CN204617940U - Milk powder preparing device and automatic milk compounding machine - Google Patents
Milk powder preparing device and automatic milk compounding machine Download PDFInfo
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- CN204617940U CN204617940U CN201520248929.6U CN201520248929U CN204617940U CN 204617940 U CN204617940 U CN 204617940U CN 201520248929 U CN201520248929 U CN 201520248929U CN 204617940 U CN204617940 U CN 204617940U
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Abstract
The utility model discloses a kind of milk powder preparing device, comprise mixing bunker, and the powder inlet be located on mixing bunker, water inlet and liquid outlet, mixing bunker comprises funnel, filler cap and filtering baffle, the top of funnel is provided with opening, bottom is provided with liquid outlet, filtering baffle is arranged in funnel obliquely, funnel comprises and is positioned at funnel top and its lower portion, filler cap is covered on the top of funnel, powder inlet is located on filler cap, filtering baffle is just being provided with powder inlet and is being detained recess to recessed milk powder, milk powder is detained recess and is provided with several sieve aperture, water inlet is located at funnel top, be punched in the top of filtering baffle with the water making water inlet enter mixing bunker after, milk powder delay recess is broken through in backflow, surrounded by funnel top and filtering baffle and form one and reconstitute funnel, mix reconstituting in funnel for milk powder and water.Milk powder preparing device of the present utility model effectively can reduce the generation of the bubble in milk-powder brewing process.The utility model also discloses a kind of automatic milk compounding machine.
Description
Technical field
The utility model relates to powder beverage pouring and boiling device technical field, particularly relates to a kind of milk powder preparing device and automatic milk compounding machine.
Background technology
In the middle of daily life, milk powder is the common food of people, particularly infant and the elderly, and edible milk powder is more frequent.Brewing of existing milk powder normally forms milk aqueous mixtures by people's formula mode by carrying out shake feeding bottle again in milk powder and warm water loading feeding bottle.But, undertaken reconstituting easily cause producing a large amount of bubble in milk aqueous mixtures by shake feeding bottle, cause baby clothes with after discomfort.In addition, be difficult to accurately control milk powder amount and the water yield owing to manually reconstituting, can not ensure to brew out the milk concn wanted.Further, no matter be canned or packed milk powder, in use, all need lid to be opened or packaging bag is torn at every turn, make milk powder exposed to air, easily cause environment to the pollution of milk powder, shorten maintenance phase of milk powder, and it is many, time-consuming bothersome to rush milk program.
Utility model content
Main purpose of the present utility model is to provide a kind of milk powder preparing device, is intended to the generation of the bubble reduced in milk-powder brewing process.
To achieve these goals, the utility model provides a kind of milk powder preparing device, described milk powder preparing device comprises mixing bunker, and the powder inlet be located on described mixing bunker, water inlet and liquid outlet, described mixing bunker comprises funnel, filler cap and filtering baffle, the top of described funnel is provided with opening, the bottom of described funnel is provided with described liquid outlet, described filtering baffle is arranged in described funnel obliquely, described funnel comprises the funnel top be positioned on the upside of described filtering baffle and its lower portion be positioned on the downside of described filtering baffle, described filler cap is covered on the top of described funnel, described powder inlet is located on described filler cap, described filtering baffle is just being provided with described powder inlet and is being detained recess to recessed milk powder, described milk powder is detained recess and is provided with several sieve aperture, described water inlet is located at described funnel top, be punched in the top of described filtering baffle with the water making described water inlet enter described mixing bunker after, milk powder delay recess is broken through in backflow, surrounded by described funnel top and described filtering baffle and form one and reconstitute funnel, mix described reconstituting in funnel with water for milk powder.
Preferably, described milk powder is detained the area that the frontal projected area of recess on described filler cap is greater than described powder inlet.
Preferably, the angular range between described filtering baffle and horizontal plane is 30 degree to 60 degree.
Preferably, described water inlet and powder inlet are staggered in the projection of described liquid outlet place plane.
Preferably, its lower portion of described funnel is just detained recess to described milk powder and is formed with skew wall, flows to described liquid outlet to make the milk be mixed to form at described milk powder delay recess through described skew wall.
Preferably, described milk powder is detained the upper surface of recess is dome shape.
Preferably, described funnel inner surface forms boss in the junction of described funnel top and its lower portion, and the periphery of described filtering baffle is arranged on described boss.
Preferably, the downside of described filler cap is extended with flange downwards, the upper edge being resisted against described filtering baffle at least partially of described flange.
Preferably, the outer surface of the two opposite sides of described funnel is formed with installation draw-in groove.
