixed frame 25 is internally provided with blowing basin 26, cream of conveniently taking The material changed, so that staff is more convenient to use；

Vacuum emulsification case 5 is installed, and be provided with can in the front of vacuum emulsification case 5 at the top of first fixed 3 inner wall of bracket Depending on glass 4, staff is facilitated to observe the emulsification working condition inside vacuum emulsification case 5 at any time, discharge port 6 passes through vacuum cream Change the top that case 5 extends to blowing basin 26, the two sides inside vacuum emulsification case 5 are provided with the first heating block 14, and the first fever The inside impartial setting of block 14 has hair thermal resistance wire 15, and staff passes through the switch of operation button 9, makes to send out what thermal resistance wire 15 carried out Heating, so that the material after stirring is being in always high temperature emulsified state；

It is provided with the first temperature sensor 30 on the left of bottom end inside vacuum emulsification case 5,30 type of the first temperature sensor It number is CWDZ11, the first temperature sensor 30 and the output end of second temperature sensor 173 and the input terminal of single-chip microcontroller 10 are electrical The output end of connection, operation button 9 is electrically connected by conducting wire with 10 input terminal of single-chip microcontroller, and 10 output end of single-chip microcontroller passes through conducting wire point It is not electrically connected with hair thermal resistance wire 15, solenoid valve 16, motor 23 and asepwirator pump 28, list is fed back to by second temperature sensor 173 The data of piece machine 10 are controlled the proper temperature temperature in vacuum emulsification case 5 by operation button 9, it are made to have been at constant temperature Emulsified state will not make non-uniform temperature, improve the quality of emulsifying materials；

The outside of discharge port 6 is provided with material controlling valve 7, and the top of the first fixed bracket 3, which is provided with, is stirred under vacuum case 8, and The front for being stirred under vacuum case 8 is provided with operation button 9, and the front of 9 overhead vacuum agitator tank 8 of operation button is equipped with single-chip microcontroller 10, the model HT66F018 of the single-chip microcontroller 10, the left side for being stirred under vacuum case 8 are equipped with storage box 12, and a left side for storage box 12 Side is connected with sealing cover 11, and 11 surface of sealing cover is provided with convex notch, and storage box 12 is internally provided with concave notch, and recessed In the same size, the work easy to disassemble of type groove mouth-shaped and convex notch shape, the upper end inside storage box 12 are provided with air-breathing 28 are pumped, the lower end inside storage box 12 is equipped with collecting bin, and the output end of asepwirator pump 28 is equipped with exhaust pipe 29, exhaust pipe Road 29 connects collecting bin side far from one end of asepwirator pump 28, and the input terminal of asepwirator pump 28 by suction pipe 27 and is stirred under vacuum The upper end of 8 side wall of case is connected, and the bubble that material generates in whipping process passes through the work of asepwirator pump 28, will be stirred under vacuum case Bubble in 8 is extracted out by suction pipe 27, is drained into storage box 12 and is stored using exhaust pipe 29, until storage is full , staff can by open sealing cover 11 carry out bubble discharge work, facilitate simple and direct；

The top for being stirred under vacuum case 8 is equipped with shell 13, and the top of 13 two sides of shell vacuum stirring case 8 is divided from left to right It is not provided with water inlet 24 and feed inlet 22, and is all provided with control amount valve 21, material controlling on the pipeline of water inlet 24 and feed inlet 22 Valve 7 and the outer wall of control amount valve 21 are provided with external screw thread, and the inner wall of feed pipe and discharge pipe is provided with internal screw thread, and material controlling Valve 7 and control amount valve 21 and feed pipe and discharge pipe are all rotation linking structure, and staff can pass through rotary quantity-controlled Valve 21, so that material and water enter in cabinet, the surface of water inlet 24 and feed inlet 22 is provided with graduation mark, facilitates work people Member can observe, and pour into suitable dosage, have the function that control amount, be easy to use；

Shell 13 is internally provided with motor 23, and the output end of motor 23 is vertically equipped with rotary shaft 20, and rotary shaft 20 Across 8 top of case is stirred under vacuum, it is connect by bearing with discharging device 17, impartial setting has Stirring leaf in rotary shaft 20 Piece 19, the left and right sides impartial setting for being stirred under vacuum 8 inner wall of case have fixed stirring blade 18, and staff passes through operation button 9, The work of motor 23 is opened, then the work of motor 23 is rotated by rotary shaft 20 with rotating agitation blades 19, so that rotation be made to stir It mixes blade 19 and is rotated as rotary shaft 20 rotates, while being stirred under vacuum the fixation stirring blade 18 of 8 inner wall of case by being fixed on, The mutual cooperation of rotating agitation blades 19 and fixed stirring blade 18 is stirred, by fixed stirring blade 18 and the rotation reversed with it Turn stirring blade 19, by water and material cut, compression makes its stirring, mixing and controlled to flowing down, then by operation button 9 The high speed rotation of rotary shaft 20 processed, drive 19 high speed rotation of rotating agitation blades so that high speed rotation rotating agitation blades 19 with The cutting of strength, impact are generated between fixed stirring blade 18, the processes such as sinuous flow emulsify material in shearing seam by cutting, mix Close etc., material is stirred work；

