CN206273284U

CN206273284U - Portable nursing bottle

Info

Publication number: CN206273284U
Application number: CN201620715514.XU
Authority: CN
Inventors: 黄嘉宝; 黄咏诗; 严可仪
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-07-07
Filing date: 2016-07-07
Publication date: 2017-06-23
Anticipated expiration: 2026-07-07

Abstract

A kind of carry-case, including for accommodating the lower container body of liquid, and the upper container body being removedly connected with the lower container body.The upper container body is used to deposit solid matter.The upper container body also includes the closing device that a user can configure.The closing device can switch between the first state and a second state.In said first condition, the closing device prevents the solid matter in the upper container body from falling into the lower container body.In said second condition, the solid matter in the closing device permission upper container body falls on the lower container body and mixes with the liquid.Such carry-case can not only separate milk powder and warm water, can more keep water in appropriate temperature and maintain the dry and comfortable degree of milk powder, and mix milk powder and warm water when needing to allocate the milk drunk for infant.

Description

Portable nursing bottle

Technical field

The utility model designs a kind of container for depositing liquid；It is particularly a kind of to be easy to hand-held carry-case.

Background technology

Baby nursing articles for use on the market have the multiple products such as milk powder box, feeding bottle, vacuum flask to be selected for consumer at present.One As father and mother and child it is outgoing when, be required for preparing and carrying the above it is various rush milk instrument because every kind of function of rushing milk instrument is all different, So can not omit wherein a certain.This causes the retinue article of father and mother excessive, and it is excessive to bear a heavy burden, and constitutes inconvenience.Rush outside During making milk powder, step is also excessively cumbersome.During milk pouring powder and bath, hygienic issues are also might have.

Utility model content

Therefore, embodiment of the present utility model provides a kind of improved carry-case for modulating ox at any time when going out Milk and the before modulation drying of the temperature and milk powder of preservation warm water.

In the first aspect, the utility model provide a kind of carry-case, including lower container body and with lower container body The upper container body for removedly connecting.Lower container body is used to accommodate liquid, and upper container body is used to deposit solid matter.Wherein, Upper container body also includes the closing device that a user can configure, and it can switch between the first state and a second state. Under one state, closing device prevents the solid matter in upper container body from falling into lower container body.In the second condition, closing device Allow the solid matter in upper container body to fall on lower container body to mix with liquid.

Preferably, closing device includes the first adjacent surface and the second adjacent surface relatively-movable with the first adjacent surface.The One adjacent surface and the second adjacent surface each have perforate.Under the first state of closing device, the perforate of the first adjacent surface and The perforate of two adjacent surfaces is not lined up completely.Under the second state of closing device, the perforate of the first adjacent surface and the second adjacent surface Perforate at least partly align.

In a change scheme, discourager is provided with the first adjacent surface.The discourager surrounds first and abuts The perforate in the face edge of each.Discourager is suitable to form close between the perforate of the first adjacent surface and the perforate of the second adjacent surface Envelope.

Preferably, discourager is silica gel strip.

Additionally or alternatively, discourager has broached-tooth design at its top contacted with the second adjacent surface.

Additionally or alternatively, the top contacted with the second adjacent surface of discourager and discourager and the first adjoining The bottom of face contact is compared to lesser width.

In another change scheme, the shape of cross section of upper container body is circle.First adjacent surface and the second neighbour Junction be configured around upper container body axis rotation so that closing device between the first state and a second state Switching.

In a detailed embodiment, the first adjacent surface and the second adjacent surface all have conical by its shape.

In another embodiment, upper container body also includes the storage of shutter member and the storage solid matter Part.Shutter member is connected between reservoir part and lower container body and is removable connection between this three. First adjacent surface is located at the bottom of the reservoir part；Second adjacent surface is positioned at the shutter member and the storage Deposit the adjacent one end top of part.

In another embodiment, the perforate of the first adjacent surface and the second adjacent surface is sector.

In another embodiment, the area of each in the perforate of the first adjacent surface, more than the second adjacent surface Perforate in the area of each.

According to one of the present utility model change, carry-case also includes the container that upper container body is removedly connected Lid.

Preferably, carry-case also includes the leakage-proof cover being located between container cover and upper container body.

