CN109431272A

CN109431272A - It is a kind of with heat preservation sterilizing function milk dissolving device and rush milk equipment

Info

Publication number: CN109431272A
Application number: CN201811593805.6A
Authority: CN
Inventors: 李正; 欧吉跃
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-12-25
Filing date: 2018-12-25
Publication date: 2019-03-08
Anticipated expiration: 2038-12-25
Also published as: CN109431272B

Abstract

The present invention relates to consumer goods industries, discloses a kind of milk dissolving device with heat preservation sterilizing function and rush milk equipment.It creates through the invention, it provides and a kind of integrates the novel milk dissolving device for rushing the functions such as milk, heat preservation and disinfection and Novel flushing milk equipment, i.e. by the way that closed U-shaped cavity, water supply mechanism and water storage heater box are arranged inside milk dissolving device, closed the purpose of rushing milk, heat preservation and disinfection may be implemented, to not only greatly increase convenience degree, it allows parent to look after baby to be more absorbed in, cost needed for a large amount of production material and resources of production, and the purchase cost and scrap of the product of attenuating user can also be saved.Furthermore, the milk dissolving device and rush milk equipment also and have many advantages, such as prevent to pollute, prevent milk from spilling, save rush the milk time and with water electric cost, facilitate good operation, high degree of automation, sealing effect, easy opening and make simple, be convenient for practical promotion and application.

Description

It is a kind of with heat preservation sterilizing function milk dissolving device and rush milk equipment

Technical field

The invention belongs to consumer goods industries, and in particular to a kind of milk dissolving device with heat preservation sterilizing function and rush milk and set It is standby.

Background technique

With the progress of social science and technology, people increasingly pay attention to quality of life and food safety, are especially looking after baby Growth stage needs to look after the daily life of baby very thorough, for example, milk powder used in infant drinks and feeding bottle, With regard to needing to use many ancillary equipments.Milk dissolving device will be used, first to ensure that the milk rushed is much cleaner, temperature is more suitable It closes edible and faster；Sometimes milk has not been eaten, it is also necessary to which a hot milk Warming machine can allow milk to continue constant temperature；Separately Outside, a sterilizing equipment decontaminating apparatus is also needed to feeding bottle and nipple, therefore generally also needs to be equipped with a sterilizing machine, these sterilizing machines are generally logical It crosses high-temperature water and high-temperature sterilization is carried out to nipple of feeding bottle.

But when stating ancillary equipment in use, following puzzlement and inconvenience are also brought along: (1) most of productions on the market Product, which only have, individually rushes milk, disinfection or heat insulation function, is equipped with 3 kinds of different machines if it is baby, can make young parent Expense is excessive, and can occupy too many use space, feels especially mixed and disorderly, in addition also needs in process of production using different Material and different obsolete machines is used in scrapping process, result in waste of resources and environmental pollution；(2) milk of traditional milk dissolving device The milk bottleneck of liquid outlet or water outlet, the water filling port of conventional vacuum device and major diameter generally can all be in open air ring In border, lead to that the mixture of milk, aqueous or they and dust composition unknown in air can be remained in these positions, so easily It breeds bacterium and generates by the external pathogenic composition of the brings such as insect and fly, these cause a disease composition can be when rushing milk next time It is mixed into the milk of feeding bottle with water flow, influences the safe diet of baby；(3) milk is easy to spill and/or feeding bottle is easy to overturn, i.e., Due to being open workflow journey, in the injecting process or after water filling, the feeding bottle for not covering feeding bottle cap is easy by people Body touches, accidentally will result in milk pour down or forth and/or feeding bottle overturn, need user be especially careful and complete at leisure it is whole It is a to rush milk process, lead to rush that the milk time is longer, the baby that can not be cried piteously for food in time provides the milk of health and proper temperature Liquid, in addition in heat preservation, most of warmers are also to provide open keeping warmth space, and feeding bottle is also easily caused accidentally to be knocked over The problem of being spilt with heat preservation water.

Summary of the invention

In order to solve to have a single function present in existing milk dissolving device, rush that milk water outlet is easily contaminated, milk easily spills and rushes Milk time longer problem, it is an object of that present invention to provide a kind of novel milk dissolving devices and Novel flushing milk with heat preservation sterilizing function Equipment.

The technical scheme adopted by the invention is as follows:

A kind of milk dissolving device with heat preservation sterilizing function, including shell, lid, control panel, central mainboard, water supply mechanism With water storage heater box, wherein the shell is internally provided with U-shaped cavity that is opening up and being put into feeding bottle, the lid With the cooperation of the top of the shell and can close/raise the U-shaped cavity, the control panel setting is in the shell or described The outer surface of lid, the center mainboard, the water supply mechanism and the water storage heater box are separately positioned on the interior of the shell Portion；

The inside of the lid and/or the side of the U-shaped cavity are equipped with the aqueduct that can be inserted into the feeding bottle, described to lead Water pipe is sequentially communicated the water supply mechanism and the water storage heater box；

Bottom surface, side and/or the top of the U-shaped cavity are equipped with water outlet, and the water outlet is sequentially communicated the water supply Mechanism and the water storage heater box；

The control panel communication connection central mainboard, described in the output end of the center mainboard communicates to connect respectively The controlled end of water supply mechanism and the water storage heater box.

Optimization, it is disposed with power switch on the control panel, rushes milk water adjusting knob, rushes milk operation start key, protects Warm water position adjusting knob, heat preservation operation start key, feeding bottle inside/outside disinfection selection key, sterilizing operation start key, display screen and/or bee Ring device；

The output end of the power switch communicates to connect the input terminal of the central mainboard；

The output end for rushing milk water adjusting knob communicates to connect the input terminal of the central mainboard；

The output end for rushing milk operation start key communicates to connect the input terminal of the central mainboard；

The output end of the water level for thermal insulation adjusting knob communicates to connect the input terminal of the central mainboard；

The output end of the heat preservation operation start key communicates to connect the input terminal of the central mainboard；

The output end of the feeding bottle inside/outside disinfection selection key communicates to connect the input terminal of the central mainboard；

The output end of the sterilizing operation start key communicates to connect the input terminal of the central mainboard；

The controlled end of the display screen communicates to connect the output end of the central mainboard；

The controlled end of the buzzer communicates to connect the output end of the central mainboard.

Optimization, the water supply mechanism includes drinking-water pipe, water pump, three-way flow divider valve, the first water injection pipe and the second water injection pipe, Wherein, the intracavity bottom of the water storage heater box is protruded into one end of the drinking-water pipe, described in the other end connection of the drinking-water pipe The water inlet end of water pump, the water outlet of the water pump are connected to the water inlet end of the three-way flow divider valve, and the first of the three-way flow divider valve Water outlet is connected to one end of first water injection pipe, and the other end of first water injection pipe is connected to the water inlet end of the aqueduct, First water outlet of the three-way flow divider valve is connected to one end of second water injection pipe, the other end connection of second water injection pipe The water outlet；

The controlled end of the water pump and the three-way flow divider valve communicates to connect the output end of the central mainboard respectively.

Optimization, the water storage heater box includes cabinet, water filling port, heating plate, water-level probe in temp probe and case, In, the water filling port is provided in the peripheral surface of the shell and the inner cavity of the connection cabinet, the heating plate are arranged in Water-level probe is arranged in the intracavity bottom of the cabinet in the bottom of the cabinet, the temp probe and the case；

The controlled end of the heating plate communicates to connect the output end of the central mainboard, in the temp probe and the case The output end of water-level probe communicates to connect the input terminal of the central mainboard respectively.

