CN101518497A - Method and device for fast dissolving milk powder in water - Google Patents
Method and device for fast dissolving milk powder in water Download PDFInfo
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- CN101518497A CN101518497A CN200910106498A CN200910106498A CN101518497A CN 101518497 A CN101518497 A CN 101518497A CN 200910106498 A CN200910106498 A CN 200910106498A CN 200910106498 A CN200910106498 A CN 200910106498A CN 101518497 A CN101518497 A CN 101518497A
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Abstract
The invention relates to a method and a device for fast dissolving milk powder in water. The method and the device of the invention adopt the principle of arranging a water outlet above a milk water mixing vessel; in addition, vortically running water film is generated by water flow and vortically runs down from the upper part of the interior surface of the milk water mixing vessel so as to achieve the purpose that in the process of dissolving milk in water, a waterline is upwards lifted and water discharge is caused to be uniform by additionally installing a clockwise and internally rotated water outlet lid structure at a single water inlet and solve the technical problem that milk powder is easy to remain above the waterline to breed bacteria. By uniformly discharging the water from the top end internally rotated in the clockwise direction, the problem that after the milk powder is mixed with the water, air bubbles are formed in the milk water is solved; and further more, after being mixed by a mixer, the milk powder and the water are firstly separated and then intensively positioned to vertically fall, so the technical problems that the milk powder and the water can not be completely mixed, the phenomenon of agglomeration is caused on the bottom of a milk bottle, water is splashed in all directions during the falling of the milk water, the milk bottle can not be conveniently used for receiving the milk, and the milk water is wasted are solved.
Description
Technical field
The present invention relates to a kind of method that milk powder is dissolved in the water fast, and finish the device that this method is applied to, to reach in the process that milk powder is dissolved in the water, by installing the structure of the balanced outflow cover for water of single water inlet top up time inward turning additional, waterline is upwards promoted, go out hydrologic(al) budget.Solve milk powder and easily remained in more than the low water line technical problem of breed bacteria.By the balanced water outlet of top up time inward turning, solved milk powder mixes with water have in the back milk bubble generation problem.Simultaneously, separate earlier after by blender milk powder and water being mixed and concentrate location back vertical drop again.Having solved milk powder can not mix fully with water.Cause have at the bottom of the feeding bottle caking to take place and milk The water splash in all directions when falling, milk bottle graft milk be inconvenient to the technical problem that causes milk to waste.
Background technology
As everyone knows, human body needs to experience some different stages become ripe individual process from paedomorphosis, and in these stages, the stage of beginning is to the growth promoter decisive role in human body all one's life, the people the same with other mammals the incipient stage of life just age of sucking mainly be milk that dependence is absorbed from parent is obtained nutrient substance as the initial stage life entity main source.And along with the continuous progress of the development of society and social productive forces occurred can alternative precursor milk industrial products milk powder, along with making improving constantly of milk powder technology, concentrations of nutrient and proportion balance are progressively perfect in the milk powder, make milk powder progressively replace the effect of parent milk in age of sucking.
And aforesaid milk powder, because it is the industrialization product of obtaining by industrialized production, so its product attribute must be fit to store transportation, present milk powder all is to adopt quick-dissolving pulverous form to occur under such prerequisite.When people drink this class milk powder, at first need pulverous milk powder is dissolved in the water, afterwards just can be edible for child or human body.Traditional method majority of milk powder being made liquid milk all is to adopt manual mode to carry out, but adopting manual mode to carry out milk powder disposes not only complicated operation and its stirring efficiency, and it is best that mixing effect often can not reach.Under such background, some have appearred towards milk equipment and towards the milk method, more typical milk powder and water mixed method, be mainly to comprise following step at first, utilize unidirectional current in vessel, to flow out, then, flow by the mobilization power formation current of these current and according to the clockwise direction inward turning, at last, milk powder falls in these vessel automatically and mixes the back with these current and discharge from outlet.Utilize such milk powder and the many inventors of water mixed method create some towards milk equipment to be convenient for people to use.But these also exist many shortcomings towards milk equipment in concrete the use, be described below respectively now.
