CN110064081A

CN110064081A - Breast storing apparatus and its application

Info

Publication number: CN110064081A
Application number: CN201810060785.XA
Authority: CN
Inventors: 胡敏
Original assignee: NINGBO LACTANS MEDICAL TECHNOLOGY Co Ltd
Current assignee: NINGBO LACTANS MEDICAL TECHNOLOGY Co Ltd
Priority date: 2018-01-22
Filing date: 2018-01-22
Publication date: 2019-07-30
Anticipated expiration: 2038-01-22
Also published as: CN110064081B; CN116251252A

Abstract

The invention discloses a breast storing apparatus and its applications, wherein the breast storing apparatus includes an inside portion, one accommodating space and a heating layer, the accommodating space is defined by the inside portion, so that the accommodating space is for accommodating a breast, the heating layer deformable ground is the inside portion heat supply, so that the accommodating space is deformable.

Description

Breast storing apparatus and its application

Technical field

The present invention relates to a breast pumps, in more detail be a breast storing apparatus and its application.

Background technique

Women in modern society is independent strong individual, they will not only look after family and child, they are same The work that oneself cannot be put down, especially for the women for just giving birth to child, their most supporters oneself are fed with breast milk Support the child of oneself, but they be also required to the time they there is the distress being too busy to attend to anything else, do not allow for mother all the time All baby at one's side, but demand of the baby to breast milk is just to need to take in every 2-3 hours, this just needs breast milk that can lead to Crossing certain approach can be saved, and whenever and wherever possible for consumption by infants, wherein breast pump just comes into being.For cannot It is a urgent problem for the mother that can be fed with oneself at one's side at regular intervals.In face of now non-adjustable The child of section and the uncontrollable time situation of work can be good at storing breast milk by storing breast milk Come, ensure that the supply of child's breast milk, produce this strength of breast pump.

In order to solve the above problem, taking now much is all that breast milk is sucked out in advance with breast pump, then cryo-conservation, compared with For health, but use scope is extensive, and the company of size can generally be equipped with room of mother and infant, and the mother of nursing period is facilitated to be able to use, convenient The lactation problem of the mothers of nursing period, but the breast pump of prior art the problem of there is also parts, the cup of breast pump It is mostly plastic products or silica gel product, when breast pump is under non-working condition, since the cup of breast pump is exposed to outside In environment, so that the temperature of the cup of breast pump and the temperature of ambient enviroment are similar, such as when winter, nursing period Mother needs lactation, but weather is very cold, and mother of lactation needs to contact breast pump tissue, but its contact portion Divide temperature lower, it is larger for the stimulation of breast, it will lead to mammary gland and contract on cooling, breast milk is reduced；Secondly, motherhood makes in winter With also very cold is uncomfortable, i.e., cold invasion are endured, it is cold also to endure its contact portion bring, in some instances it may even be possible to Lead to the diseases such as typhoid fever, injures its health；It is more hard using material with human contact position simultaneously, with skin contiguous sense ratio More stiff, user feels can be very strange, and when being sucked by way of negative pressure, simulation larger to the compressing intensity of breast Child licks that effect is poor to licking for breast, and then the effect to suck is poor and comfort level is lower；Finally, someone is by breast pump and cream Room contact portion hot water heating, is then used further in human body, but such transience warm does not maintain the time for a long time, Without a little while, contact portion already becomes terribly cold, can not continue heat supply, at the same using can more inconvenient and effect compared with Difference；

Summary of the invention

It is an object of the present invention to provide a breast storing apparatus and its application, with the breast contact of mother when Comfortable thermal sensation is waited, and then ensure that user comfortably experiences during being sucked with it.

It is another object of the present invention to provide a breast storing apparatus and its applications, when breast contact with mother There is certain soft impression, ensure that the effect for thering is more preferable simulation child to suck when being sucked with the mode of negative pressure, Jin Erbao The comfort level to suck is demonstrate,proved and its efficiency that sucks.

It is another object of the present invention to provide a breast storing apparatus and its applications, wherein the breast storing apparatus Can make up a breast pump, and before being sucked using the breast pump, the breast storing apparatus can be preheated, So that the temperature of the breast storing apparatus be heated to and be maintained at it is appropriate with the temperature of skin of breast, to avoid to cream Room skin and breast tissue generate stimulation.

It is another object of the present invention to provide a breast storing apparatus and its applications, by even heat pass to Breast, so that breast is more comfortable safe in use.

It is another object of the present invention to provide a breast storing apparatus and its application, the breast storing apparatus has Certain comfortable temperature is bonded the breast, guarantees the comfortable warm usage experience of breast.

It is another object of the present invention to provide a breast storing apparatus and its applications, wherein the breast storing apparatus It is equably placed in a cover including a heat source, and then ensure that breast pump by the breast contact of the cover and human body more It is uniformly comfortable.

It is another object of the present invention to provide a breast storing apparatus and its applications, realize and connect with the breast of mother The temperature of touching controls, and then ensure that the Contact Temperature of breast of mothers keeps a comfortable range, then guarantees to be supplied to use Person more comfortably experiences.

It is another object of the present invention to provide a breast storing apparatus and its applications, wherein the breast storing apparatus Temperature can be maintained at preference temperature scope, thus the cream before being sucked using the breast pump, with user The breast storing apparatus of room skin contact can be loosened by making the raised mode of temperature of skin of breast and breast tissue Skin of breast and breast tissue.

It is another object of the present invention to provide a breast storing apparatus and its application in some embodiments, by institute Heat source is stated respectively by power supply, so that the cover surface temperature can be severed when excessively high, when ensure that the breast contact of mother Comfort level.

It is another object of the present invention to provide a breast storing apparatus and its application, body in further embodiments Existing, the cover has certain deformability so that can more preferable simulation suck lick the process of licking, it is more comfortable to user The experience that sucks.

It is another object of the present invention to provide a breast storing apparatus and its application in some embodiments, wherein institute Breast storing apparatus is stated with certain deformability, so as to provide the more comfortable use feeling of user.

One aspect under this invention, the present invention further provides a breast storing apparatus, are used for a breast pump, packet It includes:

One inside portion；

One accommodating space, the accommodating space are defined by the inside portion, so that the accommodating space is for accommodating a cream Room；And

One heating layer, the heating layer deformable ground is the inside portion heat supply, so that the accommodating space is deformable.

According to one embodiment of present invention, a breast storing apparatus is provided, wherein the heating layer is divided at least one point Branch it is conductive.

Other side under this invention, the present invention further provides the compositions of a breast storing apparatus 20, are used for One breast pump, comprising:

One heating layer, the heating layer deformable ground heat supply；

One outside portion, the outside portion are matchingly connect with the heating layer；And

One inside portion, so that the inside portion and the outside portion are detachably connected.

According to one embodiment of present invention, a breast storing apparatus is provided, wherein the heat source deformable ground with it is described Inside portion can conductively connect.

According to one embodiment of present invention, a breast storing apparatus is provided, wherein the heating layer includes at least one heat Source and an at least gap, the heat source define the gap.

Other side under this invention, the present invention further provides the replacement sides of the semi-finished product of a breast storing apparatus Method, comprising the following steps:

(a) heating layer and an outside portion are molded；

(b) a detachably connected inside portion is in the inside of the heating layer；And

(c) inside portion is replaced.

Other side under this invention, the present invention further provides the manufacturing methods of a breast storing apparatus, including with Lower step:

(d) heating layer is formed, the heating layer is deformable；With

(e) one inside portion of injection molding and an outside portion, so that the inside portion and the outside portion clamp the heating layer.

Other side under this invention, the present invention further provides the temperature control methods of a breast storing apparatus, including with Lower step:

(f) associated temperature of the breast storing apparatus is detected；

(g) it analyzes the information of the associated temperature and generates an instruction；And

(h) one temperature of control maintains element to maintain temperature.

According to one embodiment of present invention, it is further provided the temperature control method of a breast storing apparatus, method (h) Include the following steps later；

(i) an at least branch for one heating layer of closing or opening, to control the heating efficiency of the heating layer.

Other side under this invention, the present invention further provides a temperature control devices, are used for a breast storing apparatus, packet It includes:

One temperature detecting element, the temperature detecting element are used to detect the associated temperature of the breast storing apparatus；

One control element, the control element receives and analyzes the information that the temperature detecting element is sent, and generates one Instruction；And

One temperature maintains element, and the control element controls the temperature and element is maintained to maintain temperature.

According to one embodiment of present invention, it is further provided a temperature control device, wherein temperature maintains element control closure Or disconnecting circuit.

Detailed description of the invention

Fig. 1 is stereoscopic effect schematic diagram according to a preferred embodiment of the present invention.

Fig. 2 is partial schematic sectional view according to a preferred embodiment of the present invention.

Fig. 3 A to Fig. 3 D is partial schematic sectional view according to a preferred embodiment of the present invention.

Fig. 4 A to Fig. 4 M is partial schematic sectional view according to a preferred embodiment of the present invention.

Fig. 5 A to Fig. 5 E is the part of the conductive part and the heating layer according to a preferred embodiment of the present invention Schematic cross-sectional view.

Fig. 6 A and Fig. 6 B are the schematic diagrames of manufacturing method according to a preferred embodiment of the present invention.

Fig. 7 is the schematic diagram of an injection moulding process according to a preferred embodiment of the present invention.

Fig. 8 A and 8B are the schematic diagrames of quadric injection mould process according to a preferred embodiment of the present invention.

Fig. 9 A to Fig. 9 C is being injection molding at least one times according to a preferred embodiment of the present invention, then assembled The schematic diagram of journey.

Fig. 9 D is the first assembling inside portion and the outside portion according to a preferred embodiment of the present invention, then is assembled The heating layer is in the schematic diagram of the inside portion and the assembling process of the outside portion.

Fig. 9 E is first assembling inside portion according to a preferred embodiment of the present invention and the heating layer, then with it is described outer The schematic diagram for the assembling process that side is assembled.

Fig. 9 F is the schematic diagram of assembling process according to a preferred embodiment of the present invention.

Figure 10 A- Figure 10 D is the inside portion and the outside portion at least two according to a preferred embodiment of the present invention It is injection molding secondaryly, then carries out the schematic diagram of assembling process.

Figure 11 A-11C is that the difference that the breast storing apparatus according to a preferred embodiment of the present invention assembles again is real Apply the process schematic of mode.

Figure 12 A to Figure 12 B is the partial cutaway of the breast storing apparatus according to a further advantageous embodiment of the invention Depending on schematic diagram.

Figure 13 A to Figure 14 F is the secondary injection of the breast storing apparatus according to a further advantageous embodiment of the invention The schematic diagram of modeling.

Figure 15 A to Figure 17 I is the injection molding of the breast storing apparatus according to a further advantageous embodiment of the invention Schematic diagram.

Figure 18 A to Figure 18 C be described in the breast storing apparatus according to a further advantageous embodiment of the invention every The schematic diagram of the application place of thermosphere.

Figure 19A and Figure 19B is the breast storing apparatus according to a further advantageous embodiment of the invention

Figure 20 A and Figure 20 B are dismountable breast storing apparatus according to a further advantageous embodiment of the invention Semi-finished product manufacturing process schematic diagram.

Figure 21 is the schematic diagram of the sequence positioning preparation of the heat source according to a further advantageous embodiment of the invention.

Figure 22 A and Figure 22 B are the partial cutaways of the breast storing apparatus according to a further advantageous embodiment of the invention Depending on schematic diagram.

Specific embodiment

It is described below for disclosing the present invention so that those skilled in the art can be realized the present invention.It is excellent in being described below Embodiment is selected to be only used as illustrating, it may occur to persons skilled in the art that other obvious modifications.It defines in the following description Basic principle of the invention can be applied to other embodiments, deformation scheme, improvement project, equivalent program and do not carry on the back Other technologies scheme from the spirit and scope of the present invention.

It will be understood by those skilled in the art that in exposure of the invention, term " longitudinal direction ", " transverse direction ", "upper", The orientation or position of the instructions such as "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside" Relationship is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of description of the present invention and simplification of the description, rather than The device or element of indication or suggestion meaning must have a particular orientation, be constructed and operated in a specific orientation, therefore above-mentioned Term is not considered as limiting the invention.

