CN2688647Y - Quantitative milk powder pots - Google Patents
Quantitative milk powder pots Download PDFInfo
- Publication number
- CN2688647Y CN2688647Y CN 200420001483 CN200420001483U CN2688647Y CN 2688647 Y CN2688647 Y CN 2688647Y CN 200420001483 CN200420001483 CN 200420001483 CN 200420001483 U CN200420001483 U CN 200420001483U CN 2688647 Y CN2688647 Y CN 2688647Y
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- milk powder
- powder
- jar
- tube
- tolerance
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- Expired - Fee Related
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Abstract
The utility model discloses a quantitative milk powder pot, comprising a base pot of milk powder pot, a milk powder measuring container, a powder outlet control cylinder and a top cover. The top cover is arranged at the top end outlet of the milk powder measuring container, the powder outlet control cylinder is arranged at the pot mouth of the base pot of milk powder pot and is provided with a powder outlet with a controllable opening degree. The milk powder measuring container is hollow, and the powder outlet control cylinder is movably sheathed with the milk powder measuring container, so that a measuring cavity with a variable volume is formed between the milk powder measuring container and the powder outlet control cylinder. The powder outlet control cylinder is composed of a milk powder barrel and a powder outlet switch barrel, and the powder outlet is composed of corresponding through holes respectively arranged on the powder outlet switch barrel and the milk powder barrel. The powder outlet switch barrel can drive the milk powder measuring container to rotate around the milk powder barrel to adjust the position relation of the two through holes and control the opening degree of the powder outlet. Compared with the prior art, the utility model is characterized in that the quantitative milk powder pot has simple structure, convenient and healthy use, accurate measurement of the powder outlet amount, etc.
Description
Technical field
When relating to a kind of people drinking milk, the utility model can control the quantitative milk powder jar of the powder outlet quantity of milk powder.
Technical background
According to the viewpoint of nutrition, people should quantitatively control the drinking milk when drinking milk powder, just can both make human body obtain an amount of nutrient rationally, can avoid unnecessary waste again.Especially for the baby, the amount of drinking of every day more should be controlled by strictness the time, grasps the accuracy of milk powder consumption.Otherwise too much or very few milk powder amount all can influence baby's digestion, even influences it and grow up healthy and sound.At present general milk powder metering all is to use pulp by in the milk powder jar milk powder being taken out, and pours in the feeding bottle, and calculates one by one.This mode except need are absorbed in number of times accumulative total, also need be avoided flesh to go out to cause in the process milk powder to remove with antihygienic and contact when getting milk powder, uses very inconvenience.Therefore, usually have the people simply to judge the milk powder consumption by rule of thumb, this is the purpose of out of reach nutrition again.
The utility model content
The purpose of this utility model is: at the deficiencies in the prior art, provide a kind of simple in structure, the quantitative milk powder jar that can accurately control out milk powder amount, health easy to use.
In order to solve the problems of the technologies described above, technical solution adopted in the utility model is: a kind of quantitative milk powder jar, by jar at the bottom of the milk powder jar, milk powder tolerance container, powder delivery application cylinder and top cover constitute, described top cover is arranged in the top outlet of milk powder tolerance container, described powder delivery application cylinder is arranged on the jar mouthful of jar at the bottom of the milk powder jar, it is provided with the meal outlet of may command aperture, described milk powder tolerance container is hollow form, and be movably set in outside the powder delivery application cylinder, thereby and forming the tolerance chamber of a variable volume between the powder delivery application cylinder, described tolerance chamber is communicated with jar at the bottom of the milk powder jar by the meal outlet of powder delivery application cylinder.
Described powder delivery application cylinder is outer can be provided with outside thread, and the corresponding negative thread that is provided with coupling on the described milk powder tolerance container changes the volume in tolerance chamber in the milk powder tolerance container thereby can rotatablely move up and down along the powder delivery application cylinder.
Described powder delivery application cylinder can be made of milk powder tube and powder delivery switch tube, described powder delivery switch jacket casing is located at outside the milk powder tube, the top end face of described milk powder tube is provided with a semi-circular through hole, semi-circular through hole place corresponding to the milk powder tube on the top end face of described powder delivery switch tube also offers a semi-circular through hole, and described meal outlet promptly is made up of two through holes.
Junction with powder delivery switch tube on the described milk powder tube can be horizontally disposed with a semicircle rotary stopper groove, be provided with a rotary stopper boss corresponding to this rotary stopper groove place on the described powder delivery switch tube, described rotary stopper boss snaps in the rotary stopper groove, and when making powder delivery switch tube along the rotational slide of rotary stopper groove, the position by described two through holes overlaps or staggers and regulate the aperture of meal outlet.