At first, aforesaid this class is lower towards the waterline that its outlet of milk equipment all is positioned at the middle part of mixing vessel or top and its generation.Work as the process that milk powder falls into these mixing vessel from top to bottom like this, this milk powder sticks in the above position of this vessel waterline than being easier to, and makes integral body not only be not easy to clean towards milk equipment, also extremely easy breed bacteria.Secondly, the employing milk equipment that dashes as above causes the situation that has caking to produce at the bottom of the feeding bottle because the restriction milk powder of its structure often can not mix fully with water.At last, it does not possess good milk outlet structure the employing milk equipment that dashes as above, and The water splash in all directions when milk is wherein effusive certainly, and milk bottle graft milk is inconvenient to cause the waste of milk.
Summary of the invention
The invention provides a kind of method and device thereof that milk powder is dissolved in the water fast,, waterline is upwards promoted, go out hydrologic(al) budget particularly by installing the structure of the balanced outflow cover for water of single water inlet top up time inward turning additional.Solve milk powder and easily remained in more than the low water line technical problem of breed bacteria.
The invention provides a kind of method and device thereof that milk powder is dissolved in the water fast, it is to separate (shunting evenly) earlier after by blender milk powder and water being mixed to concentrate location back vertical drop again.Solved milk powder and can not mix fully with water, cause have at the bottom of the feeding bottle caking to take place and milk The water splash in all directions when falling, milk bottle graft milk be inconvenient to the technical problem that causes milk to waste.
To achieve these goals, the technical solution used in the present invention is: a kind of method that milk powder is dissolved in the water fast, it comprises the steps:
The first step, a water unit is arranged on a milk water mixer ware top, this milk water mixer ware comprises top, bottom, outer surface and inner surface, wherein, offers uncovered on this top, offer milk outlet on this bottom, and by this inner surface around determining a milk blending space.
This uncovered and this milk outlet is connected with this milk blending space respectively.
Further, this is uncovered enough big, and the Powdered milk powder that need enter into this milk blending space is entered wherein smoothly.
This is uncovered to be the top that is positioned at this milk blending space, and this milk outlet is uncovered corresponding and be positioned at the below of this milk blending space with this.
More specifically be described as, this uncovered and this milk outlet is to be arranged in regular turn from top to bottom on this milk water mixer ware, and, this milk outlet be vertically set on this open under, make the effect that blends milk reach best.
Second step, this water unit have outlet, and this water unit generation has the current of certain flow rate, certain hydraulic pressure, and these current flow out in this outlet, and flow in this milk blending space along this inner surface of this milk water mixer ware.
Further, this outlet is positioned at this uncovered top of this milk water mixer ware.
Be sprayed directly on this inner surface of this milk water mixer ware from effusive these current of this outlet, and by the gravity of flow velocity, hydraulic pressure and this current self of these current self, rotational flow from top to bottom on this inner surface, and form the moisture film of a rotational flow.
These current are that the angle that is the acute angle angle with horizontal direction is sprayed directly on this inner surface of this milk water mixer ware.
These current also can be directly be sprayed directly on this inner surface of this milk water mixer ware with horizontal direction.
This moisture film along this milk water mixer ware should in table and this inner surface and this milk blending space of rotational flow and the water mixer ware of will suckling are spaced apart from top to bottom, this inner surface of this Powdered milk powder and this milk water mixer ware is not come in contact.
The 3rd step, this Powdered milk powder are from top to bottom by himself action of gravity, progressively by uncovered this milk blending space that enters into of this of this milk water mixer ware, after this Powdered milk powder enters into this milk blending space, this Powdered milk powder continues to fall until mixing with this moisture film in second step as mentioned above, in this process, rotational flow mode by this moisture film makes this Powdered milk powder fully mix with this moisture film, and forms the milk mixing material in this bottom position place of this milk water mixer ware.