Optimization, further include lid probe and/or intracavitary water-level probe；

Top edge region and the output end communication connection central mainboard of the lid Probe arrangement in the shell Input terminal；

The intracavitary water-level probe is arranged on the chamber inner sidewall of the U-shaped cavity and output end communicates to connect the center The input terminal of mainboard.

Optimization, the lid is for a side along the top sides with the shell along hinged flip lid；

Side is raised at the top of the shell raises side along equipped in the closing U along clamp, the lid is equipped with Can be clasped the bayonet of the clamp when type cavity.

It advanced optimizes, side peripheral surface is raised at the top of the shell and offers switch placing groove；

It is disposed with elastic component and push switch outwardly from interior in the switch placing groove, wherein the elastic component Both ends offset with the groove bottom of the switch placing groove and the push switch respectively, the push switch and clamp one It forms and can fall into/reset in the switch placing groove.

Another technical solution of the present invention are as follows:

It is a kind of to rush milk equipment, including feeding bottle and the foregoing milk dissolving device with heat preservation sterilizing function, wherein the milk Bottle can be put into the U-shaped cavity and include bottle body, bottle cap, nipple and water intake mechanism；

The cooperation of the top of the bottle cap and the bottle body and the inner cavity that can close/raise the bottle body, the nipple setting On the bottle cap, the water intake mechanism setting is on the bottle body and/or on the bottle cap；

The water intake mechanism includes intake tunnel and Self-resetting closeouts, wherein the Self-resetting closeouts are arranged in institute It states in intake tunnel, and can be when the intake tunnel is inserted into the water outlet of the aqueduct to bottle medial movement, described in conducting Intake tunnel, and automatically reset when the water outlet of the aqueduct is extracted out, block the intake tunnel.

Optimization, the bottle medial end of the intake tunnel is equipped with hollow weir, and the Self-resetting closeouts include piston Body, the first sealing ring and ring elastic parts, wherein first sealing ring is used to block the bottle inner end of the intake tunnel Mouthful；

The piston body includes cock body head, cock body bar portion and cock body tail portion, wherein the cock body head be located in bottle and It is cased with first sealing ring, the cock body bar portion clearance fit the hollow weir is passed through and both ends is separately connected the plug Body head and the cock body tail portion are built in the intake tunnel to cock body tail portion clearance fit and peripheral dimension are greater than The peripheral dimension of the cock body bar portion；

The ring elastic parts cover in the cock body bar portion and both ends respectively with the hollow weir and the cock body tail Portion offsets.

Optimization, it is provided with to be synchronized by the Self-resetting closeouts in the peripheral region of the intake tunnel and blocks/lead Logical vent.

The invention has the benefit that

(1) the invention provides a kind of novel milk dissolving device for rushing the functions such as milk, heat preservation and disinfection and new of integrating Type rushes milk equipment, i.e., by the way that closed U-shaped cavity, water supply mechanism and water storage heater box, Ke Yishi are arranged inside milk dissolving device Existing closed the purpose of rushing milk, heat preservation and disinfection, allows parent to look after baby more special to not only greatly increase convenience degree Note, can also save a large amount of production material and resources of production, and lower needed for the purchase cost and scrap of the product of user at This；

(2) due to be to feeding bottle carry out it is closed rush milk, not only can be by milk dissolving device water outlet closure designs in milk dissolving device Inside, and then it is chronically at open state without water outlet, milk dissolving device can be also discharged in passing when carrying out the disinfection of bottle inside/outside End carries out high-temperature sterilization, effectively avoids breeding bacterium at milk dissolving device water outlet and generate outside by brings such as insect and flies Come the composition that causes a disease, the safe diet of baby is ensured；

(3) due to being to carry out rushing milk in the internal closed space of milk dissolving device, feeding bottle can be effectively fixed, feeding bottle is avoided to be beaten It turns over and prevents milk from spilling, entirely rush milk process with completion at leisure with being especially careful without user, greatly save punching The milk time；

(4) due to being to carry out enclosed insulating and disinfection to feeding bottle, heat preservation and disinfection institute's water requirement can have both been saved, might be used also So that temperature leak is preferably minimized, reduces water body and heat institute's electricity demand, further decrease user uses water electric cost；

(5) it in Novel flushing milk equipment, can be realized with the water outlet of aqueduct in novel milk dissolving device by design closed The closed feeding bottle of docking can include the special of intake tunnel and Self-resetting closeouts by being arranged on bottle body and/or bottle cap Water intake mechanism makes Self-resetting closeouts to bottle medial movement when the intake tunnel is inserted into the water outlet of aqueduct, and conducting should be into Aquaporin, and so that Self-resetting closeouts is automatically reset when water outlet is extracted out, the intake tunnel is blocked, and then on the one hand ensure The special water intake mechanism and the water outlet of aqueduct be during rushing milk it is closed dock, prevented to flow out through water outlet Warm water can before flowing into feeding bottle in ingress of air unknown dust risk, it is entirely avoided milk can contaminated problem, On the other hand since the water outlet of the intake tunnel and aqueduct is mating relationship, it is possible to reduce milk occur spilling and/ Or feeding bottle the phenomenon that being overturned, and even if feeding bottle is overturned, the characteristic of Self-resetting closeouts can also be utilized, blocks water inlet in time Channel prevents milk from spilling, and entirely rushes milk process with completion at leisure with being especially careful without user, greatlys save and rush milk Time；

(6) milk dissolving device and it is described rush milk equipment also and have facilitate operation, high degree of automation, sealing effect good, easy The advantages that simple is opened and makes, the feeding bottle rushed in milk equipment also has and can carry out milk temperature by temperature-sensing color-changing material layer Degree instruction makes the advantages that simple, low in cost and easy to use, is convenient for practical promotion and application.

Detailed description of the invention

In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this Some embodiments of invention for those of ordinary skill in the art without creative efforts, can be with It obtains other drawings based on these drawings.

Fig. 1 is schematic cross-sectional view of the milk dissolving device provided by the invention when lid is raised.

Fig. 2 is schematic perspective view of the milk dissolving device provided by the invention in closed with covers.

Fig. 3 is schematic perspective view of the milk dissolving device provided by the invention when lid is raised and is put into feeding bottle.

Fig. 4 is milk dissolving device provided by the invention in closed with covers and schematic cross-sectional view when being put into feeding bottle.

Fig. 5 is milk dissolving device internal circuit configuration schematic diagram provided by the invention.

Fig. 6 is the schematic cross-sectional view provided by the invention for rushing milk equipment when lid is raised.

Fig. 7 is the schematic cross-sectional view of the feeding bottle provided by the invention in rushing milk equipment.

Fig. 8 is the schematic perspective view of the feeding bottle provided by the invention in rushing milk equipment.

In above-mentioned attached drawing: 1- shell；101-U type cavity；102- clamp；103- switchs placing groove；104- elastic component；105- Push switch；110- water outlet；2- lid；201- aqueduct；202- bayonet；3- control panel；301- power switch；302- punching Milk water adjusting knob；303- rushes milk operation start key；304- water level for thermal insulation adjusting knob；305- heat preservation operation start key；306- milk Bottle inside/outside sterilizes selection key；307- sterilizing operation start key；308- display screen；The center 4- mainboard；5- water supply mechanism；501- takes out Water pipe；502- water pump；503- three-way flow divider valve；The first water injection pipe of 504-；The second water injection pipe of 505-；6- water storage heater box；601- Cabinet；602- water filling port；602a- water filling port lid；603- heating plate；604- temp probe；Water-level probe in 605- case；7- lid Son probe；The intracavitary water-level probe of 8-；10- feeding bottle；11- bottle body；12- bottle cap；13- nipple；14- intake tunnel；Neutral gear in 1401- Plate；15- Self-resetting closeouts；1501- piston body；The first sealing ring of 1502-；1503- ring elastic parts；1501a- cock body head Portion；1501b- cock body bar portion；1501c- cock body tail portion；16- vent；The second sealing ring of 1504-.

