CN205514165U - Intelligent milk warmer - Google Patents

Abstract

The utility model relates to an intelligent milk warmer, include: a pedestal. The setting is in shell on the base the internal structure of shell has the inner bag, the setting is in be located on the base and partially driver part in the inner bag, with the claw that the driver part is connected and is used for installation and fixed feeding bottle coils the subassembly, wherein, works as when the driver part rotates, through driving the rotation of claw dish subassembly is in order to make the feeding bottle carries out corresponding rotation, the setting is in just can heat on the inner bag the heater block of feeding bottle. This intelligent milk warmer has the advantage of the warm function of enjoying a double blessing of suckling and transferring milk to go on simultaneously and still has warm effectual and efficient advantage of suckling.

Description

A kind of Intelligent nursing bottle warmer

Technical field

This utility model relates to small household appliances technical field of heating, particularly relates to a kind of Intelligent nursing bottle warmer.

Background technology

The structure of existing milk warming device is roughly the same, and its operation principle is that water is encased in inner bag, by heating Body heats water, is then transmitted by the heat of water and the milk in feeding bottle is carried out heating and being incubated.But this warm milk Device, when taking out, often speckles with a lot of water, water will be dried when using every time, it has not been convenient to cleaning.Wherein, Patent No. CN200810220137.2 discloses a kind of heat conducting bag of milk warming equipment without water, and this heat conducting bag can be from warm Taking out in milk device, this heat conducting bag is built with liquid.By the inwall of heat conducting bag of milk warming equipment, heat is conducted to heat conduction Bag, then transferred heat to feeding bottle by heat conducting bag.

But, although technique scheme solves cleaning problems, but owing to feeding bottle is in quiet in inner bag all the time State only, this is just unfavorable for warm milk and adjusts the synchronization of milk to carry out.

Based on the analysis to above-mentioned prior art, need to design a kind of Intelligent nursing bottle warmer to ensure warm milk and to adjust milk Synchronization is carried out.

Utility model content

For the problems referred to above, according to the utility model proposes a kind of Intelligent nursing bottle warmer, including: base；Arrange Shell on described base, the internal structure at described shell has inner bag；It is arranged on described base and part It is positioned at the driver part in described inner bag；It is connected with described driver part and in order to install and to fix the pawl of feeding bottle Dish assembly, wherein, when described driver part rotates, by driving the rotation of described pawl dish assembly to promote Described feeding bottle is made to rotate accordingly；It is arranged on described inner bag and can heat the heater block of described feeding bottle. It follows that due to the rotation of driver part, thus the rotation of band pawl dish assembly, further, drive milk Bottle can rotate together with pawl dish assembly accordingly.So, when feeding bottle rotates, can be accelerated this Milk powder in feeding bottle and the mixed dissolution of water, and make formation liquid stream after milk powder and water mixing.It addition, entering During row adjusts milk, by the heater block heating to the medium (such as air) in inner bag, thus realize Heating to feeding bottle.Further, it is achieved the purpose of warm milk.

In one embodiment, described pawl dish assembly include being arranged on the chassis on described inner bag and with described chassis Fixing seat for detachable connection.

In one embodiment, described pawl dish assembly also includes the round platform being arranged on described chassis and is positioned at institute State between fixing seat and described chassis and be set in first elastic component in the outside of described round platform.Setting of this round platform Put, the effect fixing this first elastic component can be played.

In one embodiment, on described chassis, compartment is provided with multiple pilot hole, under described fixing seat Spaced surface formula is provided with multiple lead, by making each described lead be inserted respectively into corresponding described guiding In hole so that described first elastic component is compressed or resilience thus complete described fixing seat and described chassis Plug-in connects.

In one embodiment, being provided with plummer on described fixing seat, described fixing seat is divided by described plummer For supporting region and installing zone.

In one embodiment, on described installing zone, compartment is configured with multiple mounting groove, in each described installation The second elastic component it is mounted in groove.The setting of this second elastic component, can play and be supplied to as described below consolidating Determine a certain size the effect of thrust of the rotation section in pawl, so that all can in the portion of holding tightly in this each fixed claw Make the action holding feeding bottle accordingly tightly.