The utility model also provides a kind of automatic milk compounding machine, and described automatic milk compounding machine comprises aforesaid milk powder preparing device.
Milk powder preparing device of the present utility model, by arranging the filtering baffle of inclination in funnel, and be detained recess in just arranging the position of powder inlet to recessed milk powder at filtering baffle, when water enters in mixing bunker from water inlet, after water is punched in the top of filtering baffle, milk powder delay recess is broken through in backflow, the milk powder dropped on milk powder delay recess from powder inlet can be mixed with water fully, then the sieve aperture be detained on recess by milk powder is flowed out, and effectively can reduce the generation of the bubble in milk-powder brewing process.
Accompanying drawing explanation
Fig. 1 is the three-dimensional assembly diagram of the utility model automatic milk compounding machine one embodiment.
Fig. 2 is the decomposing schematic representation of automatic milk compounding machine shown in Fig. 1.
Fig. 3 is the sectional view of automatic milk compounding machine shown in Fig. 1.
Fig. 4 is the decomposing schematic representation of heater in automatic milk compounding machine shown in Fig. 3.
Fig. 5 is the enlarged diagram of milk powder weigh feeder in automatic milk compounding machine shown in Fig. 3.
Fig. 6 is the enlarged diagram of driven unit in the weigh feeder of milk powder shown in Fig. 5.
Fig. 7 is the weigh feeder of milk powder shown in Fig. 5 perspective exploded view.
Fig. 8 is the enlarged diagram of milk powder preparing device in automatic milk compounding machine shown in Fig. 3.
Fig. 9 removes the top view after filler cap for milk powder preparing device shown in Fig. 8.
Figure 10 is the perspective exploded view of milk powder preparing device shown in Fig. 8.
The realization of the utility model object, functional characteristics and advantage will in conjunction with the embodiments, are described further with reference to accompanying drawing.
Detailed description of the invention
Should be appreciated that detailed description of the invention described herein only in order to explain the utility model, and be not used in restriction the utility model.
The utility model provides a kind of automatic milk compounding machine.As shown in Figures 1 to 10, in an embodiment of the present utility model, described automatic milk compounding machine comprises milk powder weigh feeder 1, milk powder preparing device 2, water tank 3, hot water supply apparatus 4, control panel 5 and control circuit board 6.Described milk powder preparing device 2 comprises mixing bunker 21 and is located at powder inlet 22, water inlet 23 and the liquid outlet 24 on described mixing bunker 21.Described milk powder weigh feeder 1 comprises milk powder box 11 and the milk powder quantitative mechanism 12 for the milk powder in described milk powder box 11 being quantitatively taken out to described powder inlet 22.Described water tank 3 is provided with water filling port (not indicating in figure) and delivery port 31.Between the delivery port 31 that described hot water supply apparatus 4 is connected to described water tank 3 and the water inlet 23 of described milk powder preparing device 2, to be delivered to the water inlet 23 of described mixing bunker 21 after taking out cold water from described water tank 3 and be heated into the hot water of predetermined temperature.Described hot water supply apparatus 4, milk powder quantitative mechanism 12 and control panel 5 are all electrically connected with described control circuit board 6, to be entered the operating instructions by described control panel 5, and control the operation of described automatic milk compounding machine by described control circuit board 6.
Above-mentioned automatic milk compounding machine operationally, milk powder amount needed for milk powder weigh feeder 1 quantitatively takes out is to described mixing bunker 21, and after the cold water taken out in water tank 3 being heated to predetermined temperature immediately by described hot water supply apparatus 4, be delivered to the water inlet 23 of mixing bunker 21, hot water enters mixing bunker 21 by water inlet 23 and mixes with milk powder, thus realizes automatic milk compounding.Wherein, hot water supply apparatus 4 is connected between the delivery port 31 of water tank 3 and the water inlet 23 of milk powder preparing device 2, compared to existing, heater is located within water tank, while realizing the instant heat of hot water, avoid and the cold water in water tank 3 is repeatedly heated repeatedly, not only can saving electric energy, can also preventing the water in water tank 3 from causing water quality to degenerate because repeatedly repeatedly heating.
See Fig. 2 and Fig. 4, in the present embodiment, described hot water supply apparatus 4 comprises water pump 41, flowmeter 42 and heater 43.Described water pump 41, flowmeter 42 and heater 43 are connected in series mutually by tube connector, and described water pump 41, flowmeter 42 and heater 43 are all electrically connected with described control circuit board 6.