The 4th step, this milk mixing material in the 3rd step flows in a shunting location air deflector from this milk outlet of this milk water mixer ware as mentioned above, and make this milk mixing material be converted into columnar fluid and discharge in this milk water mixer ware certainly by this shunting location air deflector, to finish the whole step that milk powder is dissolved in fast water.
This shunting location air deflector is fixedly connected on this milk outlet and with this milk blending space and is connected.
This shunting location air deflector comprises dividing cell and the unit that confluxes, and wherein, an end of this dividing cell is connected with this milk outlet, and its other end is connected with this unit that confluxes.
This milk mixing material at first flows in this dividing cell from this milk outlet, and this milk mixing material is divided into some flow of liquid by this dividing cell, then, some these flow of liquid meeting coalescence in this confluxes the unit forms this columnar fluid and discharges in this milk water mixer ware certainly.
This dividing cell comprises some shunting plate washers, and by some these shunting plate washers the inner chamber of this dividing cell is divided into some fluid cavitys.
This unit that confluxes comprises fluid convergence chamber, and this fluid convergence chamber while some these fluid cavitys with this dividing cell connect, and some these flow of liquid are assembled in chamber at this fluid compiled to form this columnar fluid.
Aforesaid this Powdered milk powder is instant class powder.
A kind of device that milk powder is dissolved in the water fast, it comprises water unit, milk water mixer ware and shunting location air deflector.
This water unit is that lid is located on this milk water mixer ware, and this shunting location air deflector is to connect to be arranged on this milk water mixer ware lower end.
This water unit comprises chuck, current deflecting plate, water inlet pipe, and wherein, this chuck is that rotary clamping is on this milk water mixer ware.
And this current deflecting plate is to encircle to be located on this chuck, and this current deflecting plate has inwall and under shed, and centers on formation one current guide groove by this inwall.
This water inlet pipe is connected with this current deflecting plate, and further, the inner chamber of this water inlet pipe is to be connected with the current guide groove of this current deflecting plate.
This milk water mixer ware is connected with this water unit, and it comprises clamping plate and apical margin plate.
Wherein, this clamping plate is and the clamping mutually of this chuck of this water unit, this chuck is connected on this clamping plate, thereby this water unit is fastened on the top of this milk water mixer ware.
Further, between this chuck of this clamping plate of this milk water mixer ware and this water unit, be provided with sealing ring.
The apical margin plate of this milk water mixer ware is corresponding with this current deflecting plate of this water unit, and this apical margin plate is arranged on the below of this current deflecting plate, and form a water-flowing path by the upper surface of this apical margin plate and this current guide groove of this current deflecting plate, gapped at interval between this apical margin plate and this current deflecting plate, this gap forms the outlet of this water-flowing path.
Further, this milk water mixer ware also comprises inner surface and milk outlet, and this outlet of this water-flowing path is positioned at the top of this inner surface, and this milk outlet is arranged on the bottom of this milk water mixer ware.
This shunting location air deflector is fixedly connected on this milk outlet, this shunting location air deflector comprises dividing cell and the unit that confluxes, wherein, an end of this dividing cell is connected with this milk outlet, and its other end is connected with this unit that confluxes.
This dividing cell comprises some shunting plate washers, and by some these shunting plate washers the inner chamber of this dividing cell is divided into some fluid cavitys.
This unit that confluxes comprises fluid convergence chamber, and this fluid convergence chamber while some these fluid cavitys with this dividing cell connect.
