CN202426318U - Embedded type milk warmer and feeding bottle - Google Patents

Embedded type milk warmer and feeding bottle Download PDF

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Publication number
CN202426318U
CN202426318U CN201120544836XU CN201120544836U CN202426318U CN 202426318 U CN202426318 U CN 202426318U CN 201120544836X U CN201120544836X U CN 201120544836XU CN 201120544836 U CN201120544836 U CN 201120544836U CN 202426318 U CN202426318 U CN 202426318U
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shell
connector
module
rechargeable battery
annular projection
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CN201120544836XU
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任冕
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任冕
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Abstract

The utility model provides an embedded type milk warmer and a feeding bottle. The milk warmer comprises a casing, a heating module and a connecting component, wherein the side wall of the casing is in a cylindrical shape, and the top is provided with a cover with a circular opening; the outer side of the bottom of the side wall of the casing is provided with screw threads, and the inner side is provided with a strip-shaped groove which extends upwards; the heating module is arranged inside the casing; the bottom of the surface of the heating module is provided with a strip-shaped bulge; the top of the heating module is provided with an annular bulge, and the side wall of the annular bulge at the top of the heating module is provided with a through hole; the connecting component is in a disk shape, and the upper edge and the lower edge of the connecting component are provided with annular bulges; the inner sides of the annular bulges at the upper part and the lower part are both provided with screw threads; the middle of the upper part of the connecting component is provided with a circular bulge; and the periphery of the circular bulge is provided with a plurality of through holes. According to the embedded type milk warmer and the feeding bottle which are provided by the utility model, milk liquid is directly heated at constant temperature, the operation of heating is uniform, the temperature is easy to control, the heating speed is high, a rechargeable battery is adopted as an energy resource, and the service life is long.

