CN107232982A - The powder outlet device of multi-functional beverage dispenser high viscosity powder - Google Patents
The powder outlet device of multi-functional beverage dispenser high viscosity powder Download PDFInfo
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- CN107232982A CN107232982A CN201710307296.5A CN201710307296A CN107232982A CN 107232982 A CN107232982 A CN 107232982A CN 201710307296 A CN201710307296 A CN 201710307296A CN 107232982 A CN107232982 A CN 107232982A
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- powder
- barrel
- high viscosity
- diameter
- beverage dispenser
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J31/00—Apparatus for making beverages
- A47J31/40—Beverage-making apparatus with dispensing means for adding a measured quantity of ingredients, e.g. coffee, water, sugar, cocoa, milk, tea
- A47J31/404—Powder dosing devices
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- Engineering & Computer Science (AREA)
- Food Science & Technology (AREA)
- Mixers Of The Rotary Stirring Type (AREA)
- Filling Or Emptying Of Bunkers, Hoppers, And Tanks (AREA)
Abstract
The powder outlet device of multi-functional beverage dispenser high viscosity powder of the present invention, there is powder chute, agitator, barrel, stir pedestal and go out powder bar, described agitator is arranged in barrel, stir the bottom that pedestal is arranged on barrel, go out powder bar to be arranged in stirring pedestal, go out powder chute to be arranged at the front end meal outlet of stirring pedestal, agitator with powder bar is gone out released and dropped out via powder chute is gone out by rotation simultaneously by the powder in barrel.Various oiliness or high viscosity powder can be successfully managed, powder is difficult to accumulate in meal outlet, it is ensured that normally go out powder, and ensure out powder precision, improve powder and go out powder utilization rate.
Description
Technical field
Go out powder dress the present invention relates to the technical field of multi-functional beverage dispenser, especially multi-functional beverage dispenser high viscosity powder
Put.
Background technology
At present, the traditional multi-functional beverage dispenser powder outlet device of in the market is all to go out the cooperation of powder bar using gear and helix
Mode goes out powder, and when using oil-containing or viscosity larger powder, not only going out powder precision can not be ensured, powder is also easy in powder box inwall
Upper bonding, causes powder to go out the extremely low phenomenon of powder utilization rate.And powder, easily in meal outlet accumulation, influence normally goes out powder.
The content of the invention
The technical problem to be solved in the present invention is：In order to overcome the deficiencies in the prior art to have there is provided one kind
Effect is to various oiliness or the powder outlet device of the multi-functional beverage dispenser high viscosity powder of high viscosity powder.
The technical solution adopted for the present invention to solve the technical problems is：The powder that goes out of multi-functional beverage dispenser high viscosity powder is filled
Put, there is powder chute, agitator, barrel, stir pedestal and go out powder bar, described agitator is arranged in barrel, stirring
Pedestal is arranged on the bottom of barrel, goes out powder bar and is arranged in stirring pedestal, goes out before powder chute is arranged on stirring pedestal and brings out powder
At mouthful, agitator with powder bar is gone out released and dropped out via powder chute is gone out by rotation simultaneously by the powder in barrel.
Further specifically, in above-mentioned technical proposal, some are intensively distributed with the teeter column of described agitator
Puddler for uniformly breaing up powder in barrel, some puddlers are included positioned at teeter column top half and for support material
Some of powder upper puddlers and positioned at teeter column the latter half and for pushing down on some of powder in feed cylinder in cylinder
Lower puddler.
Further specifically, in above-mentioned technical proposal, the bottom of described teeter column, which also has, to be used to break up stirring base
Powder breaks up mechanism one in seat.
Further specifically, in above-mentioned technical proposal, the described front end for going out powder bar also has oblique for breaing up out powder
Powder breaks up mechanism two in road.
Further specifically, in above-mentioned technical proposal, the described main cylinder by being sequentially connected with from top to bottom of barrel
Barrel section, coniform middle barrel section and cylindric blanking tube section composition on shape, the diameter of cylindric upper barrel section is more than cylindric
The diameter of blanking tube section.
Further specifically, in above-mentioned technical proposal, some described upper puddlers and coniform middle barrel section phase
Corresponding and uniform spiral is arranged on teeter column upwards, and the end of every upper puddler is mounted on volute spring, volute spring
Interference is fitted between one end of middle major diameter and material tube inner wall；Some described lower puddlers are relative with cylindric blanking tube section
Answer and uniform spiral is arranged on teeter column downwards.