In the present embodiment, described flowmeter 42 is arranged near the delivery port 31 of described water tank 3, and described heater 43 is arranged near the water inlet 23 of described milk powder preparing device 2, and described water pump 41 is between described flowmeter 42 and described heater 43.Described water pump 41, flowmeter 42 and heater 43 arrangement position do not limit to so, and in other embodiments, the position between three also can be exchanged mutually.
Described hot water supply apparatus 4 also comprises water tank connector 44, described water tank connector 44 has entrance 441 and outlet 442, the entrance 441 of described water tank connector 44 is connected by tube connector with the delivery port 31 of described water tank 3, and the outlet 442 of described water tank connector 44 is connected with the water inlet end of described flowmeter 42.
Particularly, in the present embodiment, described heater 43 comprises water pipe 431, heat-generating pipe 432, cladding 433 and temperature controller 434.All entirety is in the shape of a spiral and parallel arranged for described water pipe 431 and heat-generating pipe 432, described cladding 433 is coated on the periphery of described water pipe 431 and heat-generating pipe 432, the two ends of described water pipe 431 are respectively equipped with cold water inlet 4311 and hot water outlet 4312, described heat-generating pipe 432 is electrically connected with described control circuit board 6, and described temperature controller 434 to be arranged on described cladding 433 and to be electrically connected with described control circuit board 6.Described water pipe 431 is positioned at the periphery of described heat-generating pipe 432, forms described cladding 433 by die cast metal mode in the periphery of described water pipe 431 and heat-generating pipe 432.
See Fig. 5 to Fig. 7, described milk powder box 11 comprises base plate 111, top cover 112 and the sidewall 113 between described base plate 111 and top cover 112, and the base plate 111 of described milk powder box 11 is provided with meal outlet 1111.Described milk powder quantitative mechanism 12 comprises quantifying spoon 13, breading device 14 and driven unit 15.Described quantifying spoon 13 installs the outside of the base plate 111 of described milk powder box 11, the spoon bar 132 that described quantifying spoon 13 comprises spoonful body 131 and is connected with described spoon body 131, the meal outlet 1111 of the corresponding described milk powder box 11 in surface of described spoon body 131 is provided with spoonful chamber 1311, and the end of described spoon bar 132 combines with described driven unit 15.The couple axle 142 that described breading device 14 comprises breading bar 141 and is connected with described breading bar 141, described breading bar 141 fits in the inner side of the base plate 111 of described milk powder box 11, the bottom of described couple axle 142 extend out to the outside of the base plate 111 of described milk powder box 11 downwards and combines with described driven unit 15, described driven unit 15 is electrically connected with described control circuit board 6, under the control of described control circuit board 6, described driven unit 15 drives described breading bar 141 to rotate around the axis of described couple axle 142 milk powder delivered to the spoon chamber 1311 of quantifying spoon 13 and to strike off, drive described quantifying spoon 13 to rotate around the axis of described spoon bar 132 with the mixing bunker 21 milk powder in described spoon chamber 1311 being delivered to described milk powder preparing device 2 simultaneously.The axis of described spoon bar 132 is parallel with the base plate 111 of described milk powder box 11, and the axis of described couple axle 142 is vertical with described base plate 111.
Described milk powder weigh feeder 1 also comprises a support 16, described support 16 is located at the outside of the base plate 111 of described milk powder box 11 and is surrounded formation one host cavity 17 with the base plate 111 of described milk powder box 11, the spoon body 131 of described quantifying spoon 13 is located in described host cavity 17, and described support 16 is just provided with opening 161 to the meal outlet 1111 of described milk powder box 11.
The spoon body 131 of described quantifying spoon 13 is overall spherical in shape, the quantity in described spoon chamber 1311 is two and in being oppositely arranged, when described two spoon chambeies 1311 one of them and described milk powder box 11 meal outlet 1111 just pair time, the opening 161 of described two spoon chambeies 1311 another and described support 16 is wherein just right.
Described driven unit 15 comprises motor 151, first bevel gear 152, first spur gear 153, transmission spur gear 154, second spur gear 155 and the second bevel gear 156.Described first bevel gear 152 and the first spur gear 153 arrange in coaxial and drive rotation by described motor 151, described second spur gear 155 is connected with the end of described spoon bar 132, described second spur gear 155 is in transmission connection with described first spur gear 153 through described transmission spur gear 154, and described second bevel gear 156 is connected with the bottom of described couple axle 142 and engages with described first bevel gear 152.Under the driving effect of described motor 151, described quantifying spoon 13 and breading bar 141 can be driven to rotate around orthogonal two axial lines respectively simultaneously.
