CN203736071U - Dosing device for discharging powdered and granular materials through conversion into weight values - Google Patents
Dosing device for discharging powdered and granular materials through conversion into weight values Download PDFInfo
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- CN203736071U CN203736071U CN201420011538.8U CN201420011538U CN203736071U CN 203736071 U CN203736071 U CN 203736071U CN 201420011538 U CN201420011538 U CN 201420011538U CN 203736071 U CN203736071 U CN 203736071U
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- 238000007599 discharging Methods 0.000 title abstract description 9
- 239000008187 granular material Substances 0.000 title abstract description 6
- 239000012254 powdered material Substances 0.000 title abstract 3
- 238000006243 chemical reaction Methods 0.000 title abstract 2
- 239000000463 material Substances 0.000 claims abstract description 58
- 230000005540 biological transmission Effects 0.000 claims abstract description 43
- 210000005224 forefinger Anatomy 0.000 claims description 28
- 239000000203 mixture Substances 0.000 claims description 28
- 239000002245 particle Substances 0.000 claims description 23
- 230000033228 biological regulation Effects 0.000 claims description 16
- 230000009189 diving Effects 0.000 claims description 12
- 210000003813 thumb Anatomy 0.000 claims description 9
- 210000004247 hand Anatomy 0.000 claims description 8
- 238000009966 trimming Methods 0.000 claims description 8
- 238000004519 manufacturing process Methods 0.000 claims description 7
- VYPSYNLAJGMNEJ-UHFFFAOYSA-N Silicium dioxide Chemical compound O=[Si]=O VYPSYNLAJGMNEJ-UHFFFAOYSA-N 0.000 claims description 6
- 238000007790 scraping Methods 0.000 claims description 5
- 239000012780 transparent material Substances 0.000 claims description 5
- 230000000694 effects Effects 0.000 claims description 4
- 235000013305 food Nutrition 0.000 claims description 4
- 238000013016 damping Methods 0.000 claims description 3
- 238000011002 quantification Methods 0.000 claims description 3
- 238000006748 scratching Methods 0.000 claims description 3
- 230000002393 scratching effect Effects 0.000 claims description 3
- 239000000377 silicon dioxide Substances 0.000 claims description 3
- 238000009987 spinning Methods 0.000 claims description 3
- 230000000712 assembly Effects 0.000 claims 1
- 238000000429 assembly Methods 0.000 claims 1
- 235000013409 condiments Nutrition 0.000 description 10
- 239000000843 powder Substances 0.000 description 9
- 150000003839 salts Chemical class 0.000 description 9
- 238000000034 method Methods 0.000 description 7
- 238000010411 cooking Methods 0.000 description 5
- 210000003811 finger Anatomy 0.000 description 5
- -1 end Substances 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 235000013336 milk Nutrition 0.000 description 2
- 239000008267 milk Substances 0.000 description 2
- 210000004080 milk Anatomy 0.000 description 2
- 235000013599 spices Nutrition 0.000 description 2
- 238000005406 washing Methods 0.000 description 2
- 229920002472 Starch Polymers 0.000 description 1
- 241001079064 Zanthoxylum schinifolium Species 0.000 description 1
- 239000012773 agricultural material Substances 0.000 description 1
- 238000012271 agricultural production Methods 0.000 description 1
- 238000010009 beating Methods 0.000 description 1
- 230000006835 compression Effects 0.000 description 1
- 238000007906 compression Methods 0.000 description 1
- 230000001276 controlling effect Effects 0.000 description 1
- 230000007547 defect Effects 0.000 description 1
- 230000000881 depressing effect Effects 0.000 description 1
- 230000000994 depressogenic effect Effects 0.000 description 1
- 238000003032 molecular docking Methods 0.000 description 1
- LPUQAYUQRXPFSQ-DFWYDOINSA-M monosodium L-glutamate Chemical compound [Na+].[O-]C(=O)[C@@H](N)CCC(O)=O LPUQAYUQRXPFSQ-DFWYDOINSA-M 0.000 description 1
- 235000013923 monosodium glutamate Nutrition 0.000 description 1
- 239000004223 monosodium glutamate Substances 0.000 description 1
- 235000011837 pasties Nutrition 0.000 description 1
- 230000001105 regulatory effect Effects 0.000 description 1
- 235000019698 starch Nutrition 0.000 description 1
- 239000008107 starch Substances 0.000 description 1
- 238000003756 stirring Methods 0.000 description 1
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
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- Food-Manufacturing Devices (AREA)
Abstract
The utility model relates to a dosing device, in particular to a dosing device for discharging powdered and granular materials through conversion into weight values. The dosing device is mainly used for dosing of the powdered and granular materials discharged in a kitchen. The dosing device comprises a shell. The inner wall of the opening end of the shell is provided with threads which are in screwed connection with a material container. The radial surface of the outer side of the shell is provided with a discharge pipe used for discharging the materials. The upper end face of the shell is provided with a transmission shaft sleeve, and a transmission shaft is installed in the transmission shaft sleeve. The dosing device is characterized in that one end of the transmission shaft and a connecting shaft amount control component outside the shell are connected into a whole, and the other end of the transmission shaft is connected with a dosing mechanism in the shell; the dosing mechanism in the shell is communicated with the discharge pipe; the materials carried in the dosing mechanism fall off the discharge pipe after dosing by rotating the connecting shaft amount control component. Compared with the prior art, the dosing device is simple in structure, the dosing mechanism and the amount control mechanism are reasonably assembled, and the application range of the materials is wide.
Description
Technical field
The utility model relates to a kind of proportioning device, is specifically related to a kind of weight numerical value that converts to for exporting the proportioning device of form of powdery particles material, be mainly used in kitchen output powder, end, granular material quantitatively.
Background technology
People in the time carrying out cooking food, need to add easily and accurately condiment (as: salt, sugar, monosodium glutamate., Chinese prickly ash., five-spice powder etc.), adopt quantitative tool manipulation more; In the time taking other form of powdery particles article (as: milk powder, washing powder, agricultural material product), also need to operate easily by quantitative tool.The patent No. is 201220493208.8 disclosed proportioning devices, although it is very easy to use, but also there is some defects and problem: (1) universal driving shaft return mechanism is too complicated, performance reliability is poor, (2) inflatable body has increased production difficulty and cost, the quantitative disk of (3) 2,3,4 groups of amounts and quantitative mechanism design thereof are unreasonable, should simplify.