Described milk powder tube can be made of circular cylinder body and cup dolly, described base is made of chassis and Button Block, wherein the chassis is fixed at the bottom of the milk powder jar on the jar, Button Block is arranged between chassis and the cylindrical shell, described semi-round rotary stopper groove is arranged on the top of lateral surface of Button Block, and the bottom gimbal of described Button Block lateral surface is provided with catching groove.
Described powder delivery switch tube bottom is open, and can be sheathed on downwards from the top of milk powder tube outside the milk powder tube, described powder delivery switch tube is made of circular cylinder body and round button dish, described button dish is sheathed on the Button Block periphery of milk powder tube, described rotary stopper boss is arranged on the inwall of button dish, the lower end of described button dish inwall is equipped with profile corresponding to the catching groove on the milk powder tube base, and described profile snaps in the described catching groove and can slide in catching groove.
The outer outside thread of described powder delivery application cylinder can be arranged on the lateral surface of cylindrical shell of powder delivery switch tube, and the bottom of described milk powder tolerance container is provided with the collar, and the negative thread on the described milk powder tolerance container is arranged on the inwall of the collar.
Can be provided with milk powder leakproof flexible glue circle between described milk powder tolerance container and the powder delivery application cylinder.
State on the lateral surface on top of powder delivery switch tube and can be provided with the one-level step, described milk powder leakproof flexible glue circle is fixed on the described step, and with the inwall interference fit of milk powder tolerance container.
Can also be provided with the tolerance indicating graduation on the side of described milk powder tolerance container.
In technique scheme, the utility model constitutes the tolerance chamber that an osed top is measured the milk powder amount by milk powder tolerance container and powder delivery application cylinder, and by the milk powder amount in the increase and decrease of the meal outlet on the switch powder delivery application cylinder tolerance chamber, and only need can realize when changing the volume of measuring the chamber, and rotate powder delivery switch tube switch meal outlet easily by rotation milk powder tolerance container.Health simple to operate during use, the milk powder amount is quantitatively accurate, and jar both can adopt jar at the bottom of the purpose made at the bottom of the milk powder jar, also can adopt commercially available standard small milk powder box, and field of application is wider.Therefore relative prior art can help people realize quantitatively controlling drinking milk's amount by actv., and science diet cuts the waste.
Description of drawings
Accompanying drawing 1 is the front view of the utility model quantitative milk powder jar;
Accompanying drawing 2 is the A-A cutaway view of Fig. 1;
Accompanying drawing 3 is the perspective exploded view of the utility model quantitative milk powder jar;
Accompanying drawing 5 is the perspective view of the milk powder switch tube of the utility model quantitative milk powder jar;
Accompanying drawing 6 is the longitudinal sectional view of the milk powder switch tube of the utility model quantitative milk powder jar;
Accompanying drawing 9 is the front view of second kind of embodiment of the utility model quantitative milk powder jar.
The specific embodiment
Below in conjunction with Figure of description and specific embodiment the utility model is described in further detail.
Embodiment 1:
With reference to the accompanying drawings 1, a kind of quantitative milk powder jar provided by the utility model is made of jar 4, powder delivery application cylinder 3, milk powder tolerance container 2 and top cover 1 at the bottom of the milk powder jar.
With reference to figure 2, described top cover 1 is arranged in the top outlet 10 of milk powder tolerance container.Described powder delivery application cylinder 3 is arranged on the jar mouthful of jar 4 at the bottom of the milk powder jar, and it is provided with the meal outlet 9 of may command aperture.
With reference to figure 3,4, described milk powder tolerance container 2 cylindrical hollow forms, and be movably set in outside the powder delivery application cylinder 3, thereby and form the tolerance chamber 5 of a variable volume between the powder delivery application cylinder 3, described tolerance chamber 5 is communicated with jar 4 at the bottom of the milk powder jar by the meal outlet 9 of powder delivery application cylinder.The side of described milk powder tolerance container 2 is provided with tolerance indicating graduation 11.Its bottom is provided with the collar 12 that is connected as a single entity with it; The inwall of the described collar 12 is provided with negative thread 16.
Described powder delivery application cylinder 3 is made of milk powder tube 7 and powder delivery switch tube 6.
