CN216221194U - Intelligent milk adjusting device - Google Patents

Abstract

The utility model relates to a baby nursing product, in particular to an intelligent milk adjusting device, which is characterized in that: the milk bottle comprises a base platform, be provided with water distribution device and storage milk powder device on the base platform, the water distribution device is used for heating water and controls to predetermined temperature, store up the milk powder device and be used for storing milk powder, still be provided with the portion of joining in marriage milk of placing the feeding bottle on the base platform, when transferring milk, the feeding bottle is placed in the portion of joining in marriage milk, and adds water and milk powder respectively and transfers milk and mix. The intelligent milk adjusting device can provide all operations for users during milk adjusting, including automatic adjustment of proper water temperature and milk thickness storage, greatly shortens the time for the users to adjust the milk, can effectively prevent the milk powder from being wetted and agglomerated, and has the milk adjusting data in the milk adjusting process, so that the users can conveniently and scientifically feed the milk.

Description

Intelligent milk adjusting device

Technical Field

The utility model relates to a baby nursing product, in particular to an intelligent milk adjusting device.

Background

The process of dissolving milk powder for infants is a very locked process, a user needs to adjust the water temperature, add proper warm water into the milk bottle, scoop out proper amount of milk powder from a milk powder tank, mix the milk powder with the water and shake the milk powder uniformly. Although the process is seemingly simple, in the actual operation process, a lot of time and energy are needed to adjust the water temperature, search for a milk powder can and clean the milk bottle. Particularly, the milk powder is brewed for the baby at midnight, and because the brewing time is long, the baby can not drink the milk for a longer time, so that the sleeping time of the baby is influenced, and the sleeping quality of the adult is also influenced. Moreover, when the milk powder is mixed at night, the scale marks on the milk bottle are not easy to see clearly, the water adding is not accurate, and the milk can not be mixed according to the requirement. Therefore, parents can conveniently prepare the milk powder to the maximum extent, the milk preparation waiting time is reduced, and the infant formula milk preparation method is an urgent need for parents of infants at present.

The prior art CN201120143729.6 discloses a milk powder quantitative supply device, which can solve the problem of scooping milk powder by parents during each milk dispensing process, and although it also solves some troubles of consumers, it still cannot make babies drink milk quickly.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide an intelligent milk adjusting device which can provide all operations for users during milk adjustment, including automatically adjusting proper water temperature and storing milk powder, greatly shortens the milk adjusting time of the users, can effectively prevent the milk powder from being wetted and agglomerated, and can monitor milk adjusting data in the milk adjusting process, thereby being more convenient for the users to feed scientifically.

In order to achieve the purpose, the utility model adopts the following technical scheme: an intelligence transfers milk ware which characterized in that: the milk bottle comprises a base platform, be provided with water distribution device and storage milk powder device on the base platform, the water distribution device is used for heating water and controls to predetermined temperature, store up the milk powder device and be used for storing milk powder, still be provided with the portion of joining in marriage milk of placing the feeding bottle on the base platform, when transferring milk, the feeding bottle is placed in the portion of joining in marriage milk, and adds water and milk powder respectively and transfers milk and mix.

Further, the milk preparing part comprises a tray and a pressure sensor arranged at the bottom of the tray, the pressure sensor is abutted against the bottom of the tray, and the tray and the pressure sensor form a weighing device for weighing the feeding bottle.

Further, the tray is fixed on the pressure sensor through screws;

or the feeding bottle is provided with a magnet and is magnetically attracted to the tray through the magnet;

or, be provided with the display screen on the base station, the display screen is connected with the pressure sensors electricity, the display screen is used for showing the numerical value that pressure sensors detected.

Further, the milk preparing part is a placing groove which is concavely arranged on the base platform;

or the milk preparing part is a boss which is convexly arranged on the base platform;

or the water distribution device is a kettle electrically coupled with the base;

or the water distribution device comprises a water supply device and a water outlet tap, the water supply device is communicated with the water outlet tap through a communicating pipe, and water can be automatically discharged from the water outlet tap to the feeding bottle.

Furthermore, the milk powder storage device is a powder storage barrel arranged on the base platform, and milk powder is stored in the powder storage barrel.