Summary of the invention
In order to solve the problem existing in background technology, the utility model provides a kind of weight numerical value that converts to for exporting the proportioning device of form of powdery particles material; 1. this proportioning device has been simplified power transmission shaft return mechanism, has 2. expanded discharging opening cross section, has removed inflatable body, has 3. improved quantitative disk and quantitative mechanism thereof and control measuring mechanism.
Concrete technical solution of the present invention is as follows:
This converts weight numerical value to for exporting the proportioning device of form of powdery particles material, comprise housing, on the openend inwall of described housing, be provided with the screw thread spinning with loaded material container, on hull outside diametric plane, be provided with the discharge nozzle for outputting material, the upper surface of housing is provided with propeller shaft tube, drive shaft cartridge is in axle sleeve, on one end of power transmission shaft and housing, be provided with control measuring mechanism, on the other end of power transmission shaft and the inwall of housing, be provided with quantitative mechanism, it is characterized in that: the connecting shaft control amount parts outside one end and the housing of described power transmission shaft are connected as a single entity, the other end of described power transmission shaft is connected with the quantitative mechanism in housing, quantitative mechanism in described housing and discharge nozzle connect, by rotating connecting shaft control amount parts, the material that quantitative mechanism band carries is dropped out from discharge nozzle after quantitatively.
Described quantitative mechanism comprises quantitative disk assembly and quantitative wall panel assembly; Described quantitative disk assembly is made up of cushion cover between reel and quantitative disk ring set, between described reel, cushion cover center is shaped with the hexagonal quantitative disk axis hole of the use that is connected with connecting shaft control amount parts, on its outer diametric plane, be shaped with three locating slot pins with the stationary fit of quantitative disk ring set, described quantitative disk ring set employing meets the requirement of state food utensil, has appropriate flexible silica type material, to scrape with blade or trapezoidal scraping with blade and be distributed on cover plate below by the circumference graduation angle of instructions for use by some identical rectangles, described in to scrape with the space forming between every two of blade be quantitative lattice; Described quantitative wall panel assembly is made up of discharge chute mouth and the quantitative wallboard that is symmetricly set on discharge chute mouth both sides, and be connected as a single entity, the circumference graduation angle of described discharge chute mouth, quantitative wallboard, quantitative disk axis hole and quantitative lattice is suitable, the height of described quantitative wallboard with scrape with the height of blade suitablely, described quantitative lattice rotate to discharge chute mouth with the quantitative cavity that quantitatively wallboard surrounds continuously to carry out quantitatively and output; Described discharge chute mouth and the quantitatively radius value of wallboard are greater than the radius value of the quantitative disk ring set of all outfits, the increase and decrease of described its quantitative cavity volume of quantitative mechanism is by the radius value of increase and decrease quantitative disk ring set, the radius value that correspondingly subtracts cushion cover between increasing reel is realized simultaneously, described not isometric quantitative disk assembly is according to the proportion of different material, by the required output quantity customization of difference, and customizes, shows and export with the numerical value that volume is converted to weight.
Described control measuring mechanism comprises the backstop that can resistance trimming pauses that pauses the resistance arranging on the connecting shaft driver plate that is connected as a single entity with power transmission shaft upper end, the outer diametric plane of connecting shaft driver plate the sense of touch gear convex line that arranges on retaining groove, hull outside diametric plane and discharge nozzle arrange above; The described resistance retaining groove that pauses is corresponding with the circumference graduation angle of shell quantifi-cation lattice with sense of touch gear convex line, and the rotating speed of the lattice number that while dialling connecting shaft driver plate for rubbing with the hands, quantitative lattice rotate and a resistance connecting shaft driver plate, makes material fully drop to discharge nozzle, belongs to motor-driven shelves control amount; Described discharge nozzle adopts the manufacture of dedicated transparent material, and its two sides indicate gram degree that volume is converted to weight numerical value, after covering elastic force seal cover, observe quantitative and temporary material.
Described control measuring mechanism comprises that resistance that the forefinger connecting shaft rub wheel that is connected as a single entity with power transmission shaft lower end, the outer diametric plane of forefinger connecting shaft rub wheel upper end arrange determine the backstop that can resistance trimming pauses of sense of touch gear convex line that retaining groove, the outer diametric plane of housing lower end arrange and the setting of housing lower surface; A resistance retaining groove is corresponding with the circumference graduation angle of quantitative lattice with sense of touch gear convex line; While turning forefinger connecting shaft rub wheel for forefinger stranding, sense of touch is rotated the rotating speed of gear number and a resistance forefinger connecting shaft rub wheel, is easy to hold whereabouts and the output quantity of material.
Described control measuring mechanism comprises with power transmission shaft upper end is connected as a single entity to be dialled handle connecting shaft driver plate, dials the gear projection on handle and housing end face of dialling on handle connecting shaft driver plate; Dial handle corresponding with the circumference graduation angle of quantitative lattice with gear projection; While dialling handle connecting shaft driver plate for scratching, sense of touch gear or quilt resistance are parked in gear projection place.
Described control measuring mechanism comprises regulation and control connecting shaft driver plate, stroke shelves assembly and the resistance shelves assembly being connected as a single entity with power transmission shaft upper end; Described stroke gear assembly comprises the shared gear groove of the stroke shelves, a resistance shelves and the sense of touch shelves that are arranged on the convex ring body of housing upper end, be enclosed within a regulation and control assembly that is provided for stroke shelves and a resistance shelves regulation and control on stroke gear blend stop on axle sleeve and regulation and control connecting shaft driver plate end face; Described stroke gear blend stop one end connecting bushing collar, one end connects dials handle, and the collar coordinates for moving with the outer diametric plane of axle sleeve; Described stroke gear regulation and control assembly comprises stroke shelves backing pin and controls two bit selecting grooves of backing pin and locate hoodle, for selecting with or keep off without stroke by pulling up or press down backing pin, by adjusting the gear of two stroke gear blend stops, select the lattice number of quantitative lattice reciprocating rotating; Described stroke, stop, gear groove that sense of touch is shared is corresponding with the circumference graduation angle of quantitative lattice; The described resistance tune power spiral pin can resistance trimming pausing on backstop and regulation and control assembly that gear assembly comprises that regulation and control connecting shaft driver plate lower surface arranges that pauses; Be used for selecting with maybe hindering a gear and adjust a resistance power.