According to other side of the present utility model, there is provided one kind configuration carry-case is with by solid matter and liquid The method of mixing.The carry-case includes upper container body and is suitable to the lower container body being removedly connected with upper container body.On Container body also includes the closing device that a user can configure.The method is comprised the following steps：Load liquid in lower container body；Will The closing device of upper container body is configured to first state；Load solid matter in upper container body, and upper container body is connected to Lower container body；The closing device of upper container body is configured to the second state；Now solid matter enters lower container body from upper container body Mix with liquid.Wherein, closing device can switch between the first state and a second state；In the first state, folding Device prevents the solid matter in upper container body from falling into lower container body；In the second condition, closing device allows upper container body In solid matter fall on lower container body and mix with liquid.

Preferably, discourager is silica gel strip.

In another change scheme, the shape of cross section of upper container body is circle.Methods described also includes causing First adjacent surface rotates relative to the second adjacent surface around the axis of upper container body, so that closing device is in first state And second switch between state.

The utility model is thus provided that a kind of portable nursing bottle, facilitates father and mother and child when outgoing, only needs simple Step, it is possible to for baby brews out the milk that suitable baby drinks in real time.Such portable nursing bottle can not only respectively store milk Powder and warm water, are incubated to warm water, and can pass through the mixing of swing-around trajectory control milk powder and warm water.

The component of portable nursing bottle disclosed in the utility model includes：Container cover, leakage-proof cover, reservoir part, shutter member, Lower container body etc..After the connection of reservoir part and shutter member, both critical points are made to misplace, for inserting milk powder, then by shutter member It is fixed on lower container body, when needing to brew, reservoir part is rotated to be made to be alignd with the hole of shutter member, and milk powder just can be by upper And under slid along funnel shaped, just can be as the milk that is available for baby to drink after shaking up.The reservoir part of funnel-shaped design can make Milk powder is effectively slid without residuing in reservoir part.This feeding bottle structure is simple, milk powder and warm water can not only be separated, and can more protect Water holding is in appropriate temperature and maintains the dry and comfortable degree of milk powder.

Brief description of the drawings

Can make further reason to performance of the present utility model and advantage with reference to the remaining part and accompanying drawing of this specification Solution；The label of same component is identical in these accompanying drawings.In some cases, after sub- mark is placed in certain label and hyphen Face with represent many similar components one of them.When mentioning certain label but not writing some existing sub- mark exactly especially When, refer to just all these similar components.

Fig. 1 illustrates the exploded view of the carry-case according to one embodiment of the present utility model；

Fig. 2 is the top view of the carry-case in Fig. 1；

Fig. 3 is profile of the carry-case in Fig. 2 along line B-B；

Fig. 4 is the decomposed profile of the carry-case in Fig. 1, wherein eliminating leakage-proof cover and lower container body；

Fig. 5 is the profile of the carry-case in Fig. 1, wherein eliminating leakage-proof cover；

Fig. 6 is the exploded perspective view of part shown in Fig. 4；

The structure of the discourager in the reservoir part that Fig. 7 shows in Fig. 1-6 on first adjacent surface.

Specific embodiment

Embodiment of the present utility model has used funnel shaped cross structure with the speed for controlling milk powder to fall, and uses Silica gel strip prevents influencing each other between aqueous vapor and milk powder.Can be of the present utility model each with apparent from following narration Other different benefits and advantage that individual embodiment is provided.

Referring first to Fig. 1-2, the carry-case described by the utility model is a kind of portable in one embodiment Formula feeding bottle.The feeding bottle includes container cover 26, is cooperated with external screw thread 36 and with the internal thread (not shown) of container cover 26 To be removably attached to the reservoir part 24 of container cover 26 and reservoir part 24 by the sliding rail 33 in reservoir part 24 The shutter member 22 of interconnection and cooperated with external screw thread 38 and with the internal thread (not shown) of shutter member 22 To be removably attached to the lower container body 20 of shutter member 22.Between container cover 26 and reservoir part 24, also with leakproof Lid 28.Wherein, above-mentioned container cover 26, reservoir part 24, shutter member 22 and lower container body 20 all have generally cylindrical Profile, i.e. their cross section is circular.

Specifically, the inside of reservoir part 24 has a cavity (not shown), it is adaptable to the solids such as storage milk powder Matter is in wherein.Also, on the top of reservoir part 24 there is an opening 35 for solid matter being put into reservoir part 24.This is opened Diameter of the diameter of mouth 35 less than the main body of reservoir part 24.At the edge of the part of reservoir part 24 for forming opening 35, formed Above-mentioned external screw thread 36.Reservoir part 24 and shutter member 22 constitute the upper container body of portable nursing bottle altogether.Storage The bottom of part 24 has the first adjacent surface 32, and multiple perforates 34 are formed with above.To enter below on the first adjacent surface 32 Row more detailed description.In addition, being also provided with its peripheral part close to the position of the first adjacent surface 32 in the lower end of reservoir part 24 Sliding rail 33.The sliding rail 33 has tortuous shape.