Specific embodiment

With reference to the accompanying drawing and specific embodiment the present invention is further elaborated.It should be noted that for this The explanation of a little way of example is used to help understand the present invention, but and does not constitute a limitation of the invention.It is disclosed herein specific Structure and function details is only used for description example embodiments of the present invention.However, this hair can be embodied with many alternative forms It is bright, and be not construed as limiting the invention in embodiment set forth herein.

It will be appreciated that though term first, second etc. can be used herein to describe various units, these units are not answered When being limited by these terms.These terms are only used to distinguish a unit and another unit.Such as it can be single by first Member is referred to as second unit, and similarly second unit can be referred to as first unit, real without departing from example of the invention Apply the range of example.

It should be appreciated that the terms "and/or", only a kind of incidence relation for describing affiliated partner, expression can be with There are three kinds of relationships, for example, A and/or B, can indicate: individualism A, individualism B exist simultaneously tri- kinds of situations of A and B, The terms "/and " are to describe another affiliated partner relationship, indicate may exist two kinds of relationships, can be with for example, A/ and B Indicate: two kinds of situations of individualism A, individualism A and B, in addition, character "/" herein, typicallying represent forward-backward correlation object is A kind of "or" relationship.

It should be appreciated that when by unit referred to as with another unit " connection ", " connected " or " coupling " when, it can with it is another A unit is directly connected or couples or temporary location may exist.Relatively, it is referred to as with another unit " directly when by unit It is connected " or when " direct-coupling ", temporary location is not present.It should explain in a similar manner for describing the relationship between unit Other words (for example, " ... between " to " between directly existing ... ", " adjacent " is to " direct neighbor " etc.).

Terms used herein are only used for description specific embodiment, and are not intended to limitation example embodiments of the present invention. As it is used herein, singular "a", "an" and "the" is intended to include plural form, unless context is explicitly indicated Contrary.It should also be understood that term " includes ", " including ", "comprising", and/or " containing " are as used herein, Specified stated feature, integer, step, operation, unit and/or component existence, and be not excluded for it is one or more its His feature, quantity, step, operation, unit, component and/or their combination existence or increase.

It will be further noted that the function action occurred may be with the sequence of attached drawing appearance in some alternative embodiments It is different.Such as it depends on substantially being executed concurrently in related function action, or sometimes can be with Opposite sequence executes continuously show two figures.

Specific details is provided, in the following description in order to which example embodiment is understood completely.However ability Domain those of ordinary skill is it is to be understood that implementation example embodiment without these specific details.Such as it can be System is shown in block diagram, to avoid with unnecessary details come so that example is unclear.It in other instances, can not be with need not The details wanted shows well-known process, structure and technology, to avoid making example embodiment unclear.

Embodiment one

As shown in Fig. 1~5, the milk dissolving device with heat preservation sterilizing function provided in this embodiment, including shell 1, lid Son 2, control panel 3, central mainboard 4, water supply mechanism 5 and water storage heater box 6, wherein the shell 1 is internally provided with opening Upward and the U-shaped cavity 101 of feeding bottle 10 can be put into, the top cooperation of the lid 2 and the shell 1 and can close/raise institute U-shaped cavity 101 is stated, the outer surface of the shell 1 or the lid 2, the center mainboard 4, institute is arranged in the control panel 3 It states water supply mechanism 5 and the water storage heater box 6 is separately positioned on the inside of the shell 1；The inside of the lid 2 is equipped with and can insert Enter the aqueduct 201 of the feeding bottle 10, the aqueduct 201 is sequentially communicated the water supply mechanism 5 and the water storage heater box 6； The side of the U-shaped cavity 101 is equipped with water outlet 110, and the water outlet is sequentially communicated the water supply mechanism 5 and the water storage adds Hot tank 6；The control panel 3 communicates to connect the central mainboard 4, and the output end of the center mainboard 4 communicates to connect institute respectively State the controlled end of water supply mechanism 5 and the water storage heater box 6.

As shown in Fig. 1~5, in the milk dissolving device specific structure with heat preservation sterilizing function, the shell 1 is for making For inside milk dissolving device shell insulation blocking the central mainboard 4, the water supply mechanism 5, the water storage heater box 6 and be put into Feeding bottle 10 etc. in the U-shaped cavity 101；Its specifically can be, but not limited to by metal, plastics, resin, silica gel, timber, chemical fibre, The existing material such as cloth, glass, fiber or ceramic material is made.The vessel body of the U-shaped cavity 101 is for accommodating and fixing institute State feeding bottle 10, also specifically can be, but not limited to by metal, plastics, resin, silica gel, timber, chemical fibre, cloth, glass, fiber or The existing material such as ceramic material is made；The water outlet 110 is described U-shaped for that will import from the water of the water storage heater box 6 Cavity 101, to realize high-temperature sterilization purpose outside thermal insulation nursing bottle and bottle；In addition, the water outlet 110 also can be set in the U The bottom surface of type cavity 101 and/or top (are arranged in the inner surface of the lid 2, reinject water after the lid 2 The U-shaped cavity 101), to realize waterflood project outside other bottles.The lid 2 is used for and the top of the shell 1 cooperation and can Close/raise the U-shaped cavity 101, and the carrying aqueduct 201；Its specifically can be, but not limited to by metal, plastics, The existing material such as resin, silica gel, timber, chemical fibre, cloth, glass, fiber or ceramic material is made.The aqueduct 201 is used for Water from the water storage heater box 6 is imported to the inside of the feeding bottle 10, rushes high-temperature sterilization purpose in milk and bottle to realize；Such as Shown in Fig. 1 and 4, the surface of internal cavity of the lid 2 is exposed in the water outlet of the aqueduct 201, and is closing the U-shaped cavity It can be inserted into the feeding bottle 10 when 101, and the feeding bottle 10 can be extracted out when raising the U-shaped cavity 101；The aqueduct 201 Also it specifically can be, but not limited to by metal, plastics, resin, silica gel, timber, chemical fibre, cloth, glass, fiber or ceramic material etc. Existing material is made；In addition, the aqueduct 201 also can be set in the side of the U-shaped cavity 101, make from the storage The water of water heater box 6 is in the side of the U-shaped cavity 101 directly to the injection of the inside of the feeding bottle 10 (i.e. without passing through water again Cross the lid 2), to realize waterflood project in other bottles.Structure from there through aforementioned shell 1 and lid 2 cooperates, Ke Yifeng The feeding bottle 10 being put into the U-shaped cavity 101 is closed, simultaneously because the design of the aqueduct 201 and itself and the water supplying machine Structure 5 is connected to design with the water storage heater box 6, the water body in the water storage heater box 6 can be imported by sealed passage It, can in feeding bottle 10, and due also to the connection of the water outlet 110 and the water supply mechanism 5 and the water storage heater box 6 designs The water body in the water storage heater box 6 to be imported in the U-shaped cavity 101.

