CN208829635U - A kind of automatic rectification component of self-service rectification machine - Google Patents

Abstract

The automatic rectification component of a kind of self-service rectification machine disclosed by the utility model, including the first pallet, the second pallet being supported on the first pallet, the plunger valve driving part being mounted on the second pallet, the plunger valve being mounted on the first pallet, the mixing and stirring tank for being mounted on the first tray center, stirring driving machine structure, blender and the control device for being mounted on the second tray center.The utility model compared with prior art, has the advantages that 1. can accurately be measured by plunger valve, so that the cocktail uniform quality configured every time.2. quickly the cocktail of preparation can be stirred evenly by setting mixing component.3. every time with after the completion of wine, to the agitating shaft in mixing and stirring tank, blender and the stirring-head of discharging plug can be also served as clean, to meet food hygienic standard harsh at present.

Description

A kind of automatic rectification component of self-service rectification machine

Technical field

The utility model relates to by various beverages quantitative automatic Hybrid Modulation Technology field as required, more particularly to it is a kind of from Help the automatic rectification component of rectification machine.

Background technique

The production of present cocktail is usually all manually to deploy, and since allotment professional technique requires height, is needed by profession Bartender elaborate.Artificial rectification process complexity, inefficiency, the price is very expensive for the cocktail of modulation.Cocktail Wine spectrum has thousands of kinds of concocting methods, and artificial memory can not remember completely all concocting methods, and while manually modulating uses Measuring cup measures, and is easy to appear measurement error, the wine taste modulated is different surely to reach requirement.Above-mentioned reason causes cocktail valence Lattice are expensive, are not easy to popularize in crowd.For this purpose, the applicant has carried out beneficial exploration and trial, has found and solve above-mentioned ask The method of topic has submitted a make about self-service cocktail to China State Intellectual Property Office on November 8th, 2017 and sells The utility application of the self-service rectification machine of method and realization this method, the patent has disclosed at present, Publication No. CN107978080A.Rectification mixing chamber component 400 is arranged in the upper rectification chamber 220 of wet bar 200 and is located at saucer component 300 top is used to for the cocktail raw material entered in it being stirred according to formulation requirements.Rectification mixing chamber component tool If have dry raw material inlet, a cocktail finished product discharge port, a room temperature direct drinking import, an ice water import and a carbonated water into Mouthful, the cocktail finished product discharge port of rectification mixing chamber component is located at the top of saucer component and can inject deployed cocktail It is placed in the cup on saucer component.By practicing the rectification mixing chamber component in the patent, there are the following problems: 1. each chickens Tail wine finished product metering inaccuracy, causes the cocktail quality recalled every time different.2. there is no mixing component, can not will quickly will match The cocktail of system stirs evenly.3. cleaning is inconvenient, it is difficult to meet food hygienic standard harsh at present.

Utility model content

The technical problem to be solved by the utility model is to for deficiency present in existing rectification mixing chamber component A kind of accurate measurement is provided, is stirred evenly, the automatic rectification component of self-service rectification machine easy to clean.

Technical problem to be solved in the utility model can be achieved through the following technical solutions:

A kind of automatic rectification component of self-service rectification machine, comprising:

One first pallet；

One second pallet, second tray support is in the top of first pallet；

Plunger valve driving part of several circumference uniform distributions on second pallet；

Plunger valve of several circumference uniform distributions on first pallet, each plunger valve driving part drive a plunger Valve, the entrance on the plunger cavity of each plunger valve pass through a raw material solenoid valve and connect each cocktail head tank with raw material pipeline； Outlet on the plunger cavity in each plunger valve is equipped with a discharging solenoid valve；

One is mounted on the mixing and stirring tank of first tray center position, the inner cavity of the mixing and stirring tank and all The outlet of discharging solenoid valve passes through discharging pipeline connection；The bottom of the mixing and stirring tank is provided with a discharge port；