Described control measuring mechanism comprises the connecting shaft ratchet dish, stroke gear assembly and the quil dish assembly that are connected as a single entity with power transmission shaft upper end; Described stroke gear assembly comprises driver plate block and the driver plate return limited block of the stroke retaining groove, positive stop, stroke gear blend stop and the setting of ratchet driver plate lower surface that arrange on housing end face convex ring body; Described stroke gear blend stop one end is connected with the collar being enclosed within on axle sleeve, and the other end is connected with group handle; Described quil dish assembly comprises connecting shaft quil dish, is arranged on the return torsion spring under ratchet and the ratchet driver plate on ratchet driver plate, and return torsion spring one end is inserted in the locating hole of housing end face, and the other end is fixed on the lower surface of ratchet driver plate; Its for make quantitative lattice with unidirectional, continue, the mode of stroke type rotation carries out material output.
Described control measuring mechanism comprises the connecting shaft ratchet dish, drive disk assembly and the operating element that are connected as a single entity with power transmission shaft upper end; Described drive disk assembly comprises connecting shaft ratchet dish, be sleeved on pawl swinging arm on axle sleeve, be arranged on ratchet and swing arm pull bar on pawl swinging arm, be arranged on swing arm limited block and swing arm return torsion spring on housing end face; Described operating element comprise level be connected on the integrated handle skeleton of diametric plane after housing and be arranged on trigger shaft hole sleeve above integrated handle skeleton, be arranged on pushing tie rod arm on trigger shaft hole sleeve and lower surface thereof stroke gear block, stroke retaining groove that convex ring body arranges above, be sleeved on the stroke gear blend stop on trigger shaft hole sleeve and be inserted into connecting shaft trigger and the trigger return torsion spring in trigger shaft hole sleeve, its for unidirectional, continue, draw stroke type and turn quantitative lattice, the consumption that continuous wave output is fixing.
Described control measuring mechanism comprises the connecting shaft drive plate, transmission quantitative part and the operating element that are connected as a single entity with power transmission shaft upper end; Described transmission quantitative part comprises connecting shaft drive plate, be arranged on resistance adjustable on connecting shaft drive plate pause grade diving board and stroke shelves backing pin, be sleeved on stroke shelves blend stop on axle sleeve, be arranged on stroke gear and resistance shared gear groove and a driving-belt of gear above housing end face convex ring body; Described gear groove, a resistance backstop and stroke gear backing pin are corresponding with the circumference graduation angle of quantitative lattice; Described operating element comprises that level is connected on the disjunctor skeleton handle of diametric plane after housing, is arranged on connecting shaft driver plate shaft hole sleeve on disjunctor skeleton handle, is inserted in shaft hole sleeve and thumb connecting shaft driver plate drive plate one and is inserted into the forefinger rub wheel of its axle lower end; Its effect: stroke shelves backing pin is to select with or without stroke gear, the gear of two stroke shelves blend stops is lattice numbers of setting quantitative lattice reciprocating rotation, a resistance adjustable diving board of gear is set with or need not hinder a gear and adjust the size of its resistance power; In the cavity of described handle, have the quantitative disk assembly of two different radii quantitative disk ring sets, for the assembled scheme of preferred different material and consumption.
Advantage of the present invention is as follows:
What the utility model provided converts weight numerical value to for exporting the proportioning device of form of powdery particles material, compared with the prior art, it is simple in structure, quantitative mechanism and the assembly of control measuring mechanism rationally, material applied widely.
Brief description of the drawings
Fig. 1 is rectangular paddle quantitative mechanism structural representation;
Fig. 2 is trapezoid blade quantitative mechanism structural representation;
Fig. 3 is that embodiment cuts open quantitative mechanism and control measuring mechanism structural representation for mono-innings;
Fig. 4 is that embodiment cuts open quantitative mechanism and control measuring mechanism structural representation for bis-innings;
Fig. 5 is that embodiment cuts open quantitative mechanism and control measuring mechanism structural representation for tri-innings;
Fig. 6 is that embodiment cuts open control measuring mechanism structural representation for tetra-innings;
Fig. 7 is that embodiment cuts open control measuring mechanism structural representation for five innings;
Fig. 8 is that embodiment six is controlled measuring mechanism structural representation;
Fig. 9 is that embodiment seven is controlled measuring mechanism structural representation;
detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is described in detail:
embodiment mono-
As shown in figures 1 and 3: this converts weight numerical value to for exporting the proportioning device of form of powdery particles material, is mainly used in the assembly of the various apothecary jars of family.This device has cylindrical housings 1, on the openend inwall of housing 1, be shaped with the screw thread 2 spinning with apothecary jar, on the outer diametric plane of housing 1, be provided with the discharge nozzle 3 for exporting condiment, discharge nozzle 3 use transparent materials are manufactured, its both sides are shaped with gram degree 21 that volume is converted to weight numerical value, and the termination of discharge nozzle 3 is shaped with elastic force seal cover 22; The central authorities of housing 1 upper surface are provided with propeller shaft tube 4, and the upper end of power transmission shaft and groove shelves driver plate 17 are connected as a single entity, and the part of groove shelves connecting shaft driver plate 17 axles is inserted in axle sleeve 4 and is connected with the quantitative disk assembly in housing.