Leakage-proof cover 28 is used to be placed on the opening 35 of reservoir part 24 and be suitable to be tightened into storage in container cover 26 Leakage-proof cover 28 is compressed during the top of part 24 35 can be completely enclosed with opening 35 so that being open, and material is not had from opening Mouth 35 is poured out.

Shutter member 22 has an annular wall 39.Having inside the annular wall 39 is used for and the first above-mentioned adjacent surface 32 The the second adjacent surface (not shown) for coordinating, this will be further described below.Reservoir part 24 is closed in shutter member 22 One end annular wall 39 inner surface, be formed with two lockings being arranged in relative position (i.e. be located at same radial direction) simultaneously Portion 37.The sticking department 37 is used to be engaged with the sliding rail 33 in above-mentioned reservoir part 24, and shutter member 22 can be removed Be connected in reservoir part 24, and allow to cause shutter member 22 and reservoir part 24 specific in the case where having connected Relative movement is produced in angular range.This is by description in further detail below.In the bottom of shutter member 22 (i.e. under One end of container body 20) it is formed with internal thread (not shown) and is engaged with the external screw thread 38 with lower container body 20.

Lower container body 20 is generally in tank shape.Opening 40 is formed with its top, the diameter of the opening 40 is compared with lower container The diameter of the main part of body 20 is small.At the edge of the part of the lower container body 20 for forming opening 40, form above-mentioned outer Screw thread 38.The inside of lower container body 20 has a cavity (not shown)), it is adaptable to the solid matter such as storage milk powder is in wherein

Fig. 3-Fig. 5 is referred now to, the internal thread 23 that container cover 26 has is shown in a series of sectional view, it can be with External screw thread 36 with reservoir part 24 is engaged.Cavity 25 inside reservoir part 24 is the sky for depositing the solid matters such as milk powder Between.It is engaged in the sliding rail 33 in the lower end periphery face of reservoir part 24 and the sticking department 37 of the upper end inner surface of shutter member 22. The internal thread 23 that the lower end of shutter member 22 has can be engaged with the external screw thread 38 of lower container body 20.In shutter member 22 Inside, with the second adjacent surface 42, is formed with multiple perforates 44 above.Visible whether the first adjacent surface 32 from Fig. 3-Fig. 5 Or the second adjacent surface 42 is not plane, but in the downward-sloping conical by its shape in center.Have inside lower container body 20 Some cavitys 29 are for depositing liquid, such as milk after unmixed warm water and mixing.

Fig. 6-7 are referred now to, the structure of the first adjacent surface 32 and the second adjacent surface 42 have been shown more clearly by this figure, And leakage-proof cover 28 is not revealed in this figure.First adjacent surface 32 and the second adjacent surface 42 constitute portable nursing bottle Closing device, it can between the first state and a second state be switched by user configuring.First adjacent surface 32 includes 4 circumferentially The perforate 34 of direction equidistant arrangement.Each such perforate 34 is in sector.The area of each of which perforate 34 will be big In the area of each perforate 44.Also, it is configured with discourager 31 at the edge of each perforate 34.Discourager 31 is in strip, And it is made up of silica gel.Discourager 31 surrounds the edge of each perforate 34 completely.Also, discourager 31 as shown in Figure 7 has Zigzag fashion, and the bottom (i.e. positioned at one end of the first adjacent surface 32) of discourager 31 (is close to the second adjoining compared to its top The one end in face 42) width it is bigger.Specifically, there are two shapes of inverted " V " 46,48 at the top of discourager 31.So Structure cause top width it is smaller than bottom.The shape 46,48 of the two inverted " V "s together form zigzag fashion.Shape Shape 46 and 48 is also referred to as V-type barrier.

The internal thread 23 of container cover 26 and the internal thread 27 of shutter member 22 are also show in figure 6.