One is mounted on the stirring driving machine structure of second tray center；

One blender, the upper end of the agitating shaft in the blender and the output end of the stirring driving machine structure drive and connect It connects, the stirring driving machine structure drives the blender to rotate and go up and down, and the lower end of the agitating shaft in the blender is provided with The stirring-head for also serving as discharging plug, when the blender rises under stirring driving machine structure driving, described to also serve as discharging stifled Head stirring-head to the mixing and stirring tank discharge port position when, it is described also serve as discharging plug stirring-head stirred with described mix The discharge port cooperation of tank is mixed, the discharge port of the mixing and stirring tank is blocked；Water path structure, institute are provided in the blender It states the entrance in water path structure and on the one hand passes through carbonated water metering pump and carbonated water transfer pipeline connection carbonic acid water storage tank, it is another Aspect connects ice water storage tank by ice water metering pump and ice water transfer pipeline, another further aspect by cleaning direct drinking metering pump and It cleans direct drinking transfer pipeline and connects direct drinking storage tank；Outlet in the water path structure extends to the mixing and stirring tank It is interior；

One control device, the control device and the plunger valve driving part, the stirring driving machine structure, the carbonic acid Water metering pump, ice water metering pump, the control connection of direct drinking metering pump.

In a preferred embodiment of the utility model, the plunger valve driving part is fixed on described second including one Bracket on pallet, one be fixedly mounted motor on the bracket, one by the motor drive screw rod, one with it is described The feed screw nut of screw rod engagement and the plunger valve driving head that is connect with the feed screw nut, the plunger valve driving head with it is corresponding Plunger valve in plunger connection, the motor and the control device control connect.

In a preferred embodiment of the utility model, it is additionally provided with a guide rod, the plunger on the bracket Guide sleeve in valve driving head is set on the guide rod.

In a preferred embodiment of the utility model, it is equipped with one on the bracket to detect the plunger valve First optoelectronic switch of driving head position, first optoelectronic switch are connect with the control device signal.

In a preferred embodiment of the utility model, the stirring driving machine structure is supported on second support including one Lifting motor mounting base on disk, one is mounted on the lifting motor in the lifting motor mounting base, a upper end and the lifting Motor output shaft connection, lower end axis are located at the driving screw rod of the lifting on second pallet, and one is engaged on the lifting driving silk Lifting on bar drives nut, and a lifter plate connecting with the lifting driving nut, one is mounted on the rotation on the lifter plate Rotating motor, the upper end of the blender pass through the output axis connection of the lifter plate and the rotating electric machine, the lifting motor It is connected with the rotating electric machine and control device control.

In a preferred embodiment of the utility model, it is provided in the lifting motor mounting base to detect The second optoelectronic switch of lifting Board position is stated, second optoelectronic switch is connect with the control device signal.

In a preferred embodiment of the utility model, discharging plug and the stirring-head of also serving as is including by fastening spiral shell The agitator disk for the agitating shaft lower end that bolt is fixed in the blender and the discharging plug that the agitator disk is mounted on by bearing, The discharging plug is located at the lower section of the agitator disk, primary sealing area is provided on the discharging plug, in the mixing It is provided with secondary sealing area on the discharge port of agitator tank, is risen to when the agitating shaft in the blender carries the discharging plug When the discharge port position of the mixing and stirring tank, the discharging of primary sealing area and the mixing and stirring tank on the discharging plug Secondary sealing area on mouth cooperates, and is sealed to the discharge port of the mixing and stirring tank.

In a preferred embodiment of the utility model, an anti-loosing slice is provided in the fastening bolt, it is described anti- The outer rim of loose pieces is embedded into the discharging plug, to prevent discharging plug from loosening.

In a preferred embodiment of the utility model, it is provided centrally with a through-hole in the discharging plug, so as to In installation fastening bolt.

In a preferred embodiment of the utility model, an opening is provided at the top of the mixing and stirring tank, in institute State and cover board be installed in opening, be provided with several feed inlets on the cover board, each feed inlet by pipeline with it is corresponding out Expect the outlet of solenoid valve.