In one embodiment, the most movable on the end away from described plummer of each described mounting groove it is provided with Fixed claw, described fixed claw include rotation section and can hold described feeding bottle tightly hold portion tightly, in described rotation section and institute The join domain stating the portion of holding tightly is configured with the rotary shaft that the described fixed claw of confession carries out rotating.As can be seen here, this rotation The setting of axle, it is possible to provide, for rotating of this fixed claw, the strong point rotated, thus ensure that this pushes up the smooth of pawl admittedly Rotate.

In one embodiment, on the upper surface on described chassis, compartment is provided with multiple tops tongue, described rotation section For multiple, and each described rotation section all with corresponding described top protrusion of the tongue to being crisscross arranged, and each described rotation section Medial surface is all towards the lateral surface of corresponding described top tongue.So, just avoid and cannot load the drawback of feeding bottle.

In one embodiment, all outsides with described plummer, one end of each described second elastic component contact, The other end all outsides with corresponding described rotation section contact.

In one embodiment, during described feeding bottle is put into described pawl dish assembly, described fixing seat pressure Contract described first elastic component, and each described fixed claw is all by being pushed up of described top tongue of setting longitudinally staggered with it Power, under the effect of described rotary shaft, so that the portion of holding tightly described in each described fixed claw all expands outwardly.

In one embodiment, after described feeding bottle loads described pawl dish assembly, in the elasticity of described first elastic component Under the effect of restoring force, so that each described fixed claw all separates to each other with corresponding described top protrusion of the tongue, and Under the effect of the elastic restoring force of the most described second elastic component, promote to hold tightly described in each described fixed claw Portion the most inwardly bounces back and holds the periphery wall of described feeding bottle tightly.

In one embodiment, described heater block is the helical heating pipe being arranged on the internal perisporium of described inner bag Or spiral heating sheet.By heater block is set to helical form, then can greatly increase the heating surface to feeding bottle Long-pending, improve the efficiency of warm milk, ensure the uniform and stable of warm milk simultaneously.

In one embodiment, described driver part, for driving motor, is provided with in the upper surface of described driving motor Union joint, it is interior to complete described driving motor with described pawl dish assembly in circumference that described union joint stretches into described round platform On fixing connection.

In one embodiment, the central axis of the rotary shaft of described driving motor and the central axis of described feeding bottle Between be configured to most advanced and sophisticated the first angle down.

In one embodiment, described pawl dish assembly also includes snapping onto consolidating on corresponding described mounting groove respectively Fixed lid, the upper surface of each described fixing lid is respectively positioned in same plane.So, the most solid of feeding bottle can just be ensured Fixed, it is to avoid feeding bottle is the phenomenon of run-off the straight when rotating with pawl dish assembly.

According to this utility model, compared with prior art, this Intelligent nursing bottle warmer has warm milk and adjusts milk to enter simultaneously The double Full Featured advantage of row, thus save user and individually rock feeding bottle to ensure that milk powder and water are sufficiently mixed Time.

Additionally, this Intelligent nursing bottle warmer also has when feeding bottle rotates, it is possible to accelerate water and the mixing of milk powder and dissolving, Produce liquid to flow simultaneously, thus the advantage improving the efficiency of warm milk.

It addition, this Intelligent nursing bottle warmer also has advantage easy to operate, quick and easy to clean.

Accompanying drawing explanation

Hereinafter based on embodiment reference accompanying drawing, this utility model will be described in more detail.At figure In:

Fig. 1 is the overall structure schematic diagram of the Intelligent nursing bottle warmer of embodiment of the present utility model.

Fig. 2 is the detonation configuration schematic diagram of the Intelligent nursing bottle warmer of embodiment of the present utility model.

Fig. 3 is the pawl dish modular construction schematic diagram of the Intelligent nursing bottle warmer of embodiment of the present utility model.