The control panel 3 is for providing human-computer interaction interface, to be manually entered and rush milk, heat preservation or sterilizing function etc. Relevant operational order, and output show relevant mode of operation or monitored results.Optimization, as shown in Fig. 2, the control Can be, but not limited to specifically to be disposed on panel 3 power switch 301, rush milk water adjusting knob 302, rush milk operation start key 303, Water level for thermal insulation adjusting knob 304, heat preservation operation start key 305, feeding bottle inside/outside disinfection selection key 306, sterilizing operation start key 307, Display screen 308 and/or buzzer etc.；The output end of the power switch 301 communicates to connect the input terminal of the central mainboard 4； The output end for rushing milk water adjusting knob 302 communicates to connect the input terminal of the central mainboard 4；It is described to rush milk operation start key 303 output end communicates to connect the input terminal of the central mainboard 4；The output end communication link of the water level for thermal insulation adjusting knob 304 Connect the input terminal of the central mainboard 4；The output end of the heat preservation operation start key 305 communicates to connect the central mainboard 4 Input terminal；The output end of the feeding bottle inside/outside disinfection selection key 306 communicates to connect the input terminal of the central mainboard 4；It is described to disappear The output end of poison operation start key 307 communicates to connect the input terminal of the central mainboard 4；The controlled end of the display screen 308 is logical The output end of the letter connection central mainboard 4；The buzzer controlled end communicates to connect the output end of the central mainboard 4.

The control panel 3 specifically can be, but not limited to be arranged in the peripheral surface of the shell 1 or the lid 2 On top surface, as shown in Fig. 2, citing is arranged on the top surface of the lid 2.Detailed, the power switch 301 is for facilitating hand Dynamic input power on/off instruction is powered on accordingly so that the central mainboard 4 is after receiving the power on/off instruction Booting/lower electric shutdown movement.The milk water adjusting knob 302 that rushes is used to that manual setting to be facilitated to rush warm water dosage needed for milk, so as to The center mainboard 4 can control the water supply mechanism 5 and inject appropriate warm water into the feeding bottle 10 after milk is rushed in starting, It can be, but not limited to be indicated with the number of unit milk powder volume (such as spoon number) with numerical quantity, the center mainboard 4 is receiving It, can be according to preset milk powder volume to be rushed and warm water dosage and the logic of water supply mechanism working time needed for rushing milk after the number Formula obtains the operating time needed for milk that rushes of the water supply mechanism 5, and then controls the water supply mechanism 5 into the feeding bottle 10 Inject appropriate warm water.The milk operation start key 303 that rushes is used to conveniently be manually entered to rush milk enabled instruction, so that the center is main Plate 4 receive it is described rush milk enabled instruction after, control the water supply mechanism 5 and inject appropriate warm water into the feeding bottle 10.It is described Water level for thermal insulation adjusting knob 304 is for hot water water level needed for facilitating manual setting feeding bottle to keep the temperature, so that the central mainboard 4 is starting After heat preservation, it can control the water supply mechanism 5 and inject appropriate hot water into the U-shaped cavity 101, water level can be, but not limited to It is indicated with the number of unit milk volume (such as cup number), the center mainboard 4, can be according to preset after receiving the number To the logical formula needed for warm milk volume and hot water temperature, heat preservation between hot water water level and water supply mechanism working time, obtain Operating time needed for heat preservation to the water supply mechanism 5, and then control the water supply mechanism 5 and injected into the U-shaped cavity 101 Appropriate hot water.The heat preservation operation start key 305 is for being conveniently manually entered heat preservation enabled instruction, so as to the central mainboard 4 After receiving the heat preservation enabled instruction, controls the water supply mechanism 5 and inject appropriate hot water into the U-shaped cavity 101.It is described Feeding bottle inside/outside disinfection selection key 306 is for facilitating manual setting to sterilize mode: being individually to be sterilized to feeding bottle inside, still Feeding bottle outside is individually sterilized, or to progress inside and outside feeding bottle while being sterilized, so that the central mainboard 4 is sterilized in starting Afterwards, it can control the water supply mechanism 5 and inject appropriate high-temperature steam into the feeding bottle 10 and/or into the U-shaped cavity 101 And/or high-temperature-hot-water (such as 100 degrees Celsius boiled water), realize feeding bottle inside/outside sterilisation purpose；If as shown in Fig. 2, to feeding bottle Inside carries out disinfection, and may be selected to press " feeding bottle " key, and if to carrying out disinfection outside feeding bottle, " vacuum cup " can be pressed and pressed Key.The sterilizing operation start key 307 is for being conveniently manually entered disinfection enabled instruction, so that the central mainboard 4 is receiving After the disinfection enabled instruction, controls the water supply mechanism 5 and injected into the feeding bottle 10 and/or into the U-shaped cavity 101 Appropriate high-temperature steam or high-temperature-hot-water.The display screen 308 is used to show the Working Status Monitoring number from the central mainboard 4 According to, such as water level monitoring data in the water storage heater box 6 or water temperature detection data etc., it can be, but not limited to be digital aobvious Display screen.The buzzer (not shown) is used to broadcast the suggestion voice from the central mainboard 4, such as casting is because current The alarm signal that water level in the water storage heater box 6 is insufficient and issues, or filling the water the voice prompt, etc. when completing. Further, it is also possible to design a few thing status indicator lamp or other human-computer interaction components, for example, in case water level whether Chong Zu shape State instruction etc.；Whether water temperature meets the state instruction, etc. drunk in case.

The center mainboard 4 is used to carry out conventional design based on existing software program or based on existing software program Program is controlled, controls the water supply mechanism 5 and/or the water storage heater box 6 according to the various instructions from the control panel 3 Complete corresponding control action, such as be switched on, shut down, rushing milk, heat preservation and disinfection etc., it can be, but not limited to as single-chip microcontroller control Making sheet.The water supply mechanism 5 is used under the control of the central mainboard 4, in Xiang Suoshu feeding bottle 10 and/or the U-shaped cavity Suitable water is injected in 101.The water storage heater box 6 is used under the control of the central mainboard 4, to preflood water body into Row heating makes potable warm water, is suitble to the hot water of heat preservation or the high-temperature-hot-water of suitable disinfection.

Aforementioned milk dissolving device rush milk process can be, but not limited to it is as follows: (1) raise feeding bottle cap, suitable milk powder to be rushed fallen Enter in nursing bottle body, then cover the feeding bottle cap, milk powder to be rushed is in a closed space at this time；(2) lid 2 is raised, Feeding bottle 10 is put into the U-shaped cavity 101, then covering the lid 2 closes the U-shaped cavity 101 again, leads at this time The water inlet end of water pipe 201 can be sequentially communicated the water supply mechanism 5 and the water storage heater box 6, and the feeding bottle 10 is inserted into water outlet； (3) milk starting is successively booted up, rushes the setting of warm water dosage needed for milk and rushed by the control panel 3, passes through the water supply Mechanism 5 is integrated in the appropriate warm water injection feeding bottle of thermophilic in the water storage heater box 6 with milk powder to be rushed；Particularly, exist Before rushing milk starting, can water temperature data in waterlevel data and case in the case in water storage heater box 6 described in real-time monitoring, if it find that case Water temperature over-high (to avoid water temperature excessively high always or preventing scald human body, rushes warm water needed for milk in setting in interior water level deficiency or case , can No starting heat preservation and disinfection process after dosage), flashing alarm can be carried out by display screen 308 and/or passes through buzzer Carry out audible alarm, until water level is sufficient in case or case in water body be cooled to potable temperature, and if it find that in case Water temperature is too low, then starts the water storage heater box 6 and carry out heating work, until reaching potable temperature；In addition, being arranged It rushes after warm water dosage needed for milk between before rushing milk to starting, there are a standby mode, stand-by time can be a few minutes, several Hour or several days；(4) after water filling, auditory tone cues can be carried out by buzzer, indicates that water filling finishes at this time；(5) it raises The water outlet of lid 2, aqueduct 201 extracts the feeding bottle 10 out, can be taken off the feeding bottle 10 at this time；(6) feeding bottle 10 is taken out, Rock it is several under, allow warm water uniformly to mix with milk powder；(7) rushing milk process terminates, at this time can be health and the milk of proper temperature Liquid is supplied to baby and drinks.