It is understood that term " one " is interpreted as " at least one " or " one or more ", i.e., in one embodiment, The quantity of one element can be one, and in a further embodiment, the quantity of the element can be it is multiple, term " one " is no It can be interpreted as the limitation to quantity.

With reference to Fig. 1 of Figure of description of the invention, a breast pump of a preferred embodiment under this invention is following Description in be set forth, wherein the breast pump includes a breast pump main body 10 and a breast storing apparatus 20, breast appearance Device 20 of receiving can adaptedly be connected to the breast pump main body 10, be matched by the breast storing apparatus 20 with a breast 100 Ground contact.For example, the breast storing apparatus 20 is installed in the breast pump main body 10 with the breast storing apparatus 20 Mode can adaptedly be connected to the breast pump main body 10.

Further, the breast storing apparatus 20 works as institute for accommodating the breast 100 including a heating space 21 When stating heating space 21 and accommodating the breast 100,10 negative shape of breast pump main body is at a negative pressure, so that the heating space 21 It is closely bonded with the breast, the breast 100 is licked to be licked with licking by 20 support of breast storing apparatus, and then the breast 100 breast milk is excreted.

It will be appreciated by those skilled in the art that the breast pump main body 10 can be by way of being manually actuated The accommodation space 21 of each breast storing apparatus 20 is set to form subnormal ambient, by breast milk from the breast 100 It excretes.In addition, the breast pump main body 10 can also (such as power is supplied and is grasped by way of being operated automatically Make) so that the accommodation space 21 of each breast storing apparatus 20 is formed subnormal ambient, by breast milk from the breast 100 In excrete.

Before each breast storing apparatus 20 is not bonded with the skin of breast of the breast 100, each cream The temperature of room storing apparatus 20 is increased to preference temperature scope, to fit in the cream in each breast storing apparatus 20 When the skin of breast in room 100, the breast storing apparatus 20 will not skin of breast to the breast 100 and breast tissue cause Pessimal stimulation.In other words, the breast storing apparatus 20 can be preheated.

Preferably, when the breast 100 is housed inside the accommodation space 21 of each breast storing apparatus 20, The breast pump main body 10 can make each breast storing apparatus 20 the accommodation space 21 formed one absorption negative pressure with Breast milk is excreted from the breast 100, and forms the accommodation space 21 of each breast storing apparatus 20 One maintains negative pressure so that the breast storing apparatus 20 is maintained at the position of the breast 100, wherein the absorption negative pressure Numerical value is greater than the numerical value for maintaining negative pressure, and the absorption negative pressure and the maintenance negative pressure are alternatively formed.It is understood that It is that the numerical value and the numerical value for maintaining negative pressure of the absorption negative pressure are all larger than 0.

In the breast pump of the invention, the breast pump main body 10 makes the institute of each breast storing apparatus 20 It states and forms the mode for maintaining negative pressure in accommodation space 21, each breast storing apparatus 20 can be made not need to use It is hand steered hold or hold in the case where, so that each breast storing apparatus 20 is maintained at the position of the breast 100, to keep away Exempt from the bad phenomenon that each breast storing apparatus 20 falls off from the position of the breast 100 to occur, to make elicitation process It is more convenient.

It is noted that the breast pump main body 10 makes the accommodation space 21 of each breast accommodation space 20 The absorption negative pressure of interior formation and the mode for maintaining negative pressure to be alternatively formed, can make each breast storing apparatus 20 The position for being maintained at the breast 100 under the maintenance of external force is not needed, is sucked with facilitating, this is the breast pump of the prior art Unexpected, and it is special important for the convenience and comfort level that raising sucks.

In addition, the breast pump main body 10 makes to be formed in the accommodation space 21 of each breast storing apparatus 20 The absorption negative pressure and it is described maintain the mode that is alternatively formed of negative pressure, can make the breast 100 during being sucked It is massaged, to loosen the skin of breast and breast tissue of the breast 100, and be conducive to the breast 100 of user Health.In addition, the breast pump main body 10 makes the institute formed in the accommodation space 21 of each breast storing apparatus 20 Absorption negative pressure and the mode for maintaining negative pressure to be alternatively formed are stated, the skin of breast of the breast 100 can be made gradually to adapt to Subnormal ambient in the accommodation space 21, to avoid during being sucked by the breast pump of the invention to institute The skin of breast and breast tissue for stating breast 100 cause biggish pressure.

In the preferable example of the breast pump of the invention, the breast storing apparatus 20 be implemented as it is horn-like or Funnel-form, to make the breast storing apparatus 20 form the accommodation space 21, for accommodating the breast 100.Certainly, originally The technical staff in field is it is understood that the breast storing apparatus 20 also may be implemented as other possible shapes, originally The breast pump of invention is unrestricted in this regard.

It is highly preferred that the shape of the shape of the accommodation space 21 of the breast storing apparatus 20 and the breast 100 Be mutually matched, be preferably bonded with the breast 100 in order to the breast storing apparatus 20 together with, to make the breast Always there is negative pressure in the accommodation space 21 of storing apparatus 20 and keep elicitation process more comfortable.

Each breast storing apparatus 20 is removably attachable to the breast pump main body 10, side in this way Formula, on the one hand, after the breast pump is used, user can be respectively to the breast storing apparatus 20 of the breast pump Cleaned and sterilized with the breast pump main body 10, on the other hand, the breast pump allow user select as needed with Replace the breast storing apparatus 20 with the various sizes of accommodation space 21.

In addition, the breast storing apparatus 20 can also be such that the temperature of the skin of breast of the breast 100 increases, to play Loosen and massage the skin of breast of the breast 100 and the effect of breast tissue, and the breast storing apparatus 20 can also pierce Swash brain and generates oxytocins and prolactin, thus during being sucked using the breast pump of the invention, the breast pump User can not only be made to be comfortable on, but also suck effect and guarantee breast milk quality can be effectively improved.

Preferably, the breast storing apparatus 20 is removably installed in the breast pump main body 10, wherein described After breast storing apparatus 20 is installed in the breast pump main body 10, the breast storing apparatus 20 is connected to described suck Device main body 10.

The temperature control device 30 is removably installed in the breast pump main body 10, and the temperature control device 30 is by can It is isolatedly connected in the breast storing apparatus 20, wherein being connected to the breast storing apparatus 20 in the temperature control device 30 Afterwards, the temperature control device 30 can make the temperature of the breast storing apparatus 20 increase and make the temperature of the breast storing apparatus 20 Degree is maintained at preference temperature scope.

In details of the words, the breast storing apparatus 20 is by conduction warm, and the mode of spontaneous heating is generated heat, so that described With comfortable warm impression when breast is placed in the heating space 21.

Preferably, the breast storing apparatus 20 he the mode of crossing spontaneous heating to you generate heat, reduce conduction heat and passing Thermal losses during leading.

In details of the words, the mode of spontaneous heating is very more, can be generated heat by a dielectric heat using hot material, leads to Chemical reaction fever is crossed, generated heat by open fire etc., it is generated heat in the present embodiment by a medium, but those skilled in the art know Dawn, the mode of spontaneous heating are not limited to through a dielectric heat, and the present invention does not receive any limitation in this regard.

The breast storing apparatus 20 includes a heating layer 22, and the heating layer 22 can be led with the breast pump main body 10 It connects logically, so that the breast pump main body 10 is 22 power supply of heating layer, so that the heating layer 22 can be the cream Room storing apparatus 20 can be connected conductively, and then when breast storing apparatus 20 is closely bonded with the breast 100 improves More comfortable use feeling.

Preferably, the heating layer 22 can conductively be 21 heat supply of accommodation space, guarantee that the heating space 21 is protected It holds in certain temperature, and then ensure that the breast is placed in the accommodation space 21 and is coated by certain temperature, in turn With more comfortable use feeling.

Due to the features of shape of the breast 100, the breast storing apparatus 20 is matchingly connect with the breast 100, Preferably, it is a cyclic structure that the heating layer 22 is implementable, so that the heating layer 22 can be the breast storing apparatus 20 It equably heats, and then when the breast storing apparatus 20 is closely bonded with the breast 100, the breast storing apparatus 20 With more comfortable use feeling.

The breast storing apparatus 20 includes a heating space 21, and the heating space 21 accommodates the heating layer 22, into And the heating layer 22 can be distributed evenly in the breast storing apparatus 20, to the warm of user's covering property.

Preferably, the heating space 21 is not turned on the heating space 21, prevents the heat mistake of the heating layer 22 High and danger such as skin ambustion.

In addition, the breast storing apparatus 20 include an inside portion 24 and an outside portion 25, the outside portion 25 with it is described Inside portion 24 can matchingly engage, and the inside portion 24 defines the heating space 21, and the inside portion 24 and institute Stating breast 100 can snugly contact.

Further the breast storing apparatus 20 includes an accommodating space 200, and the accommodating space 200 is by the inside Portion 24 defines, so that the accommodating space 29 can accommodate the breast.

Preferably, the inside portion 24 defines the heating space 21, in other words, the heating with the outside portion 25 Layer 22 is clamped by the inside portion 24 and the outside portion 25, and then the heating layer 22 generates heat, and the inside portion 24 is heated, When the breast is in contact with the inside portion 24, the contact surface of the breast will not stimulate the breast, and give the breast Certain comfort.The inside portion 24 conducts heat to the accommodating space 24, and then the breast is by the temperature coated Degree impression.

Preferably, the heating space 21 can be matchingly arranged with the heating layer 22, and then the heating layer 22 is adapted to Ground is placed in the heating space 21, and further the heating layer 22 is equably placed in the heating space, and then described Heating layer 22 is that the breast storing apparatus 20 is equably thermally conductive to the inside portion 24.

The heating space 21 is preferably a bucket structure, and the inside portion 24 can conductively be one with the outside portion 25 It is bucket-shaped, it is suitable for the accommodating of the breast, and then can adaptedly be bonded with the breast, further the accommodating space 200 The breast can be accommodated.

It is noted that the heating layer 22 is clamped with limiting by the inside portion 24 and the outside portion 25, preferably Ground, the heating layer 22 clamp, in addition, the heating layer 22 by detent is arranged, are consolidated by glue with being limited, and are followed closely solid etc. a variety of Embodiment, those skilled in the art know that the present invention does not do any limitation in this regard.

Preferably, the inside portion 24 has certain heat-conducting effect, so that the heating layer 22 can pass through the inside Portion 24 is thermally conductive to the breast for being placed in the heating space 21.

The heating layer 22 can be in contact with the inside portion 24 with the outside portion 25 with heat conduction, and then the inside portion 24 have certain high temperature resistant with the outside portion 25, guarantee that the breast storing apparatus 20 steadily uses, further institute Inside portion 24 is stated, the outside portion 25 keeps relatively stable performance at high temperature, and safe and non-toxic, guarantees that user makes for a long time Safety.

With reference to the deformation process of the breast storing apparatus 20 shown in Fig. 2, the breast storing apparatus 20 has certain Deformability, in the breast pump main body 10 during the absorption negative pressure and the maintenance negative pressure, the breast holds Device 20 of receiving has certain deformability, and then the breast storing apparatus 20 can closely connect with the breast Touching, at the same the breast storing apparatus 20 can more preferable simulation baby the movement licked of support, more to milk comfortably and rapidly.

Further 200 deformable ground of the accommodating space setting, so that the breast can be accommodated more cosily, and And the flexibly deformable accommodating space 200 make during sucking can the support of more convenient simulation baby lick Movement, with more comfortable and rapidly milk.

Further the accommodating space 200 is defined by the inside portion 24 and the outside portion 25, thus, described Inside portion 24 and the outside portion 25 have certain deformability, guarantee the plasticity of 20 shape of breast storing apparatus, Further the deformation degree of the inside portion 24 and the outside portion 25 is preset, so ensure that the inside portion 24 with It can achieve the effect that milking in the deformation process of the outside portion 25.

Optionally, the shape of the inside portion 24 and the outside portion 25, breast storing apparatus 20 described in thickness effect Deformability, and then ensure that the more accurate ground using effect of the inside portion 24.

