CN203169603U - Insulated Composite Baby Bottle - Google Patents

Abstract

The utility model discloses a compound feeding bottle of heat preservation type, it includes a bottle and installs the nipple subassembly on the bottle, and this bottle includes: the stainless steel heat-preservation plastic shell comprises a plastic shell and a stainless steel inner container suspended in the inner cavity of the plastic shell, wherein the upper end of the stainless steel inner container is detachably and stably connected with the plastic shell, and a sealed heat-preservation gap is formed between the stainless steel inner container and the plastic shell. The heat preservation gap has excellent heat preservation effect on the liquid contained in the stainless steel liner. The utility model discloses during the use, can tear out the stainless steel inner bag earlier to bubble milk powder in the stainless steel inner bag, because the heat dissipation of stainless steel inner bag is fast, when the stainless steel inner bag outward appearance reduced suitable temperature fast, again with stainless steel inner bag embedding plastic shell, can drink the milk of steeping at once this moment, it is very convenient to use. Of course, the stainless steel inner container can be used directly without being detached. Furthermore, the utility model discloses still have a great deal of advantages such as the heat resistance is good, the heat insulating ability is good, the feature of environmental protection is good, easy washing.

Description

Insulated Composite Baby Bottle

Technical field:

The utility model relates to the technical field of daily necessities, in particular to a heat-preserving composite milk bottle with a stable structure, convenient use and excellent heat-retaining effect. the

Background technique:

Feeding bottles are an indispensable tool for modern people. There are many types of feeding bottles on the market, which can be divided into glass feeding bottles and plastic feeding bottles according to the production materials. the

The biggest advantage of the plastic feeding bottle is that it is light, not fragile, can be held by the baby by himself, and is easy to carry when going out, but the heat resistance is not good. The higher the temperature of the liquid in the bottle, the easier the bottle is to deform; Sexuality is also bad, and the liquid temperature in the bottle is higher, and the temperature of bottle body is also higher, easily scalds when not paying attention, if the plastic material that adopts is bad, there will be peculiar smell in the bottle, even can carry poisonous substance. The biggest advantage of the glass feeding bottle is that the bottle body has high transparency, easy cleaning, high heat resistance, and the bottle body is not easy to deform, but the strength of the glass feeding bottle is not high and it is easy to break; the heat resistance of the glass feeding bottle is not good, the higher the temperature of the liquid in the bottle , the temperature of the bottle body is also higher, and it is easy to burn when not paying attention. Now there are baby bottles that are used to display the capacity, but they are all set on the outside of the bottle body, and these scales are easily faded or disappeared due to friction. the

Moreover, existing feeding bottles generally all consist of a bottle body and a nipple closely connected to the upper mouth of the bottle, wherein the feeding bottle body is integrally injection-molded, and the upper mouth of the bottle is smaller than the inner cavity of the bottle. It is not conducive to the user to clean the inner cavity of the bottle; when pouring milk powder or other liquids, due to the small opening of the bottle, it is easy to pour out the milk powder or other liquids, which will dirty the feeding bottle and cause unnecessary waste. the

Utility model content:

The purpose of the utility model is to overcome the deficiencies of the prior art, and provide a heat-preserving composite feeding bottle with a stable structure, convenient use and excellent heat-retaining effect. the

In order to solve the above-mentioned technical problems, the utility model adopts the following technical scheme: the heat-preserving composite feeding bottle includes a bottle body and a nipple assembly installed on the bottle body, and the bottle body includes: a plastic shell and The stainless steel liner in the inner cavity, wherein, the upper end of the stainless steel liner forms a detachable and stable connection with the plastic shell, and a sealed insulation gap is formed between the stainless steel liner and the plastic shell. the

Further, in the above technical solution, the inner diameter of the plastic shell is larger than the outer diameter of the stainless steel liner, so that the insulation gap is formed between the outer wall of the stainless steel liner and the inner wall of the plastic shell. the

Furthermore, in the above technical solution, the edge of the mouth of the stainless steel liner is turned outward to form a crimp, and the crimp is fitted with the edge of the port of the plastic shell, so that the stainless steel liner is stably suspended on the In the inner cavity of the plastic shell. the

Furthermore, in the above technical solution, the size of the mouth of the stainless steel liner is consistent with the size of the inner cavity. the

Furthermore, in the above technical solution, a protruding ring is formed on the inner wall of the plastic shell, and the stainless steel liner is embedded in the inner cavity of the plastic shell and closely collides with the protruding ring, so that the stainless steel liner and the plastic shell form a stable assembly. the