With reference to the accompanying drawings 3,7, described milk powder tube 7 is made of circular cylinder body 7a and cup dolly, and described base is made of chassis 7c and Button Block 7b, and wherein chassis 7c is fixed at the bottom of the milk powder jar on the jar 4, and Button Block 7b is arranged between chassis 7c and the cylindrical shell 7a.Offer a semi-circular through hole 14 on the top end face of described cylindrical shell 7a, level is provided with semi-round rotary stopper groove 15 on the top of the lateral surface of described Button Block 7b, and the bottom gimbal of described Button Block 7b lateral surface is provided with catching groove 21.
With reference to the accompanying drawings 3,5,6, the bottom of described powder delivery switch tube 6 is open, and is sheathed on downwards outside the milk powder tube 7 from the top of milk powder tube 7.And constitute by circular cylinder body 6a and round button dish 6b.Offer a semi-circular through hole 13 corresponding to 14 places of the through hole on the milk powder tube 7 on the end face on described circular cylinder body 6a top, thereby constitute meal outlet 9 by these two through holes; Be equipped with the outside thread 20 that the negative thread 16 with milk powder tolerance container 2 is complementary on its lateral surface, described milk powder tolerance container 2 is sheathed downwards from the top of powder delivery switch tube 6, changes the volume in tolerance chamber 5 in the milk powder tolerance container 2 thereby by being threaded milk powder tolerance container 2 is rotatablely moved up and down along powder delivery switch tube 6.
Described button dish 6b is sheathed on the periphery of the Button Block 7b of milk powder tube 7, and rotary stopper groove 15 places corresponding to milk powder tube 7 on its inwall are provided with rotary stopper boss 17, described rotary stopper boss 17 snaps in the rotary stopper groove 15, and when making powder delivery switch tube 7 along 15 rotational slides of rotary stopper groove, the position by described two through holes overlaps or staggers and regulate the aperture of meal outlet 9.In the present embodiment, when rotary stopper boss 17 when the starting point of rotary stopper groove 15 slides into terminal point, two semi-circular through hole 13,14 just overlap fully, otherwise, then stagger fully, when therefore having realized that powder delivery switch tube 7 Rotate 180s are spent, open or close meal outlet 9.
The lower end of buckleing dish 6b inwall of described powder delivery switch tube 6 is equipped with profile 18 corresponding to catching groove 21 places on milk powder tube 7 bases, and described profile 18 snaps in the catching groove 21 and can slide in catching groove 21.Thereby its upper-lower position remains unchanged when making 6 rotations of powder delivery switch tube.
The top of the lateral surface of described cylindrical shell 6a is provided with one-level step 10, and described step 10 is provided with milk powder leakproof flexible glue circle 8, the inwall interference fit of described milk powder leakproof flexible glue circle 8 and milk powder tolerance container 2.Its function has 2 points, and the one, the top of avoiding the sidewall of milk powder tolerance container 2 and powder delivery switch tube 6 is gapped and cause the Lou phenomenon of powder.The 2nd, when the screw thread of regulating milk powder tolerance container 2 arrives the scale of oneself stipulating, under the effect of both adhesive forces of the 8 pairs of milk powder of milk powder leakproof flexible glue circle tolerance container 2, powder delivery switch tube 6 and friction force, make the two maintenance static relatively, thereby in the time of can making powder completely need close meal outlet 9, milk powder tolerance container 2 has been guaranteed the tolerance accuracy with 6 rotations of powder delivery switch tube.
Running condition scheme drawing when accompanying drawing 8 is depicted as the utility model is full of milk powder in milk powder tolerance container 2.
Use of the present utility model is: the jar mouth of jar 4 milk powder of packing at the bottom of the milk powder jar at first, then milk powder is measured on the jar mouthful that container 2, the powder delivery application cylinder 3 chassis 7c by milk powder tube 7 is buckled in end jar 4, and sealing.When getting milk powder, earlier rotation milk powder tolerance container 2 is to the containing mark place of needs, then hand-held powder delivery switch tube 6 buckle dish 6b Rotate 180 degree, then open meal outlet 9, again milk powder is poured in end jar 4 in the tolerance chamber 5.After filling up milk powder, rotate powder delivery switch tube 6 again and close meal outlet 9, at this moment, can open top cover, from the port one 0 of milk powder tolerance container 2, poured out milk powder.
Embodiment 2:
Fig. 9 provide for the utility model adopt commercially available standard small milk powder box as the milk powder jar at the bottom of the structural representation of jar 4.Among the figure, the chassis 7c of milk powder tube 7 directly covers the jar mouth at the standard small milk powder box.Extremely easy to use.