Quantitative mechanism: the structure of groove shelves connecting shaft driver plate 17 its shaft portions successively: with the moving lower surface coordinating, axle sleeve 4 upper surfaces, with the moving power transmission shaft coordinating of axle sleeve 4 aperture surfaces, and the connecting axle of quantitative disk axis hole 7 stationary fits and the screw of compression quantitative disk assembly 5.6 screws; Quantitative mechanism in housing 1 comprises quantitative disk assembly and quantitative wall panel assembly; Quantitative disk assembly is made up of cushion cover between reel 5 and quantitative disk ring set 6; Between reel, its central authorities of cushion cover are shaped with connecting shaft control amount parts and are connected with hexagonal quantitative disk axis hole 7, are shaped with three locating slot pins 8 with 6 stationary fits of quantitative disk ring set on its outer diametric plane; Quantitative disk ring set 6 is with meeting the requirement of state food utensil, having the manufacture of appropriate flexible silica type material, be to be distributed on below cover plate by the circumference graduation angle of instructions for use by scraping with blade 9 of some identical rectangular, scraping the space forming between its every two with blade 9 is quantitative lattice 11.Quantitatively wall panel assembly is made up of discharge chute mouth 12 and the quantitative wallboard 13 that is symmetricly set on discharge chute mouth 12 both sides, and is connected as a single entity; Discharge chute mouth 12 and quantitatively wallboard 13 are suitable with the circumference graduation angle 14 of quantitative disk axis hole 7 and quantitative lattice 11, and discharge chute mouth 12 connects with discharge nozzle 3; Material rotates to discharge chute mouth 12 through the quantitative cavity that quantitatively lattice 11 and quantitative wallboard 13 surround continuously to carry out quantitatively and output.Discharge chute mouth 12 and the quantitatively radius value 15 of wallboard 13 are greater than the radius value 16 of the quantitative disk ring set 6 of all outfits; The increase and decrease of its quantitative cavity volume of quantitative mechanism is the radius 16 by increasing or subtract quantitative disk ring set 6, and the radius that correspondingly subtracts or increase cushion cover 5 between reel is realized simultaneously; The volume of the quantitative cavity of quantitative mechanism is according to the proportion of different condiment, by the required output quantity customization of difference, and customizes, represents and export with weight numerical value.
Described control measuring mechanism comprises: on the groove shelves connecting shaft driver plate 17 that is connected as a single entity with power transmission shaft upper end, groove shelves connecting shaft driver plate 17 outer diametric planes, corresponding resistance pauses that the sense of touch gear convex line 19 that arranges on retaining groove 18, housing 1 outside diametric plane and discharge nozzle 3 arrange above with quantitative lattice 11 the backstop 20 that can resistance trimming pauses; A resistance retaining groove 18 is corresponding with the circumference graduation angle 14 of shell quantifi-cation lattice 11; Its effect is: while rubbing allocating slot shelves connecting shaft driver plate 17 with the hands, feel lattice number and a resistance groove rotating speed that quantitative lattice 11 rotate, make condiment drop out fully down discharge nozzle 3, belong to a kind of motor-driven shelves control amount; Discharge nozzle 3 transparent material manufacture, its two sides are shaped with gram degree 21 that volume is converted to weight numerical value, for covering the quantitative and temporary condiment of the rear observation of elastic force seal cover 22.
Using method and mechanical action: hand-held cylindrical housing 1 when use, plate is opened elastic force seal cover 22, and discharge nozzle 3 is aimed to frying pan down, and at this moment condiment heap is embedded on quantitative wallboard 13; Thumb or left or right are stirred groove shelves connecting shaft driver plate 17, and a resistance shelves diving board 20 is beated, and feel that lattice number that quantitative lattice 11 rotate stops dialling while reaching required amount; Meanwhile, the condiment that quantitatively lattice 11 bands carry on quantitative wallboard 13 turns over discharge chute mouth 12, falls from discharge nozzle 3; Operate discharge nozzle 3 has been kicked up, the condiment container that falls back, then cover seal cover 22.Can also first export condiment and be temporarily stored in transparent discharge nozzle 3, after contrast gram degree 21 observation aequums, break again seal cover 22 into two with one's hands and pour out.
embodiment bis-
As shown in Figure 1 and Figure 4: this converts weight numerical value to for exporting the proportioning device of form of powdery particles material, be mainly used in the quantitative of home cooking salt.This housing is different: the rear edge grain of housing 1 and the upper end of cylindrical tube connect, the lower end flare of cylindrical tube, be shaped with the internal thread 2 being connected with container, in housing 1 and lower surface is shaped with shaft hole sleeve 4, forefinger connecting shaft rub wheel 21 is contained in axle sleeve, goes upper end to be connected with the quantitative impeller assembly in housing 1.This quantitative mechanism and embodiment's mono-is similar.
Described control measuring mechanism comprises; The forefinger connecting shaft rub wheel 21 being connected as a single entity with power transmission shaft lower end, the resistance that forefinger connecting shaft rub wheel 21 outer diametric plane upper ends the arrange resistance of the sense of touch gear convex line 23 that arranges on the outer diametric plane in retaining groove 22, housing 1 lower end and the housing 1 lower surface setting backstop 24 that pauses that pauses; Pause retaining groove 22 and sense of touch gear convex line 23 of resistance in forefinger connecting shaft rub wheel 21 is corresponding with the circumference graduation angle of quantitative lattice 11; When it turns forefinger connecting shaft rub wheel 21 for rubbing with the hands, the quantitative lattice 11 of sense of touch rotate the rotating speed of lattice number and a resistance forefinger connecting shaft rub wheel 21, and salt grain is fully fallen.
Using method and mechanical action: plate is opened seal cover, hold cylindrical tube discharge nozzle 3 is aimed to frying pan down, at this moment salt heap is embedded on quantitative wallboard, by forefinger or left or right rubbing forefinger connecting shaft rub wheel 21, a resistance shelves diving board 24 is beated, quantitatively impeller assembly with carries thereupon and rotates, and feels that quantitative lattice 11 stop rubbing while turning enough aequums; Operated, the discharge nozzle 3 of kicking up is built seal cover 22.Also can first output in discharge nozzle 3, after observation salt and cooking ratio, break again seal cover 22 into two with one's hands, pour out in frying pan.
embodiment tri-
As shown in Figure 2 and Figure 5: this converts weight numerical value to for exporting the proportioning device of form of powdery particles material, be mainly used in various powder, the end of heavy caliber container, quantitatively (as: milk powder, washing powder, agricultural means of production etc.) of granular material.This housing is different: housing 1 is short cylinder, the small cylinder of proportioning device is set in wherein, remainder is designed for the plate hole 35 that finger pinches, the tangent place of large roundlet is provided with seal cover 34 and discharging opening 12, and the following open end edge of housing 1 is shaped with the edge 36 docking with container; The central authorities of small cylinder end face are shaped with axis hole 4, and the axle of dialling handle connecting shaft driver plate 31 is inserted in axis hole 4.Quantitative mechanism in housing 1 is only scraped band blade 10 for trapezoidal, and other is all identical with the quantitative mechanism of embodiment mono-.
