CN2280514Y

CN2280514Y - Feeding bottle

Info

Publication number: CN2280514Y
Application number: CN 97202846
Authority: CN
Inventors: 曾文品
Original assignee: Individual
Current assignee: Individual
Priority date: 1997-04-01
Filing date: 1997-04-01
Publication date: 1998-05-06
Anticipated expiration: 2007-04-01

Abstract

The utility model relates to a feeding bottle, which comprises a bottle body with an opened end, a nipple, a stirring member and a fixation ring, and in addition, the bottle body, the nipple and the stirring element are screwed together. Projection parts with various shapes are integrally formed on a bottom surface or a wall surface of the bottle body, the stirring element is a graticule ring body in a back taper shape, and a positioning part on the upper end of the stirring element can be provided with a screw thread and be screwed and positioned a screw thread in a port of small caliber on the upper end of the fixation ring. In addition, the positioning part on the upper end can also be provided with a plurality of bending arc hook bodies, the bending arc hook bodies hook on a wall of a concave groove in the port of small caliber on the upper end of the fixation ring, and the bending arc hook bodies are positioned. A temperature sensing color-changing paint layer is coated on an outer wall of the bottle body. Milk can be sufficient mixed, the milk has no powder blocks, and the utility model also has the actions of temperature measuring and warning.

Description

Feeding bottle

This utility model relates to a kind of infant article, relates to a kind of feeding bottle or rather.

The feeding bottle of traditional structure screws togather retainer ring in feeding bottle container upper end opening part, and the sheathed nipple of retainer ring, nipple are covered with cover of a feeding bottle nipple outward again.When brewing milk powder, at first water, an amount of food additives etc. are poured in the milk bottle container, more Powdered milk powder is also poured in the milk bottle container, hand-held feeding bottle rocks, and milk powder, water, food additives etc. fully is mixed into dissolves shape milk.

Use through reality, the feeding bottle of this kind structure has following deficiency, so that can not produce a desired effect.

1, the body and the bottle end because of feeding bottle, be slick and sly surface, usually the milk powder of being poured into, food additives etc. all can't fully dissolve in water in moment, though firmly rock and to make that drinking water and milk powder are fused fully to be the milk of uniform state, the powder agglomates that does not dissolve is fully always arranged in the feeding bottle, when drinking, cause milk to flow out smooth even block milk and chew, hinder and normally drink;

2, in using up feeding bottle behind the dissolved milk of part, not water-soluble milk piece still remains in the feeding bottle, not only give to clean feeding bottle and causes trouble, and cause waste.

3, the feeding bottle of the different brands of different plant produced, the general the same size of its bottleneck bore with the milk powder spoon that is disposed, therefore when pouring into milk powder in the feeding bottle, milk powder in the spoon always can not successfully be poured in the feeding bottle, total some milk powder drops outside feeding bottle, cause the trouble in waste and the cleaning, though the feeding bottle listing of big bottleneck is arranged at present, but the also corresponding milk that increased is chewed the bottom, cause nipple to weaken because of the bottom bore is excessive at this belled position and support localized intensity, when sucking, milk is chewed and is fallen into feeding bottle easily, make that milk overflows in the bottle, can not produce a desired effect;

4, present employed feeding bottle does not mostly have the thermometric structure, makes the milk coolant-temperature gage that brews wayward, be not usually supercool be exactly overheated, bother time-consumingly, also be difficult for the temperature that reaches suitable, often have the incident of scalding the baby to give birth to.

The purpose of this utility model is a kind of feeding bottle of design, solves the various shortcoming of traditional structure feeding bottle, makes milk powder be easy to pour in the milk bottle container, helps fully to stir milk, also can show the temperature of milk.

Feeding bottle of the present utility model comprises that the open bottle in upper end, milk chews and milk is chewed the retainer ring that is screwed on bottle, it is characterized in that:

Convex with protuberance with the bottle one in the described bottle; Also include agitating element, agitating element is fixed on the described retainer ring and places in the bottle.

Described protuberance is arranged on the bottle inner bottom surface and is higher than the bottle inner bottom surface.

Described protuberance is arranged on the bottle internal face and is higher than the bottle internal face.

Described protuberance is stepped cylinder or raised line or fin.