The insulating process of aforementioned milk dissolving device can be, but not limited to as follows: (1) raising lid 2, will be loaded with the feeding bottle of milk 10 are put into the U-shaped cavity 101, then cover the lid 2, close the U-shaped cavity 101 again, at this time aqueduct 201 water inlet end can be sequentially communicated the water supply mechanism 5 and the water storage heater box 6, and the feeding bottle 10 is inserted into water outlet；(2) The setting of hot water water level needed for successively being booted up, being kept the temperature by the control panel 3 and heat preservation starting, pass through the water supply mechanism 5, the appropriate hot water of thermophilic in the water storage heater box 6 is injected in the U-shaped cavity 101, using heat transfer principle, by hot water Middle heat transfer is into milk；Particularly, before heat preservation starting, water level in the case in water storage heater box 6 described in meeting real-time monitoring Water temperature data in data and case, if it find that water level is insufficient in case or case in water temperature over-high (to avoid water temperature excessively high always or anti- Only scald human body, after hot water water level needed for being kept the temperature in setting, can No starting rush milk and disinfection process), display screen can be passed through 308 carry out flashing alarm and/or by buzzer carry out audible alarm, until in case water level abundance or case in water body be cooled to it is suitable The temperature of heat preservation is closed, and if it find that water temperature is too low in case, then starts the water storage heater box 6 and carry out heating work, until Reach the temperature (general 38~40 degrees Celsius or more) for being suitble to heat preservation；In addition, to starting after hot water water level needed for being kept the temperature in setting Between before heat preservation, there are a standby mode, stand-by time can be a few minutes, a few houres or several days；(4) it is finished in water filling Afterwards, auditory tone cues can be carried out by buzzer, indicates that water filling finishes at this time；(5) it waits about 2 minutes, milk has absorbed at this time Enough heats are suitble to drink, and then raise lid 2, and the water outlet of aqueduct 201 extracts the feeding bottle 10 out, can be taken off institute at this time State feeding bottle 10；(6) take out the feeding bottle 10, rock it is several under, make milk temperature more balanced；(7) heat preservation process terminates, at this time It is drunk so that the milk of health and proper temperature is supplied to baby.

The disinfecting process of aforementioned milk dissolving device can be, but not limited to as follows: (1) raising lid 2, vacant feeding bottle 10 is put into In the U-shaped cavity 101, then cover the lid 2, close the U-shaped cavity 101 again, at this time aqueduct 201 into Water end (W.E.) can be sequentially communicated the water supply mechanism 5 and the water storage heater box 6, and the feeding bottle 10 is inserted into water outlet；(2) by described Control panel 3 successively boots up, sterilizes mode setting and disinfection starting, and by the water supply mechanism 5, the water storage is heated Appropriate high-temperature steam and/or high-temperature-hot-water in case 6 inject in the U-shaped cavity 101 and/or in the feeding bottle 10, utilize height Temperature carries out disinfection sterilization to bottle inside/outside；Particularly, before disinfection starting, in the case in water storage heater box 6 described in meeting real-time monitoring Water temperature data in waterlevel data and case, if it find that water level is insufficient in case, can be carried out by display screen 308 flashing alarm and/ Or audible alarm is carried out by buzzer, until water level abundance in case, and if it find that water temperature is too low in case, then described in starting Water storage heater box 6 carry out heating work, until reach be suitble to disinfection temperature (general 75~80 degrees Celsius or more, to prevent from scalding Hurt sb.'s feelings body, after disinfection mode is set, can No starting rush the processes such as milk and heat preservation)；In addition, to opening after disinfection mode is arranged Between before dynamic disinfection, there are a standby mode, stand-by time can be a few minutes, a few houres or several days；(4) it is filling the water Bi Hou can carry out auditory tone cues by buzzer, indicate that water filling finishes at this time；(5) it waits about 10 minutes, then raises lid 2, The water outlet of aqueduct 201 extracts the feeding bottle 10 out, can be taken off the feeding bottle 10 at this time；(6) feeding bottle 10, disinfection manifold are taken out Journey terminates.

From there through the detailed construction and application description of aforementioned milk dissolving device, milk dissolving device provided in this embodiment can be made to have Following advantage: (1) milk dissolving device can be made to integrate and rush the functions such as milk, heat preservation and disinfection, convenience degree is not only greatly increased, allow Parent looks after baby and is more absorbed in, and can also save a large amount of production material and resources of production, and lower the purchase of user at Cost needed for sheet and scrap of the product；(2) due to be to feeding bottle carry out it is closed rush milk, milk dissolving device water outlet can not only be closed Design is chronically at open state inside milk dissolving device, and then without water outlet, can also be when carrying out the disinfection of bottle inside/outside, in passing High-temperature sterilization is carried out to milk dissolving device water outlet, effectively avoid breeding bacterium at milk dissolving device water outlet and is generated by insect and grey The external pathogenic composition of the brings such as fly, ensures the safe diet of baby；(3) due to being the internal closed space progress in milk dissolving device Rush milk, can effectively fix feeding bottle, avoid feeding bottle from being overturned and prevent milk from spilling, without user be especially careful and It completes entirely to rush milk process at leisure, greatlys save and rush the milk time；(4) due to being to carry out enclosed insulating and disinfection to feeding bottle, Both heat preservation and disinfection institute's water requirement can have been saved, temperature leak can also have been made to be preferably minimized, water body has been reduced and heats institute's electricity demand, into One step reduction user's uses water electric cost.

Optimization, the water supply mechanism 5 includes drinking-water pipe 501, water pump 502, three-way flow divider valve 503, the first water injection pipe 504 With the second water injection pipe 505, wherein the intracavity bottom of the water storage heater box 6, the pumping are protruded into one end of the drinking-water pipe 501 The other end of water pipe 501 is connected to the water inlet end of the water pump 502, and the water outlet of the water pump 502 is connected to the three-way flow divider valve 503 water inlet end, the first water outlet of the three-way flow divider valve 503 are connected to one end of first water injection pipe 504, and described first The other end of water injection pipe 504 is connected to the water inlet end of the aqueduct 201, the first water outlet connection of the three-way flow divider valve 503 The other end of one end of second water injection pipe 505, second water injection pipe 505 is connected to the water outlet 110；The water pump 502 and the controlled end of the three-way flow divider valve 503 communicate to connect the output end of the central mainboard 4 respectively.As shown in figs. 1 and 4, The water pump 502 is used to drive water flow under the control of the central mainboard 5, preferably uses micro pump.Three reduction of fractions to a common denominator It flows valve 503 to be used to realize that water body shunts purpose under the control of the central mainboard 5, makes the water flow from the drinking-water pipe 501 It individually enters in first water injection pipe 504 or second water injection pipe 505, or enters first water injection pipe 504 simultaneously In second water injection pipe 505, for the former scheme, single three-way magnetic valve can be used and realize, for latter solution, can adopt It is realized with the conventional C-path of three-way magnetic valve and Unidirectional solenoid valve.It, can from there through the specific design of aforementioned water supply mechanism 5 To realize various water requirements: when rushing milk or carrying out disinfection to feeding bottle inside, selecting first water injection pipe 504 to the milk Bottle 10 fills the water；In heat preservation or when to carrying out disinfection outside feeding bottle, by second water injection pipe 505 to U-shaped 101 note of cavity Water.In addition, the drinking-water pipe 501, first water injection pipe 504 or second water injection pipe 505 specifically can be, but not limited to by The existing material such as metal, plastics, resin, silica gel, timber, chemical fibre, cloth, glass, fiber or ceramic material is made.