Fig. 4 is the detonation configuration schematic diagram of the pawl dish assembly of the Intelligent nursing bottle warmer of embodiment of the present utility model.

Fig. 5 be in Fig. 2 drive motor rotary shaft central axis and the central axis of feeding bottle between formed The schematic diagram of the first angle.

In the accompanying drawings, identical parts use identical reference.Accompanying drawing is not according to actual scaling.

Detailed description of the invention

Below in conjunction with accompanying drawing, the utility model is described in further detail.

As depicted in figs. 1 and 2, wherein, Fig. 1 show schematically show this Intelligent nursing bottle warmer 100 and includes base 1, shell 2, driver part 3, pawl dish assembly 4 and heater block 5.

In embodiments herein, the setting of this base 1, can be used to support and fix this Intelligent nursing bottle warmer 100。

Shell 2 is arranged on base 1, and specifically, this shell 2 can be fastened by the securing member such as screw or rivet On base 1.

Internal structure at this shell 2 has inner bag 21, and this inner bag 21 is substantially in tubular.One end of this inner bag 21 Fixing with the upper end of described shell 2 and be connected, the other end extends towards the direction of base 1 and extends close to base The upper end surface of 1.

Driver part 3 is arranged on base 1 and part is positioned in inner bag 21, i.e. the upper end of this driver part 3 It is positioned in this inner bag 21.The setting of this driver part 3, can be used to drive feeding bottle 200 as described below Rotate.

This pawl dish assembly 4 is connected with driver part 3, this pawl dish assembly 4 in order to install and to fix feeding bottle 200, Wherein, when driver part 3 rotates, by the rotation of band pawl dish assembly 4 to promote feeding bottle to carry out phase The rotation answered.It follows that due to the rotation of driver part 3, thus the rotation of band pawl dish assembly 4, enter One step ground, drives feeding bottle 200 can rotate accordingly together with pawl dish assembly 4.So, at feeding bottle 200 When rotating, the milk powder in this feeding bottle 200 and the mixed dissolution of water can be accelerated, and milk powder and water are mixed Liquid stream is formed after conjunction.

This heater block 5 is arranged on inner bag 21, and this heater block 5 can heat feeding bottle 200.Specifically, By the heater block 5 heating to the medium (such as air) in inner bag 21, thus realize feeding bottle 200 Heating.Further, it is achieved the purpose of warm milk.

During above-mentioned feeding bottle 200 rotates with pawl dish assembly 4, along with heater block 5 Heat effect, also greatly increases effect and the efficiency of warm milk.It follows that the Intelligent nursing bottle warmer of the application 100 have and can synchronize to carry out fast velocity modulation milk and the advantage of warm milk.

As shown in Figure 2, Figure 3 and Figure 4, in a preferred embodiment, this pawl dish assembly 4 includes arranging Chassis 41 on base 1 and be the detachable fixing seat 42 being connected with this chassis 41.Specifically, this end Dish 41 can pass through bolt, screw or rivet etc. and be fastened on this base 1.It addition, this chassis 41 and fixing seat 42 can be that welding, plug-in connect or threaded etc..

As shown in Figure 4, in a preferred embodiment, this pawl dish assembly 4 also includes being arranged on chassis 41 On round platform 411 and between this fixing seat 42 and chassis 41 and be set in round platform 411 outside One elastic component 43.The setting of this round platform 411, can play the effect fixing this first elastic component 43.I.e. should First elastic component 43, by being set in the outside of round platform 411, just can avoid this first elastic component 43 to prop up because losing Support and the phenomenon of run-off the straight.It addition, when this fixing seat 42 is by downward active force, at this first bullet Under the effect of property part 43, this fixing relative chassis 41 of seat 42 can be made to move reciprocatingly in the vertical, and, After the external force being applied on this fixing seat 42 removes, this fixing seat 42 can be in the effect of the first elastic component 43 Under, gradually move upward until returning to original state.