Beneficial effect of the present invention is: a kind of method that milk powder is dissolved in the water fast of the present invention and install it by installing the structure of the balanced outflow cover for water of single water inlet top up time inward turning additional, and waterline is upwards promoted, go out hydrologic(al) budget.Solve milk powder and easily remained in more than the low water line technical problem of breed bacteria.By the balanced water outlet of top up time inward turning, solved milk powder mixes with water have in the back milk bubble generation problem.Simultaneously, separate earlier after by blender milk powder and water being mixed and concentrate location back vertical drop again.Solved milk powder and can not mix fully with water, cause have at the bottom of the feeding bottle caking to take place and milk The water splash in all directions when falling, milk bottle graft milk be inconvenient to the technical problem that causes milk to waste.
Description of drawings
Fig. 1 is the structural principle three-dimensional exploded view of method of the present invention;
Fig. 2 is the vertical view of structure shown in Figure 1;
Fig. 3 is that the A-A of structure shown in Figure 2 is to generalized section;
Fig. 4 is the position view of outlet in second step of the present invention;
Fig. 5 to Fig. 8 is the flow process sketch map of current in second step of the present invention, the 3rd step;
Fig. 9 shunts the schematic perspective view of location air deflector for the present invention;
Figure 10 is the flow process sketch map of current in the 4th step of the present invention;
Figure 11 is the perspective exploded view of apparatus of the present invention;
Figure 12 is the vertical view of device shown in Figure 11;
Figure 13 is that the A-A of structure shown in Figure 12 is to generalized section;
Figure 14 is the cross-sectional view of the water unit of apparatus of the present invention;
Figure 15 is the cross-sectional view of water unit with the milk water mixer ware of apparatus of the present invention;
Figure 16 is the schematic perspective view of the shunting location air deflector of apparatus of the present invention.
The specific embodiment
Shown in Fig. 1 to 10, a kind of method that milk powder is dissolved in the water fast, it comprises the steps:
As shown in Figures 1 to 3, the first step, a water unit 100 is arranged on a milk water mixer ware 200 tops, this milk water mixer ware 200 comprises top 210, bottom 220, outer surface 230 and inner surface 240, wherein, offer uncovered 211 on this top 210, offer milk outlet 221 on this bottom 220, and by this inner surface 240 around determining a milk blending space 241.
This uncovered 211 and this milk outlet 221 be connected with this milk blending space 241 respectively,
Further, this is uncovered 211 enough big, and the Powdered milk powder A that need enter into this milk blending space 241 is entered wherein smoothly.
This uncovered 211 is the tops that are positioned at this milk blending space 241, and this milk outlet 221 is uncovered 211 corresponding and be positioned at the below of this milk blending space 241 with this.
More specifically be described as, this uncovered 211 and this milk outlet 221 be to be arranged in regular turn from top to bottom on this milk water mixer ware 200, and this milk outlet 221 is vertically set on this under uncovered 211, makes the effect that blends milk reach best.
Shown in Fig. 4 to 7, second step, this water unit 100 have outlet 110, these water unit 100 generations have the current B of certain flow rate, certain hydraulic pressure, these current B flows out in this outlet 110, and in these inner surface 240 these milk blending spaces 241 of inflow of this milk water mixer ware 200
Further, this outlet 110 is positioned at these uncovered 211 tops of this milk water mixer ware 200.
110 effusive these current B are sprayed directly on this inner surface 240 of this milk water mixer ware 200 from this outlet, and by the gravity of flow velocity, hydraulic pressure and these current B self of these current B self, rotational flow from top to bottom on this inner surface 240, and form the moisture film C of a rotational flow.
These current B is that the angle that is the acute angle angle with horizontal direction is sprayed directly on this inner surface 240 of this milk water mixer ware 200.
These current B also can be directly be sprayed directly on this inner surface 240 of this milk water mixer ware 200 with horizontal direction.
This inner surface 240 and this milk blending space 241 of rotational flow and the water mixer ware 200 of will suckling is spaced apart from top to bottom along this inner surface 240 of this milk water mixer ware 200 for this moisture film C, and this inner surface 240 of this Powdered milk powder A and this milk water mixer ware 200 is not come in contact.