The bottom end for being stirred under vacuum case 8 is provided with discharging device 17, and discharging device 17 passes through vacuum emulsification case 5 and extends to very Empty 5 inner tip of emulsification tank, discharging device 17 include the second heating block 171, the first fixed plate 172, second temperature sensor 173, fixing bolt 174 and the second fixed plate 175, the outer surface of the second fixed plate 175 are provided with the first fixed plate 172, and first It is connected between fixed plate 172 and the second fixed plate 175 by fixing bolt 174, the two sides of the first fixed plate 172 are all provided with second Heating block 171, and the top of the first fixed plate 172 is equipped with second temperature sensor 173, is provided with electromagnetism on discharging device 17 Valve 16, staff control the unlatching of solenoid valve 16 by operation button 9, so that the material after stirring is by draining into vacuum cream Change in case 5, it is easy to use simple and direct.

Working principle: preparation silver ion antimicrobial gel vacuum homogeneous emulsifying machine in use, when in use, external plug 2 external power supplys provide electric energy for whole device, and the unlatching that staff can carry out whole device by operation button 9 (or is closed Close), as the case may be, staff inputs specified for temperature ranges value to single-chip microcontroller 10 by operation button 9；

First staff by preprepared water and material be poured slowly into water inlet 24 and feed inlet 22 respectively In, observation graduation mark pour into suitable amount, by unscrewing control amount valve 21 so that water and material enter be stirred under vacuum case 8 in Portion, motor 23 will work normally at this time, and then the work of motor 23 is rotated by rotary shaft 20 with rotating agitation blades 19, thus Rotate rotating agitation blades 19 as rotary shaft 20 rotates, while the fixation by being fixed on vacuum stirring 8 inner wall of case is stirred Mix blade 18, the mutual cooperation of rotating agitation blades 19 and fixed stirring blade 18 is stirred, by fixed stirring blade 18 and with Its reversed rotating agitation blades 19, by water and material cut, compression makes its stirring, mixing and to flowing down, then pass through behaviour Make the high speed rotation that button 9 controls rotary shaft 20,19 high speed rotation of rotating agitation blades is driven, so that high speed rotation Stirring The cutting of strength, impact are generated between blade 19 and fixed stirring blade 18, the processes such as sinuous flow cut material in shearing seam Emulsification, mixing etc. are cut, is in vacuum state due to being stirred under vacuum case 8, the bubble that material generates in whipping process passes through air-breathing The work of pump 28 extracts the bubble being stirred under vacuum in case 8 by suction pipe 27 out, is draining into storage box by exhaust pipe 29 It is stored in 12, until storage is full, staff can carry out deflation operations by opening sealing cover 11, at this time staff By the switch of operation button 9, make to send out the heating of thermal resistance wire 15, so that the first heating block 14 starts to generate heat, passes through the first temperature and pass Sensor 30 feeds back to the data of single-chip microcontroller 10, to control the proper temperature temperature being stirred under vacuum in case 8 by operation button 9, So that it is had been at constant temperature stirring, improves the quality of stirring material, facilitate the use of operator；

After stirring, staff controls the unlatching of solenoid valve 16 by operation button 9, so that after stirring Material is drained into vacuum emulsification case 5 by hole, and subsequent staff passes through the switch of operation button 9, makes to send out the heating of thermal resistance wire 15, So that the second heating block 171 starts to generate heat, the data of single-chip microcontroller 10 are fed back to by second temperature sensor 173, to pass through behaviour Make button 9 to control the proper temperature temperature in vacuum emulsification case 5, so that it is had been at constant temperature emulsified state, wait work to be emulsified After work, staff can be by unscrewing material controlling valve 7, so that the material after emulsification is drained into blowing basin 26 by discharge port 6 It is collected work, subsequent staff closes power supply, power cut-off by operation button 9, so that it is solidifying to prepare silver-ion antibiotic The vacuum homogeneous emulsifying machine use of glue is very convenient, improves production efficiency, and makes the equipment of vacuum homogeneous emulsifying machine automatic Change, facilitate staff to use, and apparatus structure is relatively easy, cost of manufacture is lower, is suitable for large-scale productionization and uses.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Within the spirit and principle of utility model, any modification, equivalent replacement, improvement and so on should be included in the utility model Protection scope within.