Further, store up the milk power device including set up the storage powder bucket on the base station, install in the play powder mechanism of storing up powder bottom of the barrel portion and be located the powder subassembly that connects of storing up powder bottom of the barrel portion, base station one side is provided with the opening, the play powder chamber intercommunication in opening and the base station, connect the powder subassembly to pack into out the powder intracavity by the opening, and relative base station can be gone out by the opening pull, store up powder bottom of the barrel portion and be provided with the play powder hole with play powder chamber intercommunication, it can export the milk power in the storage powder bucket to connect in the powder subassembly through a powder hole to go out the powder mechanism.

Furthermore, connect the powder subassembly including having out holding the box and connecing the powder box in the powder chamber, hold the box and hold by the tray support by opening detachable in packing into the base station, go out the powder chamber and pass through powder outlet hole and store up powder bucket intercommunication, connect the powder box to install in a powder chamber.

Furthermore, one side of the accommodating box is provided with a first opening communicated with the powder outlet cavity, and the powder receiving box is filled in from the first opening and pulled out of the powder outlet cavity.

Furthermore, go out powder mechanism including install in the measurement piece of storing up powder barrel head portion, be located the flat powder piece of measurement piece top, be fixed in the powder piece of dialling on the flat powder piece and be located the stirring piece of flat powder piece top, be provided with a plurality ofly on the measurement piece and store up the flourishing storehouse that the diapire encloses and close formation with the powder bucket, flourishing storehouse rotates along with the measurement piece to make a plurality of flourishing storehouses communicate with the powder outlet hole one by one, flat powder piece is fixed in on the powder bucket, and is provided with the mounting hole corresponding with the powder outlet hole on the flat powder piece, the lower extreme of dialling the powder piece is stretched into the powder outlet hole by the mounting hole, at measurement piece pivoted in-process, flat powder piece is arranged in leveling the flourishing storehouse milk powder, and dials the milk powder in the powder outlet hole with the flourishing storehouse to the powder piece, the stirring piece is used for stirring milk powder, so that milk powder packs into in the flourishing storehouse.

Further, the powder storage barrel is integrally formed on the base platform;

or the base station is provided with an installation groove, and the powder storage barrel is detachably arranged in the installation groove;

or the powder storage barrel is a metal barrel or a glass barrel;

or the powder storage barrel is drum-shaped;

or the volume of the powder storage barrel is 500 ml-2000 ml;

or the outer side of the powder receiving component is provided with a pull-out handle part;

or the containing cavity of the powder receiving component is of a structure with a small upper part and a big lower part;

or the containing cavity of the powder receiving assembly is a metal cavity or a glass cavity;

or an upward convex frustum is arranged at the bottom of the containing cavity of the powder receiving component;

or, a detection device for detecting the powder receiving assembly is arranged on the base station.

After the technical scheme is adopted, the intelligent milk adjusting device is provided with the water distribution device and the milk powder storage device, so that a user can directly use the milk adjusting device to adjust milk, the time of the user is greatly saved, the time for the infant to wait for crying and screaming is also reduced, and various troubles of the user in milk adjusting are solved. Meanwhile, the milk mixing device has the functions of storing milk powder and automatically discharging the milk powder, and does not need a user to scoop the powder manually, so that the operation is more convenient and faster. Moreover, in the powder discharging process, the user does not need to repeatedly open and close the powder storage barrel, so that the contact between the milk powder and the air is correspondingly reduced, and the milk powder can be effectively prevented from being wetted, agglomerated or deteriorated.

In addition, the intelligent milk mixing device is also provided with a milk mixing part, the milk mixing part has the function of weighing the milk bottle, the milk bottle is placed on the milk mixing part in the milk mixing process, the base station can display the amount of water and milk powder added into the milk bottle in real time, a user can mix milk more conveniently and accurately, particularly, the user can mix milk at night, the scale mark reading of the milk bottle cannot be clearly seen, and the milk mixing device is more convenient for the old to mix milk. Moreover, the intelligent milk regulator can monitor and count data in the milk regulating process in real time, form feeding flavor data for users and help the users to scientifically feed babies.