Further specifically, in above-mentioned technical proposal, described mechanism one of breaing up includes support beam, two rollers and two
Root multi-diameter shaft, described support beam is arranged on the bottom of teeter column, and two rollers are attached separately to the two ends of support beam, and two rollings
Wheel is erected in coniform middle barrel section, and two multi-diameter shafts are symmetrically arranged in support beam, the top shaft part in every multi-diameter shaft
Diameter, which is more than on the diameter of bottom shaft part, and bottom shaft part in every multi-diameter shaft, is set with flexible pipe, and the end of flexible pipe with
Stir the inwall laminating of pedestal.
Further specifically, in above-mentioned technical proposal, described mechanism two of breaing up includes small kidney-shaped ring and big kidney-shaped ring,
Described small kidney-shaped ring is located at out the front end of powder bar, and big kidney-shaped ring is located at the front end of small kidney-shaped ring, and big kidney-shaped ring is located at powder
In chute.
The beneficial effects of the invention are as follows：Various oiliness or high viscosity powder can be successfully managed, powder is difficult in meal outlet
Accumulation, it is ensured that normally go out powder, and ensure out powder precision, improve powder and go out powder utilization rate.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
There is the accompanying drawing used required in technology description to do simply to introduce.
Fig. 1 is the structural representation of the present invention；
Fig. 2 is the decomposition texture schematic diagram of the present invention；
Fig. 3 is the structural representation of agitator；
Fig. 4 is Fig. 3 front view；
Fig. 5 is the structural representation of barrel；
Fig. 6 is the fundamental diagram of the present invention.
In figure marked as：1st, barrel lid；2nd, material motor is stirred；3rd, barrel lid fixed support；4th, outer drive sleeve；5th, motor is pacified
Capping；6th, lid inner cap is expected；7th, agitator；8th, barrel；9th, sealing ring；10th, pedestal is stirred；11st, powder chute is gone out；12nd, spring is stirred；
13rd, powder bar is gone out；14th, rear seat ring；8-1, cylindric upper barrel section；8-2, coniform middle barrel section；8-3, cylindric blanking tube section；
7-1, stirring column；7-2, upper stirring cross bar；7-3, lower stirring cross bar；7-4, volute spring；7-5, support beam；7-6, rolling
Wheel；7-7, multi-diameter shaft.
Embodiment
In conjunction with the accompanying drawings, the present invention is further explained in detail.These accompanying drawings are simplified schematic diagram, only with
Illustration illustrates the basic structure of the present invention, therefore it only shows the composition relevant with the present invention.
See Fig. 1~6, the powder outlet device of multi-functional beverage dispenser high viscosity powder with barrel lid 1, stirs material motor 2, barrel
Lid fixed support 3, outer drive sleeve 4, motor install lid 5, material lid inner cap 6, agitator 7, barrel 8, sealing ring 9, stirring pedestal 10,
Go out powder chute 11, stirring spring 12, go out powder bar 13 and rear seat ring 14.
Motor installs the top that lid 5 is arranged on material lid inner cap 6, and stirring motor 2 is arranged on motor and installed on lid 5, outer transmission
Set 4, which is arranged on, to be stirred on the output shaft of material motor 2, and barrel lid 1 is arranged on the top that motor installs lid 5, and barrel lid fixed support 3 is pacified
Lid 5 is installed in barrel lid 1 and for barrel lid 1 to be fixed on into motor；The sealing ring that sealing ring 9 is arranged on barrel 8 is pacified
In tankage, the gap between the filling outer wall of barrel 8 and enclosure top barrel mounting hole prevents having in dismounting cleaning agitator 7
Powder is unrestrained to be entered inside machine, while sealing ring 9 also functions to certain cushioning effect, is reduced when powder outlet device works and machine
Produce the noise that resonance is sent.Agitator 7 is arranged in barrel 8, and stirring pedestal 10 is arranged on the bottom of barrel 8, goes out powder bar 13
Play a part of conveying powder in stirring pedestal 10.Seat ring 14 is arranged on the rear end of stirring pedestal 10 and for that will go out afterwards
Powder bar 13 is fixed in stirring pedestal 10, i.e., rear seat ring 14 prevents from jumping before and after it for fixing powder bar 13.Go out powder chute 11
At the front end meal outlet of stirring pedestal 10, agitator 7 rotates the powder release in barrel 8 simultaneously simultaneously with powder bar 13 is gone out
Dropped out via powder chute 11 is gone out.Stirring spring 12 is arranged on out the front end of powder bar 13, goes out and stirring spring is driven when powder bar 13 is rotated
12 rotate together, while stirring the material work of motor 2, go out the work of powder motor, drive out the rotate counterclockwise of powder bar 13, will stir pedestal
Powder in 10 is released.Agitator 7 rotates in the case where stirring the drive of material motor 2, by powder carry to pedestal 10 is stirred, forms powder
The equilibrium of supply and demand.The powder material scattering that stirring spring 12 will be delivered to out in powder chute 11, prevents powder from going out heap in powder chute 11
Product.That is, go out powder bar 13 when powder outlet device carries out out powder action, go out powder bar 13 and rotated simultaneously with agitator 7, go out powder bar 13
Play a part of a transverse direction and push away powder, the powder stirred in pedestal 10 is released, dropped out via powder chute 11 is gone out, completion finally goes out
The action of powder.Going out the front end of powder bar 13 can prevent powder from going out powder chute 11 by into the powder material scattering gone out in powder chute 11
Interior bonding is accumulated and influences normally to go out powder and go out the precision of powder.