Described driven unit 15 also comprises upper casing 157 and lower casing 158, described upper casing 157 and lower casing 58 combine formation receiving space, and described motor 151, first bevel gear 152, first spur gear 153, transmission spur gear 154 and the second bevel gear 156 are located in described receiving space.
Further, described milk powder weigh feeder 1 also comprises the counter 18 for recording described quantifying spoon 13 rotating cycle.In the present embodiment, described counter 18 is a push type counter switch with pressing lever 181, and the side face of described second bevel gear 156 is provided with the stopper slot 1561 matched with the pressing lever 181 of described push type counter switch.
The top 1421 of described couple axle 142 is the inconsistent cross of width, the bottom surface of described breading bar 141 is provided with the cross groove matched with the top of described couple axle 142, is covered by the meal outlet 1111 of described milk powder box 11 to make the initial makeup location of described breading bar 141 on described couple axle 142.
The inner side of the top cover 112 of described milk powder box 11 is extended with multiple rib 1121 towards the base plate 111 of described milk powder box 11, and described rib 1121 matches to be broken up by the milk powder in milk powder box 11 with described breading bar 141.
See Fig. 8 to Figure 10, described mixing bunker 21 comprises funnel 25, filler cap 26 and filtering baffle 27, the top of described funnel 25 is provided with opening 251, the bottom of described funnel 25 is provided with described liquid outlet 24, described filtering baffle 27 is arranged in described funnel 25 obliquely, described funnel 25 comprises the funnel top 252 be positioned on the upside of described filtering baffle 27 and its lower portion 253 be positioned on the downside of described filtering baffle 27, described powder inlet 22 is located on described filler cap 26, described filtering baffle 27 is just being provided with described powder inlet 22 and is being detained recess 271 to recessed milk powder, described milk powder is detained recess 271 and is provided with several sieve aperture 272, described water inlet 23 is located at described funnel top 252, be punched in the top of described filtering baffle 27 with the water making described water inlet 23 enter described mixing bunker 21 after, milk powder delay recess 271 is broken through in backflow, described filler cap 26 is covered on the top of described funnel 25, surrounded by described funnel top 252 and described filtering baffle 27 and form one and reconstitute funnel, mix described reconstituting in funnel with hot water for milk powder.
Preferably, described milk powder is detained the area that the frontal projected area of recess 271 on described filler cap 26 is greater than described powder inlet 22.
In order to make milk powder can mix more fast, equably with hot water, preferably, the angular range between described filtering baffle 27 and horizontal plane is 30 degree to 60 degree.Described water inlet 23 and powder inlet 22 are staggered in the projection of described liquid outlet 24 place plane.
Its lower portion 253 of described funnel 25 is just detained recess 271 to described milk powder and is formed with skew wall, flows to described liquid outlet 24 to make the milk be mixed to form at described milk powder delay recess 271 through described skew wall.
In the present embodiment, described milk powder is detained the upper surface of recess 271 is dome shape.Described funnel 25 inner surface forms boss 254 in described funnel top 252 with the junction of its lower portion 253, and the periphery of described filtering baffle 27 is arranged on described boss 254.The downside of described filler cap 26 is extended with flange 261 downwards, the upper edge being resisted against described filtering baffle 27 at least partially of described flange 261.The outer surface of the two opposite sides of described funnel 25 is formed draw-in groove 255 is installed, so that the installation location of mixing bunker 21.
See Fig. 1 to Fig. 3, described automatic milk compounding machine comprises casing 7 further, described water tank 3 is located at the back of casing 7 and is combined with casing 7, and described milk powder weigh feeder 1, milk powder preparing device 2, hot water supply apparatus 4, control panel 5 and control circuit board 6 are all located in described casing 7.
Described casing 7 comprises base 71, base skeleton 72, main body 73, face shield 74, left cover 75 and right cover 76, described base 71 is removably mounted on the downside of described base skeleton 72, described main body 73 and water tank 3 are arranged on described base skeleton 72, described left cover 75 and right cover 76 are incorporated into the both sides of described main body 73 respectively, the top of described main body 73 is located at by described face shield 74, and described milk powder box 11 is arranged in described face shield 74.
Further, described automatic milk compounding machine also comprises the pallet 8 for placing feeding bottle, described pallet 8 is removably mounted on the outside of described casing 7, described pallet 8 is provided with button bit 81, the outside of described casing 7 is provided with vertically spaced multiple button hole 77, by described pallet 8 is arranged on desired height position by the corresponding fastening of button hole 77 of described button bit 81 correspondence.By arranging multiple button hole 77, the setting height(from bottom) of adjustable tray 8, to adapt to the feeding bottle placing differing heights.