Drawings

The utility model will be further described with reference to the accompanying drawings in which:

FIG. 1 is a schematic structural diagram according to a first embodiment of the present invention;

FIG. 2 is a cross-sectional view A-A of FIG. 1;

FIG. 3 is a cross-sectional view taken along line B-B of FIG. 1;

FIG. 4 is a schematic view of an exploded mounting structure of the powder discharging mechanism in FIG. 1;

fig. 5 is a schematic structural diagram of a second embodiment of the present invention.

Detailed Description

The first embodiment is as follows:

as shown in fig. 1, fig. 2, fig. 3, and fig. 4, which are schematic structural diagrams of a first embodiment of the present invention. An intelligent milk mixing device comprises a base station 1, wherein a water distribution device 2, a milk powder storage device and a milk mixing part 11 for placing a milk bottle 4 are arranged on the base station 1, the water distribution device 2 is a kettle electrically coupled with the base station 1 and used for heating water and controlling the water temperature to a preset value, the milk powder storage device comprises a powder storage barrel 31 arranged on the base station 1, a powder discharging mechanism 32 arranged at the bottom of the powder storage barrel 31 and a powder receiving component 33 positioned at the bottom of the powder storage barrel 31, an opening 10 is arranged on one side of the base station 1, the opening 10 is communicated with an inner cavity of the base station 1, the powder receiving component 33 is arranged in the base station 1 through the opening 10 and can be pulled out from the opening 10 relative to the base station 1, a powder discharging hole 310 communicated with the inner cavity of the base station 1 is arranged at the bottom of the powder storage barrel 31, the powder discharging mechanism 32 can output milk powder in the powder storage barrel 31 into the powder receiving component 33 through the powder discharging hole 310, and during milk mixing, the feeding bottle 4 is placed in the milk dispensing part 11, and the water dispensing device 2 and the powder receiving assembly 33 respectively add water and milk powder into the feeding bottle 4 for milk mixing. Wherein, the volume of the cavity of the powder receiving component 33 is 50 ml-200 ml.

In this embodiment, the powder discharging mechanism 32 is driven by a motor (not labeled in the figure) installed in the base 1, the powder discharging mechanism 32 includes a metering member 321 installed at the bottom of the powder storing barrel 31, a flat powder member 322 located above the metering member 321, a powder stirring sheet 323 fixed on the flat powder member 322, and a powder stirring member 324 located above the flat powder member 322, the metering member 321 is provided with a plurality of powder containing compartments 320 formed by enclosing with the bottom wall of the powder storing barrel 31, the powder containing compartments 320 rotate with the metering member 321, so that the plurality of powder containing compartments 320 are communicated with the powder discharging holes 310 one by one, the flat powder member 322 is fixed on the powder storing barrel 31, the flat powder member 322 is provided with mounting holes 3220 corresponding to the powder discharging holes 310, the lower ends of the powder stirring sheets 323 extend into the powder discharging holes 310 through the mounting holes 3220, during the rotation of the metering member 321, the flat powder member 322 is used for leveling the milk powder in the powder containing compartments 320, and the powder stirring sheets 323 in the powder containing compartments 310 are stirred into the powder discharging holes 310, the powder stirring member 324 rotates to stir the powdered milk in the powder storage barrel 31 so that the powdered milk is loaded into the powder receiving bin 320.

In this embodiment, the milk dispensing portion 11 includes a tray 111 and a pressure sensor 112 disposed at the bottom of the tray 111, the pressure sensor 112 is disposed at the bottom of the tray 111, and the tray 111 and the pressure sensor 112 form a weighing device for weighing the feeding bottle 4. Meanwhile, the base station 1 is further provided with a display screen 113, the display screen 113 is electrically connected with the pressure sensor 112, and the display screen 113 is used for displaying the numerical value detected by the pressure sensor 112. In this embodiment, the tray 111 is fixed to the pressure sensor 112 by screws (not shown).

In this embodiment, the base platform 1 is provided with a mounting groove 12 for positioning and mounting the powder storage barrel 31, the powder storage barrel 31 is detachably mounted in the mounting groove 12, wherein the mounting groove 12 is provided with a first communication hole 120 for communicating the powder outlet 310 with the inner cavity of the base platform 1, and the powdered milk in the powder storage barrel 31 can be output to the powder receiving assembly 33 in the base platform 1 through the first communication hole 120.