As shown in Figure 7, the 3rd step, this Powdered milk powder A is from top to bottom by himself action of gravity, progressively uncovered 211 enter into this milk blending space 241 by this of this milk water mixer ware 200, after this Powdered milk powder A enters into this milk blending space 241, this Powdered milk powder A continues to fall until mixing with this moisture film C in second step as mentioned above, in this process, rotational flow mode by this moisture film C makes this Powdered milk powder A fully mix with this moisture film C, and forms milk mixing material D in these 220 positions, bottom of this milk water mixer ware 200.
As shown in figure 10, the 4th step, this milk mixing material D in the 3rd step flows in a shunting location air deflector 300 from this milk outlet 221 of this milk water mixer ware 200 as mentioned above, and make this milk mixing material D be converted into columnar fluid E and discharge in this milk water mixer ware 200 certainly by this shunting location air deflector 300, to finish the whole step that milk powder is dissolved in fast water.
This shunting location air deflector 300 is fixedly connected on this milk outlet 221 and with this milk blending space 241 and is connected.
This shunting location air deflector 300 comprises dividing cell 310 and the unit 320 that confluxes, and wherein, an end of this dividing cell 310 is connected with this milk outlet 221, and its other end is connected with this unit 320 that confluxes.
This milk mixing material D at first flows in this dividing cell 310 from this milk outlet 221, and this milk mixing material D is divided into some flow of liquid D1 by this dividing cell 310, then, some this flow of liquid D1 meeting coalescence in this confluxes unit 320 forms this columnar fluid E and discharges in this milk water mixer ware 200 certainly.
This dividing cell 310 comprises some shunting plate washers 311, and by some these shunting plate washers 311 inner chamber of this dividing cell 310 is divided into some fluid cavitys 312.
This unit 320 that confluxes comprises fluid convergence chamber 321, and these 321 whiles of fluid convergence chamber some these fluid cavitys 312 with this dividing cell 310 connect, and some this flow of liquid D1 are assembled in chamber 321 at this fluid compile to form this columnar fluid E.
Aforesaid this Powdered milk powder A is instant class powder.
Shown in Figure 11 to 16, a kind of device that milk powder is dissolved in the water fast, it comprises water unit 50, milk water mixer ware 60 and shunting location air deflector 70.
This water unit 50 is that lid is located on this milk water mixer ware 60, and this shunting location air deflector 70 is to connect to be arranged on these milk water mixer ware 60 lower ends.
This water unit 50 comprises chuck 51, current deflecting plate 52, water inlet pipe 53, and wherein, this chuck 51 is that rotary clamping is on this milk water mixer ware 60.
And this current deflecting plate 52 is to encircle to be located on this chuck 51, and this current deflecting plate 52 has inwall 521 and under shed 522, and centers on formation one current guide groove 523 by this inwall 521.
This water inlet pipe 53 is connected with this current deflecting plate 52, and further, the inner chamber of this water inlet pipe 53 is to be connected with the current guide groove 523 of this current deflecting plate 52.
This milk water mixer ware 60 is connected with this water unit 50, and it comprises clamping plate 61 and apical margin plate 62.
Wherein, this clamping plate 61 is and the clamping mutually of this chuck 51 of this water unit 50, this chuck 51 is connected on this clamping plate 61, thereby this water unit 50 is fastened on the top of this milk water mixer ware 60.
Further, between this chuck 51 of this clamping plate 61 of this milk water mixer ware 60 and this water unit 50, be provided with sealing ring 54.
The apical margin plate 62 of this milk water mixer ware 60 is corresponding with this current deflecting plate 52 of this water unit 50, and this apical margin plate 62 is arranged on the below of this current deflecting plate 52, and by the upper surface 621 of this apical margin plate 62 and this current guide groove 523 formation one water-flowing path 63 of this current deflecting plate 52, at interval gapped 64 between this apical margin plate 62 and this current deflecting plate 52, this gap 64 forms the outlet 631 of these water-flowing paths 63.