Described control measuring mechanism comprises: dial handle connecting shaft driver plate 31, dial the gear projection 33 of dialling handle 32 and housing 1 upper surface on handle connecting shaft driver plate 31 with power transmission shaft upper end is connected as a single entity; Dial handle 32 and gear projection 33 corresponding with the circumference graduation angle 14 of quantitative lattice 11; It dials the dialling when handle 32 of handle connecting shaft driver plate 31 for scratching, finger sense of touch and be parked in the gear place of gear projection 33 by resistance.
Using method and mechanical action: first the edge of housing 1 36 has been clamped on out on the container of envelope, has arrested container on the other hand, another hand is opened seal cover 34, then pinch orifice plate 35 with thumb and middle finger, discharging opening 12 is aimed to vessel down; Dial group handle 32 of handle connecting shaft driver plate 31 with stingy group of forefinger or pushing, gear projection 33 rubs simultaneously, while forwarding required shelves amount to, forefinger slightly does shift motion and is parked in gear projection 33 places by shelves, now answers the material of gear to drop out discharge nozzle 3 with the quantitative impeller assembly load phase of dialling handle connecting shaft driver plate 31 consubstantialities; Operate the discharge nozzle 3 of kicking up, covered seal cover 34.
embodiment tetra-
As shown in Figure 6: this converts weight numerical value to for exporting the proportioning device of form of powdery particles material, be mainly used in the powder materials such as salt, condiment, the pasty mixture of starch and water, the means of agricultural production accurately, repeat to fix quantitatively.This housing 1 is cylindrical, and its openend is shaped with internal thread 2, and its end face central authorities are provided with shaft hole sleeve 4, is provided with transparent material manufacture, is shaped with the discharge nozzle 3 of gram degree on its outer diametric plane, and discharge nozzle 3 terminations are shaped with elastic force seal cover 22.Its quantitative mechanism is identical with embodiment's mono-.
Described control measuring mechanism comprises: regulation and control connecting shaft driver plate 41, stroke shelves assembly and the resistance being connected as a single entity with a power transmission shaft upper end shelves assembly; Described stroke gear assembly comprise on the stroke shelves, damping shelves and the sense of touch that are arranged on housing 1 upper end convex ring body shared gear groove 42, stroke gear blend stop 43 and connecting shaft driver plate, arrange for regulating and controlling the regulation and control assembly 44 of stroke and damping; Described stroke, resistance, the shared gear groove 42 of sense of touch are corresponding with the circumference graduation angle of quantitative lattice 11; Described stroke shelves blend stop 43 one end connecting bushing 4 collars, one end connects dials handle, and the collar coordinates for moving with axle sleeve 4; Described stroke gear regulation and control assembly 44 comprises stroke shelves backing pin 45 and two arc bit selecting grooves on backing pin 46 and location hoodle 47, for by pull up or depression stroke shelves backing pin 45 select with or without stroke gear, select the lattice number of quantitative lattice 11 reciprocating rotatings by adjusting the gear of two blend stops; The described resistance gear assembly that pauses comprises and dials the tune power spiral pin 49 can resistance trimming pausing on backstop 48 and regulation and control assembly 44 that handle connecting shaft driver plate 41 lower surfaces arrange; Its for select with or stop using or adjust the resistance power of pausing of a resistance gear.
Using method and mechanical action: clamp cylindrical housings 1 with thumb and middle finger, break elastic force seal cover 22 into two with one's hands, two 43, stroke shelves gears are placed in the gear groove 42 of aequum, forefinger is inserted in pulling hole, depression stroke shelves backing pin 45, scratches the moving handle connecting shaft driver plate 41 of dialling to being stopped by gear; Now resistance beating of shelves diving board 48 is felt the lattice number that quantitative lattice 11 rotate, and the material that the quantitative impeller assembly band in housing 1 carries simultaneously forwards discharging opening to and dropped out by discharge nozzle 3; Operate the discharge nozzle 3 of kicking up, covered seal cover 22.Also after can keeping in observation, pour out again.
embodiment five
As shown in Figure 7: this converts weight numerical value to for exporting the proportioning device of form of powdery particles material, while being mainly used in restaurant salt for cooking or mixed spices, precisely, quantitative work regularly continuously.This housing 1 is cylindrical housings 1, and housing 1 openend is shaped with internal thread 2, and the central authorities of housing 1 arrange shaft hole sleeve 4, is provided with the transparent discharge nozzle 3 that has gram degree on the outer diametric plane of housing 1, and its termination is shaped with elastic force seal cover 22.Its quantitative mechanism is identical with embodiment's mono-.
Described control measuring mechanism comprises: the connecting shaft ratchet dish 51, the stroke that are connected as a single entity with power transmission shaft upper end keep off assembly and quil dish assembly; Described stroke gear assembly comprises driver plate block 56 and the driver plate return limited block 57 of the stroke retaining groove 52, positive stop 53, stroke gear blend stop 54 and the 55 lower surfaces settings of ratchet driver plate that arrange on housing 1 end face convex ring body, stroke gear blend stop 54 one end are connected on the collar of axle sleeve 4, and the other end is connected with dials handle; Described quil dish assembly comprises connecting shaft quil dish 51, is arranged on the return torsion spring 59 under ratchet 58 and the ratchet driver plate 55 on ratchet driver plate 55, and return torsion spring 59 one end are inserted in the hole of housing 1 end face, and the other end is fixed on the lower surface of ratchet driver plate 55; Its for make quantitative lattice 11 with unidirectional, continue, the mode of stroke type and fixed amount carries out material output.