In this embodiment, a sealing ring 333 is further disposed between the powder receiving component 33 and the opening 10 of the base platform 1, the sealing ring 333 is fixed on the powder receiving component 33, the sealing ring 333 can seal the gap between the opening 10 and the powder receiving component 33, so as to prevent the external air and the powder storage barrel 31 from being in a communicated state all the time, effectively isolate the milk powder from the air, and prevent the milk powder from caking or being deteriorated by moisture. In order to facilitate the user to take out the powder receiving assembly 33, an inwardly recessed handle portion 334 is provided at the outer side of the powder receiving assembly 33.

In addition, in this embodiment, the base platform 1 and the powder receiving assembly 33 are further provided with a detachment prevention structure for preventing the powder receiving assembly 33 from automatically detaching from the base platform 1, the detachment prevention structure includes a first magnetic body 335 disposed on the powder receiving assembly 33 and a second magnetic body 15 disposed in the base platform 1 and mounted on the base platform 1, wherein the first magnetic body 335 and the second magnetic body 15 attract each other to achieve detachment prevention of the powder receiving assembly 33 relative to the base platform 1. Meanwhile, in order to prevent the powder receiving assembly 33 from being not mounted in the base 1 during the powder discharging process, in the present embodiment, a detection device (not shown) for detecting the powder receiving assembly 33 is mounted on the base 1.

For the embodiment, because the intelligent milk adjusting device is provided with the water distribution device and the milk powder storage device, a user can directly use the milk adjusting device to adjust the milk, the time of the user is greatly saved, the time for the infant to wait for crying and screaming is also reduced, and various troubles of the user in milk adjusting are solved. Meanwhile, the milk mixing device has the functions of storing milk powder and automatically discharging the powder, wherein the volume of the accommodating cavity of the powder receiving assembly is 50-200 ml, the milk powder can be discharged at any age, a user does not need to scoop the powder manually, and the operation is more convenient. Moreover, in the powder discharging process, the user does not need to repeatedly open and close the powder storage barrel, so that the contact between the milk powder and the air is correspondingly reduced, and the milk powder can be effectively prevented from being wetted, agglomerated or deteriorated.

In addition, the intelligence of this embodiment transfers the milk ware, still has the portion of suckleing, and the portion of suckleing has the function of weighing to the feeding bottle, transfers the in-process of milk, and the feeding bottle is placed in the portion of suckleing, and can real-time demonstration on the base station, to the water yield and the milk powder volume of adding in the feeding bottle, more convenience of customers accuracy transfers milk, especially the user transfers milk at night, does not see the feeding bottle scale mark reading clearly, also more makes things convenient for the old man to transfer milk. Moreover, the intelligent milk regulator of the embodiment can monitor and count data in the milk regulation process in real time, so that feeding flavor data is formed for users, and the users are helped to scientifically feed babies.

In order to prevent at the in-process of transferring milk, the accident that the feeding bottle took place to empty, can install magnet on the feeding bottle of this embodiment, simultaneously, the tray is for having the magnetism material, and the feeding bottle can pass through magnet and adsorb on the tray, further promotes the stability in placement of feeding bottle. Moreover, for the present embodiment, the milk dispensing portion may be a placement groove concavely provided on the base platform; or, the projection is arranged on the boss of the base station.

It should be noted that, in this embodiment, the intelligent milk adjusting device may be wirelessly connected to the mobile phone terminal APP. Transfer the in-process of milk, the data that weighing device weighed and transfer the time of milk can be sent to user's cell-phone APP through controlling means in, convenience of customers knows transfer the milk data of transferring at every turn milk in-process to, along with the growth of infant's age, relevant transfer milk data also can change. The intelligent milk mixing device can remind a user of mixing milk in time and feed infants in time, and can remind the user of the amount of milk powder and the amount of water required to be added when the user mixes milk every time according to the age of the infants, so that the infants can be fed intelligently.

