CN105496794A

CN105496794A - Physically thermostatic feeding bottle device

Info

Publication number: CN105496794A
Application number: CN201610047355.5A
Authority: CN
Inventors: 李彪; 吴武彪; 吴总
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-01-25
Filing date: 2016-01-25
Publication date: 2016-04-20

Abstract

The invention discloses a physically thermostatic feeding bottle device, characterized by comprising a milk feeding container (5), a milk discharging cover board (1), a silicone ring (6), a milk feeding heat-sensitive nickel-titanium alloy spring (4), a milk discharging thermostatic nickel-titanium alloy spring (2) and a silicone plug (3), forming a chamber; when milk temperature in the milk feeding container (5) is higher than 41 DEG C+/-2 DEG C, the milk discharging thermostatic nickel-titanium alloy spring (2) contracts under the action of temperature, the milk feeding heat-sensitive nickel-titanium alloy spring (4) also expands under the action of temperature, the silicone plug (3) is pushed to block a conical though hole of the milk discharge cover board (1), milk cannot flow out through the conical through hole of the milk discharging cover board (1), when the milk temperature is lower than 36 DEG C+/-2 DEG C, the milk feeding heat-sensitive nickel-titanium alloy spring (4) contracts under the action of temperature, the milk discharging thermostatic nickel-titanium alloy spring (2) also expands under the action of temperature, the silicone plug (3) is pushed so that what flows out of the conical through hole of the cover board is only the milk with the temperature suitable for baby's drinking, and thereby accidents caused by feeding with milk at inappropriate temperature are substantially avoided.

Description

Physics Feeding bottle with temp. sensor device

Technical field

The present invention relates to infant article field, specifically, is a kind of physics Feeding bottle with temp. sensor device opened and closed to control feeding bottle with the height of milk temperature in feeding bottle.

Background technology

To breast-feed be often pair of unavoidable work of father and mother, and in the face of the infant of oneself impression that is beyond expression, and when using conventional feeding bottle to breast-feed, father and mother cannot learn that milk scalds or cool, can only act with sensation.Because milk is heard of when too the thing of infant is hindered in burn.Although the listing of some electronic temperature control feeding bottle, all exists electromagnetic radiation and life-span short problem on market, make father and mother whether produce the doubt in safety to infant to this series products, dare not relievedly use.The present invention is by utilizing the physical temperature characteristic principle of Nitinol spring, adopt environmental protection, without electromagnetic interference, the Nitinol without harmful material, pottery, plastic cement, silica gel material, combine perfect structural design to carry out gauge tap and make milk temperature control in certain limit simultaneously, when adding too boiling hot milk in feeding bottle, physics Feeding bottle with temp. sensor device can cut out automatically, what can flow out from feeding bottle can only be the milk that temperature is applicable to infant and drinks, and the milk fundamentally having stopped inappropriate temperature is breast-feeded the generation caused the accident.

Summary of the invention

All there is electromagnetic radiation and life-span short safe practice situation in electronics Feeding bottle with temp. sensor on existing market, makes father and mother whether produce doubt in safety to infant to this series products, dare not relievedly use.For the weak point existed in above-mentioned technology, provide a kind of physics Feeding bottle with temp. sensor device that father and mother can be allowed to breast-feed safely.For achieving the above object, the physical temperature characteristic principle of Nitinol spring provided by the invention, the Nitinol adopted, pottery, plastic cement, silica gel be all environmental protection, without electromagnetic interference, material without harmful material, switch is realized by the temperature physical characteristic of Nitinol, when adding too boiling hot milk in feeding bottle, physics Feeding bottle with temp. sensor device can cut out automatically, what can flow out from feeding bottle can only be the milk that temperature is applicable to infant and drinks, and the milk fundamentally having stopped inappropriate temperature is breast-feeded the generation caused the accident.Eliminate father and mother completely to the doubt in electronic temperature control feeding bottle safety.To the use of this type of physical characteristic environmental protection infant product, contribute to growing up healthy and sound of infant, effectively avoid the generation injuring child's event, social benefit is obvious, and making to breast-feed becomes simple, relieved.

Accompanying drawing explanation

Fig. 1 is the explosive view of the physics Feeding bottle with temp. sensor device of invention.

Main element symbol description is as follows:

1, milk cover plate is gone out 1.

2, milk constant temperature Nitinol spring is gone out 2.

3, silica gel blocking head 3.

4, milk temperature-sensitive Nitinol spring is entered 4.

5, milk cylinder body is entered 5.

6, silica gel ring 6..

Detailed description of the invention

In order to more clearly state the present invention, below in conjunction with accompanying drawing, the present invention is further described.

Refer to Fig. 1 physics Feeding bottle with temp. sensor provided by the invention device.

Go out milk cover plate 1., go out milk constant temperature Nitinol spring 2., 4. 3. silica gel blocking head, enter milk temperature-sensitive Nitinol spring

Enter milk cylinder body 5., 6. silica gel ring is fixedly connected with and encloses the first cavity.