In addition, the inside portion 24 has certain intensity with the outside portion 25, have preferably makes in use With effect, while it ensure that the breast storing apparatus 20 steadily uses.

Preferably, the heating layer 22 has certain deformability, that is, the heating layer 22 has certain mobility It is described to add when guaranteeing that with the outside portion 25 certain deformation occurs for the inside portion 24 or with certain deformability Thermosphere 22 allows certain deformation of the inside portion 24 and the outside portion 25, and in other words, the heating layer 22 can hinder institute State inside portion 24 and the outside portion 25 deformation or the heating layer 22 be the breast storing apparatus 20 provide it is stronger Intensity guarantees that the deformation of the inside portion 24 and the outside portion 25 is supplied to that user is more comfortable more healthy easily to be squeezed Milk process.

In addition, it is to drive the inside portion 24 and institute with relatively stronger deformability that the heating layer 22 is implementable The deformation range of outside portion 25 is stated, those skilled in the art know, of the invention unrestricted in this regard.

The partial schematic sectional view of the heating layer 22 of the breast storing apparatus 20 with reference to shown in Fig. 3 A to Fig. 3 D, The heating layer 22 includes an at least heat source 221, and the heat source 221 is that the breast storing apparatus 20 provides heat, that is, described Heat source 221 is that single piece type is distributed evenly in the heating space 21.

It is highly preferred that the heating layer 22 is including the heat source 221 and has an at least gap 222,222 quilt of gap The heat source 221 defines, and the heat source 221 delivers heat to the gap 222, and then guarantees that the heating layer 22 is described Breast storing apparatus 20 equably provides heat source.

The partial schematic sectional view of the heating layer 22 of the breast storing apparatus 20 with reference to shown in Fig. 3 B, it is described to add Thermosphere 22 includes the heat source 221 and has a gap 222, and the gap 222 is defined by the heat source 221, the heat source 221 equably can provide heat for the breast storing apparatus 20.

The partial schematic sectional view of the heating layer 22 of the breast storing apparatus 20 with reference to shown in Fig. 3 C, it is described to add Thermosphere 22 includes the heat source 221 and has two gaps 222, and the gap 222 is defined by the heat source 221, the heat source 221 equably can provide heat for the breast storing apparatus 20.

The partial schematic sectional view of the heating layer 22 of the breast storing apparatus 20 with reference to shown in Fig. 3 D, it is described to add Thermosphere 22 includes the heat source 221 and at least has two gaps 222, and the gap 222 is defined by the heat source 221, the heat Source 221 equably can provide heat for the breast storing apparatus 20.

Preferably, the heat source 221 can conductively be connected, so that the heat source 221 can be arranged in a row, and then the heat Source 221 becomes a cricoid heating layer, it is preferable that the heat source 221 connects in which can be fixed.

Preferably, the heat source 221 preferably uses graphene, due to the architectural characteristic of graphene, the heating layer 22 With certain heating, deformability, while the graphene has certain bending ability, passes through at least one piece combination place Formula, the various ways such as whole hollow out mode are formed, in addition, the embodiment of the heat source 221 is not limited only to this, it is implementable to be Graininess exothermic material, such as abrasive grit, graphene grain etc.；Liquid, molten iron etc.；Reticular structure, iron net；Linear structure, iron wire, graphite The numerous embodiments such as alkene, it is of the invention unrestricted in this regard, as known to those skilled in the art.

When further the heat source 221 is graphene, since the bending degree of the graphene itself is not enough to be formed Ring-type, by split mode can fill uniformly with the heating space 21, in addition, the gap can be by the heat source 221 certainly It defines to body hollow out, while the gap can be defined by the space between at least one 221 split of heat source, in more detail It says, the gap 222 is very small, is also possible to preset width, so that the heat source 221 is distributed evenly in the heating sky Between 21.

The heating layer 22 is carried out a cyclic structure, and the further described heating layer 22 is implemented as bucket shape, wherein When the heat source 221 is implemented as graphene, for the deformability of the breast storing apparatus 20, the heat source 221 Distribution is preferably length extending direction with strip the scatter distributions along the breast storing apparatus 20, so that the heat source 221 can be distributed evenly in the heating space 24.

Preferably, heating space 21 described in the length adaptation of the heat source 221, and then the heat source 221 forms a ring-type Grid, and then the heat source 221 is distributed evenly in the heating space 24.

It is noted that the heating layer 22 is limited or positions, in more detail, be limited refer to by Limit certain scope of activities.Positioning refers to being fixed, and then the heating layer 22 is by the inside portion 24 and the outside Portion 25 clamps.

Preferably, the heating layer 22 is contiguously connect with the inside portion 24, and the heat of the heating layer 22 can be direct Ground and the inside portion 24 are connected, and then ensure that the heat of the diverging of the heating layer 22 can be quickly delivered to the inside Portion 24.Optionally, the heating layer 22 is snugly connect with the inside portion 24, the heating layer 22 can rapidly by heat to It conducts the inside portion 24.

The heating layer 22 of the breast storing apparatus 20 with reference to shown in Fig. 4 A to Fig. 4 H by the inside portion 24 with The outside portion 25 fixedly clamps, and the gap 222 is fixedly filled, that is, the gap 222 is filled out by least part It fills.

Further the inside portion 24 further has at least one first locating piece 241, first locating piece 241 The gap 222 is positioningly connected.

With reference to shown in Fig. 4 A, the gap 222 can be partially filled with by the inside portion 24, so that 221 quilt of the heat source The inside portion 24 positioningly connects, and in other words, first locating piece 241 positioningly connects the heat source 221, that is, institute Stating gap 222 can be matchingly arranged one by one with first locating piece 241, and the gap 222 is limited by the outside portion 25 Define to position.

With reference to shown in Fig. 4 B, the gap 222 can be partially filled with by the outside portion 25, in other words, the gap 222 It is positioningly connected by the outside portion 25, and is limited by the inside portion 24.In more detail, the outside portion 25 has At least one second locating piece 251 and become a new embodiment, second locating piece 251 positioningly connects the heat source 221 It connects, in other words, the gap 222 can matchingly be connect one by one with second locating piece 251, and then 22 quilt of the heating layer The outside portion 25 positioningly connects.

With reference to shown in Fig. 4 C to 4E, the gap 222 can be completely filled with by the inside portion 24, in other words, between described Gap 222 is positioningly connected by the inside portion 24, and clamps the gap 222 with the outside portion by the inside portion 24.

Preferably, the heat source 221 is coatedly filled by the inside portion 24, and fills out the gap 222 fully Fill, then the outside portion 25 be arranged to the outside of the inside portion 24, that is, the heat source 221 by the inside portion 24 with The outside portion 25 clamps.

Optionally, first locating piece 241 can positioningly be connected to the outside portion 25, further, described first Locating piece 241 can be matchingly arranged with second locating piece 251, and then first locating piece 241 and second positioning Part 251 positioningly connects, and then the inside portion 24 is preferably combined with the outside portion 25.Wherein first locating piece 241 it is implementable be a flange, second locating piece 251 can be implemented as a groove.Optionally, first locating piece 241 It is implemented as a groove, second locating piece 251 is embodied as a flange again, and as known to those skilled in the art, the present invention is herein It is unrestricted.

Optionally, the heating layer 22 referring to shown in Fig. 4 D is connected with the inside portion 24 with the outside portion 25 Different embodiments and become new embodiment, the gap 222 is fully completely filled with by the inside portion 24, institute It states inside portion 24 and is covered in the heat source 221, and is concordant in the other side of the heat source 221, then the outside portion 25 is set It is placed in the outside of the outside portion 25, that is, 221 times of the heat source inside portion 24 is clamped with the outside portion 25.

The heating layer 22 referring to shown in Fig. 4 E is connected from the inside portion 24 with the outside portion 25 different real It applies mode and becomes new embodiment, first locating piece 241 plays the outside portion 25 and positioningly connects, it is preferable that Between first locating piece 241 distance can be matched by the heat source 221, in other words, first locating piece 241 with it is described Gap 222 can matchingly connect, and another side surface of the prominent heat source 221 of first locating piece 241, so that described Outside portion 25 is positioningly connected by first locating piece 241.

With reference to shown in Fig. 4 F to 4G, the gap 222 can be completely filled with by the outside portion 25, and make the heat source 221 are clamped by the outside portion 25 and the inside portion 24.

Preferably, the heat source 221 is coatedly filled by the outside portion 25, and fills out the gap 222 fully It fills, then the outside portion 25 is arranged to the outside of the inside portion 24.

Optionally, the heating layer 22 referring to shown in Fig. 4 G is connected with the inside portion 24 with the outside portion 25 Different embodiments and become new embodiment, the gap 222 is fully completely filled with by the outside portion 25, institute It states outside portion 25 and is covered in the heat source 221, and is concordant in the other side of the heat source 221, then the outside portion 25 is set It is placed in the outside of the outside portion 25, that is, 221 times of the heat source inside portion 24 is clamped with the outside portion 25.

Referring to shown in Fig. 4 H, further first locating piece 241 plays the outside portion 25 and positioningly connects, excellent Selection of land, between first locating piece 241 distance can be matched by the heat source 221, in other words, first locating piece 241 It can matchingly be connect with the gap 222, and another side surface of the prominent heat source 221 of first locating piece 241, with Connect the outside portion 25 positioningly by first locating piece 241.

With reference to shown in Fig. 4 I, the gap 222 can be partially filled with by the inside portion 24 and the outside portion 25, change speech It, the inside portion 24 is permanently connected to the heat source 221 with the outside portion 25, and the gap 222 is not by described interior Side 24 is filled up with the outside portion 25, so that the gap runs the heat source 221, preferably deformation occurs, while the heat Conduct heat away to the gap 222, then is conducted the inside portion by source 221, so that the inside portion is uniformly heated, During user's use

With reference to shown in Fig. 4 J, inside portion 24 described in the gap 222 is coatedly filled by the outside portion 25, that is, described Gap 222 is completely filled, so that the gap 222 is fixedly clamped by the inside portion 24 and the outside portion 25.

With reference to shown in Fig. 4 K, the heat source 221 is positioningly connected by the inside portion, wherein the heat source 221 is further Ground includes an at least third locating piece 2211, and then the third locating piece 2211 can be positioningly connected.Preferably, described Three locating pieces 2211 match with first locating piece 241, it is preferable that the third locating piece 2211 is arranged at the heat The medial surface in source 221 or end face, so that the third locating piece 2211 positions the inside portion 24.

The heating layer 22 with reference to shown in Fig. 4 L is connected from the inside portion 24 with the outside portion 25 different real It applies mode and becomes new embodiment, the third locating piece 2211 is matchingly connect with second locating piece 251, preferably Ground, the third locating piece 2211 is arranged at medial surface or the end face of the heat source 221, so that the third locating piece 2211 Position the outside portion 25.

The heating layer 22 with reference to shown in Fig. 4 M is connected from the inside portion 24 with the outside portion 25 different real It applies mode and becomes new embodiment, the third locating piece 2211 can positioningly be connected first locating piece 241 and institute The second locating piece 251 is stated, so that the heating layer 22 can positioningly be connected to the inside portion 24 and the outside portion 25, and At least one of third locating piece 2211 can matchingly be connect with second locating piece 251, and at least one of institute Stating third locating piece 2211 can matchingly connect with first locating piece 241, so that the third locating piece 2211 can position Ground is connected first locating piece 241 and second locating piece 251.

Optionally, second locating piece 251 is respectively set to the heating layer 22 with first locating piece 241 Both ends or the same end, then it is of the invention unrestricted in this respect.And at least one third locating piece 2211 and described second Locating piece 251 can be connected matchingly, and at least one third locating piece 2211 can matchingly be connect with first locating piece 241, Embodiments thereof multiplicity, implementable is that at least one third locating piece 2211 is groove, and second locating piece 251 is flange, At least one third locating piece 2211 of another part is flange, and first locating piece 241 is implemented as groove.

Referring to Fig. 5 A to 5E, the heat source 221 by the positioningly cladding of the inside portion 24 and 25 part of outside portion, In other words, the heat source 221 is partly coated by the inside portion 24 and the outside portion 25, and make the gap 222 not by It is completely filling up.