The concrete structure of sliding rail 33 is also show in figure 6.Sliding rail 33 include entrance 50, transition rail 52, with And rotation rail 54.The opening direction of entrance 50 is the axial direction of reservoir part 24.The bearing of trend of transition rail 52 is then reservoir part 24 circumference, the bearing of trend with rotation rail 54 is identical.Locking piece 37 on shutter member 22 can be entered by entrance 50 to be slided Dynamic rail road 33, is then reached in rotation rail 54 by transition rail 52.Designed by such sliding rail, reservoir part 24 and living Door part 22, also therefore the first adjacent surface 32 and the second adjacent surface 34, can mutually rotate.

Refer now to the operation principle of portable nursing bottle recited above.Referring to figs. 1 to the content of Fig. 7, preparing to use Before feeding bottle, container cover 26, reservoir part 24, shutter member 22 and lower container body 20 in Fig. 1 are all to separate.First, use Family needs to be grouped together reservoir part 24 and shutter member 22 to constitute complete upper container body.Then, user will store Part 24 and shutter member 22 are rotated against so that closing device is in first state.Herein, first state refers to storage The perforate 34 and 44 deposited on part 24 and shutter member 22 included respectively the first adjacent surface 32 and the second adjacent surface 42 is complete Do not line up.Cause through hole by shape that is, not having any one perforate between reservoir part 24 and shutter member 22 and interlocking Into.Therefore, the milk powder being now stored in reservoir part 24 is prevented from being spilt from shutter member 22 by closing device.Connect , before upper container body is assembled into lower container body 20, load the warm water for configuring milk in lower container body 20 first Or the water of other temperature.Then upper container body is assembled into lower container body 20 by user.Finally, user again container cover 26 and Optional leakage-proof cover 28, is installed on upper container body.So, the assembling of feeding bottle is just completed, and can be ready to It is carried outgoing.

Along reservoir part 24 four edges of perforate 34 set by zigzag fashion discourager 31, form first Effective sealing ring between the perforate 44 of the adjacent surface 34 of perforate 34 and second of adjacent surface 32.Silica gel material health and be difficult grow Bacterium, the effect of also can play heat insulation aqueous vapor.Milk powder is produced still in the warm water for when state is rushed, depositing in lower container body 20 Aqueous vapor have an opportunity to enter people by the gap of the mid portion structure of shutter member 22 and the bottom mutual dislocation of reservoir part 24 and store Part 24, influences the quality of milk powder.Each discourager 31 as described above is made up of more than one silica gel strip wide at the top and narrow at the bottom The shape of sawtooth, design wide at the top and narrow at the bottom can allow silica gel strip to be minimized with the contact surface of shutter member 22, so as to reduce friction Power is produced and makes component more smooth when rotating.Zigzag fashion silica gel strip can make reservoir part 24 with the barrier more than one to intercept Aqueous vapor, more effectively ensures that milk powder keeps dry and comfortable form.When vapor crosses first V-type barrier 46 by accident (see figure 7), still having another V-type barrier (46) can prevent vapor from flowing up, therefore strengthen the effect for intercepting vapor.It is no Then, in the case of nothing in my way part 31, the steam of the warm water in lower container body 20 is easy to by the first adjacent surface 32 and second The perforate 34,44 of the mutual dislocation of adjacent surface 34 is entered inside people's reservoir part 24.

When needing configuration milk to be quoted for infant, user only needs to rotate reservoir part 24 so that first The perforate 44 in perforate 34 and shutter member 22 on adjacent surface 32 is at least partly alignd, then milk powder is allowed to from top to bottom slide To the inside of lower container body 20.Now closing device is in the second state.The first adjacent surface 32 and described in this transfer process The axis that second adjacent surface 42 is configured around upper container body is rotated so that closing device is in first state and second Switch between state.

Due to the first adjacent surface 32 and the equal on-plane surface of the second adjacent surface 42, and it is tapered in, therefore in reservoir part 24 Funnel structure is in substance form inside bottom and shutter member 22, its is downward-sloping.The design of magnitude of inclination can help milk Powder more effectively slides downwards, and such design remains milk powder for the design of plane is more difficult in storage unit relative to bottom Part.

If perforate 34 and perforate 44 are perfectly aligned, then the speed that milk powder falls is most fast.If perforate 34 and opened There was only section aligned in hole 44, then the speed that milk powder falls can be relatively slow, because the via area for being formed is smaller.Then, exist The milk powder of required amount is fallen into after lower container body 20, it is possible to which opposite direction rotates reservoir part 24 again so that in milk powder After falling into lower container body 20, it is only necessary to can just turn into the milk for being available for baby to drink after shaking up.Finally, reservoir part 24 can be revolved First state is rotated back into, so as to prevent excessive milk powder to be further dropped into lower container body 20.