Meanwhile, in the embodiment, the powder storage barrel has the function of storing the milk powder, and the milk powder is stored in the powder storage barrel, so that the problem of caking caused by repeated contact of the milk powder and air due to the fact that the milk powder tank needs to be opened when a user adjusts the milk each time can be solved. Because the powder storage barrel of this embodiment can go out powder automatically, the user only need will connect the powder box in quantitative milk powder pour into the feeding bottle at every turn can, greatly reduced milk powder the problem of caking or rotten that wets. In this embodiment, store up the relative base station of powder bucket and can dismantle, can make things convenient for the powder bucket of storing up to regularly wash, clear up. Of course, the powder storage barrel of the present embodiment may be integrally formed with the base. In order to prevent the powdered milk placed in the powder storage barrel from adhering to the wall of the powder storage barrel and not falling down, the powder storage barrel of the present embodiment is preferably a metal barrel or a glass barrel which does not adhere to the powdered milk, and the powder storage barrel of the present embodiment may be drum-shaped, and more powdered milk may be filled in the drum-shaped inner cavity. It should be noted that the volume of the powder storage barrel of the present embodiment can be set to 500 ml-2000 ml to satisfy the storage requirements of different canned milk powders.

It should be pointed out that store up powder bucket detachable and install on the base station in this embodiment, wherein, the weighing device who weighs can also be installed to storing up the powder bucket to the installation tank bottom of base station to make things convenient for the user to know that the milk powder volume in storing up the powder bucket is still how much, when the milk powder volume is not enough, the weight that weighing device was weighed can be compared with predetermined weight, and need add new milk powder through controlling means feedback user.

In addition, in this embodiment, the first magnetic body disposed on the powder receiving assembly and the second magnetic body disposed on the base platform attract each other, so that the powder receiving assembly can be prevented from being easily removed from the base platform after being mounted on the base platform. Of course, the anti-slip structure is not limited to the solution disclosed in the present embodiment, and for example, the anti-slip structure includes a convex portion and a concave portion forming a concave-convex fit, a base and a powder receiving component, one of the base and the powder receiving component is provided with the convex portion, and the other is provided with the corresponding concave portion, and the anti-slip of the powder receiving component is realized by the engagement of the convex portion and the concave portion when the convex portion and the concave portion are mounted. For example, the anti-falling structure is an installation part and a matching part which are in interference fit, the base station and the powder receiving assembly are provided with the installation part on one of the base station and the powder receiving assembly on the other of the base station and the powder receiving assembly, and the anti-falling of the powder receiving assembly can be realized. In the embodiment, the volume of the containing cavity of the powder receiving component is 50 ml-200 ml, so that the requirement of one-time powder discharging and milk mixing of children of different ages can be met. In the present embodiment, the powder receiving assembly is preferably 100 ml. Meanwhile, in order to facilitate the manual pouring of the powder receiving component into the feeding bottle, the accommodating cavity of the powder receiving component can be set to be of a structure with a small upper part and a large lower part, so that the mouth part is narrower, and powder can be poured into the feeding bottle more easily. Of course, the cavity of the powder receiving component of the present embodiment is also preferably a metal cavity or a glass cavity which is not adhered to the milk powder. At the in-process of going out the powder, because the viscidity of milk powder is strong, pile up easily in the center that connects the powder box, consequently, to this embodiment, can also set up the bellied frustum that makes progress in the appearance chamber bottom that connects the powder subassembly to realize the in-process of going out the powder, milk powder can be along the landing of frustum proper motion to the frustum all around, be difficult to form the problem of piling up of milk powder.

It should be noted that, in this embodiment, in order to prevent that the powder receiving assembly is not installed in place during the powder discharging process, the problem that milk powder falls into the powder discharging cavity and is wasted is caused. The base of this embodiment is provided with a detection device, which may be a hall element, a reed switch, or a microswitch having a switch function. Correspondingly, the powder receiving assembly needs to be provided with a corresponding trigger part to drive the detection device to act, for example, the trigger part is a magnet for driving a hall element or a reed switch, or a trigger rod for driving a microswitch, and the like.