Described automatic milk compounding machine also comprises milk powder box position detecting switch 91 and mixing bunker position detecting switch 92, and described milk powder box position detecting switch 91 and mixing bunker position detecting switch 92 are all electrically connected with control circuit board 6.Described automatic milk compounding machine also comprises indicator lamp 93, and described indicator lamp 93 is arranged on the side of described mixing bunker 21 and irradiates downwards.Described automatic milk compounding machine also comprises level switch 94, and described level switch 94 is located at the bottom in the outside of described water tank 3.
The utility model is not limited to above embodiment, under technology contents disclosed in above-mentioned embodiment, can also carry out various change.Every equivalent structure transformation utilizing the utility model description and accompanying drawing content to do, or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present utility model.
Claims (10)
1. a milk powder preparing device, it is characterized in that, described milk powder preparing device comprises mixing bunker, and the powder inlet be located on described mixing bunker, water inlet and liquid outlet, described mixing bunker comprises funnel, filler cap and filtering baffle, the top of described funnel is provided with opening, the bottom of described funnel is provided with described liquid outlet, described filtering baffle is arranged in described funnel obliquely, described funnel comprises the funnel top be positioned on the upside of described filtering baffle and its lower portion be positioned on the downside of described filtering baffle, described filler cap is covered on the top of described funnel, described powder inlet is located on described filler cap, described filtering baffle is just being provided with described powder inlet and is being detained recess to recessed milk powder, described milk powder is detained recess and is provided with several sieve aperture, described water inlet is located at described funnel top, be punched in the top of described filtering baffle with the water making described water inlet enter described mixing bunker after, milk powder delay recess is broken through in backflow, surrounded by described funnel top and described filtering baffle and form one and reconstitute funnel, mix described reconstituting in funnel with water for milk powder.
2. milk powder preparing device as claimed in claim 1, is characterized in that, described milk powder is detained the area that the frontal projected area of recess on described filler cap is greater than described powder inlet.
3. milk powder preparing device as claimed in claim 1 or 2, it is characterized in that, the angular range between described filtering baffle and horizontal plane is 30 degree to 60 degree.
4. milk powder preparing device as claimed in claim 1, it is characterized in that, described water inlet and powder inlet are staggered in the projection of described liquid outlet place plane.
5. the milk powder preparing device as described in claim 1 or 4, is characterized in that, its lower portion of described funnel is just detained recess to described milk powder and is formed with skew wall, flows to described liquid outlet to make the milk be mixed to form at described milk powder delay recess through described skew wall.
6. milk powder preparing device as claimed in claim 1, is characterized in that, the upper surface that described milk powder is detained recess is dome shape.
7. milk powder preparing device as claimed in claim 1, it is characterized in that, described funnel inner surface forms boss in the junction of described funnel top and its lower portion, and the periphery of described filtering baffle is arranged on described boss.
8. milk powder preparing device as claimed in claim 7, it is characterized in that, the downside of described filler cap is extended with flange downwards, the upper edge being resisted against described filtering baffle at least partially of described flange.
9. milk powder preparing device as claimed in claim 1, is characterized in that, the outer surface of the two opposite sides of described funnel is formed with installation draw-in groove.
10. an automatic milk compounding machine, is characterized in that, described automatic milk compounding machine comprises the milk powder preparing device as described in any one in claim 1 to 9.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520248929.6U CN204617940U (en) | 2015-04-22 | 2015-04-22 | Milk powder preparing device and automatic milk compounding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520248929.6U CN204617940U (en) | 2015-04-22 | 2015-04-22 | Milk powder preparing device and automatic milk compounding machine |
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| Publication Number | Publication Date |
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| CN204617940U true CN204617940U (en) | 2015-09-09 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520248929.6U Active CN204617940U (en) | 2015-04-22 | 2015-04-22 | Milk powder preparing device and automatic milk compounding machine |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105455653A (en) * | 2016-01-16 | 2016-04-06 | 张利群 | Accurate quantifying milk brewing device |
| CN106901607A (en) * | 2017-03-22 | 2017-06-30 | 王丹丹 | A kind of milk-powder brewing mixing bunker and milk-powder brewing machine |
-
2015
- 2015-04-22 CN CN201520248929.6U patent/CN204617940U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105455653A (en) * | 2016-01-16 | 2016-04-06 | 张利群 | Accurate quantifying milk brewing device |
| CN106901607A (en) * | 2017-03-22 | 2017-06-30 | 王丹丹 | A kind of milk-powder brewing mixing bunker and milk-powder brewing machine |
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