In a preferred embodiment of the utility model, the water path structure includes that the center of the cover board is arranged in Agitating shaft pass through pipe, the agitating shaft is set is used as the straight joint of entrance and setting in the water path structure on the pipe Across pipe and cover the cloth liquid casing on the agitating shaft in the agitating shaft and the stirring, the cloth liquid casing it is outer Circumferential surface and the stirring are circumferentially evenly equipped with several axially extending cloth liquid channels across the inner surface of pipe, logical in each cloth liquid The bottom in road is provided with the nozzle as the outlet in the water path structure, and the agitating shaft in the blender passes through described stir It mixes axis and passes through pipe.

Due to using technical solution as above, the utility model compared with prior art, is had the advantages that

1. can accurately be measured by plunger valve, so that the cocktail uniform quality configured every time.

2. quickly the cocktail of preparation can be stirred evenly by setting mixing component.

3. every time to the agitating shaft in mixing and stirring tank, blender and discharging plug can be also served as with after the completion of wine Stirring-head is cleaned, to meet food hygienic standard harsh at present.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the automatic rectification component of the self-service rectification machine of the utility model.

Fig. 2 is stirring driving machine structure in the automatic rectification component of the self-service rectification machine of the utility model, blender and mixed Close the assembling appearance diagram of agitator tank.

Fig. 3 is stirring driving machine structure in the automatic rectification component of the self-service rectification machine of the utility model, blender and mixed Close the assembly structure diagram of agitator tank.

Fig. 4 is the assembling of the blender and mixing and stirring tank in the automatic rectification component of the self-service rectification machine of the utility model Structural schematic diagram.

Fig. 5 is enlarged diagram at the I of Fig. 4.

Specific embodiment

Referring to Fig. 1, a kind of automatic rectification component of self-service rectification machine shown in figure, including the first pallet 100 and second Pallet 200, the second pallet 200 are supported on the top of the first pallet 100 by several support column (not shown)s.

Several plunger valve driving parts 300, each plunger valve driving part 300 are evenly distributed on the second pallet 200 The motor 320, one on bracket 310 is fixedly mounted on by electronic including the bracket 310, one that one is fixed on the second pallet 200 What the feed screw nut's (not shown) and one that screw rod 330, one and the screw rod 330 that machine 320 drives engage were connect with feed screw nut Plunger valve driving head 340.A guide rod 350 is additionally provided on bracket 310, the guide sleeve in plunger valve driving head 340 is arranged On guide rod 350.Guide rod 350 play the guiding role to the lifting of plunger valve driving head 340 in this way, to guarantee that plunger valve drives First 340 steady liftings.

One the first optoelectronic switch 360 to detect 340 position of plunger valve driving head is installed on bracket 310.

Several plunger valves 400, the entrance on the plunger cavity of each plunger valve 400 are evenly distributed on the first pallet 100 Each cocktail head tank is connected with raw material pipeline (not shown) (in figure not by a raw material solenoid valve (not shown) It shows)；Outlet on the plunger cavity in each plunger valve 400 is equipped with a discharging solenoid valve 410.In each plunger valve 400 Plunger 420 connected with corresponding plunger valve driving head 340, plunger valve driving head 340 each so can independently drive one Plunger 420 in a plunger valve 400 moves up and down.

One mixing and stirring tank 500 is installed in 100 center of the first pallet, the tank body 510 of mixing and stirring tank 500 is The funnel-form tank body that upper diameter is big, following diameter is small.The top and bottom of the tank body 510 of mixing and stirring tank 500 are provided with The opening of opening, bottom is discharge port 520, and secondary sealing area 521 is provided on discharge port 520.Pacify in the opening at top Equipped with cover board 530, several feed inlets 531 are provided on cover board 530, each feed inlet 531 passes through pipeline and corresponding discharging The outlet of solenoid valve 410.

In addition an agitating shaft is provided centrally with across pipe 540 in cover board 530, pass through in agitating shaft and be provided on pipe 540 Straight joint 550 as entrance in water path structure, 550 one side of straight joint pass through carbonated water metering pump (not shown) And carbonated water transfer pipeline (not shown) connects carbonic acid water storage tank (not shown), on the other hand passes through ice water metering pump (not shown) and ice water transfer pipeline (not shown) connect ice water storage tank (not shown), and another further aspect passes through Cleaning direct drinking metering pump (not shown) connects direct drinking storage tank (figure with cleaning direct drinking transfer pipeline (not shown) In be not shown).