Claims (6)

1. a kind of vacuum homogeneous emulsifying machine for preparing silver ion antimicrobial gel, including pedestal (1), discharge port (6), vacuum stirring case (8) and asepwirator pump (28), it is characterised in that: be connected with plug (2) on the right side of the pedestal (1), and the top of pedestal (1) is fixed There are first fixed bracket (3), is equipped with vacuum emulsification case (5) at the top of described first fixed bracket (3) inner wall, and vacuum emulsification The front of case (5) is provided with visual glass (4), and the discharge port (6) passes through vacuum emulsification case (5) and extends to blowing basin (26) Top, the internal two sides of the vacuum emulsification case (5) are provided with the first heating block (14), and the inside of the first heating block (14) is equal Thermal resistance wire (15) are sent out etc. being provided with, the vacuum emulsification case (5) is provided with the first temperature sensor on the left of internal bottom end (30), it is provided with material controlling valve (7) on the outside of the discharge port (6), the top of described first fixed bracket (3) is provided with vacuum Agitator tank (8), and the front for being stirred under vacuum case (8) is provided with operation button (9), operation button (9) the overhead vacuum stirring The front of case (8) is equipped with single-chip microcontroller (10), is equipped with storage box (12) on the left of the vacuum stirring case (8), and storage box (12) it is connected on the left of sealing cover (11), the internal upper end of the storage box (12) is provided with asepwirator pump (28), the storage The internal lower end of case (12) is equipped with collecting bin, and the output end of asepwirator pump (28) is equipped with exhaust pipe (29), the exhaust Pipeline (29) connects collecting bin side far from the one end of asepwirator pump (28), and the input terminal of the asepwirator pump (28) passes through suction pipe (27) it is connected with the upper end for being stirred under vacuum case (8) side wall, the top for being stirred under vacuum case (8) is equipped with shell (13), and The top that shell (13) two sides are stirred under vacuum case (8) is respectively arranged with water inlet (24) and feed inlet (22) from left to right, and into Control amount valve (21) is all provided on the pipeline of the mouth of a river (24) and feed inlet (22), the shell (13) is internally provided with motor (23), the output end of the motor (23) is vertically equipped with rotary shaft (20), and rotary shaft (20) passes through and is stirred under vacuum case (8) top Portion is connect by bearing with discharging device (17), and impartial setting has rotating agitation blades (19), institute on the rotary shaft (20) Stating the left and right sides impartial setting for being stirred under vacuum case (8) inner wall has fixed stirring blade (18), the bottom for being stirred under vacuum case (8) End is provided with discharging device (17), and discharging device (17) passes through vacuum emulsification case (5) and extends to top inside vacuum emulsification case (5) End is provided with solenoid valve (16) on the discharging device (17), and the discharging device (17) includes the second heating block (171), the One fixed plate (172), second temperature sensor (173), fixing bolt (174) and the second fixed plate (175), the second fixed plate (175) outer surface is provided with the first fixed plate (172), and is passed through between the first fixed plate (172) and the second fixed plate (175) Fixing bolt (174) connection, the two sides of the first fixed plate (172) are all provided with the second heating block (171), and the first fixed plate (172) second temperature sensor (173) are installed above.

2. a kind of vacuum homogeneous emulsifying machine for preparing silver ion antimicrobial gel according to claim 1, it is characterised in that: institute The outer wall for stating material controlling valve (7) and control amount valve (21) is provided with external screw thread, in the inner wall of feed pipe and discharge pipe is provided with Screw thread, and material controlling valve (7) and control amount valve (21) and feed pipe and discharge pipe are all rotation linking structure.

3. a kind of vacuum homogeneous emulsifying machine for preparing silver ion antimicrobial gel according to claim 1, it is characterised in that: institute It states the internal bottom end in first fixed bracket (3) to be equipped with the second fixed frame (25), and the second fixed frame (25) are internally provided with Blowing basin (26).

4. a kind of vacuum homogeneous emulsifying machine for preparing silver ion antimicrobial gel according to claim 1, it is characterised in that: institute The surface for stating water inlet (24) and feed inlet (22) is provided with graduation mark.

5. a kind of vacuum homogeneous emulsifying machine for preparing silver ion antimicrobial gel according to claim 4, it is characterised in that: institute It states sealing cover (11) surface and is provided with convex notch, storage box (12) is internally provided with concave notch, and concave notch shape It is in the same size with convex notch shape.

6. a kind of vacuum homogeneous emulsifying machine for preparing silver ion antimicrobial gel according to claim 1, it is characterised in that: institute It states the first temperature sensor (30) and the input terminal of the output end and single-chip microcontroller (10) of second temperature sensor (173) electrically connects It connects, the output end of operation button (9) is electrically connected by conducting wire with single-chip microcontroller (10) input terminal, and single-chip microcontroller (10) output end is by leading Line is electrically connected with hair thermal resistance wire (15), solenoid valve (16), motor (23) and asepwirator pump (28) respectively.