Furthermore, in the above technical solution, the pacifier assembly includes: a pacifier, a pacifier cover for fixing the pacifier on the bottle body, and stainless steel blades and silicone blades for sealing assembly. the

Furthermore, in the above technical solution, the bottle body is covered with a dust-proof cover, and the dust-proof cover is covered on the bottle body to form an overall structure in the shape of a panda or a penguin. the

After adopting the technical scheme, the utility model has the following beneficial effects compared with the prior art:

1. The stainless steel liner in the utility model is stably suspended in the inner cavity of the plastic shell, and the upper end of the stainless steel liner forms a detachable and stable connection with the plastic shell, and the structure is stable. In addition, a sealed insulation gap is formed between the stainless steel inner tank and the plastic shell, and the thermal insulation gap has an excellent thermal insulation effect on the liquid contained in the stainless steel inner tank. the

2. When using, you can remove the stainless steel liner first, and soak milk powder in the stainless steel liner. Because the stainless steel liner dissipates heat quickly, when the surface of the stainless steel liner quickly drops to an appropriate temperature, insert the stainless steel liner into the plastic shell At this time, you can drink the brewed milk immediately, which is very convenient to use. Of course, you can also use it directly without removing the stainless steel inner tank. the

3. Since the size of the mouth of the stainless steel liner is consistent with the size of the inner cavity, it is convenient to clean the stainless steel liner and keep it clean. the

4. Due to the installation of stainless steel blades and silicone blades between the nipple and the bottle body, the sealing performance of the entire bottle body is greatly enhanced. the

5. Since the shape of the dust-proof cover cooperates with the shape of the plastic shell in the bottle body to form a panda shape or a penguin shape, the entire feeding bottle has a beautiful appearance and enhances its market competitiveness. the

Description of drawings:

Fig. 1 is a structural representation of the utility model;

Fig. 2 is a sectional view of the utility model;

Fig. 3 is a three-dimensional exploded view of the utility model;

Fig. 4 is the partially enlarged schematic view of part A in Fig. 2;

Explanation of reference signs:

1 bottle body 100 thermal insulation gap 11 plastic shell 111 protruding ring

12 stainless steel liner 121 curling 2 pacifier assembly 21 pacifier

22 Nipple cover 23 Stainless steel blade 231 Flange 24 Silicone blade

241 Flange 3 Dust Cover 4 Silicone Suction Straw 41 Suction Pipe Connector

42 suction balls 5 handles

Detailed ways:

Below in conjunction with specific embodiment and accompanying drawing, the utility model is further described. the

As shown in Figures 1-4, the thermal insulation composite feeding bottle includes a bottle body 1 and a nipple assembly 2 installed on the bottle body 1. The bottle body 1 includes: a plastic shell 11 and a plastic shell 11 suspended A stainless steel liner 12 in the cavity, wherein the upper end of the stainless steel liner 12 forms a detachable and stable connection with the plastic shell 11, and a sealed insulation gap 100 is formed between the stainless steel liner 12 and the plastic shell 11. the

Specifically, the inner diameter of the plastic shell 11 is larger than the outer diameter of the stainless steel liner 12, so that the heat preservation gap 100 is formed between the outer wall of the stainless steel liner 12 and the inner wall of the plastic shell 11. The liquid in the stainless steel liner 12 plays an excellent thermal insulation effect. In addition, the utility model has very good heat resistance and heat resistance. Even if the temperature of the liquid contained in it is very high, the temperature of the bottle body 1 is not high, and it will not be hot, and the bottle body 1 will not be affected by the temperature of the liquid contained in it. tall and deformed. the

The edge of the mouth of the stainless steel liner 12 is turned outwards to form a crimp 121, and the crimp 121 is fitted with the edge of the port of the plastic shell 11, so that the stainless steel liner 12 is stably suspended in the plastic shell 11 cavity. the

A protruding ring 111 is formed on the inner wall of the plastic shell 11 , and the stainless steel liner 12 is embedded in the inner cavity of the plastic shell 11 and closely collides with the protruding ring 111 , so that the stainless steel liner 12 and the plastic shell 11 form a stable assembly. the

The size of the mouth of the stainless steel liner 12 is consistent with the size of the inner cavity, which is convenient for cleaning the stainless steel liner 12 and keeping it clean. the

The nipple assembly 2 includes: a nipple 21, a nipple cover 22 for fixing the nipple 21 on the bottle body 1, and a stainless steel blade 23 and a silicone blade 24 for sealing assembly, wherein the nipple cover 22 is in contact with the bottle body 1 plastic shell 11 screw fixed. the