It is passed through in pipe 540 in agitating shaft and is additionally provided with a cloth liquid casing 560, the outer peripheral surface of cloth liquid casing 560 and stirring are worn It crosses between the inner surface of pipe 540 and is circumferentially evenly equipped with several axially extending cloth liquid channels 570, at the bottom in each cloth liquid channel 570 Portion is provided with the nozzle 571 as the outlet in water path structure, and nozzle 571 extends to the tank body 510 of mixing and stirring tank 500 It is interior.

One stirring driving machine structure 600 is installed at the center of the second pallet 200.Stirring driving machine structure 600 includes a support Lifting motor mounting base 610 on the second pallet 200, one is mounted on the lifting motor 620 in lifting motor mounting base 610, One upper end and lifting motor 620 export axis connection, lower end axis is located at the driving screw rod 630 of the lifting on the second pallet 200, an engagement Lifting on lifting driving screw rod 630 drives nut (not shown), a lifter plate connecting with lifting driving nut 640, one is mounted on the rotating electric machine 650 on lifter plate 640.In addition two guide posts are also equipped on the second pallet 200 670, two guide posts 670 pass through the guide sleeve (not shown) in lifter plate 640, and two guide posts 670 are to lifter plate 640 Lifting play the guiding role.It is provided in lifting motor mounting base 610 and is opened to the second photoelectricity for detecting 640 position of lifter plate Close 680.

Blender 700 includes an agitating shaft 710, and the upper end of agitating shaft 710 sequentially passes through cloth liquid casing 560 and lifter plate 640 with the output axis connection of rotating electric machine 650.The middle and lower part of agitating shaft 710 passes through the tank body 510 of mixing and stirring tank 500, The lower end of agitating shaft 710 is equipped with the stirring-head 800 for also serving as discharging plug.

It also serves as discharging plug and stirring-head 800 includes the agitator disk for being fixed on 710 lower end of agitating shaft by fastening bolt 810 820 and the discharging plug 840 on agitator disk 820 is mounted on by bearing 830, discharging plug 840 is located under agitator disk 820 Side is provided with primary sealing area 841 on discharging plug 840, when lifting motor 620 passes through lifting driving screw rod 630, lifter plate 640, when rotating electric machine 650, the carrying discharging plug 840 of agitating shaft 710 rise to 520 position of discharge port of mixing and stirring tank 500, Discharge the primary sealing area 841 on plug 840 and the 521 phase interworking of secondary sealing area on the discharge port 520 of mixing and stirring tank 500 It closes, the discharge port 520 of mixing and stirring tank 500 is sealed.

An anti-loosing slice 850 is provided in fastening bolt 810, the outer rim of anti-loosing slice 850 is embedded into discharging plug 840, To prevent discharging plug 840 from loosening.In addition it is provided centrally with a through-hole (not shown) in discharging plug 840, in order to Fastening bolt 810 is installed.

The first optoelectronic switch 360 and the second optoelectronic switch 680 in the utility model (do not show with a control device in figure Signal connects out), control device and all motor 320, all raw material solenoid valves, discharging solenoid valve 410, lifting motor 620, rotating electric machine 650, carbonated water metering pump, ice water metering pump, the control connection of direct drinking metering pump.

The working principle of the automatic rectification component of the self-service rectification machine of the utility model is as follows:

When control device, which receives instruction, to be needed to prepare drinks, several raw materials that will be specified at ingredient are decomposed, then needle Following steps will be executed to stored by the raw material:

A. according to the wine list of preparation, particular number needed for decompositing corresponding raw material and these types of raw material.