With reference to shown in Fig. 5 A to 5E, the breast storing apparatus 20 includes a conductive part 26, and then the conductive part 26 can It is conductively connected to the heating layer 22 and the breast pump main body 10, further, the conductive part 26 is breast appearance Device 20 of receiving power supply.

Referring to the schematic diagram of the electrically conducting manner of the heating layer 22 shown in Fig. 5 A, it is preferable that the heating layer 22 includes At least one conductive port 224, the conduction port 224 can conductively be connect with the conductive part 26, so that the conductive part 26 is conductive for the heating layer 22.

Optionally, the conductive part 26, which can be connected, is connected to the conductive port 224, it is preferable that the conduction port 224 It is arranged at the heat source 221, optionally, the conduction port 224 is wiredly connected to the end of the heat source 221, can Selection of land, the conduction port 224 can conductively be connected to the conductive part 26, and then the conductive part 26 can be conductively to described Conductive part 26 is conductive.

It is noted that the conductive part 26 is arranged at the end of the heat source 22, it is preferable that the conductive part 26 The heat source 22 is positioningly connected, so that the conductive part 26 conductively can convey electric current to the heat source 221, and then described Conductive part 26 and the heating layer 22 are conductive.

Referring to shown in Fig. 5 B, the conductive part 26 is in parallel with the heat source 221, the conductive part 26 and the cricoid hair Thermosphere 22 matchingly contacts, and optionally, the heat source 221 can be connected in parallel in the breast pump main body 10, and then the heat Voltage keeps certain and then ensure that cause 221 heating power of heat source consistent between source 221, and then the heat source 221 Fever uniformly, ensure that the temperature of the inside portion 24 is uniform.

With reference to shown in Fig. 5 C, the conductive part 26 is connected with the heat source 221, in other words, the conductive part 26 with it is described One in heat source 221 can be connected conductively, and positioningly be connected to other heat sources 221, and the conductive port is passed through 243 connection can conductively connect the heat source 221.

With reference to shown in Fig. 5 D, the heat source 221 of the heating layer 22 is in parallel group by group, and then when the heating layer 22 passes When leading the temperature arrival preset temperature to the inside portion 24, the heating layer 22 adjustably reduces heating power.

Preferably, the heating layer 22 is divided at least two groups, and then the heating layer 22 is conductively connected to group by group The conductive part 26, and then the heating layer 22 can be adjusted heating power.In other words, the conductive part 26 is described group by group Heating layer 22 is conductive, and then the conductive part 26 can be realized and adjust ground conduction to 22 volume of heating layer.

Optionally, the heat source 221 of the heating layer 22 is divided into two groups, and make the heating layer 22 adjustably into It goes group by group or is completely carried out heating, ensure that the heating layer 22 can be heated to stepping.

Optionally, the heat source 221 of the heating layer 22 is divided into two groups, and makes the heat source 221 by the fever 22 compartment of terrain of layer grouping, so that the heating layer 22 is equably thermally conductive for the inside portion 24.

Further the heat source 221 of the heating layer 22 is divided into two groups, and makes the heat source 221 by the fever Layer 22 is grouped with being equidistantly spaced, so that the heating layer 22 is equably thermally conductive for the inside portion 24.

Preferably, the heat source 221 is arranged group by group, and optionally, the packet mode multiplicity of the heat source 221 can be wherein Two heat sources 221 are positioned apart from, so as to be divided at least two groups, in addition, the grouping embodiment of the heating layer 22 can be with It is that wherein a heat source 221 is positioned apart from, so that it is two groups that the heat source 221, which divides,；

As shown in fig. 5e, wherein two heat sources 221 are positioned apart from the heat source 221, so as to be divided at least two groups.Its The branch that the heating layer 22 connects can conductively be connected to the breast pump main body 10, so that the breast pump main body 10 For the heating layer 22 power supply.

Optionally, the conductive part 26, which can be connected, is connected to the conductive port 224, it is preferable that the conduction port 224 It is arranged at the heat source 221, optionally, the conduction port 224 is wiredly connected to the end of the heat source 221, can Selection of land, the conduction port 224 can conductively be connected to the conductive part 26, and then the conductive part 26 can be conductively to institute It is conductive to state conductive part 26.

Preferably, in order to guarantee the bending ability of graphene, there are the gaps 222 between the graphene can be preferably It is deformed.

It is noted that the inside portion 24, the outside portion 25 is formed with being injection molding, and those skilled in the art know There are also other embodiments for the generation type of dawn, the inside portion 24 and the outside portion 25, and the present invention is not herein by any limit System.

Referring to Fig. 6 A and 6B, the manufacture of the inside portion 24 and the outside portion 25 can be integral type, can also Be it is detachably connected, those skilled in the art know.

Preferably, the inside portion 24 is integrally injection molding with the outside portion 25, that is, the inside portion 24 with it is described Outside portion 25 is securely connected, and when replacing the breast storing apparatus 20, by integrally replacing, ensure that the breast holds Device 20 of receiving sustainably uses, while relatively sanitary safety.

Referring to shown in Fig. 6 A, the inside portion 24 is integrally injection molding with the outside portion 25, so that the heating layer 22 are wrapped by.Preferably, the inside portion 24 is integrally injection molding with the outside portion 25, optionally, the inside portion 24 with The outside portion 25 is injection molding respectively, and keeps the inside portion 24 and the outside portion 25 closely sealed, so that 22 quilt of the heating layer Cladding.

The inside portion 24 includes gluing with the closely sealed mode in the outside portion 25, is sealed, the various ways such as engaging, herein It is unrestricted, as known to those skilled in the art.

Referring to shown in Fig. 6 B, the inside portion 24 is detachably connected with the outside portion 25 and becomes new embodiment, It is noted that the inside portion 24 can be replaced in use process for a long time, for considering for sanitation and hygiene, with The whole breast storing apparatus 20 of replacement is compared, and the more environmentally-friendly saving in the inside portion 24 is only replaced, and is promoted sustainably It uses.

Preferably, the inside portion 24 and the outside portion 25 are detachably connected, during manufacture, can produce institute The semi-finished product of outside portion 25 and the heating layer and the semi-finished product Ningbo of inside portion 24 are stated, by assembling or dividually selling Sell and selling to the breast storing apparatus 20 can be realized, in addition, in use, the inside portion 24 removably with The outside portion 25 connects, so that the inside portion 24 is adjustably connect with the outside portion 25, and then the breast accommodates Device 20 is convenient to replace the usage experience that the inside portion 24 keeps user more convenient, while can satisfy more people simultaneously The public breast storing apparatus 20, and then ensure that the breast storing apparatus 20 under the premise of safety and sanitation, is recycled It utilizes,

Optionally, the inside portion 24 and the outside portion 25 are detachably connected, the portion of the breast storing apparatus 20 It is replaceable when point being damaged, such as the heating layer 22 is unable to normal heating situation, the heating layer 22 can be replaced easily

Preferably, the inside portion 24 and the outside portion 25 are spirally connected by engage, and mistake is won, the various ways such as magnetic into Row is detachably connected.

Optionally, the breast storing apparatus 20 can conductively be connected by the heating layer 22 and the breast pump main body 10 It connects, and then the breast storing apparatus 20 is removably attachable to the breast pump main body 10, and then the breast accommodates dress Setting 20 can conductively be powered by the breast pump main body 10.

Preferably, the conductive part 26 is coated on wherein by the inside portion 24 with the outside portion 25, in the present embodiment In it is unrestricted, as known to those skilled in the art.

Referring to shown in Fig. 7 to Figure 11 C, optionally, the inside portion 24 can once be molded shape with the outside portion 25 At being injection molding to be formed or be injection molding at least one times, then formed with assembling at least secondaryly.

In detail, referring to shown in Fig. 7, the inside portion 24 to be formed with the outside portion 25 by once being molded, described Inside portion 24 is consistent with the material of the outside portion 25, the deformability of the breast storing apparatus 20 by its own shape, The heating layer 22, the influence of the deformability of itself.

Referring to shown in Fig. 8 A and 8B, when the inside portion 24 and the outside portion 25 are to be injection molding to be formed at least secondaryly, The material of the inside portion 24 and the outside portion 25 be it is various, connection means also directly influence the breast and accommodate dress Set 20 deformability.

Referring to shown in Fig. 9 A to Figure 11 C, when the inside portion 24 and the outside portion 25 is are injection molding at least one times, into Row is formed with assembling again, i.e., will be connected when the inside portion 24 with the outside portion 25 by certain connection, then its connection side Formula, when the material of the inside portion 24 and the outside portion 25 also directly influences the deformation energy of the breast storing apparatus 20 Power.

Referring to shown in Fig. 7, further the inside portion 24 and the outside portion 25 are integral types, and embodiments thereof are Multiplicity, optionally, the inside portion 24 is integrally injection molding with the outside portion 25, alternatively, the inside portion 24 with it is described Outside portion 25 is injection molding seperatedly, that is, with the outside portion 25 by heat-sealing, the modes such as gluing are carried out closely for the inside portion 24 Ground connection, the inside portion 24 and the preparation method of the fastening of the outside portion 25 are unrestricted in the present invention, people from this field Member knows.

Shown in the preparation method schematic diagram of the breast storing apparatus referring to described in Fig. 7, the inside portion 24 and the outside Portion 25 once is injection molding to be formed, and the heating layer 22 is placed in a mold 50 and is molded, in the heating layer 22 The inside portion 24 and the outside portion 25 is integrally formed in outside.

The further heat source 221 enters the mold 50 with being sorted, so that the heat source 221 can quickly enter The mold 50 improves the production efficiency of the breast storing apparatus.

Preferably, the end of the heating layer 22 is exposed, and makes the heating layer 22 that can conductively be connected to described suck Device main body 10, so that the breast pump main body is the heating layer 22 power supply.

Preferably, the mold 50 includes an at least upper mold 51, at least a lower die 52 and an at least accommodating cavity 53, accommodating Chamber 53 is defined by the upper mold 51 and the lower die 52.The upper mold 51 can be matchingly arranged with the lower die 52, by described Upper mold 51 and the close of the lower die 52 prepare the inside portion 24 and the outside portion 25 with separate to carry out processing.

Shown in the preparation method schematic diagram of the breast storing apparatus referring to described in Fig. 8 A and 8B, the inside portion 24 and institute It states outside portion 25 to be injection molding and formed at least secondaryly, in other words, the inside portion 24 is infused in succession with the outside portion 25 Modeling, when the inside portion 24 is connect with being integrated with the outside portion 25, optionally, when the inside portion 24 and the outside portion 25 material is different, the contact portion of the further described breast and the breast storing apparatus 20 be it is safe and non-toxic, it is excellent Selection of land, the inside portion 24 are covered in the part of the outside portion 25 and make the outside portion 25 and the inside portion 24 with extending It is closely attached.

Preferably, when the inside portion 24 is seamlessly connect with the outside portion 25, in addition, working as the inside portion 24 and institute Stating outside portion 25 by ribbed portion can securely connect, and in other words, the inside portion 24 and the outside portion 25 are seamedly Connection, those skilled in the art know that the present invention is not any way limited in this regard.

The heating layer 22 and the outside portion 25, the connection relationship of the inside portion 24 is as follows, optionally, the heating Layer 22 is positioningly fixed by the inside portion 24；The heating layer 22 also is embodied as by the inside portion 24 and the outside portion 25 limit ground connections；Optionally, the heating layer 22 is positioningly fixed by the inside portion 24 and the outside portion 25；In addition, The heating layer 22 is positioningly fixed by the inside portion 24, and is limited by the outside portion 25；The heating layer 22 is described Inside portion 24 limits, and is positioningly fixed by the outside portion 25.In more detail, limit refers to limitation scope of activities, It is different from fixation.Preferably, it is molded with being positioningly fixed as one.

It is described interior shown in the preparation method schematic diagram of the breast storing apparatus referring to shown in the schematic diagram of Fig. 8 A and 8B Side 24 is injection molding in succession with the outside portion 25.

Optionally, the inside portion 24 is formed with being first injection molding.