Some puddlers for being used to uniformly break up powder in barrel 8 are intensively distributed with the teeter column 7-1 of agitator 7,
Some puddlers are included positioned at teeter column 7-1 top halfs and for some upper puddler 7-2 of powder in support barrel 8
With positioned at teeter column 7-1 the latter half and for pushing down on some lower puddler 7-3 of powder in feed cylinder 8.Specifically,
The stirring column 7-1 of agitator 7 top uniform spiral be placed with upwards nine it is corresponding with coniform middle barrel section 8-2 upper
Cross bar 7-2 is stirred, and every upper stirring cross bar 7-2 top is equal apart from the spacing of barrel 8.The upper stirring of arbitrary neighborhood two is horizontal
Angle between bar 7-2 is equal, is 45 ° of angles.Spacing between the upper stirring cross bar 7-2 of arbitrary neighborhood two is equal, spacing
It is 9mm.Every upper stirring cross bar 7-2 end is mounted on volute spring 7-4.One end of major diameter in volute spring 7-4
Interference is fitted between the inwall of barrel 8, there is pretightning force.During 7 rotate counterclockwise of agitator, nine upper stirring cross bar 7-2 are to powder
The lift pushed upwards is formed, the motive force upward to powder plays one to the powder of the top half 40% or so of barrel 8
Determine the effect of support, effectively gravitational pressure of the reduction to the powder of 8 bottom of barrel 60%, it is ensured that the powder of 8 bottom of barrel 60% or so
Density do not have big change, so as to ensure powder precision.That is, when rotated, the puddler of dense distribution can be with for agitator 7
Powder in barrel 8 is effectively uniformly broken up.The top half of agitator 7 plays one to the powder of the first half in barrel 8
The effect of support, prevents the powder in the latter half of barrel 8 and stirring pedestal 10 because by density after the compressing of powder gravity above
Become larger and influence powder precision.
Teeter column 7-1 bottom, which also has, to be used to break up powder in stirring pedestal 10 and breaks up mechanism one.Break up mechanism one
Teeter column 7-1 bottom, two are arranged on including support beam 7-5, two roller 7-6 and two multi-diameter shaft 7-7, support beam 7-5
Roller 7-6 is attached separately to support beam 7-5 two ends, and two roller 7-6 are erected on coniform middle barrel section 8-2, two ranks
Terraced axle 7-7 is symmetrically arranged on support beam 7-5, and the diameter of the top shaft part in every multi-diameter shaft 7-7 is more than the diameter of bottom shaft part,
And flexible pipe is set with the bottom shaft part in every multi-diameter shaft 7-7, and the end of flexible pipe is fitted with stirring the inwall of pedestal 10.
Going out the front end of powder bar 13 also has be used to break up out powder in powder chute 11 to break up mechanism two.Break up the bag of mechanism two
Small kidney-shaped ring 13-1 and big kidney-shaped ring 13-2 are included, small kidney-shaped ring 13-1 is located at out the front end of powder bar 13, and big kidney-shaped ring 13-2 is located at
Small kidney-shaped ring 13-1 front end, and big kidney-shaped ring 13-2 is located in powder chute 11.