It should be noted that, in this embodiment, the water distribution device is a water boiling kettle capable of realizing automatic temperature control, and the water boiling kettle is provided with a spout for pouring water conveniently. In this embodiment, the spout is higher than the powder storage barrel, so as to prevent the moisture of the milk powder in the water storage barrel caused by the steam sprayed from the spout entering the water storage barrel during the process of boiling water. Meanwhile, in the process of boiling water, the air near the kettle is relatively humid, and the milk powder in the powder storage barrel is also likely to be affected with damp, so that in the embodiment, a fan blowing outwards can be further arranged on the base platform, wherein the fan is arranged between the kettle and the powder storage barrel, and is used for blowing upwards towards the installation gap between the kettle and the powder storage barrel so as to accelerate the circulation of air.

Certainly, in this embodiment, the water distribution device may also be another system, for example, the matching device includes a water supply device and a water outlet faucet, the water supply device is communicated with the water outlet faucet through a communicating pipe, and the water outlet faucet can automatically discharge water to the feeding bottle, at this time, a heating device for heating water may be disposed on the water supply device, and an instant heating module capable of achieving rapid heating may be disposed on the communicating pipe.

It should be noted that, for the present embodiment, the milk powder storage device may also be only a milk powder storage barrel with a function of storing milk powder, and when adjusting milk, the user may also scoop milk powder manually, but the intellectualization degree of the milk adjuster with this structure is relatively low. Moreover, in this embodiment, can also set up another a set of weighing device on the base station for weigh and connect the weight of powder subassembly and its interior milk powder, at this moment, connect the opening part of powder subassembly and base station and can not set up the sealing washer, in order to prevent to connect the powder subassembly to receive the elastic pressure of sealing washer, and cause the milk powder weight of weighing to be inaccurate. And, the flourishing powder volume that single flourishing powder storehouse can splendid attire 1g ~ 5g of milk powder, and the user can choose for use according to oneself demand, and when the milk powder that falls into in the powder receiving component was measured to the weighing device was less than predetermineeing out the powder volume, the drive that the metering piece can be continued flourishing powder storehouse and rotates, until reaching and predetermineeing out the powder volume.

It should be noted that the above structural changes to the present embodiment can also be applied to other embodiments of the present invention.

Example two:

fig. 5 is a schematic structural diagram of a second embodiment of the present invention. The difference between the present embodiment and the first embodiment is: in this embodiment, the powder receiving assembly 33 includes a containing box 331 and a powder receiving box 332, the containing box 331 is detachably installed in the base 1 through an opening 10, the powder receiving box is communicated with the powder storage barrel 31 through a powder outlet hole (not shown), the powder receiving box 332 is installed in the powder outlet cavity, wherein a first opening 3310 communicated with the powder outlet cavity is arranged on one side of the containing box 331, and the powder receiving box 332 is installed in and pulled out of the powder outlet cavity through the first opening 3310.

Have the same beneficial effect of embodiment one to this embodiment, meanwhile, this transfer milk ware still is provided with the detachable and holds the box when automatic quantitative milk powder of going out, goes out the powder in-process, drops to the milk powder that connects the powder box outside, can collect in holding the powder intracavity of the box. After the powder is automatically discharged every time, the accommodating box can be detached for cleaning and rinsing, and the operation is very convenient. Compared with the existing milk powder quantitative discharging device, the milk adjusting device of the embodiment is easier to clean, and effectively eliminates the food sanitation and safety hidden trouble of infants.

It should be noted that, in this embodiment, the powder receiving box includes a base and a box body detachable relative to the base, so that after the milk powder is automatically discharged, the box body can be directly detached to add the milk powder into the feeding bottle. It should be noted that the above structural changes to the present embodiment can also be applied to other embodiments of the present invention.

It will be appreciated by those skilled in the art that the present invention includes, but is not limited to, those illustrated in the accompanying drawings and described in the foregoing detailed description. Any modification which does not depart from the functional and structural principles of the present invention is intended to be included within the scope of the claims.

Claims (10)

1. An intelligence transfers milk ware which characterized in that: the milk bottle comprises a base platform, be provided with water distribution device and storage milk powder device on the base platform, the water distribution device is used for heating water and controls to predetermined temperature, store up the milk powder device and be used for storing milk powder, still be provided with the portion of joining in marriage milk of placing the feeding bottle on the base platform, when transferring milk, the feeding bottle is placed in the portion of joining in marriage milk, and adds water and milk powder respectively and transfers milk and mix.