Using method and mechanical action: clamp cylindrical housings 1 with thumb and middle finger, plate is opened elastic force seal cover 22, discharge nozzle 3 is aimed at frying pan down, forefinger is inserted in pulling hole, scratch moving ratchet driver plate 55, now ratchet 58 withstands the tooth rotation of connecting shaft ratchet dish 51, and the quantitative impeller assembly in housing 1 rotates thereupon, and the material that band carries forwards discharging opening to and falls from discharge nozzle 3; The discharge nozzle 3 of need not kicking up afterwards, the fixing output quantity that operation upper is moved continuously; Operate the discharge nozzle 3 of kicking up, covered seal cover 22.Also can first salt be temporarily stored in discharge nozzle 3, with gram degree contrast and an observation, then uncap and pour out.
embodiment six
As shown in Figure 8: this converts weight numerical value to for exporting the proportioning device of form of powdery particles material, the quantitative work of salt or mixed spices large usage quantity while being mainly used in the restaurant cooking.This housing 1 is cylindrical, and openend is shaped with internal thread 2, and the diametric plane of housing 1 is shaped with discharge nozzle 3, and its front end is shaped with elastic force seal cover 22, is provided with skeleton handle 67 at the rear diametric plane of housing 1; Identical with embodiment mono-of quantitative mechanism.
Described control measuring mechanism comprises: the connecting shaft ratchet dish 61, drive disk assembly and the operating element that are connected as a single entity with power transmission shaft upper end; Described drive disk assembly comprises connecting shaft ratchet dish 61, be sleeved on pawl swinging arm 62 on axle sleeve, be arranged on ratchet 63 and swing arm pull bar 64 on pawl swinging arm 62, be arranged on swing arm limited block 65 and swing arm return torsion spring 66 on housing 1 end face; Described operating element comprise be arranged on handle frame 67 trigger axle shaft hole sleeve 68, pushing tie rod arm 69 and lower surface thereof above stroke gear block 610, stroke retaining groove 611 that convex ring body arranges above, be sleeved on the stroke gear blend stop 612 on shaft hole sleeve 68 and be inserted into the connecting shaft trigger 613 in shaft hole sleeve 68; Pushing pull bar wall 69 is located with screw 615 and is connected with connecting shaft trigger 613 use hexagonal axis holes, and return torsion spring 614 one end are inserted in the hole of skeleton 67 end faces, and the other end is fixed on the lower end of pushing tie rod arm 69; It is for unidirectional, the quantitative lattice of rotation that continue, the consumption that continuous wave output is fixing.
Using method and mechanical action: hold handle 616, stroke shelves shelves bar 612 is placed in the gear groove 611 of aequum, plate is opened elastic force seal cover 22, discharge nozzle 3 is aimed at frying pan down, scratch and move connecting shaft trigger 613 or with thumb promotion pushing pull bar swing arm 69, go to stroke shelves block 610 and stopped by stroke shelves blend stop 612 gears with forefinger; Now rotate with the quantitative impeller assembly of connecting shaft ratchet dish 61 one, the material that band carries corresponding lattice number turns over discharging opening, is dropped out by discharge nozzle 3.Operate the discharge nozzle 3 of kicking up, covered seal cover 22.Also can operate continuously by bad-looking discharge nozzle 3.
embodiment seven
As shown in Figure 9: this converts weight numerical value to for exporting the proportioning device of form of powdery particles material, for connecting larger container, carry out the accurate or Fast Fuzzy ground quantitative work of various powder, end, granular material.This housing 1 is cylindrical, and housing 1 end face central authorities are provided with shaft hole sleeve 4, and the diametric plane of housing is provided with discharge nozzle 3, and its front end is shaped with elastic force seal cover 22, on the rear diametric plane of housing 1, is provided with skeleton handle 77, and the quantitative disk assembly of outfit is housed in the cavity 712 of handle.Its quantitative mechanism is identical with embodiment's mono-.
Described control measuring mechanism comprises: the connecting shaft drive plate 71, transmission quantitative part and the operating element that are connected as a single entity with power transmission shaft upper end; Described transmission quantitative part comprises connecting shaft drive plate 71, be arranged on resistance adjustable on connecting shaft drive plate 71 pause grade diving board 72 and stroke shelves backing pin 73, be sleeved on the stroke shelves blend stop 74 on axle sleeve 4, stroke gear, resistance shared gear groove 75 and the driving-belt 76 of gear that housing end face convex ring body arranges above; Described operating element comprises the shaft hole sleeve 78 that is arranged on skeleton handle 77, be inserted in shaft hole sleeve 78 and thumb connecting shaft driver plates 710 drive plate 79 one and be inserted into the forefinger rub wheel 711 of its axle lower end; Its effect: stroke shelves backing pin 73 is to select with or without stroke gear, the gear groove 75 of two stroke shelves blend stops 74 is lattice numbers of setting quantitative lattice 11 reciprocating rotations, a resistance adjustable diving board 72 of gear is set with or need not hinder a gear and adjust the size of its resistance power.In the cavity 712 of described handle, have the quantitative disk assembly of two different radii quantitative disk ring sets 6, for the assembled scheme of preferred different material or consumption.
Using method and mechanical action: when use, hold handle 712, two stroke gear blend stops 74 are placed in the gear groove 75 of aequum, break seal cover 22 into two with one's hands, discharge nozzle 3 is aimed at vessel; Stir connecting shaft driver plate 710 or by forefinger rubbing forefinger rub wheel 711, now driving-belt 76 drives connecting shaft drive 71 to rotate with thumb, a resistance shelves diving board 72 is beated; When stroke gear shelves pin 73 is depressed, be just parked in stroke shelves blend stop 74 places by resistance, that while not depressing, just can feel a resistance grade diving board 72 beats to hold consumption; Meanwhile, quantitative lattice 11 bands in housing 1 carry material and rotate corresponding lattice number.In addition, can change the quantitative disk assembly being equipped with according to the quantitative lattice of required minimum capacity and different specific weight.
Advantage of the present invention is as follows:
This is practical newly provide convert weight numerical value to for exporting the proportioning device of form of powdery particles material, compared with prior art, simple in structure, quantitative mechanism is reasonable with the assembly of control measuring mechanism, material applied widely.
Above-described embodiment, is preferred embodiment of the present invention, is not used for limiting the scope of the present invention, thus all equivalent variations of being done with content described in the claims in the present invention, within all should being included in the claims in the present invention scope.