As shown in the schematic diagram of Fig. 8 A, the heating layer 22 is placed in a mold 50 and is molded, so it is described plus Thermosphere 22 is positioningly formed with the inside portion 24, then carries out quadric injection mould, and the outside portion 25 is wrapped with the inside portion 24 It is overlying on the heating layer 22.

Optionally, the heating layer 22 is positioningly fixed by the inside portion 24；It also is embodied as 22 quilt of heating layer The limit of inside portion 24 ground connection, then connected with limiting by the outside portion 25；Optionally, the heating layer 22 is by described interior Side 24 is positioningly fixed, then is positioningly fixed by the outside portion 25；In addition, the heating layer 22 is determined by the inside portion 24 Position ground is fixed, and is limited again by the outside portion 25；The heating layer 22 is limited by the inside portion 24, and again by the outside Portion 25 is positioningly fixed.

Optionally, the outside portion 25 is formed with being first injection molding.

Referring to shown in the schematic diagram of 8B, the heating layer 22 is placed in a mold 50 and is molded, and is formed described outer Side 25, then quadric injection mould is carried out, form the inside portion 24.

Optionally, the heating layer 22 is positioningly fixed by the outside portion 25；It also is embodied as 22 quilt of heating layer The limit of outside portion 25 ground connection, then connected with limiting by the inside portion 24；Optionally, the heating layer 22 is by described outer Side 25 is positioningly fixed, then is positioningly fixed by the inside portion 24；In addition, the heating layer 22 is determined by the outside portion 25 Position ground is fixed, and is limited again by the inside portion 24；The heating layer 22 is limited by the outside portion 25, and again by described interior Side 24 is positioningly fixed.

Shown in the preparation method schematic diagram of the breast storing apparatus referring to shown in Fig. 9 A to Figure 11 C, the inside portion 24 are injection molding at least one times with the outside portion 25, then are assembled and formed, further include the inside portion 24 with The once injection molding of the outside portion 25, then assemble and the inside portion 24 and the outside portion are molded for 25 2 times, then assemble and Complete preparation.

Optionally, the inside portion 24 referring to shown in Fig. 9 A to Fig. 9 F is once molded with the outside portion 25, then Assembling, in other words, the mold 50 of injection moulding process allows inside portion 24 to be molded simultaneously with the outside portion 25.

Preferably, the accommodating cavity 53 can be implemented as an inboard cavity 54 and an outboard cavity 55, and make the inboard cavity 54 Can matchingly it be arranged with the inside portion 24, the outboard cavity 55 can be matchingly arranged with the outside portion 25, so that the mould Tool 50 can integrally prepare the inside portion 24 and the outside portion 25.

Optionally, the inside portion 24 and the outside portion 25 and the preparation method of the heating layer 22 include following implementation Mode, the inside portion 24 with reference to shown in Fig. 9 A, the outside portion 25 once are molded, then by the heating layer 22 and institute Inside portion 24 is stated to be assembled with the outside portion 25.

The breast storing apparatus 20 with reference to shown in Fig. 9 B prepares schematic diagram, and the heating layer 22 is put into described Side chamber 54 so that the inside portion 24 is integrally molded with the heating layer 22, and the outboard cavity 55 prepare it is described Outside portion 25, then the inside portion 24 and the outside portion 25 are assembled.

Another breast storing apparatus 20 with reference to shown in Fig. 9 C prepares schematic diagram, optionally, by the heating layer 22 are put into the outboard cavity 55, so that the outside portion 25 is integrally molded with the heating layer 22, and the inboard cavity 54 prepare the inside portion 24, then the inside portion 24 and the outside portion 25 are assembled.Wherein, integrally injection molding refers to Be to be molded together, do not represent and be fixedly molded, wherein can limit, can fix, can glue and, it is adsorbable etc..

Preferably, then to assemble further include following implementation, another breast storing apparatus referring to shown in Fig. 9 D 20 prepare schematic diagram, and the inside portion 24 and the outside portion 25 are assembled, then the heating layer 22 are inserted into described Heating space 21, with the ora terminalis of the closed inside portion 24 and the outside portion 25.

Further the inside portion 24 and the outside portion 25 are socketed, then the heating layer 22 is inserted into institute Heating space 21 is stated, with the ora terminalis of the closed inside portion 24 and the outside portion 25.

Further the heating layer 22 includes a frame body 223, and the frame body 223 is positioningly connected with the heat source 221 Connect, and then the frame body 223 is preferably arranged in the end of the heat source 221 so that the heat source 221 can positioningly with institute It states inside portion 24 to be connected with the outside portion 25, and the closed inside portion 24 of the frame body 223 and the outside portion 25 Ora terminalis.

The frame body 224 optionally includes one the 4th locating piece 2241, and the locating piece can conductively position the heat source 221.Preferably, the 4th locating piece 2241 can conductively position the gap 221 or the third locating piece 2211.

Another breast storing apparatus 20 referring to shown in Fig. 9 E prepares schematic diagram, optionally, by the inside portion 24 with The heating layer 22 is assembled, then the outside portion 25 is assembled therewith.

Another breast storing apparatus 20 referring to shown in Fig. 9 F prepares schematic diagram, optionally, by the outside portion 25 with The heating layer 22 is assembled, then the inside portion 24 is assembled therewith.

Optionally, the inside portion 24 carries out quadric injection mould with the outside portion 25, then assembles, referring to Fig.1 0A-10D, Embodiments thereof include following several:

Referring to Fig.1 shown in 0A, then the inside portion 24, which is injection molding, is put into the outboard cavity 55 for the inside portion 24, with It is injection molding the inside portion 24 integrally with the outside portion 25, and the accommodating end 28 is open, so that institute The accommodating space 26 can be put into from the accommodating end 28, thermal insulation layer 29 by stating heating layer 22.

Further again by the inside portion 24, the heating layer 22 is assembled with the outside portion 25.

Referring to Fig.1 shown in 0B, optionally, the outside portion 25 is injection molding, then the outside portion 25 is put into the inside Chamber 54 so that the outside portion 25 is integrally injection molding with the inside portion 24, and makes the inside portion 24 and the outside portion The 25 accommodating ends 28 defined are unlimited, so that heating layer 22 and the thermal insulation layer 29 can enter institute from the accommodating end 28 State accommodating space 26.

Further the heating layer 22 is placed in the accommodating space 26.

Referring to Fig.1 shown in 0C, optionally, the heating layer 22 is placed into the inboard cavity 54, and then the heating layer 22 It is integrally formed, then the outside portion 25 is molded with the inside portion 24.Wherein, it is integrally formed finger It is that can fixedly be formed to the inside portion 24 and the heating layer 22, can be formed with limiting, can snugly be formed, be can be adsorbed It is formed.

Referring to Fig.1 shown in 0D, the heating layer 22 is placed into the outboard cavity 55, so the heating layer 22 with it is described Outside portion 25 is integrally formed, then be molded to the inside portion 24.Wherein, it is integrally formed and refers to described Inside portion 24 can fixedly be formed with the heating layer 22, can be formed with limiting, can snugly be formed, can be adsorbed to be formed.

Optionally, the outside portion 25 is respectively injection molding with the inside portion 24, by the inside portion 24, the outside Portion 25 is assembled with heating layer 22, and is closed the inside portion 24 with the outside portion 25.

Preferably, referring to Fig.1 shown in 1A to Figure 11 C, then assembling further includes following implementation, referring to Fig.1 1A It is shown, the inside portion 24 and the outside portion 25 are assembled, then the heating layer that the frame body 223 will be arranged at The 22 insertion heating spaces 21, with the ora terminalis of the closed inside portion 24 and the outside portion 25.

Referring to Fig.1 shown in 1B, optionally, the inside portion 24 and the heating layer 22 are assembled, then will be described outer Side 25 is assembled therewith.

Referring to Fig.1 shown in 1C, optionally, the outside portion 25 and the heating layer 22 are assembled, then will be described interior Side 24 is assembled therewith.

Heating layer 22 described in the manufacturing method of the breast storing apparatus 20 is partly positioned, and can be implemented as to institute The locating piece 2211 for stating heat source 221 is matchingly positioned, in addition, at least one gap 222 can matchingly determine Position, wherein end or side that the locating piece 2211 may be placed at the heat source 221 are so that the heating layer 221 can quilt Accurately position.

It is noted that it is a film layer, a block, fluid etc., wherein flowing that the above-mentioned heating layer 22 is implementable Body refers to deformable object, has and is centainly self-possessed or external force and the ability that deforms.When the heating layer 22 is embodied as One film layer, then be coated on after the heating layer 22 inside portion 24 or the outside portion 25 at least first, guaranteeing in turn The heating layer 22 can be implemented by tool.

Referring to Fig.1 shown in 2A to Figure 12 B, the breast storing apparatus 20 includes a butt end 27 and an accommodating end 28, institute Stating butt end 27 can conductively connect with the breast pump main body 10, it is preferable that the butt end 27 removably with the suction Milk device main body 10 carries out separation and joint, and then the butt end 27 and the accommodating end 28 are respectively arranged at the breast and accommodate The both ends of device 20, the accommodating end 28 are closures, so as to reduce heat during the breast storing apparatus 20 fever Waste more safety and stability simultaneously.The butt end 27 can conductively be connected to the breast pump main body 10.

Preferably, the connection type of the docking section 11 and the accommodating end 28 includes being spirally connected, and is clamped, magnetic-type connection, Cross win connection etc. a variety of dismountable connection types so that 11 Detachable of the docking section be connected to the accommodating end 28.

Preferably, the breast pump main body 10 includes a docking part 11, and the docking section 11 can matchingly be connected to described Butt end 27, that is, the breast pump main body 10 is removably attachable to the breast storing apparatus 20.

In more detail, the butt end 27 is arranged at the inside portion 24 and the outside portion 25 at least First, and the butt end 27 is made to be removably attachable to the breast pump main body 10.

Optionally, the butt end 27 is arranged at the inside portion 24 so that the inner edge of the inside portion 24 with it is described Docking section 11 can conductively connect, so that the breast pump main body 10 and the breast storing apparatus 20 are detachably connected.

Optionally, the butt end 27 is arranged at the outside portion 25 so that the outer rim of the outside portion 25 with it is described The inner edge of docking section 11 matchingly connects.

Optionally, the butt end 27 is defined by the inside portion 24 and the outside portion 25, the inside portion 24 and institute It states outside portion 25 and defines the butt end 27 jointly.

Optionally, with reference to shown in Figure 12 A, the butt end 27 is a groove, and the butt end 27 is by the inside portion 24 define with the outside portion 25, and then the inside portion 24 and the outside portion 25 are matchingly detachable with the docking section 11 Ground connection.In addition, the butt end 27 can be implemented as a flange, and the butt end 27 by the inside portion 24 with it is described outer Side 25 is defined, and be connected to the butt end 27 can conductively with the docking section 24.Optionally, the butt end 27 is one Cap body, and keep the butt end 27 and the docking section 11 detachably connected, the butt end 27 and the docking section 11 Embodiment, which had, wins connection, is spirally connected, and magnetic connects, the various ways such as clamping, of the invention unrestricted in this regard.Further The implementable ground docking section 11 is a cap body, and keeps the butt end 27 and the docking section 11 detachably connected, described Butt end 27 had to win with the embodiment of the docking section 11 to be connect, and is spirally connected, and magnetic connects, the various ways such as clamping, in this regard The present invention is unrestricted.

With reference to shown in Figure 12 B, the butt end 27 be a flange, and the butt end 27 by the inside portion 24 with it is described Outside portion 25 is defined, and then the inside portion 24 and the outside portion 25 are matchingly detachably connected with the docking section 11. In addition, the butt end 27 can be implemented as a groove, and the butt end 27 is by the inside portion 24 and the outside portion 25 It defines, and be connected to the butt end 27 can conductively with the docking section 24.

It in details of the words says, the butt end 27 can conductively be connected to the docking section 11, and make the conductive part 26 It can conductively be connect with the docking section 11, it is preferable that the conductive part 26 is exposed to the butt end 27, so that the conduction Portion 26 can directly contact be connect with the docking section 11, and the butt end 27 is made to be connected with the docking section 11.