Description

Embedded milk lukewarm and feeding bottle
Technical field
The utility model relates to the feeding bottle technical field of heating, and relates in particular to a kind of embedded milk lukewarm and uses the feeding bottle of this milk lukewarm.
Background technology
Preschool children ' s parents all once ran into some problems, no matter was to store breast milk or formulas promptly, and when baby need drink, the temperature that has milk liquid did not reach the situation generation that comfortable consumption temperature requires, and at this moment just need heat the milk in the feeding bottle; In addition sometimes baby to have milk speed slower, the suitable milk of temperature does not originally just also finish off and has cooled off.Now general mode is to use milk lukewarm, and the milk lukewarm of prior art generally is divided into water and air as two kinds of forms of heat medium, but no matter adds water or anhydrous milk lukewarm; All need the external power supply power supply, and the operation relative complex, bulky; Not portable, and this method be through the heating feeding bottle make milk liquid be heated, heat inhomogeneous; Firing rate is slow, and temperature control is unstable, and superheated also can make feeding bottle scald one's hand; The milk liquid temp surpasses the consumption temperature requirement, if use cold water to reconstitute milk powder, or the storage breast milk that from refrigerator, has just taken out is heated; Then heat time heating time longer relatively especially, can not be in the lactation process carry out temperature-compensating to milk liquid.
In addition, the commercially available self-heating milk bottle of minority is arranged now, generally adopt phase-change material and chemical method that milk liquid is directly heated; The chemistry self-heating milk bottle is an example with Denmark Iiamo, and the heating plug inserts feeding bottle from the bottom, directly contacts with milk liquid; Once use heating plug in back promptly discarded; Can not recycle, and occupation mode is complicated, use cost is higher; The phase-change material self-heating milk bottle is an example with Britain Yoomi, is to be converted into the solid-state heat that process was discharged with phase-change material through liquid state, goes out in the way in the milk flow milk liquid is heated; But the heating module of being processed by phase-change material needs in hot water, boil 25-30 minute after each the use, comes heating module is carried out heat supplement; And after additional heat, become very boiling hot; Need the nature cooling just can reuse in 75 minutes, influence practical convenience and efficient to a certain extent, in addition; Phase-change material heating module limited service life, best product also can only recycle about 100 times and promptly need change at present.In addition, be chemical material or phase-change material all to environment with safe in utilization certain threat is arranged, and two kinds of products of above description all can't cooperate two kinds of commercially available standard specification feeding bottles and nipple to use.
To the common milk lukewarm complicated operation of prior art, heat inhomogeneously, speed is slow, and Controllable Temperature property is poor, uses not convenient and chemical short with the phase-change material self-heating milk bottle heating module life-span; Use cost is high, and practical convenience is poor, and efficient is hanged down and the problem that can't mate commercially available standard specification feeding bottle and nipple, and pressing for provides a kind of new product; Can use the cleaner energy and exothermic material, keep constant temperature, homogeneous heating, efficient is high; Long service life, simple in structure, exquisiteness, facility; Economy, environmental protection, but the temperature of match-on criterion specification feeding bottle and nipple milk device, even can realize that cold water reconstitutes formula milk.
Summary of the invention
The purpose of the utility model embodiment is to provide a kind of embedded milk lukewarm and feeding bottle, with solve milk lukewarm complicated operation in the prior art, heating is slow and inhomogeneous, use cost is high, the defective of convenience difference.
For realizing above-mentioned purpose, the utility model provides a kind of embedded milk lukewarm, and this milk lukewarm comprises: shell, said side wall of outer shell are cylindric, and the top is provided with the lid with circular open; Said side wall of outer shell bottom outside is provided with screw thread, and said side wall of outer shell bottom inside is provided with a upwardly extending strip groove; Warming module is arranged at said enclosure; Strip groove opposite position at bottom, said warming module surface and said shell is provided with strip projected parts; The top of said warming module is an annular projection, and the lid of this annular projection and said shell is complementary, and the sidewall of the top annular projection of said warming module is provided with through hole; Connector, said connector are disc, and its top edge and lower edge are annular projection; In the middle of said connector top, be provided with circular protrusions, be used to support said warming module; Around said connector circular protrusions, be provided with a plurality of through holes; Annular projection inboard, said connector top is provided with the screw thread that is complementary with said side wall of outer shell bottom outside screw thread, is used for being connected with said shell; Annular projection inboard, said connector bottom is provided with screw thread, is used for being connected with feeding bottle.
Wherein, said warming module comprises: rechargeable battery is used to provide said warming module working power; Charging module is connected with said rechargeable battery, is used for charge power supply to said rechargeable battery being provided; Trigger switch is arranged at said strip projected parts position, is used to control the open and close of said warming module work; The heating sheet is connected with said rechargeable battery, is coated on said rechargeable battery and said charging module outside, and the power supply that is used for providing according to said rechargeable battery produces heat; The reflective insulation layer is arranged between said rechargeable battery, charging module and the said heating sheet, and the heat that is used for said heating sheet is produced is to external reflection; The heat conduction can, this heat conduction can and said trigger switch form a sealant, and said rechargeable battery, charging module, heating sheet and reflective insulation layer are coated on wherein.
The size of said top circular opening and the size of commercially available nipple are complementary.
The top annular projection of said connector and the internal diameter of bottom annular projection are unequal.
Said charging module is the radio induction charging receiving terminal.
Said heating sheet is a ceramic heating plate.
Be provided with a button in the said groove, this button connects said shell, fits with said trigger switch.