Further, this milk water mixer ware 60 also comprises inner surface 65 and milk outlet 66, and this outlet 631 of this water-flowing path 63 is positioned at the top of this inner surface 65, and this milk outlet 66 is arranged on the bottom of this milk water mixer ware 60.
This shunting location air deflector 70 is fixedly connected on this milk outlet 66, this shunting location air deflector 70 comprises dividing cell 71 and the unit 72 that confluxes, wherein, an end of this dividing cell 71 is connected with this milk outlet 66, and its other end is connected with this unit 72 that confluxes.
This dividing cell 71 comprises some shunting plate washers 711, and by some these shunting plate washers 711 inner chamber of this dividing cell 71 is divided into some fluid cavitys 712.
This unit 72 that confluxes comprises fluid convergence chamber 721, and these 721 whiles of fluid convergence chamber some these fluid cavitys 712 with this dividing cell 71 connect.
In the time of device busy that the present invention is dissolved in the water milk powder fast, at first, this water unit 50 is connected with external water source, then, current enter into this water unit 50 by this water-flowing path 63, afterwards, flowing water flow flows out in this outlet 631 with specific flow velocity in this water-flowing path 63, and be sprayed directly on this inner surface 65 of this milk water mixer ware 60, and by the flow velocity of these current self, the gravity of hydraulic pressure and this current self, rotational flow from top to bottom on this inner surface 65, and form the moisture film of a rotational flow, this moment, Powdered milk powder is from top to bottom by himself action of gravity, progressively enter in this milk water mixer ware 60, Powdered milk powder mixes with the moisture film of this rotational flow in this process, and by the rotational flow mode of this moisture film Powdered milk powder is fully mixed with this moisture film.
At last, the mixture of milk powder and current is focused at these milk outlet 66 positions of this milk water mixer ware 60, and the milk mixing material is divided into some flow of liquid by this dividing cell 71 of this shunting location air deflector 70, then, some these flow of liquid meeting coalescence in this confluxes unit 72 forms this columnar fluid and discharges in this milk water mixer ware 60 certainly.
Claims (10)
1. the method that milk powder is dissolved in the water fast is characterized in that it comprises the steps:
The first step, one water unit is arranged on a milk water mixer ware top, this milk water mixer ware comprises the top, the bottom, outer surface and inner surface, wherein, offer uncovered on this top, offer milk outlet on this bottom, and by this inner surface around determining a milk blending space, this uncovered and this milk outlet is connected with this milk blending space respectively, this is uncovered to be the top that is positioned at this milk blending space, this milk outlet is uncovered corresponding and be positioned at the below of this milk blending space with this
Second step, this water unit has outlet, this water unit produces current, these current flow out in this outlet, and flow in this milk blending space along this inner surface of this milk water mixer ware, further, this outlet is positioned at this uncovered top of this milk water mixer ware, be sprayed directly on this inner surface of this milk water mixer ware from effusive these current of this outlet, and by the flow velocity of these current self, the gravity of hydraulic pressure and this current self, rotational flow from top to bottom on this inner surface, and form the moisture film of a rotational flow, this inner surface and this milk blending space of rotational flow and the water mixer ware of will suckling is spaced apart from top to bottom along this inner surface of this milk water mixer ware for this moisture film, this inner surface of this Powdered milk powder and this milk water mixer ware is not come in contact
The 3rd step, this Powdered milk powder are from top to bottom by himself Action of Gravity Field; Progressively by uncovered this milk blending space that enters into of this of this milk mixer; After this Powdered milk powder enters into this milk blending space; This Powdered milk powder continues to fall until mix with this moisture film in the second step as mentioned above; In this process; Rotational flow mode by this moisture film makes this Powdered milk powder fully mix with this moisture film; And in this bottom position place formation milk mixing material of this milk mixer
The 4th step, this milk mixing material in the 3rd step flows in a shunting location air deflector from this milk outlet of this milk water mixer ware as mentioned above, and make this milk mixing material be converted into columnar fluid and discharge in this milk water mixer ware certainly by this shunting location air deflector, whole milk powder is dissolved in the step of water fast to finish, this shunting location air deflector is fixedly connected on this milk outlet and with this milk blending space and is connected.