As shown in Figure 3 and Figure 4, in a preferred embodiment, on this chassis 41, compartment is provided with many Individual pilot hole 44, the lower surface compartment at fixing seat 42 is provided with multiple lead 421, respectively leads by making Be inserted respectively in corresponding pilot hole 44 to post 421 so that the first elastic component 43 compresses accordingly or Resilience thus complete fixing seat 42 and be connected with the plug-in on chassis 41.As can be seen here, by making each lead 421 match with corresponding pilot hole 44 respectively, just achieve fixing seat 42 and are connected with the fixing of chassis 41.

It addition, under the effect of above-mentioned first elastic component 43, just can make the fixing seat 42 can this chassis relatively 41 carry out longitudinal reciprocating motion.As can be seen here, the setting of this first elastic component 43, improve this fixing seat 42 degree of flexibility moved in the vertical.

As shown in Figure 4, in a preferred embodiment, this fixing seat 42 is provided with plummer 422, should Fixing seat 42 is divided into supporting region 423 and installing zone 424 by plummer 422.Specifically, this plummer is installed The region of 422 is supporting region 423, and on fixing seat 42, the part in addition to supporting region 423 is then installing zone 424。

In a preferred embodiment, on installing zone 424, compartment is configured with multiple mounting groove 425, The second elastic component 426 it is mounted in each mounting groove 425.The setting of this second elastic component 426, can play It is supplied to a certain size the effect of thrust of the rotation section 461 in fixed claw 46 as described below, so that The action holding feeding bottle 200 accordingly tightly all can be made by portion of holding tightly 462 in this each fixed claw 46.

In a specific embodiment, this first elastic component 43 and the second elastic component 426 can be all spring, Spiral elasticity circle or other there is the elastomeric element of external force that is certain elastic and that can bear a certain size.

As shown in Figure 3 and Figure 4, in a preferred embodiment, at each mounting groove 425 away from plummer The most movable on the end of 422 being provided with fixed claw 46, this fixed claw 46 includes rotation section 461 and can hold milk tightly The portion of holding tightly 462 of bottle 200, is configured with for fixed claw 46 with the join domain holding portion 462 tightly in rotation section 461 Carry out the rotary shaft 463 rotated.As can be seen here, the setting of this rotary shaft 463, it is possible to for this fixed claw 46 Rotate and the strong point rotated is provided, thus ensure that this pushes up the smooth rotation of pawl 46 admittedly.

In a specific embodiment, this rotation section 461 can be rotary pawl or rotor plate etc., and this holds portion 462 tightly It can be handle.

In a preferred embodiment, on the upper surface 45 on chassis 41, compartment is provided with multiple tops tongue 47, This rotation section 461 is multiple, and each rotation section 461 all with the corresponding top longitudinally staggered setting of tongue 47, and respectively The medial surface 464 of rotation section 461 is all towards the corresponding lateral surface 471 pushing up tongue 47.So, with the first bullet Property gradually being compressed of part 43, just will not be because the rotation section 461 in fixed claw 46 be because being positioned at the right side of top tongue 47 Side, causes rotation section 461 to cannot be carried out rotating clockwise because of the stop by top tongue 47, thus avoids causing The drawback that this fixed claw 46 cannot expand outwardly, the most also avoids to load the drawback of feeding bottle 200.

As it is shown on figure 3, in a preferred embodiment, one end of each second elastic component 426 is all and plummer The outside of 422 contacts, and the other end all outsides with corresponding rotation section 461 contact.Specifically, this is solid The one end of the rotation section 461 determining pawl 46 is connected with rotary shaft 463, and the other end is movable is embedded in mounting groove The end away from plummer 422 of 425.So, after above-mentioned fixed claw 46 expands outwardly, when fixing seat 42 when being no longer influenced by external force, then can make the rotation section 461 of fixed claw 46 upper with push up tongue 47 and be gradually disengaged. Now, under the effect of the elastic restoring force of each second elastic component 426, can promote each fixed claw 46 gradually to Contract.Further, it is achieved feeding bottle 200 is held tightly effect, prevent feeding bottle 200 with pawl dish assembly 4 phenomenons fallen off when rotating.