Main cylindric upper barrel section 8-1, coniform middle the barrel section 8-2 and circle by being sequentially connected with from top to bottom of barrel 8
Column blanking tube section 8-3 compositions, cylindric upper barrel section 8-1 diameter is more than cylindric blanking tube section 8-3 diameter.It is easy to add
Do not leaked outside during powder, cylindric upper barrel section 8-1 and coniform middle barrel section 8-2 are exposed in machine exterior, can be intuitively
Reflect the service condition of powder in powder drum 8, it is to avoid occur to lack material phenomenon.Compared to traditional square magazine, cylindrical orthogonal
The rule of barrel 8 and without dead angle, the agitator 7 for being aided with adaptation has prevented the phenomenon of the inwall powder of barrel 8 residual, carried to greatest extent
The utilization rate of powder in high barrel 8.
Some upper puddler 7-2 are corresponding with coniform middle barrel section 8-2 and uniform spiral is arranged in teeter column upwards
On 7-1, every upper puddler 7-2 end is mounted on one end of major diameter and material in volute spring 7-4, volute spring 7-4
Interference is fitted between 8 inwalls of cylinder；Some lower puddler 7-3 are corresponding with cylindric blanking tube section 8-3 and uniform spiral is downward
It is arranged on teeter column 7-1.Volute spring 7-4 can scrape the powder of the inwall of blanking barrel 8 when agitator 7 rotates.Upper stirring cross bar 7-2
The volute spring 7-4 of end when rotated scrapes the powder on coniform middle barrel section 8-2 inwalls, prevents powder from accumulating, enters
One step improves the utilization rate of powder.
Stirring column 7-1 bottom uniform spiral be placed with downwards 11 it is corresponding with cylindric blanking tube section 8-3
Lower stirring cross bar 7-3, stirring cross bar 7-3 top is also equal apart from the spacing of barrel 8 under every, is stirred under arbitrary neighborhood two
Angle between cross bar 7-3 is also equal, is 45 ° of angles.Spacing between cross bar 7-3 also phase is stirred under arbitrary neighborhood two
Deng spacing is 9mm.Cross bar 7-3 is stirred during 7 rotate counterclockwise of agitator, under 11 while powder is broken up, by powder
Push downwards, the powder pushed downwards and the powder outlet quantity formation equilibrium of supply and demand prevent the bottom powder density step-down of barrel 8 and influence
Powder precision.That is, the latter half of agitator 7 plays a part of pushing downwards to powder in barrel 8, supplements because going out powder and the powder of reduction
Material, the equilibrium of supply and demand is formed between powder supplies and gone out powder, prevents from causing to stir pedestal 10 because the supply of powder is less than powder
Interior powder density diminishes or formed hollow and influences powder precision or can not normally go out powder.
The bottom for stirring column 7-1 is provided with support beam 7-5, and support beam 7-5 two ends are respectively arranged with roller 7-6, two
Roller 7-6 is erected on coniform middle barrel section 8-2, plays a part of positioning and supporting agitator 7.When agitator 7 rotates, rolling
It is rolling friction to take turns between 7-6 and coniform middle barrel section 8-2, greatly reduces the resistance being subject to when agitator 7 rotates.
The diameter for the top shaft part being arranged with support beam 7-5 in two multi-diameter shafts 7-7, every multi-diameter shaft 7-7 is big
In the diameter of bottom shaft part, a diameter of 13mm of top shaft part, a diameter of 4mm of bottom shaft part, in every multi-diameter shaft 7-7 under
Flexible pipe is set with portion's shaft part, the external diameter of flexible pipe is 8mm, and the length of flexible pipe is 25mm, end and the stirring pedestal 10 of flexible pipe
Inwall laminating.When agitator 7 rotates, the powder of the bottom of barrel 8 is sufficiently stirred for, broken up by two multi-diameter shaft 7-7, prevents stirring
Powder in pedestal 10 is compacted, and flexible pipe scrapes the powder stirred on the inwall of pedestal 10, improves the utilization of powder in barrel 8
Rate.That is, when agitator 7 rotates, its end can effectively break up the powder in stirring pedestal, prevent powder in stirring pedestal 10
Interior bonding is blocking or because agitator 7 applies the active force pushed downwards to powder and is compacted the powder stirred in pedestal 10,
Powder precision further is ensured.
Using the above-mentioned desirable embodiment according to the present invention as enlightenment, by above-mentioned description, relevant staff is complete
Various changes and amendments can be carried out without departing from the scope of the technological thought of the present invention' entirely.The technology of this invention
Property scope is not limited to the content on specification, it is necessary to its technical scope is determined such as right.