Optionally, the conductive part 26 can wirelessly be conducted with the docking section 11, so that right described in the wire portion Socket part 11.Further the conductive part and the docking section 11 are by bluetooth, and wirelessly, it is described that the modes such as electromagnetic wave, which are connected, Heating layer 22 is powered.

The receiving end 28 is preferably closed, so define described of the inside portion 24 and the outside portion 25 plus The heat of heat space 21 will not leak from the receiving end 28, it is preferable that the receiving end 28 by the inside portion 24 with it is described The closure of outside portion 25 and be closed, optionally, the receiving end 28 is sealed by the heating layer 22.

Preferably, the receiving end 28 is stated inside portion 24 and is sealed with the outside portion 25, the inside portion 24 with it is described Outside portion 25 can conductively be connected to the docking section 11, and the inside portion 24 can be spirally connected with the outside portion 25, can glue envelope, It is heat sealable, it can engagingly seal the optional one of combination in the receiving end.

Referring to Fig.1 shown in 2A-12B, the breast storing apparatus 20 includes an at least thermal insulation layer 29, and becomes a new reality Example is applied, and then the thermal insulation layer 29 can preferably reduce the heat losses of the heating layer 22.

When the enforceable mode of the thermal insulation layer 29 includes the numerous embodiments such as a coating and a heat-insulated membrane body, wherein institute Stating coating may be placed at 25 inside of outside portion or outside and the outside of the heating layer 22, so that the heating layer 22 heats generated are reduced to be scattered and disappeared outward, improves the thermal efficiency of the heating layer 22.In addition, when the thermal insulation layer 29 is carried out When for heat-insulated membrane body, the thermal insulation layer 29 is clamped by the outside portion 25 and the heating layer 22, so that the heating layer 22 produces Raw heat reduction is outwards scattered and disappeared, and the thermal efficiency of the heating layer 22 is improved.

Preferably, heat-insulated membrane body is to be made by heat-insulated preferable material, such as heat-insulated membrane body can be but be not limited to heat-insulated Cotton.

Preferably, the thermal insulation layer 29 and the mode of the heating layer 22 assembling include being glued, binding, a variety of sides such as hot melt Formula, the thermal insulation layer 29 is preferably positioningly combined with the heating layer 22, and then the thermal insulation layer 29 can maintain the heating The shape of layer 22, is preferably molded, and semi-finished product are formed.

Preferably, the splicing of thermal insulation layer 29 ground is assembled with the heating layer 22, and then the thermal insulation layer 29 adds with described Thermosphere 22 can be connected conductively.

Preferably, the thermal insulation layer 29 seals ground and assembles with the heating layer 22, and then the thermal insulation layer 29 adds with described Thermosphere 22 can be connected conductively.

Preferably, the thermal insulation layer 29 bundlees ground and assembles with the heating layer 22, and then the thermal insulation layer 29 adds with described Thermosphere 22 can be connected conductively.

When the thermal insulation layer 20 is implemented as a heat-insulated membrane body, the manufacture of the breast storing apparatus 20 can be by reality It applies and is injection molding at least one times for the inside portion 24 and the outside portion 25, then formed with assembling.

Preferably, the end of the heating layer 22, which can conductively be communicated with the outside, connects, and the heating layer 22 be connected can Ground is connected to the breast pump main body 10, so that the breast pump main body is the heating layer 22 power supply.

Optionally, the inside portion 24 shown in 3A to Figure 13 C is once molded with the outside portion 25 referring to Fig.1, It assembles again, in other words, the mold 50 of injection moulding process allows inside portion 24 to be molded simultaneously with the outside portion 25.

Optionally, the inside portion 24 and the outside portion 25 and the preparation method of the heating layer 22 include following implementation Mode, the inside portion 24 with reference to shown in Figure 13 A, the outside portion 25 once are molded, then by the heating layer 22, institute Thermal insulation layer 29 is stated to be assembled with the inside portion 24 and the outside portion 25.

The breast storing apparatus 20 with reference to shown in Figure 13 B prepares schematic diagram, the heating layer 22 is put into described Inboard cavity 54, so that the inside portion 24 is integrally molded with the heating layer 22, and the outboard cavity 55 prepares institute Outside portion 25 is stated, the inside portion 24 is being carried out the thermal insulation layer 29 is added in assembling process with the outside portion 25, so that The thermal insulation layer 29 is clamped by the heating layer 22 and the outside portion 25.

The breast storing apparatus 20 with reference to shown in Figure 13 C prepares schematic diagram, the heating layer 22 is put into described Outboard cavity 55, so that the outside portion 25 is integrally molded with the heating layer 22, and the inboard cavity 54 prepares institute Inside portion 24 is stated, the inside portion 24 is being carried out the thermal insulation layer 29 is added in assembling process with the outside portion 25, so that The thermal insulation layer 29 is clamped by the heating layer 22 and the outside portion 25.

Optionally, the inside portion 24 carries out quadric injection mould with the outside portion 25, then assembles, referring to Fig.1 4A to figure 14F, embodiments thereof include it is following several, referring to Fig.1 shown in 4A, the inside portion 24 is injection molding, then by the inside portion 24 are put into the outboard cavity 55, so that the inside portion 24 is integrally injection molding with the outside portion 25, and the appearance It sets end 28 to be open, so that the heating layer 22 can be put into from the heating layer 22, thermal insulation layer 29 from the accommodating end 28 The heating space 21.

Further again by the inside portion 24, the heating layer 22, the thermal insulation layer 29 and the outside portion 25 carry out group Dress, it is preferable that the inside portion 24 is closed with the accommodating end 28 that the outside portion 25 is defined, and then makes the heating layer 22 are steadily placed in the heating space 21 with the thermal insulation layer 29.

Optionally, the mode that the accommodating end 28 is closed includes being sealed by other components, such as sealing edge, sealing element Deng in addition, itself being closed by the inside portion 24 with the outside portion 25, including heat-sealing, glue envelope, a variety of realities such as press seal Mode is applied, it is of the invention unrestricted herein.

The semi-finished product of the inside portion 24 and the outside portion 25 are manufactured, downstream industry and the thermal insulation layer 29 with The heating layer 22 is assembled.

Referring to Fig.1 shown in 4B, optionally, the outside portion 25 is injection molding, then the outside portion 25 is put into the inside Chamber 54 so that the outside portion 25 is integrally injection molding with the inside portion 24, and makes the inside portion 24 and the outside portion The 25 accommodating ends 28 defined are unlimited, so that heating layer 22 and the thermal insulation layer 29 can enter institute from the accommodating end 28 Heating space 21 is stated, the heating layer 22 is placed in the heating space 21 respectively with the thermal insulation layer 29, in other words, The inside portion 24 and the outside portion 25 and the heating layer 22 and the thermal insulation layer 29 are assembled, finally, will be described End 28 is accommodated to be closed.

The half of the semi-finished product of the thermal insulation layer 29 and the heating layer 22 and the inside portion 24 and the outside portion 25 at Product are discriminably manufactured, and the industry in downstream is assembled or assembled and is closed.

Referring to Fig.1 shown in 4C, then the inside portion 24, which is injection molding, is put into the outboard cavity 55 for the inside portion 24, with It is injection molding the inside portion 24 integrally with the outside portion 25, and the accommodating end 28 is open, so that institute The heating space 21 can be put into from the accommodating end 28 from the heating layer 22, thermal insulation layer 29 by stating heating layer 22.

Further assemble the heating layer 22 and the thermal insulation layer 29 or the heating layer 22 and the thermal insulation layer 29 Semi-finished product, be put into the heating space 21 so that the outside portion 25 and the inside portion 24 clamp the heating layer 22 with The semi-finished product of the thermal insulation layer 29.

Preferably, the inside portion 24 is closed with the accommodating end 28 that the outside portion 25 is defined, and then is made described Heating layer 22 and the thermal insulation layer 29 are steadily placed in the heating space 21.

Referring to Fig.1 shown in 4D, optionally, the outside portion 25 is injection molding, then the outside portion 25 is put into the inside Chamber 54 so that the outside portion 25 is integrally injection molding with the inside portion 24, and makes the inside portion 24 and the outside portion The 25 accommodating ends 28 defined are unlimited, so that heating layer 22 and the thermal insulation layer 29 can enter institute from the accommodating end 28 State heating space 21.

The heating layer 22 and the thermal insulation layer 29 are assembled as semi-finished product, then by the inside portion 24 and the outside portion The combined article of 25 semi-finished product and the heating layer 22 and the thermal insulation layer 29 is assembled.

Referring to Fig.1 shown in 4E, the outside portion 25 is respectively injection molding with the inside portion 24, and then the outside portion 25 It is respectively injection molding with the inside portion 24, the heating layer 22 is assembled as semi-finished product with the thermal insulation layer 29, then will be described Inside portion 24 and the combined article of the semi-finished product and the heating layer 22 and the thermal insulation layer 29 of the outside portion 25 are assembled.

Referring to Fig.1 shown in 4F, the outside portion 25 is respectively injection molding with the inside portion 24, and then the outside portion 25 It is respectively injection molding with the inside portion 24, then the heating layer 22 is put into the heating space 21 with the thermal insulation layer 29.

Further when the thermal insulation layer 29 is a plated film, the thermal insulation layer 29 is applied to the breast storing apparatus 20, and the thermal insulation layer 29 is arranged at the outside of the heating layer 22, and then the thermal insulation layer 29 can reduce the heating layer The loss of 22 heat.

With reference to shown in Figure 15 A to Figure 17 E, when the thermal insulation layer 20 is implemented as a plated film, the breast storing apparatus 20 manufacture can be implemented as the inside portion 24 and once be molded to be formed or at least one times with the outside portion 25 It is injection molding, then is formed with assembling.

Preferably, the thermal insulation layer 20 is arranged at at least side of the breast storing apparatus 20.

Preferably, the inside portion 24 and the outside portion 25 are integral types, embodiments thereof be it is various, it is optional Ground, the inside portion 24 are integrally injection molding with the outside portion 25, alternatively, the inside portion 24 is divided with the outside portion 25 It is injection molding to body, that is, the inside portion 24 is with the outside portion 25 by heat-sealing, and the modes such as gluing are closely attached, institute It states inside portion 24 and the preparation method of the fastening of the outside portion 25 is unrestricted in the present invention, those skilled in the art know.

Preferably, with reference to shown in Figure 15 A, wherein the thermal insulation layer 29 is plated in the side of the heating layer 22, and described will add The thermal insulation layer 29 is put into outwardly the mold 50 by thermosphere 22, is integrally molded to form the outside portion 25 and the inside Portion 24.That is, the heating layer 22 clamps the thermal insulation layer 29 with the outside portion 25, and in other words, the side of the heating layer 22 The thermal insulation layer 29 is plated, to reduce the heating layer 22 to 25 dissipated heat of outside portion.

With reference to shown in Figure 15 B, wherein the thermal insulation layer 29 is plated in the side of the heating layer 22, and will by the heating layer 22 The thermal insulation layer 29 is put into outwardly the mold 50, is integrally molded to form the outside portion 25 and the inside portion 24. That is, the heating layer 22 clamps the thermal insulation layer 29 with the outside portion 25, finally it is applied in the outside of the outside portion 25 A few thermal insulation layer.

Referring to Fig.1 shown in the preparation method schematic diagram of the breast storing apparatus shown in 6A to Figure 16 E, the inside portion 24 are injection molding at least one times with the outside portion 25, then are assembled and formed, further include the inside portion 24 with The once injection molding of the outside portion 25, then assemble and the inside portion 24 and the outside portion are molded for 25 2 times, then assemble and Complete preparation.

Optionally, the inside portion 24 shown in 6A to Figure 16 C is once molded with the outside portion 25 referring to Fig.1, It assembles again, in other words, the mold 50 of injection moulding process allows inside portion 24 to be molded simultaneously with the outside portion 25.

Optionally, the inside portion 24 and the outside portion 25 and the preparation method of the heating layer 22 include following implementation Mode, the inside portion 24 with reference to shown in Figure 16 A, the outside portion 25 once is molded, then will be coated with described heat-insulated The heating layer 22 of layer 29 is assembled with the inside portion 24 and the outside portion 25.