Said warming module bottom centre is a concave surface, fits with circular protrusions in the middle of the said connector top.
The utility model also provides a kind of feeding bottle, comprises embedded milk lukewarm mentioned above.
Embedded milk lukewarm and feeding bottle that the utility model embodiment provides can directly carry out heated at constant temperature to milk liquid, homogeneous heating, and easy control of temperature, firing rate is fast, adopts rechargeable battery as the energy, long service life.
Description of drawings
Accompanying drawing described herein is used to provide the further understanding to the utility model, constitutes the application's a part, does not constitute the qualification to the utility model.In the accompanying drawings:
Fig. 1 is the structural representation of the embedded milk lukewarm of the utility model;
Fig. 2 is the structural representation of the warming module of the embedded milk lukewarm of the utility model;
Fig. 3 is the embedded milk lukewarm enclosure of a utility model structural representation;
Fig. 4 is the warming module bottom upward view of the embedded milk lukewarm of the utility model;
Fig. 5 is the vertical view figure of the connector of the embedded milk lukewarm of the utility model;
Fig. 6 is the overall structure sketch map of the utility model feeding bottle of adopting embedded milk lukewarm.
The specific embodiment
For the purpose, technical scheme and the advantage that make the utility model embodiment is clearer, below in conjunction with embodiment and accompanying drawing, embodiment explains further details to the utility model.At this, illustrative examples of the utility model and explanation thereof are used to explain the utility model, but not as the qualification to the utility model.
See also Fig. 1 and Fig. 2, Fig. 1 is the structural representation of the embedded milk lukewarm of the utility model, and Fig. 2 is the structural representation of the warming module of the embedded milk lukewarm of the utility model.As shown in the figure, the embedded milk lukewarm of the utility model comprises:
Shell 100, said side wall of outer shell 101 is cylindric, the top is provided with the lid 102 with circular open; The size of this circular open and the size of commercially available nipple are complementary; Said side wall of outer shell 101 bottom outside are provided with screw thread, and said side wall of outer shell bottom inside is provided with a upwardly extending strip groove 103; Be provided with a button 104 in the said groove 103, this button 104 connects said side wall of outer shell 101.For clarity sake, can consult Fig. 3, Fig. 3 is the embedded milk lukewarm shell 100 internal structure sketch mapes of the utility model, can know the position of seeing groove 103 among the figure.Said lid with circular open 102 is one-body molded designs with the sidewall 101 of said shell 100.
Warming module 110 is arranged at said shell 100 inside; Strip groove 103 opposite positions at said warming module bottom, 110 surface and said shell 100 are provided with strip projected parts 111; The top of said warming module 110 is an annular projection 112, and this annular projection 112 is complementary with the lid 102 of said shell, and the sidewall of the top annular projection 112 of said warming module 110 is provided with through hole 113.Said strip projected parts 111 can design its length and the degree of depth according to actual needs, as long as be complementary with shell 100 inner grooves 103, the effect that reaches the fixed position gets final product.
Connector 120, said connector 120 is a disc, its top edge and lower edge are annular projection; In the middle of said connector 120 tops, be provided with circular protrusions 121, be used to support said warming module 110; Said warming module 110 bottoms can be designed to concave surface, are complementary with this circular protrusions 121; The position that around said connector 120 circular protrusions 121, keeps to the side is provided with a plurality of through holes 122; Annular projection inboard, said connector 120 top is provided with the screw thread that is complementary with said shell 100 sidewall bottom outside screw threads, is used for being connected with said shell 100; Annular projection inboard, said connector 120 bottom is provided with screw thread, is used for being connected with feeding bottle.In the utility model embodiment, the top annular projection of said connector 120 and the internal diameter of bottom annular projection are designed to unequal, in practical application, can be designed to identical also passable according to concrete needs.The concrete structure of said connector 120 also can be consulted Fig. 5, and Fig. 5 is the vertical view of connector 120.The through hole that through hole on shell top circular hole and the heating module top annular convexity and the space between shell and the heating module and connector middle part is provided with constitutes milk liquid and flows and the path of bringing-up section to nipple from feeding bottle.
As shown in Figure 2, wherein, said warming module 110 comprises:
Rechargeable battery 114 is used to provide said warming module 110 working powers;
Charging module 115 is connected with said rechargeable battery 114, is used for charge power supply to said rechargeable battery 114 being provided; The bottom of said charging module 115 can be designed to concave surface; Can fit with connector 120 circular protrusions 121 on the one hand; Circular protrusions 121 plays a supportive role, and on the other hand, charging module 115 can adopt the radio induction charging receiving terminal; Utilize the wireless induction mode to charge, just can be complementary and charge with charger and be designed to concave surface;
Trigger switch 116 is arranged at said strip projected parts 111 positions, is used to control the open and close of said warming module 110 work; The button 104 that is provided with in this trigger switch 116 and said shell 100 upper grooves 103 is fitted and is provided with; For the purpose of clear, can consult Fig. 4, Fig. 4 is the warming module bottom upward view of the embedded milk lukewarm of the utility model, can know the shape of seeing strip projected parts 111 among the figure.
Heating sheet 117 is connected with said rechargeable battery 114, is coated on said rechargeable battery 114 and said charging module 115 outsides, and the power supply that is used for providing according to said rechargeable battery 114 produces heat; The sheet of heating described in the utility model 117 adopts ceramic heating plate;
Reflective insulation layer 118 is arranged between said rechargeable battery 114, charging module 115 and the said heating sheet 117, and the heat that is used for said heating sheet 117 is produced is to external reflection;
Heat conduction can 119, this heat conduction can 119 forms a sealant with said trigger switch 116, and said rechargeable battery 114, charging module 115, heating sheet 117 and reflective insulation layer 118 are coated on wherein.
Because the handling characteristics of feeding bottle; Require must can be easy to cleaning, thus warming module 110 must seal fully, to reach waterproof effect; So realize adding temperature function with electrical heating; The milk lukewarm that directly milk liquid is heated should not adopt any charging modes that exposes contact or plug wire, and inductive charge technique can address this problem.