2. The intelligent milk mixer as claimed in claim 1, wherein: the milk preparing part comprises a tray and a pressure sensor arranged at the bottom of the tray, the pressure sensor is abutted against the bottom of the tray, and the tray and the pressure sensor form a weighing device for weighing the feeding bottle.

3. The intelligent milk mixer as claimed in claim 2, wherein: the tray is fixed on the pressure sensor through screws;

or the feeding bottle is provided with a magnet and is magnetically attracted to the tray through the magnet;

or, be provided with the display screen on the base station, the display screen is connected with the pressure sensors electricity, the display screen is used for showing the numerical value that pressure sensors detected.

4. The intelligent milk mixer as claimed in claim 1, wherein: the milk preparing part is a placing groove which is concavely arranged on the base platform;

or the milk preparing part is a boss which is convexly arranged on the base platform;

or the water distribution device is a kettle electrically coupled with the base;

or the water distribution device comprises a water supply device and a water outlet tap, the water supply device is communicated with the water outlet tap through a communicating pipe, and water can be automatically discharged from the water outlet tap to the feeding bottle.

5. The intelligent milk mixer as claimed in claim 1, wherein: the milk powder storage device is a powder storage barrel arranged on the base platform, and milk powder is stored in the powder storage barrel.

6. The intelligent milk mixer as claimed in claim 1, wherein: store up the milk power device including set up the storage powder bucket on the base station, install in the play powder mechanism of storing up powder bottom of the barrel portion and be located the powder subassembly that connects of storing up powder bottom of the barrel portion, base station one side is provided with the opening, the play powder chamber intercommunication in opening and the base station, connect the powder subassembly and pack into out the powder intracavity by the opening, and relative base station can be gone out by the opening pull, store up powder bottom of the barrel portion and be provided with the play powder hole with play powder chamber intercommunication, it can export the milk power that stores up in the powder bucket to connect in the powder subassembly through going out the powder hole to go out the powder mechanism.

7. The intelligent milk mixer of claim 6, wherein: connect the powder subassembly including having out holding the box and connecing the powder box in the powder chamber, hold the box and hold by the tray support by opening detachable in packing into the base station, go out the powder chamber through going out powder hole and storing up powder bucket intercommunication, connect the powder box to install in a powder intracavity.

8. The intelligent milk mixer of claim 7, wherein: one side of the accommodating box is provided with a first opening communicated with the powder outlet cavity, and the powder receiving box is filled in from the first opening and pulled out of the powder outlet cavity.

9. The intelligent milk mixer of claim 6, wherein: go out powder mechanism including install in the measurement piece of storing up powder barrel head portion, be located the flat powder piece of measurement top, be fixed in group's powder piece on the flat powder piece and be located the stirring piece of flat powder piece top, be provided with on the measurement piece a plurality ofly and store up the flourishing powder storehouse that the hoarding closed formation of powder barrel bottom wall, flourishing powder storehouse rotates along with the measurement piece to make a plurality of flourishing powder storehouses communicate with powder outlet hole one by one, flat powder piece is fixed in on the storage powder barrel, and is provided with the mounting hole corresponding with powder outlet hole on the flat powder piece, the lower extreme of dialling the powder piece is stretched into powder outlet hole by the mounting hole, at measurement pivoted in-process, flat powder piece is arranged in levelly and smoothly holding the milk powder storehouse, and dials the milk powder in the powder outlet hole with the milk powder storehouse of holding, stirring piece is used for stirring milk powder, so that milk powder packs into in the powder storehouse.

10. The intelligent milk mixer of claim 6, wherein: the powder storage barrel is integrally formed on the base platform;

or the base station is provided with an installation groove, and the powder storage barrel is detachably arranged in the installation groove;

or the powder storage barrel is a metal barrel or a glass barrel;

or the powder storage barrel is drum-shaped;

or the volume of the powder storage barrel is 500 ml-2000 ml;

or the outer side of the powder receiving component is provided with a pull-out handle part;

or the containing cavity of the powder receiving component is of a structure with a small upper part and a big lower part;

or the containing cavity of the powder receiving assembly is a metal cavity or a glass cavity;

or an upward convex frustum is arranged at the bottom of the containing cavity of the powder receiving component;

or, a detection device for detecting the powder receiving assembly is arranged on the base station.

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