Referring to Fig.1 shown in 6B, the interior survey of the outside portion 25 is all applied the thermal insulation layer 29 with outside and becomes another New embodiment.

The breast storing apparatus 20 with reference to shown in Figure 16 C prepares schematic diagram, the heating layer 22 is put into described Inboard cavity 54, so that the inside portion 24 is integrally molded with the heating layer 22, and the outboard cavity 55 prepares institute State outside portion 25, then at least side of the outside portion 25 be coated with the thermal insulation layer 29, by the inside portion 24 with it is described outer Side 25 is assembled.

The breast storing apparatus 20 with reference to shown in Figure 16 D prepares schematic diagram, the heating layer 22 is put into described Inboard cavity 54, so that side is coated with the inside portion 24 of the thermal insulation layer 29 and the heating layer 22 is integrally infused Modeling, and the thermal insulation layer 29 and the inside portion 24 are arranged at 22 two sides of heating layer, the outboard cavity 55 prepares described Outside portion 25 finally assembles the inside portion 24 and the outside portion 25.

The breast storing apparatus 20 with reference to shown in Figure 16 E prepares schematic diagram, finally increases in the outside portion 25 at least side is coated with the thermal insulation layer 29 and becomes new embodiment.

Optionally, the inside portion 24 carries out quadric injection mould with the outside portion 25, then assembles, referring to Fig.1 7A-17F, Embodiments thereof include it is following several, referring to Fig.1 shown in 7A, the inside portion 24 is first injection molding, then the inside portion 24 is put Enter the outboard cavity 55 to be injection molding, be injection molding the outside portion 25 integrally, then by the outside portion 25, side is coated with institute State thermal insulation layer 29 the heating layer 22 and the inside portion 24 assemble, and the thermal insulation layer 29 by the heating layer 22 with tell Outside portion 25 clamps, then the inside portion 24 and the outside portion 25 are sealed.

The inside portion 24 is first injection molding, then the inside portion 24 is put into mode that the outside portion 25 is injection molding can quilt Pass through other sealing elements applied to the inside portion 24 and the inside portion 25, or with sealing, the modes such as glue envelope are carried out most After assemble so that the inside portion 24 is closely combined with the outside portion 25.

Referring to Fig.1 shown in 7B, increase after the outside portion 25 is injection molding at least side of the outside portion 25 into Row is coated with the thermal insulation layer 29, then by the inside portion 24, side is coated with the heating layer 22 and the institute of the thermal insulation layer 29 It states outside portion 25 in turn to assemble, and the thermal insulation layer 29 is clamped by the heating layer 22 with outside portion 25 is told, and becomes new Embodiment.The thermal insulation layer 29 is preferably after the inside portion 24 with the outside portion 25 sealing, the thermal insulation layer 29 Embodiment be not merely limited to this, the present embodiment does not have any restrictions in present aspect.

Referring to Fig.1 shown in 7C, optionally, the outside portion 25 is first injection molding, then the outside portion 25 is put into described Side chamber 54 is injection molding, and is injection molding the outside portion 25 integrally with the inside portion 24, then at least by the outside portion 25 Side is coated with the thermal insulation layer 29, then the inside portion 24 and the outside portion 25 and the heating layer 22 are assembled, into One step the inside portion 24 sealed with the outside portion 25.

Referring to Fig.1 shown in 7D, optionally, the inside portion 24 carries out group with the heating layer 22 with the outside portion 25 Dress is coated with the thermal insulation layer 29 on the outside of by the outside portion 25 later, and becomes new embodiment.

It is optionally, described before the outside portion 25 can be integrally molded with the inside portion 54 referring to Fig.1 shown in 7E At least side of outside portion 25 is coated with the thermal insulation layer 29, adds the inboard cavity 54 and is integrally injection molding.

Referring to Fig.1 shown in 7F, optionally, the heating layer 22 that side is coated with the thermal insulation layer 29 is put into described Inboard cavity 54, and then the thermal insulation layer 29, the heating layer 22 are integrally formed with the inside portion 24, the outside portion 25 It is injection molding, the inside portion 24 then assembles the two.Wherein, be integrally formed refer to the inside portion 24 with The heating layer 22 can be formed fixedly, can be formed with limiting, can snugly be formed, can be adsorbed to be formed.

Preferably, the inside portion 24 coats the heating layer 22, and in other words, the inside portion 24 is by the heating layer 22 It is clamped with the outside portion 25, and then is coated with the thermal insulation layer 29 on the outside of the inside portion 24, and the outside portion 25 at least one Side is coated with the thermal insulation layer 29.

Referring to Fig.1 shown in 7G, the embodiment of the outside portion 25 is different and becomes a new embodiment, wherein described outer Side 25 carries out that at least side carries out the 11 coating thermal insulation layers 29 and becomes new embodiment to it after being injection molding.

Referring to Fig.1 shown in 7H, the inside portion 24 is respectively injection molding with the outside portion 25, then then at the outside At least side of portion 25 is coated with the thermal insulation layer 29, and by the heating layer 2, the inside portion 24 carries out group with the outside portion 25 Dress up one, it is preferable that be closed to the inside portion 24 and the outside portion 25.

Referring to Fig.1 shown in 7I, the inside portion 24 is respectively injection molding with the outside portion 25, then again by the heating Layer 22, the inside portion 24 is assembled with the outside portion 25, it is preferable that the inside portion 24 and the outside portion 25 into Row is closed, and is coated with the thermal insulation layer 29 on the outside of Yu Suoshu breast storing apparatus 20.

At least side of outside portion 25 described in 8A to Figure 18 C is applied the thermal insulation layer 29 referring to Fig.1 comprising Yu Suoshu The interior survey of outside portion 25 is coated with the thermal insulation layer 29, and the outside of the inside portion 25 is coated with the thermal insulation layer 29 and described outer The inner and outer of side 25 is all coated with 29 3 kinds of embodiment of the thermal insulation layer

The thermal insulation layer 29 may be implemented as the outside for being set to the outside portion 25.

With reference to shown in Figure 19 A to Figure 19 B, the heat-insulated mode of the breast storing apparatus 20 is in conjunction with the film and heat insulation foam Equal sheet materials, which are performed in conjunction with, is thermally shielded the breast storing apparatus.Further say, the breast storing apparatus 20 The heat insulation foam is clamped between the heating layer 22 and the outside portion 25, in addition, being coated in the outside portion 25 at least side The heat insulating coating film, so that the breast storing apparatus 20 can preferably be completely cut off.Preferably, described with reference to shown in Figure 19 A The outside of outside portion 25 is coated with the heat insulating coating film.With reference to shown in Figure 19 B, but it also may be embodied as 25 two sides of outside portion It is coated with the heat insulating coating film.

Preferably, the inside portion 24 of the breast storing apparatus can once be molded with the outside portion 25, then group Dress, or it is at least secondary be molded, then assemble.Wherein, the embodiment of the heat insulating coating film may be implemented as described outer Side 25 is coated the thermal insulation layer 29 before being integrally molded or being assembled with the inside portion 24.

The embodiment of the heat insulating coating film also may be implemented as in the outside portion 25 and 24 one of inside portion After ground is molded or is assembled, with the heating layer 22, the heat insulation sheet be coated before integrally assembling described Thermal insulation layer 29.

The embodiment of the heat insulating coating film can also be embodied as being implemented as the outside portion 25, the inside portion 24, With the heating layer 22, the heat insulation sheet carries out being coated the outside of the outside portion 25 described after being assembled Thermal insulation layer 29.

Optionally, the inside portion 24 is once molded with the outside portion 25, then is assembled, in other words, injection moulding process The mold 50 allow inside portion 24 to be molded simultaneously with the outside portion 25.

Optionally, the inside portion 24 and the outside portion 25 and the preparation method of the heating layer 22 include following implementation Mode, optionally, the inside portion 24, the outside portion 25 are integrally molded, then by the heating layer 22, the thermal insulation layer 29 are assembled with the inside portion 24 and the outside portion 25, then to the inside portion 24, the outside portion 25 carry out it is closely sealed, Then the outside of the breast storing apparatus 20 is coated with the thermal insulation layer.

Preferably, the thermal isolation film can be implemented as after the outside portion 25 is integrally injection molding with the inside portion 24 The outside for being distributed in the outside portion 25 is applied, more may be embodied as in the outside portion 25 and the inside portion 24 and the heating Layer 22, after the thermal insulation layer 29 is assembled, is coated the thermal isolation film for the outside portion 25.

Optionally, the heating layer 22 is put into the inboard cavity 54, so that the inside portion 24 and the heating layer 22 It is integrally molded, and the outboard cavity 55 prepares the outside portion 25, and the outside portion 25 at least side is coated with The thermal insulation layer 29, then the inside portion 24 is carried out the thermal insulation layer 29 is added in assembling process with the outside portion 25, with Clamp the thermal insulation layer 29 by the heating layer 22 and the outside portion 25.

Preferably, the outside portion 25 is detachably connected after being integrally assembled with the inside portion 24, can also be real It applies and is hermetically combined after being integrally assembled for the outside portion 25 with the inside portion 24.

The thermal insulation layer 29 may be implemented as in the outside portion 25, the inside portion 24 and the half of the heating layer 22 Finished product is coated the thermal insulation layer 25 to the outside portion 25, in addition, the thermal insulation layer after the thermal insulation layer 29 assembles 25 can also be implemented as after the outside portion 25 combines with being integrally closed with the inside portion 24, to the outside It is coated on the outside of portion 25.

Optionally, the heating layer 22 is put into the outboard cavity 55, so that the outside portion 25 and the heating layer 22 It is integrally molded, and the inboard cavity 54 prepares the inside portion 24, by the inside portion 24 and the outside portion The thermal insulation layer 29 is added in 25 progress assembling process, so that the thermal insulation layer 29 is by the heating layer 22 and the outside portion 25 Clamping.

The thermal insulation layer 29 can be implemented as before the inside portion 24 is assembled with the outside portion 25 to described outer Side 25 is coated, and also may be embodied as in the inside portion 24, the semi-finished product of the outside portion 25 and the heating layer 22, After the thermal insulation layer 29 is completed, it is coated in the outside of the breast storing apparatus 20.

Optionally, the inside portion 24 carries out quadric injection mould with the outside portion 25, then assembles, and embodiments thereof are being schemed It joined the outside portion 25 in the embodiment of 14A to Figure 14 F and be coated with the thermal insulation layer 29, it is described in the inside portion 24 Outside portion 25, the thermal insulation layer 20 before heating layer 22 is assembled, are applied the thermal insulation layer 29.

Also it may be implemented as described heat-insulated to being coated on the outside of it after the breast storing apparatus 20 is completed Layer 29.

With reference to shown in Figure 20 A, the semi-finished product of the breast storing apparatus are removably combined with the inside portion 24, change speech It, the outside portion 25, heating layer 22 is produced completion, is removably installed with the inside portion 24.It is wherein described outer Side 25 is formed with being injection molding with the inside portion 24, and the outside portion 25 is connect with the heating layer 22, the inside portion 24 are removably connected with the outside portion 25.

With reference to shown in Figure 20 B, the semi-finished product of the breast storing apparatus are removably combined with the inside portion 24, change speech It, the outside portion 25, the thermal insulation layer 29, the heating layer 22 is produced completion, with the inside portion 24 removably into Row installation.Wherein, the outside portion 25 is formed with being injection molding with the inside portion 24, and the outside portion 25 and the heating layer 22 connections, the inside portion 24 is removably connected with the outside portion 25.

With reference to shown in Figure 21, the heat source 221 is driveably fitly sorted, it is preferable that using a sequence positioning dress 60 are set, the sequence positioning device 60 can conductively receive the heat source 221, positioningly be sorted, so that the heat source 221 It is fitly arranged, into a jig 70, the setting of jig 70 a to cavity 71 can receive the heat source 221, the jig The heat source 221 is connected to the mold 50 by 60 with being matched, and the heat source 221 is imported to the appearance of the mold 50 Receive chamber 53.

Optionally, the jig 70 is arranged up and down with the sequence positioning device 60, and then the sequence positioning device 60 accurately can convey the heat source 221 to the cavity 71 of the jig 70, and then the sequence positioning device 60 can be led It is connected to the jig 70 logically.