Baby has had milk a relative stationary temperature comfort need; So milk lukewarm is reaching under the prerequisite of comfort temperature; Should not be with milk liquid superheated, thus the first-selected ceramic heating flake of heating module inner heat body, because ceramic heating plate does not need any temperature control accessory can keep steady temperature.
In addition, be provided with strip projected parts upwards in warming module 110 surperficial bottoms, strip projected parts be provided with shell 100 inner strip-shaped grooves 103 in the integrated triggered switch 116 of LED light that coincide each other of button 104 positions that are provided with; Button 104 can adopt transparent Machine Room switch, and whether LED light is can prompt facility in running order and through change color prompting residue electric weight, and can see through the transparent mechanical switch that is provided with on the shell 100 and check; Warming module 110 tip designs are annular projection 112; Survey the edge in the opening of the lid 102 on size and shell 100 tops and match, so that insert and withstand commercially available nipple packing ring, and the pressure of screwing and producing through connector 120 and shell 100; Form driving fit with the nipple packing ring; Annular projection 112 sides have discontinuous water conservancy diversion through hole 113, and warming module 110 bottom centre are provided with concave surface, and are fitted and connected the circular protrusions 121 of part 120 upper center; All the other positions are designed for corrugated; Increasing heating surface (area) (HS, the internal height after the length of warming module 110 should be screwed with shell 100 and connector 120 is complementary and surplus slightly, so that coincide with the nipple packing ring is tight.
Connector 120 top annular projection inside threads and shell 100 sidewalls 101 outside screw are complementary; Connector 120 bottom annular projection inside threads and the outside, commercially available standard feeding bottle top hitch are complementary; The all flexible encapsulate design of inboard, upper and lower, so as with the connected components driving fit.
The discontinuous water conservancy diversion through hole 113 that tubular space that forms between the discontinuous water conservancy diversion through hole that is provided with around connector 120 central circular protruding 121 and shell 100 and the warming module 110 and warming module 110 tops are provided with, the milk flow that forms from the feeding bottle to the nipple is moved path.
As shown in Figure 6, in practical application, combine feeding bottle 130, nipple 150 just to constitute another technical scheme the embedded milk lukewarm of the utility model, have the feeding bottle of embedded milk lukewarm, for health, can also increase a bottle cap 140.
Introduce the embedded milk lukewarm that the utility model provides and the method for using of feeding bottle below more in detail:
With the commercially available nipple shell 100 of packing into, nipple exposes from the circular opens in the middle of the lid 101 on top, and the nipple packing ring is put into and covered 101 inner circular opening inboard groove places;
Warming module 110 is inserted shell 100; The strip projected parts 111 of warming module 110 is matched with shell 100 sidewalls 101 inboard strip grooves 103; The top annular projection 112 of warming module 110 inserts shell 100 inner tip circular open inboard grooves, and contacts with the nipple packing ring;
Connector 120 tops and shell 100 are screwed, and connector 120 central circular protruding 121 and warming module 110 bottom concave surface offset, and produce pressure, make warming module 110 tops and nipple packing ring form driving fit;
Pack into commercially available standard feeding bottle and screw of the liquid of will suckling with connector 120.
Press the transparent mechanical shift knob 104 on the shell 100, promptly touch the LED triggered switch 116 on the warming module 110, wait for 30 seconds, the reversing feeding bottle is gone into nipple when the milk flow, can carry out lactation to baby.
Lactation finishes to close switch;
When on the trigger switch 116 during the LED light exhibit red, take out warming module 110 and put into charger and charge, also can, equipment charge at any time when not working.
The structural design of the utility model also has kinds of schemes to select at moving path of milk flow and heating part version; The electric heating material that warming module is selected for use has multiple choices, and it is ceramic to generate heat such as PTC heating pottery, MHC heating pottery, HTTC, and low-temp radiating electrothermal membrane, metal electric heated filament cooperate temperature control element etc.; On charging modes, can adopt to patch charging, as long as hermetically sealed case dismountable, heat conduction in the warming module outer setting, waterproof; As possess detachable waterproof sealing heat conduction overcoat, even can use common high capacity cell to supply power.
Embedded milk lukewarm and feeding bottle that the utility model provides can directly carry out heated at constant temperature to milk liquid, have solved the inhomogeneous and uppity problem of temperature of heating; The flow passage design of milk liquid makes bringing-up section milk liquid be thin cylindric and flows, and circulation is good, should not block, and heating surface area is big, and firing rate is fast; Can embed between commercially available standard feeding bottle and nipple, form one and use wholely, volume is little, and heats is good, conveniently uses and carries; Adopt rechargeable battery as the energy, long service life, preferred rechargeable battery can reach and discharge and recharge 500-1000 time, can generate heat continuously several hours after once being full of electricity, is that other adopt the suckle milk lukewarm of liquid mode of directly heating incomparable; Can solve the infant when having milk, milk liquid loses the problem of temperature; Use this device can adopt cold water to reconstitute formula milk; More traditional milk lukewarm is compared with the phase-change material milk lukewarm, and it is very convenient to use, and only need when device is not worked, charging get final product; Compare with the phase-change material calandria, there is not any liquid in electronic heating body inside and exposes chemical substance, even outside the damage can be reduced the pollution to milk liquid to the full extent.
Above-described specific embodiment; Purpose, technical scheme and beneficial effect to the utility model have carried out further explain, it should be understood that the above is merely the specific embodiment of the utility model; And be not used in the protection domain that limits the utility model; All within the spirit and principle of the utility model, any modification of being made, be equal to replacement, improvement etc., all should be included within the protection domain of the utility model.