The stainless steel vane 23 and the silica gel vane 24 respectively contain outwardly protruding flanges 231 and 241 , and each of the stainless steel vane 23 and the silica gel vane 24 is provided with a through hole. the

When the pacifier assembly 2 is assembled, the stainless steel blade 23 and the silicone blade 24 are superimposed and then installed at the port on the bottle body 1, and then the pacifier 21 is placed and the pacifier cover 22 is put on, so that the pacifier assembly 2 is firmly installed on the bottle body 1 on. the

A silicone straw 4 is installed in the teat assembly 2, and the top of the silicone straw 4 is fixedly installed in the nipple assembly 2 through a straw connector 41, and the straw connector 41 is inserted into the stainless steel blade 23 and the silicone blade 24, and a through hole is provided. Middle; the end of the silicone straw 4 extends into the bottom of the stainless steel liner 12, and a suction ball 42 is installed at the end of the silicone straw 4, and the silicone straw 4 communicates with the nipple 21 and the inner cavity of the stainless steel liner 12. Certainly, the utility model also can dismantle the silica gel suction pipe 4 and use. the

The bottle body 1 is covered with a dustproof cover 3, and the dustproof cover 3 is covered on the bottle body 1 to form an overall structure in the shape of a panda or a penguin, which makes the whole feeding bottle beautiful in appearance and enhances the its market competitiveness. the

A handle 5 is installed between the bottle body 1 and the nipple assembly 2 . the

The stainless steel liner of the utility model is made of stainless steel SUS304 environmental protection material, the pacifier and the straw are made of silica gel injection molding, and the silica gel is made of food-grade material, which can repeatedly contain high-temperature liquid, non-toxic, odorless, high transparency, and unchanged Yellow, long service life, cold and high temperature resistance, to improve the environmental performance of the utility model. the

When in use, the stainless steel inner tank can be removed first, and milk powder can be soaked in the stainless steel inner tank. Since the stainless steel inner tank dissipates heat quickly, when the surface of the stainless steel inner tank quickly drops to an appropriate temperature, the stainless steel inner tank can be embedded in the plastic shell. At this time, the brewed milk can be drunk immediately, which is very convenient to use. Of course, it can also be used directly without removing the stainless steel liner. the

Of course, the above descriptions are only specific embodiments of the utility model, and are not intended to limit the implementation scope of the utility model. Should be included in the utility model patent scope. the

Claims (7)

1. the compound feeding bottle of thermal-insulating type, comprise a bottle (1) and be installed on milk nozzle assembly (2) on the bottle (1), it is characterized in that, described bottle (1) comprising: a plastic shell (11) and hang on stainless steel inner container (12) in plastic shell (11) inner chamber, wherein, this stainless steel inner container (12) upper end forms dismountable stable connection with plastic shell (11), and is formed with the insulation gap (100) of a sealing between this stainless steel inner container (12) and the plastic shell (11).

2. the compound feeding bottle of thermal-insulating type according to claim 1, it is characterized in that: the internal diameter size of described plastic shell (11) is greater than stainless steel inner container (12) external diameter size, makes between the outer wall of stainless steel inner container (12) and plastic shell (11) inwall and forms described insulation gap (100).

3. the compound feeding bottle of thermal-insulating type according to claim 1, it is characterized in that: the bottleneck edge of described stainless steel inner container (12) outwards overturns and forms a crimping (121), and chimeric with the port edge of described plastic shell (11) by this crimping (121), make stainless steel inner container (12) stably hang in plastic shell (11) inner chamber.

4. the compound feeding bottle of thermal-insulating type according to claim 2 is characterized in that: the bottleneck size of described stainless steel inner container (12) is big or small consistent with inner chamber.

5. the compound feeding bottle of thermal-insulating type according to claim 1, it is characterized in that: described plastic shell (11) inwall is formed with bulge loop (111), described stainless steel inner container (12) is closely conflicted with this bulge loop (111) after embedding plastic shell (11) inner chamber, makes stainless steel inner container (12) and plastic shell (11) form stable assembling.

6. the compound feeding bottle of thermal-insulating type according to claim 1, it is characterized in that: described milk nozzle assembly (2) comprising: a nipple (21), be used for fixing nipple (21) on bottle (1) cover of a feeding bottle nipple (22) and be used for stainless steel blade (23), the silica gel blade (24) that sealing is assembled.

7. according to any compound feeding bottle of described thermal-insulating type of claim 1-6, it is characterized in that: described bottle (1) upper sleeve cover has a dust cap (3), and this dust cap (3) cover is placed on the described bottle (1).

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