2. a kind of method that milk powder is dissolved in the water fast as claimed in claim 1 is characterized in that: in the first step, further, this is uncovered enough big, and the Powdered milk powder that need enter into this milk blending space is entered wherein smoothly as mentioned above.
3. a kind of method that milk powder is dissolved in the water fast as claimed in claim 1, it is characterized in that: as mentioned above in the first step, this uncovered and this milk outlet is to be arranged in regular turn from top to bottom on this milk water mixer ware, and, this milk outlet be vertically set on this open under.
4. a kind of method that milk powder is dissolved in the water fast as claimed in claim 1 is characterized in that: as mentioned above in second step, these current are that the angle that is the acute angle angle with horizontal direction is sprayed directly on this inner surface of this milk water mixer ware.
5. a kind of method that milk powder is dissolved in the water fast as claimed in claim 1 is characterized in that: as mentioned above in second step, these current are directly to be sprayed directly on this inner surface of this milk water mixer ware with horizontal direction.
6. as any described a kind of method that milk powder is dissolved in the water fast in the claim 1,3,4,5, it is characterized in that: this shunting location air deflector comprises dividing cell and the unit that confluxes, wherein, one end of this dividing cell is connected with this milk outlet, and its other end is connected with this unit that confluxes
This milk mixing material at first flows in this dividing cell from this milk outlet, and this milk mixing material is divided into some flow of liquid by this dividing cell, then, some these flow of liquid meeting coalescence in this confluxes the unit forms this columnar fluid and discharges in this milk water mixer ware certainly
This dividing cell comprises some shunting plate washers, and the inner chamber of this dividing cell is divided into some fluid cavitys by some these shunting plate washers, this unit that confluxes comprises fluid convergence chamber, this fluid convergence chamber while some these fluid cavitys with this dividing cell connect, and some these flow of liquid are assembled in chamber at this fluid compiled to form this columnar fluid.
7. a kind of method that milk powder is dissolved in the water fast as claimed in claim 1 is characterized in that: this Powdered milk powder is instant class powder.
8. device that milk powder is dissolved in the water fast, it is characterized in that: it comprises water unit, milk water mixer ware and shunting location air deflector, this water unit is that lid is located on this milk water mixer ware, and this shunting location air deflector is to connect to be arranged on this milk water mixer ware lower end
This water unit comprises chuck, the current deflecting plate, water inlet pipe, wherein, this chuck is that rotary clamping is on this milk water mixer ware, and this current deflecting plate is to encircle to be located on this chuck, this current deflecting plate has inwall and under shed, and center on formation one current guide groove by this inwall, this water inlet pipe is connected with this current deflecting plate, further, the inner chamber of this water inlet pipe is to be connected with the current guide groove of this current deflecting plate, this milk water mixer ware is connected with this water unit, and it comprises clamping plate and apical margin plate, wherein, this clamping plate is and the clamping mutually of this chuck of this water unit, this chuck is connected on this clamping plate, thereby this water unit is fastened on the top of this milk water mixer ware
The apical margin plate of this milk water mixer ware is corresponding with this current deflecting plate of this water unit, and this apical margin plate is arranged on the below of this current deflecting plate, and form a water-flowing path by the upper surface of this apical margin plate and this current guide groove of this current deflecting plate, gapped at interval between this apical margin plate and this current deflecting plate, this gap forms the outlet of this water-flowing path, further, this milk water mixer ware also comprises inner surface and milk outlet, this outlet of this water-flowing path is positioned at the top of this inner surface, and this milk outlet is arranged on the bottom of this milk water mixer ware.