Claims (9)
1. one kind converts weight numerical value to for exporting the proportioning device of form of powdery particles material, comprise housing (1), on the openend inwall of described housing (1), be provided with the screw thread (2) spinning with loaded material container, on the diametric plane of housing (1) outside, be provided with the discharge nozzle (3) for outputting material, the upper surface of housing is provided with propeller shaft tube (4), drive shaft cartridge is in axle sleeve, one end of power transmission shaft and housing are provided with control measuring mechanism on (1), on the inwall of the other end of power transmission shaft and housing (1), be provided with quantitative mechanism, it is characterized in that: the outer connecting shaft control amount parts of one end of described power transmission shaft and housing (1) are connected as a single entity, the other end of described power transmission shaft is connected with the quantitative mechanism in housing (1), quantitative mechanism in described housing (1) and discharge nozzle (3) connect, by rotating connecting shaft control amount parts, the material that quantitative mechanism band carries is dropped out from discharge nozzle (3) after quantitatively.
2. a kind of weight numerical value that converts to according to claim 1, for exporting the proportioning device of form of powdery particles material, is characterized in that: described quantitative mechanism comprises quantitative disk assembly and quantitative wall panel assembly, described quantitative disk assembly is made up of cushion cover between reel (5) and quantitative disk ring set (6), cushion cover between described reel (5) center is shaped with the hexagonal quantitative disk axis hole (7) of the use that is connected with connecting shaft control amount parts, on its outer diametric plane, be shaped with three the locating slot pins (8) with quantitative disk ring set (6) stationary fit, described quantitative disk ring set (6) adopts and meets the requirement of state food utensil, there is appropriate flexible silica type material, to scrape and be with blade (9) or the trapezoidal band blade (10) of scraping to be distributed on cover plate below by the circumference graduation angle of instructions for use by some identical rectangles, it is described that to scrape the space forming between band blade (9) every two be quantitative lattice (11), described quantitative wall panel assembly by discharge chute mouth (12) and be symmetricly set on discharge chute mouth (12) both sides quantitative wallboard (13) form, and be connected as a single entity, the circumference graduation angle (14) of described discharge chute mouth (12), quantitative wallboard (13), quantitative disk axis hole (7) and quantitative lattice (11) is suitable, the height of described quantitative wallboard (13) is suitable with the height of scraping band blade (10), and described quantitative lattice (11) rotate to discharge chute mouth (12) with the quantitative cavity that quantitatively wallboard (13) surrounds continuously to carry out quantitatively and output, described discharge chute mouth (12) and the quantitatively radius value (15) of wallboard (13) are greater than the radius value (16) of the quantitative disk ring set of all outfits, the increase and decrease of described its quantitative cavity volume of quantitative mechanism is by the radius value (16) of increase and decrease quantitative disk ring set (6), the radius value that correspondingly subtracts cushion cover (5) between increasing reel is realized simultaneously, described not isometric quantitative disk assembly is according to the proportion of different material, by the required output quantity customization of difference, and customizes, shows and export with weight numerical value.
3. a kind of weight numerical value that converts to according to claim 2, for exporting the proportioning device of form of powdery particles material, is characterized in that: described control measuring mechanism comprises the backstop (20) that can resistance trimming pauses that pauses the resistance arranging on the connecting shaft driver plate (17) that is connected as a single entity with power transmission shaft upper end, the outer diametric plane of connecting shaft driver plate (17) the sense of touch gear convex line (19) that arranges on retaining groove (18), hull outside diametric plane and discharge nozzle (3) arrange above; The described resistance retaining groove (18) that pauses is corresponding with the circumference graduation angle of shell quantifi-cation lattice (11) with sense of touch gear convex line (19), the rotating speed of the lattice number that while dialling connecting shaft driver plate (17) for rubbing with the hands, quantitative lattice (11) rotate and a resistance connecting shaft driver plate (17), make material fully drop to discharge nozzle (3), belong to motor-driven shelves control amount; Described discharge nozzle (3) adopts the manufacture of dedicated transparent material, and its two sides indicate gram degree (21) that volume is converted to weight numerical value, after covering elastic force seal cover (22), observe quantitative and temporary material.
4. a kind of weight numerical value that converts to according to claim 2, for exporting the proportioning device of form of powdery particles material, is characterized in that: described control measuring mechanism comprises the backstop (24) that can resistance trimming pauses of the sense of touch gear convex line (23) that pauses resistance that the forefinger connecting shaft rub wheel (21) that is connected as a single entity with power transmission shaft lower end, the outer diametric plane of forefinger connecting shaft rub wheel (21) upper end arrange retaining groove (22), the outer diametric plane of housing (1) lower end arrange and the setting of housing (1) lower surface; A resistance retaining groove (22) is corresponding with the circumference graduation angle of quantitative lattice (11) with sense of touch gear convex line (23); While turning forefinger connecting shaft rub wheel (21) for forefinger stranding, sense of touch is rotated the rotating speed of gear number and a resistance forefinger connecting shaft rub wheel (21), is easy to hold whereabouts and the output quantity of material.
5. a kind of weight numerical value that converts to according to claim 2, for exporting the proportioning device of form of powdery particles material, is characterized in that: described control measuring mechanism comprises with power transmission shaft upper end is connected as a single entity to be dialled handle connecting shaft driver plate (31), dial the gear projection (33) on handle (32) and housing (1) end face of dialling on handle connecting shaft driver plate (31); Dial handle (32) corresponding with the circumference graduation angle of quantitative lattice (11) with gear projection (33); While dialling handle connecting shaft driver plate (31) for scratching, sense of touch gear or quilt resistance are parked in gear projection 33 places.
6. a kind of weight numerical value that converts to according to claim 2, for exporting the proportioning device of form of powdery particles material, is characterized in that: described control measuring mechanism comprises regulation and control connecting shaft driver plate (41), stroke shelves assembly and the resistance shelves assembly being connected as a single entity with power transmission shaft upper end; Described stroke gear assembly comprises the shared gear groove (42) of the stroke shelves, damping shelves and the sense of touch shelves that are arranged on the convex ring body of housing (1) upper end, be enclosed within on stroke gear blend stop (43) on axle sleeve (4) and regulation and control connecting shaft driver plate (41) end face and be provided for stroke shelves and a resistance regulation and control assembly (44) that shelves regulate and control; Described stroke gear blend stop (43) one end connecting bushing (4) collar, one end connects dials handle, and the collar coordinates for moving with axle sleeve (4); Described stroke gear regulation and control assembly comprises stroke shelves backing pin (45) and controls two bit selecting grooves (46) and the location hoodle (47) of backing pin (45), for selecting with or keep off without stroke by pulling up or press down backing pin (45), by adjusting the gear of two stroke gear blend stops (43), select the lattice number of quantitative lattice (11) reciprocating rotating; Described stroke, resistance, the shared gear groove (42) of sense of touch are corresponding with the circumference graduation angle of quantitative lattice (11); What described resistance paused that gear assembly comprises that regulation and control connecting shaft driver plate (41) lower surface arranges can resistance trimming pause backstop (48) and regulate and control the tune power spiral pin (49) on assemblies (44); Be used for selecting with maybe hindering a gear and adjust a resistance power.