The one-body molded product that described retainer ring is made up of the hollow ring body of upper and lower two different bores, the two ends port is provided with female thread, and retainer ring lower end heavy caliber port and described bottle body and bottleneck screw togather;

The location division, upper end of described agitating element is provided with screw thread, screws togather and locatees the described milk of compacting with the small-bore port screw thread in described retainer ring upper end and chew the flange of lower end; The lower end of described agitating element is an inverted cone shape grid ring body; Described retainer ring lower end heavy caliber port and described bottle body and bottleneck screw togather.

The one-body molded product that described retainer ring is made up of the hollow ring body of upper and lower two different bores are provided with the chase groove in the small-bore port in upper end, are provided with female thread in the heavy caliber port of lower end; The upper end of described agitating element is more than one, disjunct curved arc shape colludes body each other, colludes on the cell wall that is combined in small-bore port place, described retainer ring upper end chase groove location and the location described milk of compacting and chews the flange of lower end; The lower end of described agitating element is to collude the inverted cone shape grid ring body that bulk phase is connected with each curved arc shape; Described retainer ring lower end heavy caliber port and described bottle body and bottleneck screw togather.

Described bottle also is provided with the heat indicating paint dope layer that one deck has the heat discoloration effect outward.

Described heat indicating paint dope layer is pattern or literal or containing mark.

Milk bottle structure of the present utility model can design bigbore bottleneck, so that milk powder is poured into; Intravital protuberance of bottle and agitating element can fully stir milk when rocking feeding bottle, reach the state that dissolves fully, avoid powder agglomates to stop up milk and chew; Temperature sensing material automatic color-changing when the milk coolant-temperature gage surpasses certain value that body is outer, reminds people notes not scalding the baby.

Further specify technology of the present utility model below in conjunction with embodiment and accompanying drawing

The perspective view of Fig. 1, this utility model feeding bottle;

Fig. 2, be vertical cross-sectional plane structural representation of Fig. 1 feeding bottle;

Milk is chewed the structural representation with retainer ring among Fig. 3, Fig. 1;

The cross-sectional structural representation of 4-4 line among Fig. 4, Fig. 2;

The agitating element structural representation of Fig. 5, this utility model feeding bottle;

Fig. 6, this utility model feeding bottle rock the operational motion sketch map;

Another of Fig. 7, this utility model feeding bottle implemented structural representation;

Milk is chewed the structural representation with retainer ring among Fig. 8, Fig. 7;

The plan structure sketch map of agitating element among Fig. 9, Fig. 7;

The structural representation of agitating element among Figure 10, Fig. 7.

Referring to Fig. 1 to Fig. 5, be a kind of enforcement structure of this utility model feeding bottle, comprise that bottle 10, retainer ring 14, milk chews 13 and agitating element 17.Bottle position, the ends 11 in bottle 10 be convexly equipped with at least one a little more than bottle at the bottom of 11 protuberance 12, the upper end bottleneck 15 of bottle has the bore bigger than general feeding bottle.It is identical with traditional structure that milk is chewed 13 specification, shape.Retainer ring 14, form stepped by two big small-bore hollow ring body by integral forming of difference up and down, the bore at two ends all is provided with female thread, it is in addition sheathed fixing that its upper end more small-bore chewed the flange of 13 bottoms with milk, and the larger caliber part of lower end, then by set screw thread directly and feeding bottle bottleneck 15 screw togather mutually, agitating element 17 is inverted cone shape grid ring bodies, directly be screwed in the more small-bore screw thread of retainer ring 14 upper ends by its screw-shaped location division, upper end 16, chew the flange of 13 lower ends with location and compacting milk, fixedly milk is chewed.When rocking feeding bottle, kneading milk powder fully mixes milk really upper and lower, and the powder agglomates of avoiding not dissolving fully blocks milk and chews.

The appropriate position of feeding bottle 10 outer surfaces is coated with the heat indicating paint dope layer that one deck has the heat discoloration effect, and this dope layer can be designed to decorative pattern, literal or containing mark labelling 20.

During use, in feeding bottle 10, pour earlier an amount of drinking water into, pour an amount of Powdered milk powder again into, hand-held bottle 10 is done back and forth rocking of any direction, as shown in Figure 6, by 11 protuberance 12 at the bottom of protruding from bottle in feeding bottle 10 to sneaking into the stirring action of the milk powder in the water, make milk powder and water fully fused, and the quickening dissolution velocity, thoroughly eliminated the phenomenon that the milk powder agglomates is arranged in the feeding bottle.