In a preferred embodiment, during feeding bottle 200 is put into pawl dish assembly 4, this fixing seat 42 compression the first elastic components 43, each fixed claw 46 is all pushed up tongue 47 upwards by setting longitudinally staggered with it Thrust, under the effect of rotary shaft 463, so that the portion of holding tightly 462 in each fixed claw 46 all expands outwardly. Specifically, when feeding bottle 200 is loaded in pawl dish assembly 4 by needs, push down on and fix feeding bottle 200, Under the action of gravity of feeding bottle 200, fixing seat 42 can be promoted to compress the first elastic component 43.Now, fixed claw 46 Rotation section 461 will be increasingly towards top tongue 47 move and with top tongue 47 gradually in alternating expression arrange.Meanwhile, companion Along with the first elastic component 43 is gradually compressed, rotation section 461 is increasingly towards the direction motion away from top tongue 47, The i.e. medial surface 463 of rotation section 461 will be gradually distance from the lateral surface 471 of top tongue 47.

It follows that the portion of holding tightly 462 of this each fixed claw 46 is by gradually outward expansion, meanwhile, each rotation section 461 All compress corresponding second elastic component 426, i.e. make each second elastic component 426 all move towards plummer 422. Now, the fixed claw 46 after expanding outwardly the bore of the opening being configured to becomes big, such that it is able to by feeding bottle 200 Put in pawl dish assembly 4.

As shown in Figure 3 and Figure 4, in a preferred embodiment, after feeding bottle 200 loads pawl dish assembly 4, Under the effect of the elastic restoring force of the first elastic component 43, so that each fixed claw 46 all pushes up tongue 47 with corresponding The most separated from one another, and under the effect of the elastic restoring force of corresponding second elastic component 426, promote each fixing Portion of holding tightly 462 in pawl 46 the most inwardly bounces back and holds the periphery wall of feeding bottle 200 tightly.Specifically, by feeding bottle 200 when putting in pawl dish assembly 4 and the most down push, the first elastic component 43 and the second elastic component 426 meeting Resilience simultaneously under the effect of elastic restoring force.Each fixed claw 46 is by pushing away at corresponding second elastic component 426 Under power effect, inwardly bounced back by respective rotary shaft 463.Now, by each fixed claw 46 structure after bouncing back The bore of the opening caused will diminish, and is held tightly by feeding bottle 200.It follows that so just achieve this Feeding bottle 200 hold effect tightly, it is to avoid feeding bottle 200, during rotating with pawl dish assembly 4, occurs The phenomenon come off.Further, it is to avoid feeding bottle 200 is damaged and brings the fraud of potential safety hazard to user End.

As depicted in figs. 1 and 2, in a preferred embodiment, this heater block 5 is for being arranged on inner bag 21 Internal perisporium 212 on helical heating pipe or spiral heating sheet.This heater block 5 can be by welding or detachable The mode that formula connects is fixed on inner bag 21.This heater block 5 is by the medium (air in heating inner liner 21 Or other liquid), i.e. utilize the principle of heat transfer, it is achieved the heat effect to feeding bottle 200, thus reach warm The purpose of milk.

It addition, by heater block 5 is set to helical form, then can greatly increase the heating to feeding bottle 200 Area, improves the efficiency of warm milk, ensures the uniform and stable of warm milk simultaneously.

In a preferred embodiment, this driver part 5, for driving motor 31, is driving the upper of motor 31 End face 311 is provided with union joint 312, and it is interior to complete to drive motor 31 and pawl that this union joint 312 stretches into round platform 411 Dish connects assembly 4 fixing connection in the circumferential.Setting by this union joint 312, it is possible to achieve this driving Detachable between motor 31 with pawl dish assembly 4 is connected, and the most threaded or plug-in connects.This Sample, when this driving motor 31 rotates, just can drive this pawl dish assembly 4 to rotate the most accordingly, Thus the rotation of feeding bottle 200 is driven by the rotation of pawl dish assembly 4.Further, water and milk powder are accelerated Quickly mixing and dissolving, meanwhile, forms liquid stream, thus realizes adjusting the purpose of milk.