B. control device is first depending on the position of the second optoelectronic switch 680 detection lifter plate 640, and then judges discharging plug Whether whether 840 close the discharge port 520 of mixing and stirring tank 500.If closed, specified discharging solenoid valve 410 is opened And carbonated water metering pump, ice water metering pump, plunger valve 400 is typically in following state at this time:

B1. the motor 320 in the plunger valve driving part 300 in the specified plunger valve 400 of control device control driving Rotation, motor 320 drive plunger valve driving head 340 to move downward by screw rod 330, feed screw nut, plunger valve driving head 340 During moving downward, the piston 420 in plunger valve 400 is driven to move downward, and calculate decline by required raw material quantity Distance, control device can according to carbonated water metering pump, ice water metering pump, discharging solenoid valve and plunger valve accurately discharge.Carbon Outer peripheral surface and stirring of the ice water that the carbonated water and ice water metering pump that sour water metering pump is brought are brought by cloth liquid casing 560 The nozzle 571 of 570 bottom of cloth liquid channel 570 and cloth liquid channel across the inner surface of pipe 540 sprays into mixing and stirring tank 500 Tank body 510 in.

B2. it if required raw material quantity is greater than the raw material quantity currently accommodated in plunger valve 400, needs to store up from raw material Raw material is extracted in tank, closes specified discharging solenoid valve 410 at this time, opens raw material solenoid valve, and control device control driving is specified Plunger valve 400 in plunger valve driving part 300 in motor 320 rotate backward, motor 320 pass through screw rod 330, silk Stem nut driving plunger valve driving head 340 moves upwards, and during plunger valve driving head 340 moves upwards, drives plunger valve 400 In piston 420 move upwards, so that valve chamber in plunger valve 400 is generated negative pressure, so that it may which raw material is drawn into column from head tank In the valve chamber of plug valve 400, it is then shut off raw material solenoid valve and motor 320.

C. after in the tank body 510 that all raw materials and carbonated water, ice water all flow into mixing and stirring tank 500, control device is opened Rotating electric machine 650 in dynamic stirring driving machine structure 600, rotating electric machine 650 drive the agitating shaft 710 in blender 700 to rotate, turn Dynamic agitating shaft 710 drives agitator disk 820 to rotate, and the agitator disk 820 of rotation generates vortex for the tank body of mixing and stirring tank 500 Various raw materials, carbonated water, ice water in 510 stir evenly.

D. after mixing evenly, control device opens for the various raw materials in the tank body 510 of mixing and stirring tank 500, carbonated water, ice water Lifting motor 620 in dynamic stirring driving machine structure 600 rotates, and lifting motor 620 drives lifting driving screw rod 630 to rotate, rotation Lifting driving screw rod 630 by lifting driving nut drive lifter plate 640 move downward, 640 band of lifter plate moved downward Dynamic rotating electric machine 650 moves downward, and the rotating electric machine moved downward is moved downward by the agitating shaft 710 in blender 700, to The agitating shaft 710 of lower movement drives discharging plug 840 to move downward, and opens the discharge port 520 of 500 bottom of mixing and stirring tank, allows Prepared drinks flow into the cup of 500 lower section of mixing and stirring tank.

E. after the drinks in the tank body 510 of mixing and stirring tank 500 all flow out, control device starts stirring driving machine structure Lifting motor 620 in 600 rotates backward, and lifting motor 620 drives lifting driving screw rod 630 to rotate backward, counter-rotational Lifting driving screw rod 630 drives lifter plate 640 to move upwards by lifting driving nut, and the lifter plate 640 moved upwards drives Rotating electric machine 650 moves upwards, and the rotating electric machine moved upwards is moved upwards by the agitating shaft 710 in blender 700, upwards The agitating shaft 710 of movement drives discharging plug 840 to move upwards, and the discharging plug 840 moved upwards rises to mixing and stirring tank When 500 520 position of discharge port, discharge on the discharge port 520 of the primary sealing area 841 and mixing and stirring tank 500 on plug 840 Secondary sealing area 521 cooperate, the discharge port 520 of mixing and stirring tank 500 is sealed.