Optimization, the water storage heater box 6 includes cabinet 601, water filling port 602, heating plate 603, temp probe 604 and case Interior water-level probe 605, wherein the water filling port 602 is provided in the peripheral surface of the shell 1 and is connected to the cabinet 601 Inner cavity, the heating plate 603 is arranged in the bottom of the cabinet 601, water-level probe in the temp probe 604 and the case 605 are arranged in the intracavity bottom of the cabinet 601；The controlled end communication connection of the heating plate 603 central mainboard 4 Output end, the output end of water-level probe 605 communicates to connect the central mainboard respectively in the temp probe 604 and the case 4 input terminal.As shown in figs. 1 and 4, the cabinet 601 is for containing water body, specifically can be, but not limited to by metal, plastics, The existing material such as resin, silica gel, timber, chemical fibre, cloth, glass, fiber or ceramic material is made.The water filling port 602 is used for Outside body of water is imported, to be supplemented when water level deficiency in the case；Furthermore it is possible to specifically be arranged at the water filling port 602 One water filling port lid 602a, to close the water filling port 602 after charging.The heating plate 603 is used in the center The purpose that heating water body is realized under the control of mainboard 4, specifically can be used electric boiling plate.The temp probe 604 and the case Interior water-level probe 605 is respectively used to realize the real-time monitoring of water level in water temperature and case in case, and existing respective sensor can be used It realizes.From there through the specific design of aforementioned water storage heater box 6, water storage may be implemented and heat the purpose of water body, meet practical Application demand.

Optimization, further include lid probe 7 and/or intracavitary water-level probe 8；The lid probe 7 is arranged in the shell 1 Top edge region and output end communicate to connect the input terminal of the central mainboard 4；The intracavitary water-level probe 8 is arranged in institute It states on the chamber inner sidewall of U-shaped cavity 101 and output end communicates to connect the input terminal of the central mainboard 4.As shown in figs. 1 and 4, institute It is whether in place for monitoring the lid 2 to state lid probe 7, indicates to have covered the lid 2 if in place, otherwise indicate not It covers, only just allows rush milk, heat preservation and disinfection process when confirmation covers；Lid probe 7 can specifically using away from It is realized from sensor or other existing detection modules in place.The intracavitary water-level probe 8 is for monitoring in the U-shaped cavity 101 Water level height can stop supplying water in time when so as to the sterilization operation outside heat preservation or bottle and the excessively high intracavitary water level of discovery, it is ensured that The safe handling of milk dissolving device.

Optimization, the lid 2 is for a side along the top sides with the shell 1 along hinged flip lid；The shell 1 Top raise side along be equipped with clamp 102, the lid 2 raise side along be equipped with can block when closing the U-shaped cavity 101 Snap fit closes the bayonet 202 of the clamp 102.As shown in figs. 1 and 4, by setting by the clamp 102 and 202 structure of bayonet At buckle structure, the closing stability of the shell 1 with the lid 2 can be reinforced, it is ensured that rushing milk, heat preservation or sterilizing Inner cavity is effectively closed in journey.It advanced optimizes, the top of the shell 1 raises side peripheral surface and offers switch placing groove 103；It is disposed with elastic component 104 and push switch 105 outwardly from interior in the switch placing groove 103, wherein the elasticity The both ends of part 104 offset with the groove bottom of the switch placing groove 103 and the push switch 105 respectively, the push switch 105 are integrally formed with the clamp 102 and can fall into/reset in the switch placing groove 103.As shown in figs. 1 and 4, described Elastic component 104 is specially spring, from there through previous designs, can make the clamp by pressing the push switch 105 102 synchronizations are moved out the bayonet 202 to slot bottom direction, conveniently raise the lid 2.

To sum up, it using the milk dissolving device provided by the present embodiment with heat preservation sterilizing function, has the following technical effect that

(1) a kind of novel milk dissolving device for integrating and rushing the functions such as milk, heat preservation and disinfection is present embodiments provided, that is, is passed through Closed U-shaped cavity, water supply mechanism and water storage heater box are set inside milk dissolving device, may be implemented it is closed rush milk, heat preservation The purpose of with disinfection, allows parent to look after baby and is more absorbed in, can also save a large amount of to not only greatly increase convenience degree Cost needed for production material and resources of production, and the purchase cost and scrap of the product of attenuating user；

(4) due to being to carry out enclosed insulating and disinfection to feeding bottle, heat preservation and disinfection institute's water requirement can have both been saved, might be used also So that temperature leak is preferably minimized, reduces water body and heat institute's electricity demand, further decrease user uses water electric cost.

(5) milk dissolving device, which also has, facilitates good operation, high degree of automation, sealing effect, easy opening and production simple The advantages that, it is convenient for practical promotion and application.

Embodiment two

As can be seen from figures 6 to 8, it is provided in this embodiment it is described rush milk equipment, including feeding bottle 10 and as described in embodiment one With heat preservation sterilizing function milk dissolving device, wherein the feeding bottle 10 can be put into the U-shaped cavity 101 and include bottle body 11, Bottle cap 12, nipple 13 and water intake mechanism；The top of the bottle cap 12 and the bottle body 11 cooperates and can close/raise the bottle body 11 inner cavity, the nipple 13 are arranged on the bottle cap 12, and the water intake mechanism setting is on the bottle body 11 and/or described On bottle cap 12；The water intake mechanism includes intake tunnel 14 and Self-resetting closeouts 15, wherein the Self-resetting closeouts 15 are set It sets in the intake tunnel 14, and can be when the intake tunnel 14 is inserted into the water outlet of the aqueduct 201 on the inside of bottle It is mobile, the intake tunnel 14 is connected, and automatically reset when the water outlet of the aqueduct 201 is extracted out, block the water inlet Channel 14.

As can be seen from figures 6 to 8, in the specific structure of feeding bottle 10 provided in this embodiment, the bottle body 11 for contain to Milk powder or milk are rushed, specifically can be, but not limited to by metal, plastics, resin, silica gel, timber, chemical fibre, cloth, glass, fiber Or the existing material such as ceramic material is made.The bottle cap 12 is used to cooperate with the top of the bottle body 11 and can close/raise institute State the inner cavity of bottle body 11, and carry the nipple 13 and the water intake mechanism, can be put into when temporarily raising it is suitable to Milk powder is rushed, and milk powder to be rushed or milk in bottle can be protected not to be polluted by exterior materials in closing；In addition, it specifically can be with But it is not limited to by the existing material system such as metal, plastics, resin, silica gel, timber, chemical fibre, cloth, glass, fiber or ceramic material At.The nipple 13 is used to import milk in bottle in baby mouth using micropore (not shown) when baby sucks, and realizes Feeding purpose specifically can be, but not limited to by metal, plastics, resin, silica gel, timber, chemical fibre, cloth, glass, fiber or pottery The existing material such as porcelain material is made.