Claims (9)

1. an embedded milk lukewarm is characterized in that, this milk lukewarm comprises:
Shell, said side wall of outer shell are cylindric, and the top is provided with the lid with circular open; Said side wall of outer shell bottom outside is provided with screw thread, and said side wall of outer shell bottom inside is provided with a upwardly extending strip groove;
Warming module is arranged at said enclosure; Strip groove opposite position at bottom, said warming module surface and said shell is provided with strip projected parts; The top of said warming module is an annular projection, and the lid of this annular projection and said shell is complementary, and the sidewall of the top annular projection of said warming module is provided with through hole;
Connector, said connector are disc, and its top edge and lower edge are annular projection; In the middle of said connector top, be provided with circular protrusions, be used to support said warming module; Around said connector circular protrusions, be provided with a plurality of through holes; Annular projection inboard, said connector top is provided with the screw thread that is complementary with said side wall of outer shell bottom outside screw thread, is used for being connected with said shell; Annular projection inboard, said connector bottom is provided with screw thread, is used for being connected with feeding bottle.
2. embedded milk lukewarm according to claim 1 is characterized in that:
Said warming module comprises:
Rechargeable battery is used to provide said warming module working power;
Charging module is connected with said rechargeable battery, is used for charge power supply to said rechargeable battery being provided;
Trigger switch is arranged at said strip projected parts position, is used to control the open and close of said warming module work;
The heating sheet is connected with said rechargeable battery, is coated on said rechargeable battery and said charging module outside, and the power supply that is used for providing according to said rechargeable battery produces heat;
The reflective insulation layer is arranged between said rechargeable battery, charging module and the said heating sheet, and the heat that is used for said heating sheet is produced is to external reflection;
The heat conduction can, this heat conduction can and said trigger switch form a sealant, and said rechargeable battery, charging module, heating sheet and reflective insulation layer are coated on wherein.
3. embedded milk lukewarm according to claim 1 and 2 is characterized in that:
The size of said top circular opening and the size of commercially available nipple are complementary.
4. embedded milk lukewarm according to claim 3 is characterized in that:
The top annular projection of said connector and the internal diameter of bottom annular projection are unequal.
5. embedded milk lukewarm according to claim 2 is characterized in that:
Said charging module is the radio induction charging receiving terminal.
6. embedded milk lukewarm according to claim 2 is characterized in that:
Said heating sheet is a ceramic heating plate.
7. according to claim 5 or 6 described embedded milk lukewarms, it is characterized in that:
Be provided with a button in the said groove, this button connects said shell, fits with said trigger switch.
8. embedded milk lukewarm according to claim 7 is characterized in that:
Said warming module bottom centre is a concave surface, fits with circular protrusions in the middle of the said connector top.
9. a feeding bottle is characterized in that: comprise each described embedded milk lukewarm of claim 1-8.
CN201120544836XU 2011-12-22 2011-12-22 Embedded type milk warmer and feeding bottle Active CN202426318U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201120544836XU CN202426318U (en) 2011-12-22 2011-12-22 Embedded type milk warmer and feeding bottle

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201120544836XU CN202426318U (en) 2011-12-22 2011-12-22 Embedded type milk warmer and feeding bottle

Publications (1)

Publication Number Publication Date
CN202426318U true CN202426318U (en) 2012-09-12

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201120544836XU Active CN202426318U (en) 2011-12-22 2011-12-22 Embedded type milk warmer and feeding bottle

Country Status (1)

Country Link
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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102512085A (en) * 2011-12-22 2012-06-27 任冕 Embedded milk heater and feeding bottle
CN104940024A (en) * 2015-07-15 2015-09-30 夏丽君 Infant feeding bottle capable of keeping temperature constant lastingly
CN108024911A (en) * 2015-06-04 2018-05-11 易父母有限公司 Baby bottles blender

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102512085A (en) * 2011-12-22 2012-06-27 任冕 Embedded milk heater and feeding bottle
CN108024911A (en) * 2015-06-04 2018-05-11 易父母有限公司 Baby bottles blender
CN104940024A (en) * 2015-07-15 2015-09-30 夏丽君 Infant feeding bottle capable of keeping temperature constant lastingly

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