F. after the discharge port 520 of mixing and stirring tank 500 is sealed, control device starts direct drinking metering pump, and cleaning is used Direct drinking by the outer peripheral surface of cloth liquid casing 560 and stir the cloth liquid channel 570 across the inner surface of pipe 540 and cloth liquid The nozzle 571 of 570 bottom of channel sprays into the tank body 510 of mixing and stirring tank 500, and then control device starts stirring driving machine structure Rotating electric machine 650 in 600, rotating electric machine 650 drive the agitating shaft 710 in blender 700 to rotate, the agitating shaft 710 of rotation Agitator disk 820 is driven to rotate, the agitator disk 820 of rotation generates vortex, to 510 inside of tank body of mixing and stirring tank 500 and stirring Disk 820 is cleaned.

G. after the completion of cleaning, control device starts the lifting motor 620 in stirring driving machine structure 600 and rotates, lifting motor 620 drive lifting driving screw rod 630 to rotate, and the lifting driving screw rod 630 of rotation drives lifter plate 640 by lifting driving nut It moves downward, the lifter plate 640 moved downward drives rotating electric machine 650 to move downward, and the rotating electric machine moved downward is by stirring The agitating shaft 710 mixed in device 700 moves downward, and the agitating shaft 710 moved downward drives discharging plug 840 to move downward, and opens The discharge port 520 of 500 bottom of mixing and stirring tank allows the direct drinking after cleaning to be discharged.

H. after the cleaning direct drinking in the tank body 510 of mixing and stirring tank 500 all flows out, control device starting stirring driving Lifting motor 620 in mechanism 600 rotates backward, and lifting motor 620 drives lifting driving screw rod 630 to rotate backward, reversed to turn Dynamic lifting driving screw rod 630 drives lifter plate 640 to move upwards by lifting driving nut, the lifter plate 640 moved upwards Rotating electric machine 650 is driven to move upwards, the rotating electric machine moved upwards is moved upwards by the agitating shaft 710 in blender 700, The agitating shaft 710 moved upwards drives discharging plug 840 to move upwards, and the discharging plug 840 moved upwards rises to mixing and stirs When mixing 520 position of discharge port of tank 500, the discharge port of the primary sealing area 841 and mixing and stirring tank 500 that discharge on plug 840 Secondary sealing area 521 on 520 cooperates, and is sealed to the discharge port 520 of mixing and stirring tank 500, and waiting is made next time Wine.

Claims (11)

1. a kind of automatic rectification component of self-service rectification machine characterized by comprising

One first pallet；

One second pallet, second tray support is in the top of first pallet；

Plunger valve driving part of several circumference uniform distributions on second pallet；

Plunger valve of several circumference uniform distributions on first pallet, each plunger valve driving part drive a plunger valve, Entrance on the plunger cavity of each plunger valve passes through a raw material solenoid valve and connects each cocktail head tank with raw material pipeline；Every The outlet on plunger cavity in one plunger valve is equipped with a discharging solenoid valve；

One is mounted on the mixing and stirring tank of first tray center position, the inner cavity of the mixing and stirring tank and all dischargings The outlet of solenoid valve passes through discharging pipeline connection；The bottom of the mixing and stirring tank is provided with a discharge port；

One is mounted on the stirring driving machine structure of second tray center；

One blender, the upper end of the agitating shaft in the blender and the output end of the stirring driving machine structure are drivingly connected, institute Stating stirring driving machine structure drives the blender to rotate and go up and down, and the lower end of the agitating shaft in the blender, which is provided with, to be also served as out The stirring-head for expecting plug described also serves as stirring for discharging plug when the blender rises under stirring driving machine structure driving When mixing discharge port position of the head to the mixing and stirring tank, the stirring-head for also serving as discharging plug and the mixing and stirring tank Discharge port cooperation, the discharge port of the mixing and stirring tank are blocked；Water path structure is provided in the blender, the water is logical On the one hand entrance in line structure passes through carbonated water metering pump and carbonated water transfer pipeline connection carbonic acid water storage tank, on the other hand logical It crosses ice water metering pump and ice water transfer pipeline connection ice water storage tank, another further aspect is straight by cleaning direct drinking metering pump and cleaning Transfer pipeline of drinking water connects direct drinking storage tank；Outlet in the water path structure extends in the mixing and stirring tank；

One control device, the control device and the plunger valve driving part, the stirring driving machine structure, the carbonated water meter Measure pump, the control connection of ice water metering pump, direct drinking metering pump.