Water outlet of the water intake mechanism for the closed docking aqueduct 201, i.e. going out in the aqueduct 201 Water end (W.E.) makes the Self-resetting closeouts 15 to bottle medial movement when being inserted into the intake tunnel 14, and the intake tunnel 14 is connected, mentions For a water outlet from the aqueduct 201 to the temporary sealing channel of 11 inner cavity of the bottle body, the temperature in milk dissolving device is ensured Water not will receive the pollution (such as unknown dust in ingress of air etc.) of exterior materials during entering in bottle, and realization is When rush milk application；And make the Self-resetting closeouts 15 when the water outlet of the aqueduct 201 extracts the intake tunnel 14 out It automatically resets, blocks the intake tunnel 14, enter in bottle to prevent exterior materials and pollute made milk.In addition, institute It states intake tunnel 14 and can be, but not limited to as square duct, circular channel, trapezoidal channel, diamond passages, triangular duct or just Polygonal shaped channels etc.；The setting position of the water intake mechanism is not limited on the bottle cap 12, also can be set in the bottle body On 11.

From there through the detailed construction of aforementioned feeding bottle, the water intake mechanism and the aqueduct 201 on the one hand can be ensured Water outlet be closed docking during rushing milk, having prevented the warm water flowed out through water outlet can be before flowing into feeding bottle The risk of unknown dust in ingress of air, it is entirely avoided milk can contaminated problem, on the other hand due to intake tunnel 14 Water outlet with the aqueduct 201 is mating relationship, it is possible to reduce milk occurs spilling and/or what feeding bottle was overturned shows As, and even if feeding bottle is overturned, the characteristic of Self-resetting closeouts 15 can also be utilized, intake tunnel 14 is blocked in time, prevents milk Liquid spills, and entirely rushes milk process with completion at leisure with being especially careful without user, greatlys save and rush the milk time.

Optimization, the bottle medial end of the intake tunnel 14 is equipped with hollow weir 1401, the Self-resetting closeouts 15 Including piston body 1501, the first sealing ring 1502 and ring elastic parts 1503, wherein first sealing ring 1502 is for blocking The bottle interior side port of the intake tunnel 14；The piston body 1501 includes cock body head 1501a, cock body bar portion 1501b and plug Body tail portion 1501c, wherein the cock body head 1501a is located in bottle and is cased with first sealing ring 1502, the cock body bar It passes through the hollow weir 1401 to portion's 1501b clearance fit and both ends is separately connected the cock body head 1501a and the plug Body tail portion 1501c, is built in the intake tunnel 14 to the cock body tail portion 1501c clearance fit and peripheral dimension is greater than institute State the peripheral dimension of cock body bar portion 1501b；1503 sets of the ring elastic parts on the cock body bar portion 1501b and both ends are distinguished It offsets with the hollow weir 1401 and the cock body tail portion 1501c.

As shown in fig. 7, by the specific design of aforementioned water intake mechanism institute can be inserted into the water outlet of the aqueduct 201 It when stating intake tunnel 14, offsets with the cock body tail portion 1501c, and then compresses the ring elastic parts 1503, and make described the Bottle interior side port of one sealing ring 1502 far from the intake tunnel 14 realizes the purpose that the intake tunnel 14 is connected；And When the water outlet extraction of the aqueduct 201, using the deformation recovery capability of the ring elastic parts 1503, make described first Sealing ring 1502 returns the bottle interior side port of the intake tunnel 14, realizes the purpose for blocking the intake tunnel 14 again, into And it can satisfy the application demand of the water intake mechanism.It advanced optimizes, the ring elastic parts 1503 can be, but not limited to For spring or annular silica gel body etc., as shown in fig. 7, being exemplified as spring.In addition, the hollow weir 1401, the piston body 1501 or described first sealing rings 1502 can be, but not limited to by metal, plastics, resin, silica gel, timber, chemical fibre, cloth, glass The materials such as glass, fiber or ceramic material are made；The water intake mechanism can also be designed using other similar structures.

Optimization, being provided in the peripheral region of the intake tunnel 14 can be by the synchronous envelope of the Self-resetting closeouts 15 The vent 16 of stifled/conducting.As shown in FIG. 7 and 8, since the Self-resetting closeouts 15 can synchronize described in closure/conducting Intake tunnel 14 and vent 16, both can be when injecting water body, gas in more convenient discharge bottle, reduces water filling difficulty, It may insure the sealing effect after filling the water in bottle again.It advanced optimizes, can use first sealing ring 1502 and block institute The bottle interior side port of vent 16 is stated (even if the annular surface of first sealing ring 1502 covers the bottle of the vent 16 Interior side port), or on the cock body head 1501a and be located on the inside of the bottle of first sealing ring 1502 and be also cased with and be used for The second sealing ring 1504 of the bottle interior side port of the vent 16 is blocked, as shown in fig. 7, citing uses latter solution. In addition, the vent 16 can be, but not limited to lead to for square duct, circular channel, trapezoidal channel, diamond passages, triangle Road or regular polygon channel etc.；Second sealing ring 1504 also can be, but not limited to by metal, plastics, resin, silica gel, wood Material, chemical fibre, cloth, glass, fiber or ceramic material are made.

Optimization, temperature-sensing color-changing material layer is equipped in the bottom of the bottle body 11.By designing the temperature-sensing color-changing material Layer (not shown), the heat discoloration characteristic that can use existing temperature-sensing color-changing material carry out the instruction of milk temperature, facilitate use Family visual perception milk whether superhigh temperature or ultralow temperature, further ensure baby safe for drinking.

To sum up, using milk equipment is rushed provided by the present embodiment, on the basis of the technical effect of embodiment one, also have such as Lower technical effect:

(1) the present embodiment, which additionally provides one kind, can realize closed dock with the water outlet of aqueduct in novel milk dissolving device Closed feeding bottle, that is, pass through on bottle body and/or bottle cap setting include intake tunnel and Self-resetting closeouts special water inlet Mechanism can make Self-resetting closeouts to bottle medial movement when the intake tunnel is inserted into the water outlet of aqueduct, and conducting should be into Aquaporin, and so that Self-resetting closeouts is automatically reset when water outlet is extracted out, the intake tunnel is blocked, and then on the one hand ensure The special water intake mechanism and the water outlet of aqueduct be during rushing milk it is closed dock, prevented to flow out through water outlet Warm water can before flowing into feeding bottle in ingress of air unknown dust risk, it is entirely avoided milk can contaminated problem, On the other hand since the water outlet of the intake tunnel and aqueduct is mating relationship, it is possible to reduce milk occur spilling and/ Or feeding bottle the phenomenon that being overturned, and even if feeding bottle is overturned, the characteristic of Self-resetting closeouts can also be utilized, blocks water inlet in time Channel prevents milk from spilling, and entirely rushes milk process with completion at leisure with being especially careful without user, greatlys save and rush milk Time；

(2) feeding bottle rushed in milk equipment also has can carry out the instruction of milk temperature, system by temperature-sensing color-changing material layer Make the advantages that simple, low in cost and easy to use, is convenient for practical promotion and application.

The present invention is not limited to above-mentioned optional embodiment, anyone can show that other are each under the inspiration of the present invention The product of kind form.Above-mentioned specific embodiment should not be understood the limitation of pairs of protection scope of the present invention, protection of the invention Range should be subject to be defined in claims, and specification can be used for interpreting the claims.