As it is shown in figure 5, in a preferred embodiment, the central axis of the rotary shaft of this driving motor 31 And it is configured to most advanced and sophisticated the first angle theta down between the central axis of feeding bottle 200.Specifically, driven by change The central axis of galvanic electricity machine 31 and longitudinal angle, just can realize so that the preferred scope of above-mentioned first angle theta For more than or equal to 0 degree and less than or equal to 180 degree.As can be seen here, by making the size of above-mentioned first angle theta Ensure within the above range, just to ensure that this feeding bottle 200 can rotate in rotary course smoothly.

In a preferred embodiment, this pawl dish assembly 4 also includes snapping onto corresponding mounting groove 425 respectively On fixing lid 6, the upper surface 61 of each fixing lid 6 is respectively positioned in same plane.Specifically, when by this feeding bottle After 200 are encased in pawl dish assembly 4, owing to the upper surface 61 of each fixing lid 6 is respectively positioned in same plane. So, the most fixing of feeding bottle 200 can just be ensured, it is to avoid feeding bottle 200 is when rotating with pawl dish assembly 4 The phenomenon of run-off the straight.

It addition, be the smooth rotation being further ensured that this feeding bottle 200, can be by the upper surface of above-mentioned plummer 422 Upper surface less than or equal to above-mentioned each fixing lid 6.

In embodiments herein, this Intelligent nursing bottle warmer 100 also include being positioned at base 1 and driver part 3 it Between and be fixed on base 1 and in order to control rotating speed and the heating-up temperature etc. of heater block 5 of driver part 3 Circuit board 500.

It addition, this Intelligent nursing bottle warmer 100 also include being fastened on shell 2 on along upper and feeding bottle 200 can be wrapped up Upper cover 300.The setting of this upper cover 300, it is possible to ensure that this feeding bottle 200 is rotating with pawl dish assembly 4 During, it is to avoid bring safety the most hidden because of this feeding bottle 200 run-off the straight or disengaging pawl dish assembly 4 to user Suffer from.

In a specific embodiment, this upper cover 300 can pass through snapping, plug-in connects or threaded etc. Mode be fixed on shell 2 on along upper.

In embodiments herein, the sidewall 22 of this shell 2 is provided with control panel 600, this chain of command Plate 600 with circuit board 500 for electrically connecting.By the corresponding button on touching electric-control board 600, just can make This Intelligent nursing bottle warmer 100 realizes corresponding function.As can be seen here, this Intelligent nursing bottle warmer 100 has easy to operate With multiple functional advantage.

According to this utility model, this Intelligent nursing bottle warmer 100 has warm milk and the function of enjoying a double blessing adjusting milk simultaneously to carry out Advantage, thus save user and individually rock feeding bottle to ensure milk powder and water well-mixed time.

Additionally, this Intelligent nursing bottle warmer 100 also has when feeding bottle rotates, it is possible to accelerate water and milk powder mixing and Dissolve, produce liquid simultaneously and flow, thus the advantage improving the efficiency of warm milk.

It addition, this Intelligent nursing bottle warmer 100 also has advantage easy to operate, quick and easy to clean.

Although this utility model being described by reference to preferred embodiment, but without departing from this utility model Scope in the case of, can to its carry out various improvement and can with equivalent replace parts therein.Especially It is, as long as there is not structural hazard, the every technical characteristic being previously mentioned in each embodiment all can be the most square Formula combines.This utility model is not limited to specific embodiment disclosed herein, but includes falling into right All technical schemes in the range of requirement.

Claims (15)

1. an Intelligent nursing bottle warmer, it is characterised in that including:

Base；

Being arranged on the shell on described base, the internal structure at described shell has inner bag；

It is arranged on described base and part is positioned at the driver part in described inner bag；

It is connected with described driver part and in order to install and to fix the pawl dish assembly of feeding bottle, wherein, when described driver part rotates, by driving the rotation of described pawl dish assembly to promote described feeding bottle to rotate accordingly；

It is arranged on described inner bag and can heat the heater block of described feeding bottle.