2. a kind of automatic rectification component of self-service rectification machine as described in claim 1, which is characterized in that the plunger valve driving Component include one be fixed on second pallet bracket, one motor on the bracket, one is fixedly mounted by described The screw rod of motor drive, a plunger valve connecting with the feed screw nut of screw rod engagement and one with the feed screw nut drive Head, the plunger valve driving head are connected with the plunger in corresponding plunger valve, and the motor and control device control connect It connects.

3. a kind of automatic rectification component of self-service rectification machine as claimed in claim 2, which is characterized in that on the bracket also It is provided with a guide rod, the guide sleeve in the plunger valve driving head is set on the guide rod.

4. a kind of automatic rectification component of self-service rectification machine as claimed in claim 2, which is characterized in that pacify on the bracket The first optoelectronic switch equipped with one to detect plunger valve driving head position, first optoelectronic switch and the control fill Confidence number connection.

5. a kind of automatic rectification component of self-service rectification machine as described in claim 1, which is characterized in that the stirring driving machine Structure includes a lifting motor mounting base being supported on second pallet, and one is mounted on the liter in the lifting motor mounting base Motor drops, and a upper end and lifting motor output axis connection, lower end axis are located at the driving screw rod of the lifting on second pallet, One is engaged on the lifting driving nut on the lifting driving screw rod, and one drives the lifter plate that connect of nut with the lifting, and one The rotating electric machine being mounted on the lifter plate, the upper end of the blender pass through the defeated of the lifter plate and the rotating electric machine Axis connection out, the lifting motor and the rotating electric machine and control device control connect.

6. a kind of automatic rectification component of self-service rectification machine as claimed in claim 5, which is characterized in that in the lifting motor The second optoelectronic switch to detect the lifting Board position, second optoelectronic switch and the control are provided in mounting base The connection of device signal.

7. a kind of automatic rectification component of self-service rectification machine as described in claim 1, which is characterized in that described to also serve as discharging stifled Head and stirring-head include the agitator disk for the agitating shaft lower end being fixed in the blender by fastening bolt and are pacified by bearing Mounted in the discharging plug of the agitator disk, the discharging plug is located at the lower section of the agitator disk, sets on the discharging plug It is equipped with primary sealing area, is provided with secondary sealing area on the discharge port of the mixing and stirring tank, when stirring in the blender When mixing axis and carrying the discharging plug and rise to the discharge port position of the mixing and stirring tank, first on the discharging plug is close Secondary sealing area on the discharge port of cover and the mixing and stirring tank cooperates, to the discharge port of the mixing and stirring tank into Row sealing.

8. a kind of automatic rectification component of self-service rectification machine as claimed in claim 7, which is characterized in that in the fastening bolt On be provided with an anti-loosing slice, the outer rim of the anti-loosing slice is embedded into the discharging plug, with prevent discharging plug loosen.

9. a kind of automatic rectification component of self-service rectification machine as described in claim 1, which is characterized in that in the discharging plug Be provided centrally with a through-hole, in order to install fastening bolt.

10. a kind of automatic rectification component of self-service rectification machine as described in claim 1, which is characterized in that the mixing It is provided with an opening at the top of tank, cover board is installed over said opening, several feed inlets are provided on the cover board, it is each The outlet that feed inlet passes through pipeline and corresponding discharging solenoid valve.

11. a kind of automatic rectification component of self-service rectification machine as claimed in claim 10, which is characterized in that the water passage knot Structure includes that the agitating shaft at the center of the cover board is arranged in pass through pipe, be arranged and pass through that be used as the water on pipe logical in the agitating shaft The straight joint of entrance and setting across pipe and are covered in the agitating shaft in the agitating shaft and the agitating shaft in line structure On cloth liquid casing, the outer peripheral surface of the cloth liquid casing and it is described stirring several axis are circumferentially evenly equipped with across the inner surface of pipe To the cloth liquid channel of extension, the bottom in each cloth liquid channel is provided with the nozzle as the outlet in the water path structure, Agitating shaft in the blender passes through the agitating shaft and passes through pipe.