7. a kind of weight numerical value that converts to according to claim 2, for exporting the proportioning device of form of powdery particles material, is characterized in that: described control measuring mechanism comprises the connecting shaft ratchet dish (51), stroke gear assembly and the quil dish assembly that are connected as a single entity with power transmission shaft upper end; Described stroke gear assembly comprises driver plate block (56) and the driver plate return limited block (57) of the stroke retaining groove (52), positive stop (53), stroke gear blend stop (54) and the setting of ratchet driver plate (55) lower surface that arrange on housing (1) end face convex ring body; Described stroke gear blend stop (54) one end is connected with the collar being enclosed within on axle sleeve (4), and the other end is connected with group handle; Described quil dish assembly comprises connecting shaft quil dish (51), is arranged on the return torsion spring (59) under ratchet (58) and the ratchet driver plate (55) on ratchet driver plate (55), return torsion spring (59) one end is inserted in the locating hole of housing (1) end face, and the other end is fixed on the lower surface of ratchet driver plate (55); Its for make quantitative lattice (11) with unidirectional, continue, the mode of stroke type and fixed amount carries out material output.
8. a kind of weight numerical value that converts to according to claim 2, for exporting the proportioning device of form of powdery particles material, is characterized in that: described control measuring mechanism comprises the connecting shaft ratchet dish (61), drive disk assembly and the operating element that are connected as a single entity with power transmission shaft upper end, described drive disk assembly comprises connecting shaft ratchet dish (61), be sleeved on pawl swinging arm (62) on axle sleeve (4), be arranged on ratchet (63) and swing arm pull bar (64) on pawl swinging arm (62), be arranged on swing arm limited block (65) and swing arm return torsion spring (66) on housing (1) end face, described operating element comprises that level is connected on the integrated handle skeleton (67) of the rear diametric plane of housing (1) and is arranged on integrated handle skeleton (67) trigger shaft hole sleeve (68) above, be arranged on the stroke gear block (610) of pushing tie rod arm (69) on trigger shaft hole sleeve (68) and lower surface thereof, the stroke retaining groove (611) that convex ring body arranges above, be sleeved on the stroke gear blend stop (612) on trigger shaft hole sleeve (68) and be inserted into connecting shaft trigger (613) and the trigger return torsion spring (614) in trigger shaft hole sleeve (68), it is for unidirectional, continue, draw stroke type and turn quantitative lattice (11), the consumption that continuous wave output is fixing.
9. a kind of weight numerical value that converts to according to claim 2, for exporting the proportioning device of form of powdery particles material, is characterized in that: described control measuring mechanism comprises the connecting shaft drive plate (71), transmission quantitative part and the operating element that are connected as a single entity with power transmission shaft upper end; Described transmission quantitative part comprises connecting shaft drive plate (71), be arranged on the upper adjustable resistance of connecting shaft drive plate (71) pause a grade diving board (72) and stroke shelves backing pin (73), be sleeved on the stroke shelves blend stop (74) on axle sleeve (4), stroke gear and the resistance being arranged on above housing (1) end face convex ring body keeps off shared gear groove (75) and a driving-belt (76); Described gear groove (75) resistance shelves diving board (72) are corresponding with the circumference graduation angle of quantitative lattice (11) with stroke shelves backing pin (73); Described operating element comprises that level is connected on the disjunctor skeleton handle (77) of diametric plane after housing (1), is arranged on connecting shaft driver plate shaft hole sleeve (78) on disjunctor skeleton handle (77), is inserted in shaft hole sleeve and thumb connecting shaft driver plate (710) drive plate (79) one and is inserted into the forefinger rub wheel (711) of its axle lower end; Its effect: stroke shelves backing pin (73) is select with or keep off without stroke, the gear of two stroke shelves blend stops (74) is the lattice number of setting quantitative lattice (11) reciprocating rotation, and it is the size of setting with or need not hinder a gear and adjust it power that hinders that resistance keeps off adjustable diving board (72); In the cavity (712) of described handle, have the quantitative disk assembly (713) of two different radii quantitative disk ring sets, for the assembled scheme of different material and consumption.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420011538.8U CN203736071U (en) | 2014-01-09 | 2014-01-09 | Dosing device for discharging powdered and granular materials through conversion into weight values |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420011538.8U CN203736071U (en) | 2014-01-09 | 2014-01-09 | Dosing device for discharging powdered and granular materials through conversion into weight values |
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| Publication Number | Publication Date |
|---|---|
| CN203736071U true CN203736071U (en) | 2014-07-30 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201420011538.8U Expired - Fee Related CN203736071U (en) | 2014-01-09 | 2014-01-09 | Dosing device for discharging powdered and granular materials through conversion into weight values |
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| CN (1) | CN203736071U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104207675A (en) * | 2014-08-28 | 2014-12-17 | 李向东 | Quantification device for converting volume into weight to output powdery/granular materials |
| CN105212800A (en) * | 2014-09-07 | 2016-01-06 | 宋大勇 | Flavoring throws in control method and delivery device |
-
2014
- 2014-01-09 CN CN201420011538.8U patent/CN203736071U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104207675A (en) * | 2014-08-28 | 2014-12-17 | 李向东 | Quantification device for converting volume into weight to output powdery/granular materials |
| CN105212800A (en) * | 2014-09-07 | 2016-01-06 | 宋大勇 | Flavoring throws in control method and delivery device |
| CN105212800B (en) * | 2014-09-07 | 2019-03-29 | 宋大勇 | Seasoning launches control method and delivery device |
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