Further the sequence positioning device 60 includes an import 61, a transport platform 62, a prosecution platform 63, an outlet 64 And a recovery approach 65, the heat source 221 are drivingly entered the transport platform 62 from the import 61, and are delivered to described Prosecution platform 63 is positioningly sorted and is screened, if the heat source 221 does not arrange in order, the heat source 221 is pushed away Enter the recovery approach 65, the completion if heat source 221 positioningly sorts is transported to the outlet 64, the outlet Position preferably with the jig 70 matches.In addition, when the heat source 221 is not sorted completion, it is logical by the recycling Road 65 can be transported to the transport platform 62 again.

Further the sequence positioning device 70 can lateral earthquake motion so that the heat source 221 is by drivingly to Forward It is dynamic, so that the heat source 221 can be drivingly delivered to the jig 70.

Preferably, the sequence positioning device 70 is using sequence jarring machine.

The jig 70 is preferably rotatably arranged, and will accommodate the heat source 221 by the rotation of the jig 70 Cavity 71 push away the matching position of the outlet 64, the empty cavity 71 is set to the matching position of the outlet 64, Until the cavity 71 is filled completely, then the heat source 221 is drivingly delivered to the mold 50 by the jig 70.

Other side under this invention, the present invention further provides the replacement sides of the semi-finished product of a breast storing apparatus 2 Method, comprising the following steps:

(a) heating layer and an outside portion are molded；

(b) inside portion is releasably connected in the inside of the heating layer；And

(c) inside portion is replaced.

Other side under this invention, the present invention further provides the manufacturing methods of a breast storing apparatus 2, including with Lower step:

(α) forms a heating layer, the heating layer deformation；With

(β) is molded an inside portion and an outside portion, so that the inside portion and the outside portion clamp the heating layer.

Such as another preferred embodiment that Figure 22 A shows, wherein the breast pump further includes a temperature control device 30, In each breast storing apparatus 20 be connected to the temperature control device 30 respectively, it is described to make by the temperature control device 30 The temperature of breast storing apparatus 20 is maintained at preference temperature scope.

It is noted that the preference temperature scope involved in the breast pump of the invention, refers to the breast The temperature of storing apparatus 20 is suitable with the temperature of skin of breast of the breast 100, that is, the temperature of the breast storing apparatus 20 Within bounds higher than the temperature of the skin of breast of the breast 100, it is lower than the skin of breast of the breast 100 with only dividing Temperature.

The temperature control device 30 includes a temperature detecting element 31 and a control element 32, the temperature detecting element 31 and The control element 32 can be connected conductively, and the temperature detecting element 31 can monitor the part temperature of the breast storing apparatus 20 Degree, and the temperature is sent to the control element 32, the control element 32 analyzes the data and generates an instruction.

The temperature control device 30 further comprises that a temperature maintains element 33, wherein the temperature maintains element 33 to be set Being placed in the breast storing apparatus 20 or the temperature maintains element 33 to be arranged at the breast storing apparatus 20, with by Element 33 is maintained to maintain the temperature of the breast storing apparatus 20 in preference temperature scope by the temperature.Preferably, the temperature Degree maintains element 33, and the control element 32 controls the heating layer 22 and carries out increasing heating power or reduce heating power.

The portion temperature that further temperature detecting element 31 detects the breast storing apparatus 20 can be implemented as The temperature for detecting the inside portion 24 detects the temperature of the heating layer 22.Pass through the inspection of the temperature to the inside portion 24 It surveys, the temperature detecting element 31 is sent to the control element 32, and the control element 32 analyzes the temperature, and generates One instruction, and then the control element 32 controls the heating efficiency of the heating layer 22.

Preferably, the control element 32 can examine the portion temperature of a period of time of the breast storing apparatus 20 It surveys, and is analyzed this and generated an instruction.

Optionally, after the control element 32 generates an instruction, the control original part 32 adjustably controls the heating The heating efficiency of layer 22.

Preferably, the control element 32 control the conductive part 26 of the heating layer 22 circuit folding, more in detail and Speech, when the conductive part 26 that the heat source 221 of the heating layer 22 connects is divided into an at least branch, Jin Ersuo It is with stating the branch circuit parallel connection of heating layer 22 conductive, so the control original part 32 control the opening or closing for branch and Adjust the heating efficiency of the heating layer 22.

Optionally, the branch transpostion interval of the heat source 221 of the heating layer 22 it is arranged, so that the heating Layer 22, which is conditioned when reducing a wherein at least branch, uniformly and stably to generate heat for the breast storing apparatus.

The temperature detecting element 31 can conductively connect the breast storing apparatus 20, and then the temperature detecting element 31 can detect the temperature of the breast storing apparatus 20 in real time.

With reference to shown in Figure 22 A, it is preferable that the temperature detecting element 31 is wrapped by the inside portion 24 and the outside portion 25 It clamps attachedly, and then the temperature detecting element 31 can conductively be connect with monitoring with the heating layer 22, in more detail , the temperature detecting element 31 can conductively be connect with monitoring with the heat source 221, and then temperature detection member Part 31 can rapidly detect temperature.

With reference to shown in Figure 22 B, the temperature detecting element 31 is wrapped by the inside portion 24 and the outside portion 25 and is pressed from both sides attachedly It holds, and then the temperature detecting element 31 can conductively be connect with monitoring with the inside portion 24, in more detail, institute The temperature of the inside portion 24 can be monitored by stating temperature detecting element 31, and then the temperature detecting element 31 can rapidly detect temperature Degree.Further the control element 32 is arranged at the breast pump main body 10, and the control element 32 can conductively connect It is connected to the temperature detecting element 31, and then the control element 32 can receive the information that the temperature detecting element 31 is sent, And then the control element 32 controls the closure for the branch that the temperature maintains element 33 to drive the conductive part 26 and breaks It opens.

Further the temperature maintain element 33 control the closure of branch described in at least one of the conductive part 26 or It disconnects and the branch is closed or the time of disconnection, sent out according to the real-time temperature of the temperature detecting element 31 detection It send to the control element 32 and is judged, control element 32 controls the temperature and element 33 is maintained to drive at least one branch The closure on the road time that perhaps disconnection and the branch are closed or disconnect.In other words, the temperature maintains element 33 to drive The closure of at least one branch of the heating layer 22 time that perhaps disconnection and the branch are closed or disconnect.

Preferably, when the temperature of the inside portion 24 is higher than 44 DEG C, it is complete that the temperature maintains element 33 to control the branch It is complete to disconnect.

When described between 37 DEG C -44 DEG C of 24 temperature of inside portion, the temperature maintains the control of element 33 to reduce wherein at least one The branch disconnects.

When described 22 DEG C -37 DEG C of 24 temperature of inside portion, the temperature maintains element 33 to control the branch increase wherein extremely A few branch closure.

When 24 temperature of inside portion is lower than 22 DEG C, the temperature maintains element 33 to control the branch wherein whole institute State branch closure.

Preferably, the temperature detecting element 32 can detect the temperature of the inside portion 24 and the heating layer 22 simultaneously, When the temperature of the inside portion 24 is lower, but the temperature of heating layer 25 is higher, and the control element 33 is carried out to the heating Layer 22, the detection of the inside portion 24

In addition, the temperature maintenance element 33 can control the degree of heat of the heating layer 22, and then the temperature maintains The temperature that element 33 can conductively control the heating layer 22 is maintained at the temperature of a suitable tissue.

Preferably, the size pair that the temperature maintains element 33 that the degree of heat of the heating layer 22 can control to pass through electric current The calorific value of the heating layer 22 is controlled.

Preferably, the breast storing apparatus 20, which is convenient to deformation, can also deform smaller, and in other words, the breast holds Receiving device can be more soft or more hard.

Above-mentioned temperature range is that preferably range, those skilled in the art know, unrestricted in this regard.

A temperature control system 80 with reference to shown in Figure 22 B further includes a sensing unit 81, a control unit 82 and one Temperature maintenance unit 83, the sensing unit 81 sense the temperature of the breast storing apparatus 20, and described control unit 82 can be led Described control unit 82 is connected logically, and then described control unit 82 receives the temperature from the sensing unit 81, and to this Data are analyzed, and generate an instruction, and described instruction is sent to the temperature maintenance unit 83, and then the temperature maintains Unit 83 can conductively receive described instruction, and be executed, and the conduction that the heating layer 22 connects can be conductively controlled The closure and disconnection of each branch in portion 26, and then control the degree of heat of the heating layer 22.Optionally, the temperature maintains Unit 83 can control folding time of conductively each branch to the conductive part 26.Optionally, the temperature maintains Unit 83 to the size of current of the conductive part 26 can control and then to control the degree of heat of the heating layer 22.

Further, the temperature detecting unit 81 can detect the temperature of the breast storing apparatus 20 in real time, preferably Ground, the temperature detecting unit 81 can conductively be connect with the heating layer 22, and the temperature detecting unit 81 detects in real time The temperature of the heating layer 22, and the information can be conductively transferred to described control unit 82.

Further, the temperature detecting unit 81 can conductively monitor the temperature of the inside portion 24, so that the temperature Degree detection unit 81 detected in real time, and by the temperature by electric signal in a manner of be sent to described control unit 82.

Further, the temperature detecting unit 81 jointly detects the temperature of the inside portion 24 and the outside portion 25 It is single to be sent to the control when 24 temperature of inside portion is lower, but the temperature of heating layer 22 is higher by degree for the electric signal Member 82, described control unit 82 receives the electric signal and is judged, and generates described instruction and be sent to the temperature maintenance Unit 83, the temperature maintenance unit 83 are not implemented to increase the closure of the branch.

When the temperature detecting unit 81 detects that 24 temperature of inside portion is higher, but 22 temperature of the heating layer When lower, which is sent to described control unit 82, described control unit 82 analyzes the electric signal, and assigns institute Tell that instruction is no longer implemented to reduce the disconnection of the branch to the temperature maintenance unit 83.

Other side under this invention, the present invention further provides the temperature control methods of a breast storing apparatus 20, including Following steps:

(A) associated temperature of the breast storing apparatus is detected；

(B) it analyzes the information of the associated temperature and generates an instruction；And

(C) one temperature of control maintains element to maintain temperature.

It should be understood by those skilled in the art that foregoing description and the embodiment of the present invention shown in the drawings are only used as illustrating And it is not intended to limit the present invention.The purpose of the present invention has been fully and effectively achieved.Function and structural principle of the invention exists It shows and illustrates in embodiment, under without departing from the principle, embodiments of the present invention can have any deformation or modification.

Claims

1. a breast storing apparatus characterized by comprising

One inside portion；

One heating space, the heating space are defined by the inside portion, so that the heating space is for accommodating a breast；With And

One heating layer, the heating layer shifting ground is the inside portion heat supply, so that the heating space deforms.

2. breast storing apparatus according to claim 1, wherein the heating layer is including between an at least heat source and at least one Gap, the heat source define the gap.

3. breast storing apparatus according to claim 2, wherein the heating layer is with being divided into an at least branch conductive.

4. the composition of a breast storing apparatus characterized by comprising

One heating layer, heating layer shifting ground heat supply；

One inside portion, so that the inside portion is releasably connect with the outside portion.

5. the replacing options of the semi-finished product of a breast storing apparatus, which comprises the following steps:

(a) heating layer and an outside portion are molded；

(c) inside portion is replaced.

6. the manufacturing method of a breast storing apparatus, which comprises the following steps:

(d) heating layer, the heating layer deformation are formed；With

7. the temperature control method of a breast storing apparatus, which comprises the following steps:

(f) associated temperature of the breast storing apparatus is detected；

(g) it analyzes the information of the associated temperature and generates a result；And

(h) one temperature of control maintains element to maintain temperature.

8. temperature control method according to claim 6, method (h) includes the following steps later；

9. a temperature control device is used for a breast storing apparatus characterized by comprising

One control element, the control element receives and analyzes the information that the temperature detecting element is sent, and generates a result； And

10. temperature control device according to claim 9, wherein temperature maintains element to control closing or opening circuit.