9. a kind of device that milk powder is dissolved in the water fast as claimed in claim 8, it is characterized in that: this shunting location air deflector is fixedly connected on this milk outlet, this shunting location air deflector comprises dividing cell and the unit that confluxes, wherein, one end of this dividing cell is connected with this milk outlet, and its other end is connected with this unit that confluxes, this dividing cell comprises some shunting plate washers, and the inner chamber of this dividing cell is divided into some fluid cavitys by some these shunting plate washers, this unit that confluxes comprises fluid convergence chamber, and this fluid convergence chamber while some these fluid cavitys with this dividing cell connect.
10. a kind of device that milk powder is dissolved in the water fast as claimed in claim 9 is characterized in that: be provided with sealing ring between this chuck of this clamping plate of this milk water mixer ware and this water unit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009101064989A CN101518497B (en) | 2009-04-03 | 2009-04-03 | Method and device for fast dissolving milk powder in water |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009101064989A CN101518497B (en) | 2009-04-03 | 2009-04-03 | Method and device for fast dissolving milk powder in water |
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| Publication Number | Publication Date |
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| CN101518497A true CN101518497A (en) | 2009-09-02 |
| CN101518497B CN101518497B (en) | 2012-08-08 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009101064989A Expired - Fee Related CN101518497B (en) | 2009-04-03 | 2009-04-03 | Method and device for fast dissolving milk powder in water |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102247097A (en) * | 2010-05-19 | 2011-11-23 | 东莞市华钦塑胶模具有限公司 | Method for quickly dissolving powdered milk |
| CN103799891A (en) * | 2012-11-13 | 2014-05-21 | 内蒙古伊利实业集团股份有限公司 | Thermos flask specially for mixing powder and water |
| CN109223572A (en) * | 2018-10-12 | 2019-01-18 | 程坤 | A kind of feeding bottle for infant |
| CN109316061A (en) * | 2018-10-10 | 2019-02-12 | 安溪芯悦盟机械科技有限公司 | A kind of vertical drinking brewing function with eddy flow |
| CN111248748A (en) * | 2018-11-30 | 2020-06-09 | 富士电机株式会社 | Mixing bowl |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE10260040A1 (en) * | 2002-12-19 | 2004-07-15 | Braun Gmbh | mixing device |
| CN2776226Y (en) * | 2004-11-04 | 2006-05-03 | 杜兵 | Semi automatic sanitary milk boiling water pouring machine |
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2009
- 2009-04-03 CN CN2009101064989A patent/CN101518497B/en not_active Expired - Fee Related
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102247097A (en) * | 2010-05-19 | 2011-11-23 | 东莞市华钦塑胶模具有限公司 | Method for quickly dissolving powdered milk |
| CN102247097B (en) * | 2010-05-19 | 2013-08-28 | 东莞市华钦塑胶模具有限公司 | Method for quickly dissolving powdered milk |
| CN103799891A (en) * | 2012-11-13 | 2014-05-21 | 内蒙古伊利实业集团股份有限公司 | Thermos flask specially for mixing powder and water |
| CN103799891B (en) * | 2012-11-13 | 2016-12-07 | 内蒙古伊利实业集团股份有限公司 | Rush the special thermos flask of powder |
| CN109316061A (en) * | 2018-10-10 | 2019-02-12 | 安溪芯悦盟机械科技有限公司 | A kind of vertical drinking brewing function with eddy flow |
| CN109316061B (en) * | 2018-10-10 | 2021-03-09 | 淮安大富厨房设备制造有限公司 | Vertical water dispenser with rotational flow brewing function |
| CN109223572A (en) * | 2018-10-12 | 2019-01-18 | 程坤 | A kind of feeding bottle for infant |
| CN111248748A (en) * | 2018-11-30 | 2020-06-09 | 富士电机株式会社 | Mixing bowl |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101518497B (en) | 2012-08-08 |
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