The protuberance 12 of bottle body bottom can be polygonal body or polygonal cylinder, all same Expected Results can be arranged.

Protuberance 12 both can protrude in a bottle bottom surface, and was the best to be lower than 0.8 centimetre height, also can be arranged on the position of bottle 10 inboard arbitrary heights.Can also can on bottle 10 inwalls, establish at bottle 10 inboard one-body molded protuberances 12, make bottle 10 medial surface present male and fomale(M﹠F), also have the mixing effect of expection to projecting inward raised line or fin.

Referring to Fig. 7 to Figure 10, be the another kind of structure of implementing of the present utility model, wherein agitating element, retainer ring structure are different from first embodiment.The location division 16 of agitating element 17 upper ends also can be designed to a plurality of disjunct curved arc shapes and collude body, makes to have suitable bullet tension force.And the screw thread place more small-bore in retainer ring 14 upper ends is provided with the chase groove, colludes body to hold the curved arc shape of chewing base flange and agitating element 17 upper ends of suckling.Colluding body and can directly colluding and close on the more small-bore chase trough rim in retainer ring 14 upper ends of agitating element 17 upper end embayment arcuations still has the mixing effect identical with previous embodiment.

In sum, feeding bottle of the present utility model is compared with the feeding bottle of traditional structure and is had following advantage:

1, because convexing with protuberance at the bottom of the bottle or in the bottle side into, drinking water, milk powder and/or food interpolation can poured respectively Behind the thing, through back and forth rocking of any direction, just can make water, milk powder, food additives in the bottle fully fully molten Melt together, the phenomenon of noresidue powder agglomates helps that the baby is smooth and easy to suck, and can not block milk and chewing;

2, owing to can fully stir, noresidue powder agglomates phenomenon, thereby made things convenient for the work that brews milk powder, time saving and energy saving And be convenient to clean feeding bottle.

3, because the phenomenon of noresidue powder agglomates, thereby stopped waste;

4, milk powder can be poured in the bottle easily, can not be lost in outside the bottle;

5, in a single day brew water temperature over-high, metachromatism will take place in the outer heat indicating paint coating of bottle, have and remind and caution Effect prevents that the baby from drinking the milk of excessive temperature.

6, simple in structure, with low cost, suitable batch production meets popular requirement.

Claims

1, a kind of feeding bottle comprises that the open bottle in upper end, milk chews and milk is chewed the retainer ring that is screwed on bottle, it is characterized in that:

2, feeding bottle according to claim 1 is characterized in that: described protuberance is arranged on the bottle inner bottom surface and is higher than the bottle inner bottom surface.

3, feeding bottle according to claim 1 is characterized in that: described protuberance is arranged on the bottle internal face and is higher than the bottle internal face.

4, according to claim 1 or 2 or 3 described feeding bottles, it is characterized in that: described protuberance is stepped cylinder or raised line or fin.

5, feeding bottle according to claim 1, it is characterized in that: the one-body molded product that described retainer ring is made up of the hollow ring body of upper and lower two different bores, the two ends port is provided with female thread, and retainer ring lower end heavy caliber port and described bottle body and bottleneck screw togather; The location division, upper end of described agitating element is provided with screw thread, screws togather and locatees the described milk of compacting with the small-bore port screw thread in described retainer ring upper end and chew the flange of lower end; The lower end of described agitating element is an inverted cone shape grid ring body; Described retainer ring lower end heavy caliber port and described bottle body and bottleneck screw togather.

6, feeding bottle according to claim 1 is characterized in that: the one-body molded product that described retainer ring is made up of the hollow ring body of upper and lower two different bores, be provided with the chase groove in the small-bore port in upper end, and be provided with female thread in the heavy caliber port of lower end; The upper end of described agitating element is more than one, disjunct curved arc shape colludes body each other, colludes on the cell wall that is combined in small-bore port place, described retainer ring upper end chase groove location and the location described milk of compacting and chews the flange of lower end; The lower end of described agitating element is to collude the inverted cone shape grid ring body that bulk phase is connected with each curved arc shape; Described retainer ring lower end heavy caliber port and described bottle body and bottleneck screw togather.

7, feeding bottle according to claim 1 is characterized in that: described bottle also is provided with the heat indicating paint dope layer that one deck has the heat discoloration effect outward.

8, feeding bottle according to claim 7 is characterized in that: described heat indicating paint dope layer is pattern or literal or containing mark.