Claims (8)
1. the powder outlet device of multi-functional beverage dispenser high viscosity powder, it is characterised in that：Have powder chute (11), agitator (7),
Barrel (8), stirring pedestal and go out powder bar (13) at (10), and described agitator (7) is arranged in barrel (8), stirs pedestal
(10) bottom of barrel (8) is arranged on, goes out powder bar (13) and is arranged in stirring pedestal (10), goes out powder chute (11) and is arranged on stirring
At the front end meal outlet of pedestal (10), agitator (7) and go out powder bar (13) at the same rotation the powder in barrel (8) is released and passed through
Dropped out by going out powder chute (11).
2. the powder outlet device of multi-functional beverage dispenser high viscosity powder according to claim 1, it is characterised in that：Described stirs
Mix and some are intensively distributed with the teeter column (7-1) of device (7) are used to uniformly break up the puddler of barrel (8) interior powder, it is some
Root puddler is included positioned at teeter column (7-1) top half and for some upper puddler (7- of support barrel (8) interior powder
2) and positioned at teeter column (7-1) the latter half and for pushing down on some lower puddlers (7-3) of feed cylinder (8) interior powder.
3. the powder outlet device of multi-functional beverage dispenser high viscosity powder according to claim 2, it is characterised in that：Described stirs
Mixing the bottom of post (7-1) also has be used to breaing up stirring pedestal (10) interior powder to break up mechanism one.
4. the powder outlet device of multi-functional beverage dispenser high viscosity powder according to claim 1, it is characterised in that：Described goes out
The front end of powder bar (13) also has be used to breaing up out powder chute (11) interior powder to break up mechanism two.
5. the powder outlet device of multi-functional beverage dispenser high viscosity powder according to claim 1, it is characterised in that：Described material
Cylinder (8) is main (8-2) and cylindric by the cylindric upper barrel section (8-1) that is sequentially connected with from top to bottom, coniform middle barrel section
Blanking tube section (8-3) composition, the diameter of cylindric upper barrel section (8-1) is more than the diameter of cylindric blanking tube section (8-3).
6. the powder outlet device of multi-functional beverage dispenser high viscosity powder according to claim 5, it is characterised in that：If described
Puddler (7-2) is corresponding with coniform middle barrel section (8-2) on dry root and uniform spiral is arranged in teeter column (7-1) upwards
On, the end of every upper puddler (7-2) be mounted in volute spring (7-4), volute spring (7-4) one end of major diameter with
Interference is fitted between barrel (8) inwall；Some described lower puddlers (7-3) are corresponding with cylindric blanking tube section (8-3)
And uniform spiral is arranged in downwards on teeter column (7-1).
7. the powder outlet device of multi-functional beverage dispenser high viscosity powder according to claim 3, it is characterised in that：Described beats
Dissipating mechanism one includes support beam (7-5), two rollers (7-6) and two multi-diameter shafts (7-7), and described support beam (7-5) is set
In teeter column (7-1) bottom, two rollers (7-6) are attached separately to support beam (7-5) two ends, and two roller (7-6) framves
It is located on coniform middle barrel section (8-2), two multi-diameter shafts (7-7) are symmetrically arranged in support beam (7-5), every multi-diameter shaft (7-
7) diameter of the top shaft part in, which is more than on the diameter of bottom shaft part, and bottom shaft part in every multi-diameter shaft (7-7), to be set with
There is flexible pipe, and the end of flexible pipe is fitted with the inwall of stirring pedestal (10).
8. the powder outlet device of multi-functional beverage dispenser high viscosity powder according to claim 4, it is characterised in that：Described beats
Dissipating mechanism two includes small kidney-shaped ring (13-1) and big kidney-shaped ring (13-2), and described small kidney-shaped ring (13-1) is located at out powder bar (13)
Front end, big kidney-shaped ring (13-2) is located at the front end of small kidney-shaped ring (13-1), and big kidney-shaped ring (13-2) is located at powder chute
(11) in.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710094380 | 2017-02-22 | ||
| CN2017100943803 | 2017-02-22 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107232982A true CN107232982A (en) | 2017-10-10 |
| CN107232982B CN107232982B (en) | 2023-08-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710307296.5A Active CN107232982B (en) | 2017-02-22 | 2017-05-04 | Powder discharging device for high-viscosity powder of multifunctional beverage machine |
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| Publication number | Publication date |
|---|---|
| CN107232982B (en) | 2023-08-18 |
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Effective date of registration: 20180214 Address after: 213015 Jiangsu province Changzhou City Zhonglou District Yonghong Street Cheongdam Road No. 254 Applicant after: CHANGZHOU PILOT ELECTRONIC Co.,Ltd. Address before: 213015 Jiangsu province Changzhou City Zhonglou District Yonghong Street Cheongdam Road No. 254 Applicant before: Zhou Li |
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