Claims (10)
1, a kind of quantitative milk powder jar, it is characterized in that: constitute by jar, milk powder tolerance container, powder delivery application cylinder and top cover at the bottom of the milk powder jar, described top cover is arranged in the top outlet of milk powder tolerance container, described powder delivery application cylinder is arranged on the jar mouthful of jar at the bottom of the milk powder jar, it is provided with the meal outlet of may command aperture, described milk powder tolerance container is hollow form, and be movably set in outside the powder delivery application cylinder, thereby and forming the tolerance chamber of a variable volume between the powder delivery application cylinder, described tolerance chamber is communicated with jar at the bottom of the milk powder jar by the meal outlet of powder delivery application cylinder.
2, quantitative milk powder jar according to claim 1, it is characterized in that: described powder delivery application cylinder is outside equipped with outside thread, the corresponding negative thread that is provided with coupling on the described milk powder tolerance container changes the volume in tolerance chamber in the milk powder tolerance container thereby can rotatablely move up and down along the powder delivery application cylinder.
3, quantitative milk powder jar as claimed in claim 1 or 2, it is characterized in that: described powder delivery application cylinder is made of milk powder tube and powder delivery switch tube, described powder delivery switch jacket casing is located at outside the milk powder tube, the top end face of described milk powder tube is provided with a semi-circular through hole, semi-circular through hole place corresponding to the milk powder tube on the top end face of described powder delivery switch tube also offers a semi-circular through hole, and described meal outlet promptly is made up of two through holes.
4, as quantitative milk powder jar as described in the claim 3, it is characterized in that: the junction with powder delivery switch tube on the described milk powder tube has been horizontally disposed with a semicircle rotary stopper groove, be provided with a rotary stopper boss corresponding to this rotary stopper groove place on the described powder delivery switch tube, described rotary stopper boss snaps in the rotary stopper groove, and when making powder delivery switch tube along the rotational slide of rotary stopper groove, the position by described two through holes overlaps or staggers and regulate the aperture of meal outlet.
5, as quantitative milk powder jar as described in the claim 4, it is characterized in that: described milk powder tube is made of circular cylinder body and cup dolly, described base is made of chassis and Button Block, wherein the chassis is fixed at the bottom of the milk powder jar on the jar, Button Block is arranged between chassis and the cylindrical shell, described semi-round rotary stopper groove is arranged on the top of lateral surface of Button Block, and the bottom gimbal of described Button Block lateral surface is provided with catching groove.
6, as quantitative milk powder jar as described in the claim 5, it is characterized in that: described powder delivery switch tube bottom is open, and be sheathed on downwards outside the milk powder tube from the top of milk powder tube, described powder delivery switch tube is made of circular cylinder body and round button dish, described button dish is sheathed on the Button Block periphery of milk powder tube, described rotary stopper boss is arranged on the inwall of button dish, and the lower end of described button dish inwall is equipped with profile corresponding to the catching groove on the milk powder tube base, and described profile snaps in the described catching groove and can slide in catching groove.
7, as quantitative milk powder jar as described in the claim 6, it is characterized in that: the outer outside thread of described powder delivery application cylinder is arranged on the lateral surface of cylindrical shell of powder delivery switch tube, the bottom of described milk powder tolerance container is provided with the collar, and the negative thread on the described milk powder tolerance container is arranged on the inwall of the collar.
8, as quantitative milk powder jar as described in the claim 7, it is characterized in that: be provided with milk powder leakproof flexible glue circle between described milk powder tolerance container and the powder delivery application cylinder.
9, as quantitative milk powder jar as described in the claim 8, it is characterized in that: the lateral surface on the top of described powder delivery switch tube is provided with the one-level step, and described milk powder leakproof flexible glue circle is fixed on the described step, and with the inwall interference fit of milk powder tolerance container.
10, as quantitative milk powder jar as described in the claim 9, it is characterized in that: also be provided with the tolerance indicating graduation on the side of described milk powder tolerance container.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420001483 CN2688647Y (en) | 2004-03-01 | 2004-03-01 | Quantitative milk powder pots |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420001483 CN2688647Y (en) | 2004-03-01 | 2004-03-01 | Quantitative milk powder pots |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2688647Y true CN2688647Y (en) | 2005-03-30 |
Family
ID=34667474
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200420001483 Expired - Fee Related CN2688647Y (en) | 2004-03-01 | 2004-03-01 | Quantitative milk powder pots |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2688647Y (en) |
-
2004
- 2004-03-01 CN CN 200420001483 patent/CN2688647Y/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |