CN201098372Y

CN201098372Y - Milk bottle protective cover

Info

Publication number: CN201098372Y
Application number: CNU2007200004648U
Authority: CN
Inventors: 卢建志
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-07-30
Filing date: 2007-07-30
Publication date: 2008-08-13
Anticipated expiration: 2017-07-30

Abstract

The utility model relates to a feeding bottle sheath. The feeding bottle is formed by a bottle body, a nipple and a cover part. The sheath comprises: an upper sheath which takes the shape of a cone, wherein, a plurality of convex and semi-spherical particle units are formed on the surface of the upper sheath, a conical receiving part corresponding to a neck-shoulder part of the bottle body is formed inside the upper sheath and is used to cover on the upper part of the bottle body; a lower sheath which takes the shape of a cylinder, wherein, a plurality of convex and semi-spherical particle units are formed on the surface of the lower sheath, a cylindrical receiving part corresponding to the lower part of the bottle body is formed inside the lower sheath and is used to cover on the lower part of the bottle body, the lower end of the cylindrical receiving part comprises a bearing part protruding toward the central direction, and the bearing part is used to bear on the bottom of the bottle body. The feeding bottle sheath of the utility model can produce anti-sliding effect on the surface of the feeding bottle, prevents the broken danger of the feeding bottle caused by the careless impact, and can also not directly impact the surface of the feeding bottle even if the feeding bottle falls down.

Description

The feeding bottle protective sleeve

Technical field

This utility model relates to a kind of protector, relates to a kind ofly by upper jacket being set in the bottle neck and shoulder part outside especially, and lower jacket is set in the bottle bottom, is used for anti-skidding and crashproof feeding bottle protective sleeve.

Background technology

For general baby bottle, the glass feeding bottle has easy cleaning, characteristics that the high-temperature sterilization safety is good, but its material is cracked easily.Though having, plastics are not easy cracked and inexpensive advantage, also is no lack of the feeding bottle that replaces with plastics on the market, but since not physically well developed as yet, the body constitution of infant immunization system a little less than, all must be after using through high-temperature sterilization at every turn, plastics discharge harmful material easily under hot environment, so plastics and be not suitable as the material of feeding bottle.

The traditional glass feeding bottle is under the situation of surface without any protection, if it is just very easy cracked to be subjected to bump because of carelessness, and often there is the potential danger that causes the user incised wound in sharp-pointed glass fragment.In order to improve traditional glass feeding bottle cracked shortcoming easily, prior art is for example shown in Figure 4, this figure rendition is from No. 384705 utility model patent bulletin of TaiWan, China, it discloses a kind of " the protective sleeve structure of glass feeding bottle ", it mainly has telescopic resilience by a kind of, and transparent, nontoxic, tasteless silica gel material is made; What this protective sleeve 10 ' was a diameter less than glass feeding bottle 20 ' diameter is cylindric, can be locked on the bottle outside, is used for preventing from the hands landing, can prevent that also glass fragment from scattering even break.

Above-mentioned openly can reach anti-skidding basically or glass fragment scatters when preventing to break purpose, but those of skill in the art are understandable that, the diameter of this protective sleeve 10 ' is less than the diameter of glass feeding bottle 20 ', and peristome is formed with reducing 11 ' in the top, is to put or pull down all quite to be not easy therefore; In addition; this protective sleeve 10 ' coats glass feeding bottle 20 ' fully; the heat of milk is not easy to distribute in the feeding bottle 20 '; simultaneously the actual temperature of milk can not be reflected on the protective sleeve 10 ' surface; just in case user will be gone up induced temperature from protective sleeve 10 ' surface and think it is the temperature of milk and feeding to the baby, then the baby has the danger of being scalded rashly by mistake.

In addition, for example shown in Figure 5, this figure rendition is from the previous TaiWan, China M286814 utility model patent bulletin that proposes of this utility model designer, and it discloses a kind of " glass container anti-collision protection device ".This glass container 1 " comprise horizontal direction bottom 11 " and vertical direction surface element 10 "; Wherein, this surface element 10 " be equipped with the first outstanding protective ring 20 its week of upper end edge ", and along being equipped with the second outstanding protective ring 30 its lower end week ", and this second protective ring 30 " the bottom be lower than this horizontal direction bottom 11 ".

The disclosure can reach anti-skidding and crashproof effect basically, and this protective ring 20 ", 30 " only be set in feeding bottle 1 " top and the bottom; therefore the actual temperature of milk can be reflected in feeding bottle 1 " on the surface, and by feeding bottle 1 " surperficial distribute heat; user can be from feeding bottle 1 " temperature of surface induction judges whether to be fit to feeding, thereby can improve aforementioned disclosed shortcoming.But this utility model designer finds in the commercialization process, because this first protective ring 20 " be set in feeding bottle 1 " below of shoulder, in fact be easy to slippage from the shoulder, therefore exist the place that remains to be improved in the use.

The utility model content

Main purpose of the present utility model is to provide a kind of feeding bottle protective sleeve, can prevent that the careless bump of glass feeding bottle from causing cracked danger, can directly not strike the milk bottle surface even topple over yet.

For achieving the above object and other purpose, this utility model provides a kind of feeding bottle protective sleeve, be set in the feeding bottle periphery, this feeding bottle is made of bottle, nipple and cap, wherein this protective sleeve comprises: upper jacket, be conical, be formed with conical resettlement section along this upper jacket inboard, be used to be set in the top of this bottle corresponding to the bottle neck and shoulder part; Lower jacket, cylindrical, be formed with cylindrical resettlement section corresponding to the bottle bottom along this lower jacket inboard, be used to be set in the bottom of this bottle, and this lower end, cylindrical resettlement section comprises to the outstanding carrier of center position, is used to be undertaken on the bottom of bottle.

In feeding bottle protective sleeve of the present utility model, the bottom of this upper jacket is formed with the outstanding flange part of direction laterally, be formed with on the surface of this upper jacket a plurality of protrusions, be hemispheric particulate units.

In feeding bottle protective sleeve of the present utility model, the internal diameter of the conical resettlement section of this upper jacket is less than the external diameter of bottle neck and shoulder part, and both closely cooperate by one-tenth.

In feeding bottle protective sleeve of the present utility model, the top and the bottom of this lower jacket are formed with the outstanding flange part of direction laterally respectively, and on the surface between two flange parts, be formed with a plurality of protrusions, be hemispheric particulate units.

In feeding bottle protective sleeve of the present utility model, the internal diameter of the cylindrical resettlement section of this lower jacket is less than the external diameter of bottle bottom, and both closely cooperate by one-tenth.

In feeding bottle protective sleeve of the present utility model, this upper jacket and this lower jacket are by having elasticity and stable on heating material is made.

In feeding bottle protective sleeve of the present utility model, this upper jacket and this lower jacket are made by expanded material.

In feeding bottle protective sleeve of the present utility model, this lower jacket is made by a kind of material of selecting from elastomeric material, latex material and silica gel material.

According to this utility model, this upper jacket and lower jacket are by having elasticity and stable on heating material is made, for example expanded material, elastomeric material or silica gel material etc., and form on this upper jacket and the lower jacket surface a plurality of protrusions, slightly be hemispheric particulate units, not only can be anti-skidding, can also absorb and buffering percussive force.

According to this utility model, the internal diameter of this upper jacket resettlement section is slightly less than the external diameter of bottle neck and shoulder part, and the internal diameter of this lower jacket resettlement section is slightly less than the external diameter of bottle bottom, and both are located in the bottle top and the bottom respectively and become to closely cooperate; And this upper jacket is limited between bottle neck and shoulder part and the cap, so its stability is very excellent, is not easy to get loose.

According to this utility model, this lower jacket bottom thereon is formed with the outstanding flange part of direction laterally respectively, and it has the effect of stablizing this feeding bottle center of gravity simultaneously except having crashproof effect.

According to this utility model, this upper jacket and lower jacket only are set in the top and the bottom of feeding bottle, therefore the actual temperature of milk can be reflected on the milk bottle surface, and by milk bottle surface distribute heat, user can judge whether to be fit to feeding from the temperature of feeding bottle surface induction.

Description of drawings

Fig. 1 is the axonometric chart of feeding bottle protective sleeve of the present utility model.

Fig. 2 is the sketch map that feeding bottle protective sleeve of the present utility model cooperates the example of feeding bottle.

Fig. 3 is the partial cutaway schematic that feeding bottle protective sleeve of the present utility model cooperates the example of feeding bottle.

Fig. 4 is a prior art, and rendition is from No. 384705 utility model patent bulletin of TaiWan, China, the generalized section of its demonstration a kind of " protective sleeve of glass feeding bottle is constructed ".

Fig. 5 is a prior art, and rendition is from the previous TaiWan, China M286814 utility model patent bulletin that proposes of this utility model designer, the generalized section of its demonstration a kind of " glass container anti-collision protection device ".

The specific embodiment

Below will cooperate embodiment that technical characterstic of the present utility model is described further, this embodiment only is preferred example, be not to be used for limiting practical range of the present utility model, by obtaining the understanding best in conjunction with following detailed description with reference to the accompanying drawings to this utility model.

At first, with reference to figure 1 and contrast Fig. 2 and Fig. 3, be set in the feeding bottle periphery according to feeding bottle protective sleeve of the present utility model, be used for anti-skiddingly and crashproof, this feeding bottle is made of bottle 10, nipple 11 and cap 12; Wherein, this protective sleeve comprises: upper jacket 20, be conical, form an outstanding flange part 21 of direction laterally in its underpart, form on the surface a plurality of protrusions, slightly be hemispheric particulate units 22, and, be used to be set in these bottle 10 upper outside along this conical resettlement section 23 of upper jacket 20 inboard formation corresponding to bottle 10 cervical regions 101 and shoulder 102; Lower jacket 30, cylindrical, an outstanding flange part 31 of direction is laterally formed respectively at the bottom thereon, and form on the surface between two flange parts 31 a plurality of protrusions, slightly be hemispheric particulate units 32, and along this cylindrical resettlement section 33 of lower jacket 30 inboard formation corresponding to bottle 10 bottoms 103, be used to be set in this 103 outsides, bottle 10 bottoms, and these 33 lower ends, cylindrical resettlement section comprise one to the outstanding carrier 34 of center position, are used to be undertaken on bottle 10 bottoms 104.

According to this utility model, in the ideal case, this upper jacket 20 and lower jacket 30 should possess the ability that absorbs and cushion the moderate impact force, preferably to have elasticity and can make by resistant to elevated temperatures material, for example rubber, latex, silica gel, expanded material or other safe plasticizing polymerization thing material etc., and this upper jacket 20 and lower jacket 30 surfaces go up form a plurality of protrusions, slightly be

hemispheric particulate units

22,32, not only can be anti-skidding, can also absorb and buffering percussive force.

According to this utility model, the internal diameter of the conical resettlement section 23 of this upper jacket 20 is slightly less than the external diameter of bottle 10 neck and shoulder parts, is set on bottle 10 tops and becomes to closely cooperate; And the internal diameter of the cylindrical resettlement section 33 of this lower jacket 30 is slightly less than the external diameter of bottle 10 bottoms 103, is set on bottle 10 bottoms and closely cooperates for 103 one-tenth.And this upper jacket 20 is limited between bottle 10 neck and shoulder parts and the cap 12, so its stability is very excellent, is not easy to get loose.

According to this utility model, this lower jacket 30 bottom thereon forms an outstanding flange part 31 of direction laterally respectively, and it has the effect of stablizing this feeding bottle center of gravity simultaneously except having crashproof effect.In addition, this upper jacket 20 and lower jacket 30 only are set in the top and the bottom of feeding bottle, and the middle part of feeding bottle is empty, so milk can be reflected in the temperature of reality on the milk bottle surface, and the surperficial distribute heat by feeding bottle, user can judge whether to be fit to feeding from the temperature of feeding bottle surface induction.

In sum, feeding bottle protective sleeve of the present utility model possesses aforementioned every advantage, and energy is anti-skidding and prevent that the glass feeding bottle from causing cracked danger because of careless collision, also can directly not strike glass milk bottle surface even topple over.

Only be preferred embodiment of the present utility model below, do not limit to practical range of the present utility model, equivalent variations and the modification done in not departing from scope of the present utility model should still belong to the scope that this utility model is contained.

Claims

1. a feeding bottle protective sleeve is set in the feeding bottle periphery, and this feeding bottle is made of bottle, nipple and cap, it is characterized in that this protective sleeve comprises:

Upper jacket is conical, is formed with the conical resettlement section corresponding to the bottle neck and shoulder part along this upper jacket inboard, is used to be set in the top of this bottle;

Lower jacket, cylindrical, be formed with cylindrical resettlement section corresponding to the bottle bottom along this lower jacket inboard, be used to be set in the bottom of this bottle, and this lower end, cylindrical resettlement section comprises to the outstanding carrier of center position, is used to be undertaken on the bottom of bottle.

2. feeding bottle protective sleeve according to claim 1, the bottom that it is characterized in that this upper jacket are formed with the outstanding flange part of direction laterally, be formed with on the surface of this upper jacket a plurality of protrusions, be hemispheric particulate units.

3. feeding bottle protective sleeve according to claim 2, the internal diameter of conical resettlement section that it is characterized in that this upper jacket is less than the external diameter of bottle neck and shoulder part, and both closely cooperate by one-tenth.

4. feeding bottle protective sleeve according to claim 1, the top and the bottom that it is characterized in that this lower jacket are formed with the outstanding flange part of direction laterally respectively, and on the surface between two flange parts, be formed with a plurality of protrusions, be hemispheric particulate units.

5. feeding bottle protective sleeve according to claim 4, the internal diameter of cylindrical resettlement section that it is characterized in that this lower jacket is less than the external diameter of bottle bottom, and both closely cooperate by one-tenth.

6. feeding bottle protective sleeve according to claim 1 is characterized in that this upper jacket and this lower jacket are by having elasticity and stable on heating material is made.

7. feeding bottle protective sleeve according to claim 6 is characterized in that this upper jacket and this lower jacket made by expanded material.

8. feeding bottle protective sleeve according to claim 6 is characterized in that this lower jacket made by a kind of material of selecting from elastomeric material, latex material and silica gel material.