Claims

1. a kind of milk dissolving device with heat preservation sterilizing function, it is characterised in that: including shell (1), lid (2), control panel (3), central mainboard (4), water supply mechanism (5) and water storage heater box (6), wherein the shell (1) is internally provided with opening court U-shaped cavity (101) upper and that feeding bottle (10) can be put into, the top cooperation of the lid (2) and the shell (1) and can close/ The U-shaped cavity (101) is raised, the control panel (3) is arranged in the outer surface of the shell (1) or the lid (2), institute State the inside that central mainboard (4), the water supply mechanism (5) and the water storage heater box (6) are separately positioned on the shell (1)；

The inside of the lid (2) and/or the side of the U-shaped cavity (101) are equipped with the water guide that can be inserted into the feeding bottle (10) It manages (201), the aqueduct (201) is sequentially communicated the water supply mechanism (5) and the water storage heater box (6)；

Bottom surface, side and/or the top of the U-shaped cavity (101) are equipped with water outlet (110), and the water outlet is sequentially communicated institute State water supply mechanism (5) and the water storage heater box (6)；

Control panel (3) the communication connection central mainboard (4), the output end of the center mainboard (4) distinguish communication link Connect the controlled end of the water supply mechanism (5) and the water storage heater box (6).

2. a kind of milk dissolving device with heat preservation sterilizing function as described in claim 1, it is characterised in that: the control panel (3) it is disposed with power switch (301) on, rushes milk water adjusting knob (302), rush milk operation start key (303), water level for thermal insulation adjusting Button (304), heat preservation operation start key (305), feeding bottle inside/outside disinfection selection key (306), sterilizing operation start key (307), display Shield (308) and/or buzzer；

The input terminal of the output end communication connection of the power switch (301) the central mainboard (4)；

The input terminal of the output end communication connection central mainboard (4) for rushing milk water adjusting knob (302)；

The input terminal of the output end communication connection central mainboard (4) for rushing milk operation start key (303)；

The input terminal of the output end communication connection of the water level for thermal insulation adjusting knob (304) the central mainboard (4)；

The input terminal of the output end communication connection of heat preservation operation start key (305) the central mainboard (4)；

The input terminal of the output end communication connection of feeding bottle inside/outside disinfection selection key (306) the central mainboard (4)；

The input terminal of the output end communication connection of the sterilizing operation start key (307) the central mainboard (4)；

The output end of the controlled end communication connection of the display screen (308) the central mainboard (4)；

The output end of the controlled end communication connection of the buzzer central mainboard (4).

3. a kind of milk dissolving device with heat preservation sterilizing function as described in claim 1, it is characterised in that: the water supply mechanism It (5) include drinking-water pipe (501), water pump (502), three-way flow divider valve (503), the first water injection pipe (504) and the second water injection pipe (505), wherein the intracavity bottom of the water storage heater box (6), the drinking-water pipe are protruded into one end of the drinking-water pipe (501) (501) the other end is connected to the water inlet end of the water pump (502), and the water outlet of the water pump (502) is connected to the distributing T-pipe The water inlet end of valve (503), the first water outlet of the three-way flow divider valve (503) are connected to one end of first water injection pipe (504), The other end of first water injection pipe (504) is connected to the water inlet end of the aqueduct (201), the three-way flow divider valve (503) First water outlet is connected to one end of second water injection pipe (505), and the other end connection of second water injection pipe (505) is described out The mouth of a river (110)；

The controlled end of the water pump (502) and the three-way flow divider valve (503) communicates to connect the defeated of the central mainboard (4) respectively Outlet.

4. a kind of closed milk dissolving device as described in claim 1, it is characterised in that: the water storage heater box (6) includes cabinet (601), water-level probe (605) in water filling port (602), heating plate (603), temp probe (604) and case, wherein the water filling Mouth (602) is provided in the peripheral surface of the shell (1) and the inner cavity of the connection cabinet (601), the heating plate (603) It is arranged in the bottom of the cabinet (601), water-level probe (605) is arranged in the temp probe (604) and the case The intracavity bottom of the cabinet (601)；

The output end of the controlled end communication connection of the heating plate (603) the central mainboard (4), the temp probe (604) Communicate to connect the input terminal of the central mainboard (4) respectively with the output end of water-level probe (605) in the case.

5. a kind of milk dissolving device with heat preservation sterilizing function as described in claim 1, it is characterised in that: further include lid probe (7) and/or intracavitary water-level probe (8)；

It is main that the lid probe (7) is arranged in the top edge region of the shell (1) and the output end communication connection center The input terminal of plate (4)；

The intracavitary water-level probe (8) be arranged on the chamber inner sidewall of the U-shaped cavity (101) and output end communication connection described in The input terminal of central mainboard (4).

6. a kind of milk dissolving device with heat preservation sterilizing function as described in claim 1, it is characterised in that: the lid (2) is A side is along the top sides with the shell (1) along hinged flip lid；

Raised at the top of the shell (1) side along be equipped with clamp (102), the lid (2) raise side along be equipped with sealing Can be clasped the bayonets (202) of the clamp (102) when closing U-shaped cavity (101).

7. a kind of milk dissolving device with heat preservation sterilizing function as claimed in claim 6, it is characterised in that: the shell (1) It raises side peripheral surface and offers switch placing groove (103) in top；

It is disposed with elastic component (104) and push switch (105) outwardly from interior in the switch placing groove (103), wherein institute The both ends for stating elastic component (104) offset with the groove bottom of switch placing groove (103) and the push switch (105) respectively, The push switch (105) is integrally formed with the clamp (102) and can fall into/reset in the switch placing groove (103).

8. a kind of rush milk equipment, it is characterised in that: including feeding bottle (10) and having as described in claim 1~7 any one Keep the temperature the milk dissolving device of sterilizing function, wherein the feeding bottle (10) can be put into the U-shaped cavity (101) and include bottle body (11), bottle cap (12), nipple (13) and water intake mechanism；

The cooperation of the top of the bottle cap (12) and the bottle body (11) and the inner cavity that can close/raise the bottle body (11), it is described Nipple (13) is arranged on the bottle cap (12), and the water intake mechanism is arranged on the bottle body (11) and/or the bottle cap (12) on；

The water intake mechanism includes intake tunnel (14) and Self-resetting closeouts (15), wherein the Self-resetting closeouts (15) It is arranged in the intake tunnel (14), and can be when intake tunnel (14) are inserted into the water outlet of the aqueduct (201) It to bottle medial movement, is connected the intake tunnel (14), and automatically resets when the water outlet of the aqueduct (201) is extracted out, Block the intake tunnel (14).

9. a kind of as claimed in claim 8 rush milk equipment, it is characterised in that: the bottle medial end of the intake tunnel (14) is set Have hollow weir (1401), the Self-resetting closeouts (15) include piston body (1501), the first sealing ring (1502) and annular Elastic component (1503), wherein first sealing ring (1502) is used to block the bottle interior side port of the intake tunnel (14)；

The piston body (1501) includes cock body head (1501a), cock body bar portion (1501b) and cock body tail portion (1501c), In, the cock body head (1501a) is located in bottle and is cased with first sealing ring (1502), the cock body bar portion (1501b) It passes through the hollow weir (1401) to clearance fit and both ends is separately connected the cock body head (1501a) and the cock body tail Portion (1501c) is built in the intake tunnel (14) to cock body tail portion (1501c) clearance fit and peripheral dimension is greater than The peripheral dimension of the cock body bar portion (1501b)；

The ring elastic parts (1503) cover on the cock body bar portion (1501b) and both ends respectively with the hollow weir (1401) it offsets with the cock body tail portion (1501c).

10. a kind of as claimed in claim 8 rush milk equipment, it is characterised in that: in the peripheral region of the intake tunnel (14) Being provided with can be by the vent (16) of the synchronous closure/conducting of the Self-resetting closeouts (15).