Intelligent nursing bottle warmer the most according to claim 1, it is characterised in that described pawl dish assembly includes being arranged on the chassis on described inner bag and is the detachable fixing seat being connected with described chassis.

Intelligent nursing bottle warmer the most according to claim 2, it is characterised in that described pawl dish assembly also includes being arranged on the round platform on described chassis and between described fixing seat and described chassis and be set in first elastic component in outside of described round platform.

Intelligent nursing bottle warmer the most according to claim 3, it is characterized in that, on described chassis, compartment is provided with multiple pilot hole, lower surface compartment at described fixing seat is provided with multiple lead, by making each described lead be inserted respectively into corresponding described pilot hole so that described first elastic component is compressed or resilience thus complete described fixing seat and be connected with the plug-in on described chassis.

Intelligent nursing bottle warmer the most according to claim 3, it is characterised in that be provided with plummer on described fixing seat, described fixing seat is divided into supporting region and installing zone by described plummer.

Intelligent nursing bottle warmer the most according to claim 5, it is characterised in that compartment is configured with multiple mounting groove on described installing zone, is mounted on the second elastic component in each described mounting groove.

Intelligent nursing bottle warmer the most according to claim 6, it is characterized in that, the most movable on the end away from described plummer of each described mounting groove it is provided with fixed claw, described fixed claw include rotation section and can hold described feeding bottle tightly hold portion tightly, be configured with in described rotation section and the described join domain holding portion tightly and carry out, for described fixed claw, the rotary shaft that rotates.

Intelligent nursing bottle warmer the most according to claim 7, it is characterized in that, on the upper surface on described chassis, compartment is provided with multiple tops tongue, described rotation section is multiple, and each described rotation section all with corresponding described top protrusion of the tongue to being crisscross arranged, and the medial surface of each described rotation section is all towards the lateral surface of corresponding described top tongue.

Intelligent nursing bottle warmer the most according to claim 8, it is characterised in that all outsides with described plummer, one end of each described second elastic component contact, the other end all outsides with corresponding described rotation section contact.

Intelligent nursing bottle warmer the most according to claim 9, it is characterized in that, during described feeding bottle is put into described pawl dish assembly, described fixing seat compresses the first elastic component, each described fixed claw is all by the upwards thrust of described top tongue of setting longitudinally staggered with it, under the effect of described rotary shaft, so that the portion of holding tightly described in each described fixed claw all expands outwardly.

11. Intelligent nursing bottle warmers according to claim 9, it is characterized in that, after described feeding bottle loads described pawl dish assembly, under the effect of the elastic restoring force of described first elastic component, so that each described fixed claw all separates to each other with corresponding described top protrusion of the tongue, and under the effect of the elastic restoring force of the most described second elastic component, promote the portion of holding tightly described in each described fixed claw the most inwardly bounce back and hold the periphery wall of described feeding bottle tightly.

12. Intelligent nursing bottle warmers according to claim 1, it is characterised in that described heater block is to be arranged on the helical heating pipe on the internal perisporium of described inner bag or spiral heating sheet.

13. Intelligent nursing bottle warmers according to claim 3, it is characterized in that, described driver part, for driving motor, is provided with union joint in the upper surface of described driving motor, and described union joint stretches in described round platform and is connected completing described driving motor and described pawl dish assembly in the circumferential fixing.

14. Intelligent nursing bottle warmers according to claim 13, it is characterised in that be configured to most advanced and sophisticated the first angle down between central axis and the central axis of described feeding bottle of the rotary shaft of described driving motor.

15. Intelligent nursing bottle warmers according to claim 6, it is characterised in that described pawl dish assembly also includes snapping onto the fixing lid on corresponding described mounting groove respectively, and the upper surface of each described fixing lid is respectively positioned in same plane.