The technical scheme that the present invention takes is a kind of physics Feeding bottle with temp. sensor device, comprise into milk cylinder body 5. (material: plastics, pottery, glass etc.), silica gel ring 6., enter milk temperature-sensitive Nitinol spring 4., silica gel blocking head 3. (material: environmentally friendly plastics, silica gel, pottery etc.), go out milk constant temperature Nitinol spring 2., go out milk cover plate 1. (material: plastics, pottery, glass, silica gel etc.) control assembly.Described enter milk cylinder body 5., silica gel ring 6., enter milk temperature-sensitive Nitinol spring 4., silica gel blocking head 3., go out milk constant temperature Nitinol spring 2. parts central shaft on the same line, 6. overlap milk cylinder body 5. by silica gel ring, enter milk temperature-sensitive Nitinol spring 4. lower end inject into milk cylinder body 5. the inside spring fixed column on, 4. enter milk temperature-sensitive Nitinol spring injects on silica gel blocking head spring fixed column 3. in upper end again, and 3. silica gel blocking head is gone up card column and blocked out milk constant temperature Nitinol spring 2. lower end simultaneously.Described go out milk cover plate 1., go out milk constant temperature Nitinol spring 2., silica gel blocking head 3., enter milk cylinder body 5. parts central shaft on the same line, 3. go up card column by silica gel blocking head and block out milk constant temperature Nitinol spring 2. lower end, 2. go out milk constant temperature Nitinol spring injects out on milk cover plate spring fixed column 1. in upper end, is fixed by ultrasonic device or ceramic fixing glue.Described enter milk cylinder body 5. have several manholes to be uniformly distributed in respectively 5. to go up into milk cylinder body, described in go out milk cover plate and 1. only there is a cone-shaped hole be distributed in out milk cover plate 1. center.Described operation principle when enter milk cylinder body 5. the inside milk temperature 2. shorten by the impact of temperature higher than going out milk constant temperature Nitinol spring when 41 DEG C ± 2 DEG C, enter milk temperature-sensitive Nitinol spring 4. to extend after temperature influence and promote silica gel blocking head and 3. block out milk cover plate 1. cone-shaped hole simultaneously, make milk cannot pass through the 1. cone-shaped hole outflow of milk cover plate, when 4. milk temperature shortens by the impact of temperature lower than entering milk temperature-sensitive Nitinol spring when 36 DEG C ± 2 DEG C, go out simultaneously milk constant temperature Nitinol spring 2. extend after temperature influence promote silica gel blocking head 3. make milk pass through milk cover plate 1. cone-shaped hole flow out.Can ensure that the milk that infant drinks is proper temperature.

The structural design of this case is simple, easy to clean, material environment friendly adopt the raw-material physical temperature characteristic of Nitinol, without electromagnetic interference, use safety, the advantage such as simple, the life-span is long.

Claims

1. product structure process flow for assembling: inventing the technical scheme taked is a kind of physics Feeding bottle with temp. sensor device, to comprise into milk cylinder body 5., silica gel ring 6., enter milk temperature-sensitive Nitinol spring 4., silica gel blocking head 3., go out milk constant temperature Nitinol spring 2., go out milk cover plate 1. control assembly; Described enter milk cylinder body 5., silica gel ring 6., enter milk temperature-sensitive Nitinol spring 4., silica gel blocking head 3., go out milk constant temperature Nitinol spring 2. parts central shaft on the same line, 6. overlap milk cylinder body 5. by silica gel ring, enter milk temperature-sensitive Nitinol spring 4. lower end inject into milk cylinder body 5. the inside spring fixed column on, 4. enter milk temperature-sensitive Nitinol spring injects on silica gel blocking head spring fixed column 3. in upper end again, and 3. silica gel blocking head is gone up card column and blocked out milk constant temperature Nitinol spring 2. lower end simultaneously; Described go out milk cover plate 1., go out milk constant temperature Nitinol spring 2., silica gel blocking head 3., enter milk cylinder body 5. parts central shaft on the same line, 3. go up card column by silica gel blocking head and block out milk constant temperature Nitinol spring 2. lower end, 2. go out milk constant temperature Nitinol spring injects out on milk cover plate spring fixed column 1. in upper end, is fixed by ultrasonic device or ceramic fixing glue;

Described enter milk cylinder body 5. have several manholes to be uniformly distributed in respectively 5. to go up into milk cylinder body, described in go out milk cover plate and 1. only there is a cone-shaped hole be distributed in out milk cover plate 1. center, described operation principle when enter milk cylinder body 5. the inside milk temperature 2. shorten by the impact of temperature higher than going out milk constant temperature Nitinol spring when 41 DEG C ± 2 DEG C, enter milk temperature-sensitive Nitinol spring 4. to extend after temperature influence and promote silica gel blocking head and 3. block out milk cover plate 1. cone-shaped hole simultaneously, make milk cannot pass through the 1. cone-shaped hole outflow of milk cover plate, when 4. milk temperature shortens by the impact of temperature lower than entering milk temperature-sensitive Nitinol spring when 36 DEG C ± 2 DEG C, go out simultaneously milk constant temperature Nitinol spring 2. extend after temperature influence promote silica gel blocking head 3. make milk pass through milk cover plate 1. cone-shaped hole flow out, all drop into the protection domain of this case.

2. Nitinol temperature control physical characteristic principle is used in feeding bottle field, and Fang Jun drops into the protection domain of this case.

3. enter milk temperature-sensitive Nitinol spring 4. temperature-control range 41 DEG C ± 2 DEG C, go out milk constant temperature Nitinol spring 2. temperature-control range 36 DEG C ± 2 DEG C all drop into the protection domain of this case; Be only several specific embodiments of patent of the present invention above, but patent of the present invention is not limited thereto, the changes that any person skilled in the art can think of all should fall into the protection domain of patent of the present invention.