When reservoir part 24 is rotated, the discourager 31 of zigzag design can serve as sweeping away milk powder, make it be difficult to remain in Between reservoir part 24 and shutter member 22.Otherwise, slided into by mutual dislocation in perforate 34 and 44 and be mutually aligned so that milk powder Fall under people during container body 20, easily cause milk powder and remain between the first adjacent surface 32 and the second adjacent surface 34.

After milk is prepared and completed, shutter member 22 can be removed from lower container body 20, and by container cover 26 Removed from reservoir part 24, container cover 26 is directly finally tightened onto lower container body 20.So as to infant can be by container cover 26 upper opening or nipple carry out milk drink.

When cleaning portable nursing bottle is needed, user only needs to all remove all parts of feeding bottle, including Reservoir part 24 and shutter member 22 are separated.So, container cover 26, reservoir part 24, shutter member 22 and lower container Body 20 it is inside and outside can thoroughly cleaning it is clean, the first adjacent surface 32 particularly in reservoir part 24 and shutter member 22 and the Two adjacent surfaces 34, including the broached-tooth design on discourager 31.

Therefore, after the above embodiments are described, it will also be recognized by those skilled in the art that different changes, Other structure, equivalent, can be utilized without departing from essence of the present utility model.Accordingly, the description of the above is not The limitation to the utility model scope as determined by following claim should be considered as.

For example, although the embodiment of above-mentioned carry-case is a portable nursing bottle, but those skilled in the art Need to understand that same container can be used for the different solid matters (powder) and water of mixing, such as instant coffee etc..Therefore, Content of the present utility model is not limited in feeding bottle.

Claims

1. a kind of carry-case, including：

Lower container body, for accommodating liquid；

The upper container body being removedly connected with the lower container body；The upper container body is used to deposit solid matter；

Wherein, the upper container body also includes the closing device that a user can configure；The closing device can be in first state And second switch between state；In said first condition, the closing device prevents the solid in the upper container body Material is fallen into the lower container body；In said second condition, it is described in the closing device permission upper container body Solid matter falls on the lower container body and mixes with the liquid.

2. carry-case as claimed in claim 1, wherein the closing device includes the first adjacent surface and with described first Relatively-movable second adjacent surface of adjacent surface；First adjacent surface and second adjacent surface each have perforate；Institute State under the first state of closing device, the perforate of first adjacent surface and the perforate of second adjacent surface are complete Do not line up；Under the second state of the closing device, the perforate of first adjacent surface and second adjacent surface The perforate is at least partly alignd.

3. carry-case as claimed in claim 2, wherein being provided with discourager on first adjacent surface；The obstruction Part surrounds the perforate edge of each of first adjacent surface；The discourager is suitable to the institute in first adjacent surface State and sealing is formed between perforate and the perforate of second adjacent surface.

4. carry-case as claimed in claim 3, wherein the discourager is silica gel strip.

5. carry-case as claimed in claim 3, wherein the top that the discourager is contacted at it with second adjacent surface Portion has broached-tooth design.

6. carry-case as claimed in claim 3, wherein the top contacted with second adjacent surface of the discourager There is lesser width compared with the bottom of first adjacent surface contact with the discourager.

7. carry-case as claimed in claim 2, wherein the shape of cross section of the upper container body is circle；Described first Adjacent surface and second adjacent surface are configured around the axis rotation of the upper container body so that the folding is filled Put and switch between the first state and the second state.

8. carry-case as claimed in claim 7, wherein first adjacent surface and second adjacent surface all have cone Shape shape.

9. the carry-case as described in any one in claim 2-8, wherein the upper container body also includes shutter member With the reservoir part for depositing the solid matter；The shutter member is connected between the reservoir part and the lower container body And removable connection is between this three；First adjacent surface is located at the bottom of the reservoir part；It is described Second adjacent surface is located at one end top adjacent with the reservoir part of the shutter member.

10. the carry-case as described in any one in claim 2-8, wherein first adjacent surface and described second adjacent The perforate of junction is sector.

11. carry-case as described in any one in claim 2-8, wherein in the perforate of first adjacent surface The area of each, more than the area of each in the perforate of second adjacent surface.

12. carry-case as described in any one in claim 1-8, also including removedly connecting with the upper container body The container cover for connecing.

13. carry-cases as claimed in claim 12, also including between the container cover and the upper container body Leakage-proof cover.